Watkins Advisory – Development Economics & Climate Policy for LAC

Category: Roles & Functions of the State

Explores the roles and functions of the state in managing complex economic, social, and ecological systems, including coordination, regulation, investment, and institutional adaptation.

  • Dominican Republic: economic booms can hide financial fragility

    Dominican Republic: economic booms can hide financial fragility

    In 2003, the Dominican Republic’s growth model collapsed, turning a boom into a national emergency. Three banks failed, depositors lost roughly US$2.2 billion, unemployment approached 20 percent, and the peso lost about half its value amid surging inflation. This was not a random accident: it was a sequencing failure—financial liberalization and fast credit growth ran ahead of the supervisory capacity needed to detect fraud, enforce prudential rules, and resolve weak institutions quickly. For today’s nearshoring and tourism agenda in Latin America and the Caribbean, the DR case matters because it shows how quickly headline growth can be erased when oversight is added after the fact.

    Between 1990 and 2005, the Dominican Republic shifted from protectionism toward outward‑oriented growth. By the mid‑1990s, trade liberalization had dismantled hundreds of import restrictions, unified the exchange rate, and opened all sectors to foreign investment. Export Processing Zones became the backbone of goods exports, accounting for more than four‑fifths of total exports by 2000, while tourism revenues more than doubled during the 1990s. By 2005, services employed over 60 percent of the workforce, and agricultural employment had fallen to just over one‑tenth—but the 2003 banking crisis showed how fragile these gains could be when oversight lagged market opening.

    Across Latin America and the Caribbean, nearshoring is reshaping where factories locate, and tourism is rebounding post‑pandemic—often faster than the institutions meant to regulate finance, utilities, and land use. The Dominican Republic’s 1990–2005 experience is a useful dress rehearsal: export processing zones and mass tourism delivered rapid growth, but the same investment push also heightened incentives for regulatory arbitrage and exposed supervisory gaps, connected lending, and hidden balance‑sheet risks. This post uses the 2003 banking crisis as the lens for interpreting the preceding boom—and for drawing lessons for today’s nearshoring and tourism agenda. It first shows how capital, institutions, and labor shifted as free zones and tourism scaled, then explains how incentive regimes and shocks reshaped what firms did and how dominant models spread, and finally shows where the state enabled scale while regulatory capacity fell behind.

    Capital and jobs shifted to exports and tourism

    Capital stocks and flows shifted decisively toward services, export manufacturing, and external finance. Physical capital expanded rapidly in tourism and export manufacturing, with hotel room stock rising from just over 7,000 in the mid-1980s to more than 45,000 by the late 1990s, and export processing parks increasing from a handful to more than 50 by the early 2000s. Foreign direct investment averaged around 4 percent of GDP, concentrated in tourism, telecommunications, and free zones. Financial inflows were complemented by growing remittance flows, which reached more than US$2 billion by 2004 and helped stabilize consumption during downturns. Human capital indicators improved in coverage, with gross primary and secondary enrollment rising by more than 40 percentage points between 1992 and 2002, even as average years of schooling among new labor market entrants remained low. Knowledge capital deepened mainly through imported routines and technologies embedded in multinational firms rather than domestic research, as national R&D spending remained negligible.

    Social institutions were reconfigured to support export orientation and private investment. New laws and agencies reshaped the institutional landscape, beginning with the creation of a comprehensive export processing regime that granted full tax exemptions to zone firms and defined a parallel customs framework. A decade‑long education plan doubled basic education spending and standardized curricula, expanding access even if quality gains lagged. Foreign investment legislation in the mid‑1990s eliminated restrictions on capital entry and repatriation, locking in openness across sectors. Partial privatization of state enterprises in energy and sugar shifted operational control to private partners while retaining public stakes. Financial regulation was modernized in 2002, but supervisory capacity proved insufficient to detect systemic fraud until the crisis struck.

    Social order and economic cycles were transformed through rapid sectoral reallocation and uneven distributional outcomes. Labor moved out of agriculture into services and export manufacturing, with agriculture’s employment share falling from roughly one‑quarter to just over one‑tenth between 1990 and 2005. Urbanization accelerated around tourism poles and industrial parks, reshaping regional economies and labor markets. Growth was rapid but uneven, with inequality remaining high and a significant share of the population living on low daily incomes even at the height of expansion. The 2003 banking crisis marked a sharp cyclical break, with unemployment nearing 20 percent and poverty rising as inflation spiked and the currency collapsed. By 2005, recovery restored growth but left lasting fiscal and social scars.

    Incentives and shocks chose winners as models scaled

    New export and tourism models took shape under incentive regimes. In plain terms, this section tracks which new business models emerged, which survived major shocks, and how the winners spread. Export Processing Zones introduced new organizational routines centered on offshore assembly for foreign markets, initially dominated by garments and light manufacturing. Firms experimented with production arrangements that split tasks across borders, gradually moving some operations toward higher‑value products such as medical devices. In tourism, foreign hotel chains standardized all‑inclusive resort models that integrated accommodation, food, and entertainment into a single routine. These experiments created a diverse set of production practices distinct from traditional agriculture and import substitution. Variation was largely driven by foreign firms responding to policy incentives rather than by domestic entrepreneurial discovery.

    Trade rules and shocks determined which sectors endured. Trade liberalization and export incentives removed anti‑export biases and selected for firms capable of competing internationally. Preferential access to foreign markets sheltered some activities, particularly apparel, until external conditions shifted. The expiration of global textile quotas in 2005 acted as a powerful selection shock, eliminating low-skilled garment producers and favoring more specialized manufacturing. The 2003 financial crisis functioned as a systemic selection event, forcing the exit of fraudulent banks and imposing new prudential standards on survivors. Together, these pressures determined which routines persisted and which were extinguished.

    Winning models spread through replication, rules, and training. Successful models spread geographically as industrial parks and tourism poles were replicated across regions. Vocational training institutions disseminated standardized production techniques from leading firms to the broader manufacturing base. Legal frameworks for foreign investment and free zones stabilized expectations and reduced policy uncertainty, embedding export orientation into the economic architecture. Tourism clusters achieved lock‑in through dedicated infrastructure and international marketing, reinforcing scale advantages. Diffusion favored breadth and speed over deep domestic integration, leaving enclave characteristics largely intact.

    Breaking the enclave is a design choice, not an automatic spillover. The DR experience suggests that zones and resorts will not deepen domestic linkages on their own: without explicit requirements and enabling institutions, investors optimize for speed, imported inputs, and tightly managed supply chains. Costa Rica offers partial evidence that governments can tilt incentives toward integration by tying benefits to skills pipelines and supplier development (for example, structured technical training partnerships, supplier certification support, and performance-based incentives that reward local procurement or technology transfer rather than simply granting blanket tax holidays). Honduras illustrates the opposite outcome: when zones expand under weak domestic capability and few linkage mandates, export jobs grow, but supplier networks and upgrading remain thin. For policymakers, the operational levers are concrete—attach time-bound incentives to measurable linkage targets, fund supplier-upgrading programs and standards labs that let local firms meet lead-firm requirements, and build training compacts that move workers into higher-skill tasks inside and beyond the zone.

    State incentives scaled growth, while oversight lagged

    The state provided direction and market rules that reshaped incentives and reduced policy uncertainty. Early reforms articulated a clear shift toward outward‑oriented growth through trade liberalization, exchange‑rate unification, and the removal of price controls. Export processing and tourism laws establish enforceable incentive regimes with clear eligibility and duration, providing investors with predictable conditions. Tariff simplification reduced dispersion and lowered maximum rates, reinforcing openness. These measures were sequenced to dismantle protection before scaling incentives, reshaping market signals across the economy. The direction was clear, even as oversight capacity lagged behind market expansion.

    Public investment and coordination mobilized private capital and concentrated growth spatially. State agencies identified and serviced priority tourism regions with basic infrastructure, enabling private hotel investment to scale rapidly. The government directly owned shares in industrial parks, lowering entry barriers for manufacturers while crowding in private operators. Partial privatization in energy and airports mobilized foreign capital and management expertise, though operational challenges persisted. During the crisis, the state absorbed massive financial losses to protect depositors, stabilizing the system at high fiscal cost. Coordination succeeded in mobilizing scale but struggled to manage risks.

    Institutional learning was reactive, shaped more by crisis than by systematic evaluation. The banking collapse forced a rapid overhaul of supervision, audits, and resolution frameworks, embedding new rules into law and practice. Fiscal policy shifted from generalized subsidies to targeted social assistance programs after 2003, improving the precision of social support. Program interruptions and restarts revealed the influence of political cycles on reform implementation. Learning occurred through failure rather than through continuous monitoring, with limited evidence of ex ante policy evaluation. Adaptation improved resilience but did not fully address underlying structural weaknesses.

    Export and services growth requires credible supervision and domestic linkages

    The strongest evidence shows that export processing and tourism can drive rapid growth when paired with credible liberalization. The Dominican Republic achieved one of the fastest growth episodes in the region by combining openness, incentives, and foreign investment. Structural change reallocated labor and capital toward higher‑productivity activities, transforming the economic base. Legal and institutional reforms locked in investor confidence and enabled scale. At the same time, weak financial oversight allowed systemic risks to accumulate.

    The desired future state is one where growth is matched by institutional depth and domestic integration. Sustained expansion requires financial systems that detect and deter risk before a crisis. Export and tourism regimes need stronger linkages to domestic suppliers and skills formation to deepen value creation. Social protection systems must adjust automatically to shocks rather than expand only after a crisis. Stability depends on aligning growth engines with institutional capacity.

    Policymakers should act on a focused set of priorities grounded in this experience. First, sequence market opening with supervisory strengthening, especially in finance and utilities, because in the DR, Banco InterContinental’s hidden, off‑balance‑sheet liabilities went undetected as auditors were captured and supervisory reporting was not routinely cross‑validated across institutions and payment systems. Second, redesign export and tourism incentives to reward domestic sourcing and skills upgrading—because free zones and all-inclusive resorts scaled quickly but retained enclave characteristics, with limited supplier linkages and spillover of learning occurring only where training institutions deliberately transmitted standardized techniques beyond lead firms. Third, invest early in monitoring systems that track systemic risk and distributional outcomes—because the 2003 break was preceded by rapid credit growth, connected lending, and widening balance‑sheet mismatches, while labor reallocation and crisis inflation translated quickly into unemployment and poverty; fourth, institutionalize policy evaluation to convert learning‑by‑failure into learning‑by‑design—because key upgrades in supervision and social protection came only after the crash, rather than through regular stress tests, independent reviews of incentive programs, and pre‑committed triggers for tightening rules when risk indicators flash red.

  • The Discipline Behind the Miracle: Learning from Taiwan and Korea

    The Discipline Behind the Miracle: Learning from Taiwan and Korea

    Many industrial policies share a common flaw: they are designed for success and unprepared for failure. Subsidies get extended, protection becomes permanent, and development banks accumulate risk without a clear plan to exit. Taiwan and South Korea’s experience between roughly 1955 and 1990 offers a structurally different model. In one generation, both converted agrarian economies into world-class exporters—showing that late-industrializing states can scale manufacturing capabilities rapidly when policy ambition is matched by institutional discipline.

    The core mechanism was not simply “more state,” but concentrated state authority over credit and trade, paired with hard performance tests. Governments steered finance, foreign exchange, and incentives toward priority sectors—and then used export results, investment targets, and periodic restructuring to cut losses and redirect capital when bets failed. Its relevance today lies in what both states got wrong as much as what they got right: rapid gains that concentrated risk, requiring painful restructuring later. Korea’s heavy and chemical industries’ rapid expansion in the 1970s produced overcapacity and non-performing loans that contributed to the 1979–80 crisis, followed by restructuring. Taiwan faced mounting pressure in the 1980s as labor-intensive exports lost competitiveness, forcing upgrading.

    The lesson for LAC is therefore less about replicating Korea’s conglomerates or Taiwan’s SME networks than about building the public-finance and planning routines that make industrial policy reversible: clear objectives, measurable milestones, and credible exit and restructuring rules. In both economies, instruments evolved over time—shifting from tighter vertical targeting toward more horizontal, capability-building policies in the 1980s—without abandoning outward orientation. Korea eased its most directive tools and restructured chaebol after 1979–80; Taiwan adopted a 10‑year economic plan in 1980 to steer upgrading toward technology‑intensive sectors. The sections that follow document what changed, what drove it, and how the state governed the process.

    What changed (1955–1990): the shape of structural transformation

    Industrialization shifted capital stocks from agriculture toward manufacturing and tradable industry. This reallocation was reinforced by outward‑oriented flows of goods, finance, and knowledge. Export earnings financed the import of machinery, thereby raising productivity and enabling further investment. Rising domestic savings deepened this accumulation loop. In Korea, commodity trade expanded from roughly US$480 million in 1962 to nearly US$128 billion by 1990, while domestic savings rose from about 3 percent of GNP in 1962 to over 35 percent by 1989. In Taiwan, exports accounted for a large share of non‑food manufacturing growth in the 1960s, and total trade increased nearly tenfold in the 1970s.

    Both states rebuilt social institutions to support export‑oriented industrialization. Planning agencies, trade regimes, and financial systems were redesigned to privilege industrial upgrading. Control over banking and foreign exchange allowed governments to steer investment toward priority sectors. Institutional designs diverged in form but not in intent. In Korea, five‑year plans, the National Investment Fund, and the Korea Development Bank channelled credit to steel, shipbuilding, machinery, petrochemicals, and electronics after 1973. In Taiwan, exchange rate reform in 1958–1960, export processing zones in the 1960s, and a 10-year economic plan adopted in 1980 structured export promotion and technology upgrading.

    Structural change reshaped social coalitions and distributional outcomes. Export‑oriented growth expanded urban employment and new middle classes while reducing agriculture’s economic role. At the same time, sectoral and regional disparities intensified. Periodic crises forced the renegotiation of coalitions. In Korea, factories in Seoul and surrounding regions accounted for nearly half of manufacturing value added and employed almost half of factory workers by the late 1970s. In Taiwan, sugar and rice declined to about 3 percent of exports by 1970, shifting rents and political influence toward industrial and small to medium-sized enterprise interests. For LAC, this political-economy channel is not incidental: reform efforts—from phasing out agro-industrial protection to restructuring energy subsidies—often fail or stall when governments underestimate how quickly rents and regional power bases shift during structural transformation.

    What drove the changes: experimentation, selection, and upgrading

    Both economies generated variation through policy and organizational experimentation. Early import‑substitution strategies were tested and then abandoned as constraints emerged. Export promotion created new competitive environments that encouraged further experimentation. The analytically powerful contrast is that Korea and Taiwan converged on the same goal—solving the coordination problems of scale, finance, and capability upgrading—through two divergent firm structures. Taiwan’s export boom was coordinated through dense networks of small and medium-sized firms (SMEs) and flexible subcontracting. At the same time, South Korea solved the same scale‑and‑coordination problem through large, vertically integrated chaebol (large, family-controlled conglomerates organized as diversified groups of affiliated firms, historically supported by close ties to state-directed finance) backed by state‑directed credit. This is not a historical curiosity; it maps directly onto a live LAC design tension: whether states should back national champions (e.g., Brazil’s BNDES-style approach; Chile’s large copper firms) or build ecosystems that help many smaller firms scale (e.g., the Dominican Republic’s export processing zones; Costa Rica’s tech‑linked upgrading). The lesson is not that one structure is universally superior, but that each requires different instruments to coordinate investment—and different forms of discipline to prevent support from becoming permanent.

    Selection operated through state‑mediated credit allocation and international markets. Access to subsidized finance depended on meeting export and investment targets. World‑market competition filtered out firms and sectors unable to meet price and quality standards. Political reassessment followed failure. In Korea, subsidized credit was rationed through state‑controlled banks and withdrawn from underperforming firms during the 1980s restructuring. In Taiwan, preferential credit, tax incentives, and access to export processing zones rewarded firms that succeeded in export markets. Once successful, export‑oriented industrialization diffused and became entrenched. Institutional routines reduced the cost of repeating outward‑oriented strategies. Learning by doing and sunk investments created path dependence. Core features were adjusted but not abandoned. Taiwan’s growth acceleration began around 1962 and lasted for more than three decades, with real GDP growth averaging roughly 8–9 percent per year through the early 1980s. Korea maintained an export-oriented approach from the early 1960s through the 1980s, despite scaling back vertical industrial policies after the 1979–80 crisis.

    How the state guided change: credit, trade, and discipline

    The state provided clear direction and engineered market rules to align private incentives with national goals. Strategic coordination was exercised through multi‑year plans and central agencies. Trade and exchange‑rate regimes were redesigned to favor exports. Regulatory architectures shaped firm behavior. Korea’s Economic Planning Board, created in 1961, coordinated five‑year plans and export targets across ministries and banks. Taiwan’s exchange rate reform in 1958–1960 and the export promotion statutes of the 1960s restructured market incentives toward outward orientation.

    Public investment provided the infrastructure and human capital needed for industrial-scale production. Both Taiwan and Korea expanded technical and vocational training—and strengthened engineering education—to match the skill needs of export manufacturing and technology upgrading. State‑controlled finance mobilized savings and absorbed risk in priority sectors. These interventions enabled large, long‑gestation projects. They also concentrated fiscal and financial exposure. In Korea, public and public‑enterprise investment accounted for roughly 40 percent of total domestic investment between 1963 and 1979, with major spending on power, ports, and transport. Korea’s domestic savings rate rose from 3.3 percent of GNP in 1962 to 35.8 percent by 1989, channelled through controlled banking systems into industry.

    Innovation systems emerged through learning‑by‑doing within export‑oriented ecosystems. Acquisition and adaptation of technology were prioritized over frontier invention. Organizational forms shaped how learning diffused. Policy feedback adjusted support mechanisms over time. In Korea, targeted support for steel, shipbuilding, and electronics enabled chaebol to become global players by the mid‑1990s. In Taiwan, public technology institutions—most notably the Industrial Technology Research Institute (ITRI)—helped absorb foreign know‑how, incubate new capabilities (especially in electronics), and diffuse process and design improvements across networks of SMEs.

    The practical implication for LAC is not a single template but a shared design principle: the organizational form matters less than the discipline built around it. Korea’s chaebol and Taiwan’s SME networks succeeded not because one structure is superior, but because each was embedded in credible performance tests—and governments were willing to act when those tests were failed. 

    Implications for LAC 

    For finance and planning ministries, the Taiwan–Korea comparison is most relevant as a lesson in state capacity to coordinate investment under hard budget constraints. Both countries solved early coordination failures by steering credit, trade incentives, and planning priorities—but they did so with clear performance tests and a willingness to restructure when bets went wrong. The LAC takeaway is that any modern industrial or productive‑development push (nearshoring, energy transition, strategic minerals, advanced services) must be designed as a fiscally legible program: explicit objectives, quantified milestones, transparent costs (including tax expenditures), and a credible plan to manage fiscal risks arising from public banks, guarantees, state-owned enterprises, and public-private partnerships.

    A second implication is to recreate “export discipline” using instruments that sit squarely within finance and planning systems. Rather than open-ended protection, support should be conditional and time-bound—linked to verifiable indicators such as export survival, productivity, formal job creation, certification/quality adoption, and integration into higher-value-added segments of value chains. Ministries of Finance can operationalize this through results-based transfers and credit lines, rules for tax incentives (ex-ante costings, publication, and periodic review), and procurement that rewards performance and innovation while preserving competition. Planning ministries can align these tools with a national investment pipeline and a small set of priority missions that are revised as capabilities change.

    Finally, the institutional lesson is to treat structural transformation as a governed portfolio of experiments. For finance and planning authorities, the priority is not picking winners once but building routines to allocate, monitor, and exit public support in a way that protects the sovereign balance sheet. That, in turn, means agreeing on a single results framework with a short list of metrics; funding independent evaluation and public reporting; writing sunset clauses and restructuring triggers into programs from the outset; and maintaining fiscal-risk oversight of development banks, SOEs, and PPPs—including stress tests and caps on guarantees. Done well, this shifts LAC policy from ad hoc deals toward credible commitment: investors get stability and coordination, while governments retain the ability to correct course when external conditions tighten.

    Taiwan and Korea show that state-led transformation is possible—but not as a permanent arrangement. Both states eventually had to let go of favored sectors, protected firms, and comfortable credit concentrations. The question for LAC is not whether governments can pick priorities, but whether they can build the institutional reflexes to revise them. That capacity doesn’t emerge from good intentions. It must be designed from the start.

  • Why Reforms Fail: Five Functions for Change in LAC

    Why Reforms Fail: Five Functions for Change in LAC

    In 2013, Mexico’s energy reform looked like a textbook transformation package: a clear legal opening, new regulators, competitive processes to attract investment, and the promise of cheaper, cleaner, more reliable power. Within a few years, the trajectory shifted. Rules were contested, permits and contracts became politicized, and investors faced rising uncertainty. The problem was not just “policy design.” Distributional conflict, institutional veto points, capacity constraints, and credibility gaps made implementation fragile and reversals politically feasible. The lesson for governments across Latin America and the Caribbean (LAC) is straightforward: even reforms that look right on paper can fail to deliver. Institutional change only holds when legitimacy, coalitions, coordination, and learning under uncertainty are managed as an integrated pathway.

    Cases like this show that the core problem is less a lack of ideas than a lack of execution discipline across interdependent steps. Institutional change must be managed as a coordinated sequence in a contested environment. When transformation is treated as a long list of separate reforms, leaders lose clarity on what comes first, what must run in parallel, and what must be sustained long enough to become routine. They also struggle to reduce uncertainty about impacts and costs. Resistance then becomes predictable—distributional conflict, bureaucratic turf wars, capability gaps, and private interests seeking exemptions or delay. The result is familiar: partial progress, missed complementarities, and ad hoc trade-offs. Credibility erodes, and the package underperforms.

    A coherent approach starts by making the pathway explicit. It turns a complex agenda into manageable blocks that you can share, sequence, and run. I propose five state functions. These five functions don’t overlap, and you can’t skip any of them: strategic vision, market shaping, public investment, coordination and capital mobilization, and adaptive learning. Read as a change pathway, they clarify what governments must put in place. Vision sets direction, market shaping creates the rules and incentives that make it possible, investment turns intent into delivery, coordination keeps everyone aligned, and learning builds in feedback and adaptation. When these functions align, they create reinforcing loops that build capability and credibility. When they do not, predictable failure modes follow—misallocation, reversals, and erosion of trust.

    Why transformation efforts stall: complexity, silos, and partial diagnostics

    Development theories illuminate important state roles. Each tends to focus on a subset of functions rather than offering a complete map for transformation. Developmental state theory emphasizes long-term vision and coordination, but it underplays institutionalized learning and adaptation. Innovation systems theory highlights networks and knowledge flows, yet it treats the state as an implicit actor and offers limited guidance on direction-setting or market creation. New institutional economics foregrounds property rights and the enforcement of rules. It often says less about how states actively shape markets or build productive capabilities. No single framework is jointly exhaustive. Policymakers who apply any of them in isolation will overlook critical functions for sustained change.

    Standard diagnostics often reinforce the problem by treating governance, regulation, finance, and investment as separate silos. They can tell you whether rules are clear, procedures are followed, and projects are well costed. They rarely ask whether the government knows where it is going. They also rarely ask whether institutions are aligned to sustain delivery, or whether the system can learn and adapt when things go wrong. Targeted political economy work can help by identifying who stands to lose (or gain), which agencies can block implementation, and which groups can mobilize against change—such as state-owned enterprises, public-sector unions, or concentrated industry lobbies. But operational evidence still struggles to accumulate into system-level learning without a unifying functional architecture.

    Disconnected reform tracks produce predictable results. They weaken sequencing and suppress learning, which lowers the returns to reform and investment. Resistance and capture risks amplify the damage. Reforms that threaten rents can trigger pushback from incumbent firms, privileged contractors, or protected state-owned enterprises; agencies also protect turf, and weak accountability increases the risk of corruption. Countries may improve governance indicators without achieving a productivity takeoff. Missing functions—especially coordination and capability-building—often explain the gap. Ambitious investment or industrial strategies can also falter. Weak regulation, accountability, or learning then produces misallocation, capture, and backlash. Learning is rarely treated as an explicit state function. Failures persist without correction, and successes are not systematically scaled. The net result is low and volatile returns. Skepticism about state-led transformation grows.

    The five functions that drive institutional change

    Governments need a simple way to describe what must be done and how the pieces fit together over time. The goal is not simplification for its own sake. It is a pathway that is complete enough to guide execution in the real world. Structural change requires five distinct state functions that cannot be collapsed into isolated policies. Progress depends on moving through them as a coherent sequence, not as independent checkboxes. The sequence also helps manage uncertainty and resistance. Credible direction builds legitimacy, enabling rules to reduce discretion and rent-seeking; early delivery builds confidence; coordination brokers compromises; and learning course-corrects when assumptions fail. The model identifies five functions: strategic vision, market shaping and regulation, investment and service delivery, coordination and capital mobilization, and adaptive governance and learning. Each corresponds to a different mode of state action—choosing direction, setting rules, allocating resources, aligning actors, and adjusting in response to feedback. Together, they describe how change is initiated, implemented, and sustained. The absence of any one function can derail transformation even when others are strong.

    Recent LAC experience shows how a missing function can derail change. In Mexico, shifts in strategic direction weakened legitimacy and raised regulatory uncertainty after the 2013 energy opening. Weak enabling rules and oversight can also turn programs into rent opportunities. Brazil’s Petrobras contracting scandal illustrates how discretion and weak controls can corrode performance and trust. Delivery gaps can be just as damaging. In Haiti, repeated difficulties translating reconstruction and service commitments into sustained results eroded confidence. Coordination failures can stall implementation even when the direction is clear. In Colombia, implementation of the peace accord has faced coordination and financing bottlenecks that have slowed delivery in territories. Finally, weak feedback and adaptation can lock in underperforming policies. Argentina’s repeated cycles of price controls and ad hoc subsidies show how reversals can substitute for learning.

    The model is designed so that each function is distinct, yet together they cover the full spectrum of state roles. That is what makes it useful as a practical change sequence. Strategic vision concerns choosing ends. Market shaping governs rules and incentives, while investment focuses on direct provision and asset creation. Coordination and accountability manage cross-government incentives, distributional conflict, and capital mobilization across institutions. Adaptive learning institutionalizes feedback and adjustment over time. The literature maps unevenly onto these functions. Most approaches emphasize some functions but not others, which is why partial diagnostics persist. For policymakers, the implication is practical. Durable change often fails when a single block is missing, even when other reforms are advanced.

    Development outcomes depend on alignment and feedback across functions, not excellence in any single domain. Momentum must also carry early actions into institutionalized routines. Strong public investment without market discipline or accountability raises fiscal risk and lowers returns, as repeated LAC debt cycles show. Strong regulation without investment and coordination can also disappoint. Productive capabilities remain underdeveloped when delivery and alignment are weak. The model treats transformation as a system. Vision focuses effort, shaping the market enables action, investment delivers tangible progress, coordination provides the glue that holds the institution together, and learning embeds adaptation, so gains persist. Uruguay’s renewable energy transition is a useful counterexample. A clear direction, stable market rules (including auction design), credible delivery of new generation, effective coordination among public entities and investors, and ongoing learning sustained rapid change over time. This logic explains why fragmented reform packages underperform despite isolated improvements.

    How the model improves diagnosis, sequencing, and credibility

    A functional lens turns diagnosis into a plan. It shows which block in the change pathway is missing and where the capability is binding. By assessing performance across the five functions, analysts can identify whether stagnation reflects weak vision, poor market shaping, thin delivery capacity, coordination failures, or missing learning mechanisms. That is more actionable than sectoral or institutional checklists. In LAC, many countries strengthened rule-of-law and regulatory indicators, yet failed to diversify or innovate. Gaps in vision and learning often explain why governance improvements did not translate into transformation.

    The model also operationalizes political economy and financial constraints. It supports realistic sequencing from enabling conditions to delivery to durability. Sequencing choices—such as whether to reform regulation before scaling investment, or to pilot before scaling—should be evaluated based on functional readiness, not ideology. Many failures are not technical. They reflect veto points, distributional conflict, and credibility problems—for example, resistance from public-sector unions, pushback from incumbent utilities or other state-owned enterprises, or pressure from export industry lobbies for exemptions and special regimes. Pilots, phased implementation, and transparent risk governance can reduce uncertainty and lower resistance. They clarify who bears costs and how risks are managed. Large-scale capital mobilization without credible oversight can create contingent liabilities and credibility loss. Repeated renegotiations and legal disputes in some LAC transport concessions show how weak risk allocation and accountability can undermine long-term credibility. By linking finance, accountability, and learning, the model helps governments manage trade-offs transparently and sustain momentum beyond the first wave.

    Learning strengthens credibility by turning reform into a self-correcting routine. It also raises long-run impact by improving policy over time. Monitoring, evaluation, and experimentation help governments detect failure, end ineffective programs, and scale what works. Mexico’s PROGRESA illustrates the point. Rigorous evaluation supported evidence-based scaling and political sustainability. The contrast is costly. Prolonged protection of underperforming industries shows what happens when learning is missing. Treating learning as integral helps institutionalize change. Performance improves through feedback rather than waiting for a crisis.

    Making change stick

    LAC’s productivity gaps persist for many reasons, but a common pattern emerges in practice: reforms often move in pieces, and those pieces do not reinforce one another. The result is predictable. Progress stalls, credibility erodes, and governments end up reiterating the same agenda under tighter constraints.

    One practical application is to design a policy-based MDB loan around the five functions, with actions sequenced to build credibility and manage resistance. A first step could set the direction (a published, costed transformation strategy with a delivery mandate) and establish clear rules (time-bound regulatory changes that reduce discretion and clarify incentives). A second tranche could tie disbursement to early delivery (a small number of visible, implementable investments or services) and to coordination (a standing cross-ministry delivery unit with agreed financing, risk governance, and stakeholder engagement). A final tranche could institutionalize learning (monitoring and evaluation, feedback loops, and pre-agreed “course-correction” triggers if targets are missed). Across different groups, indicators would track not only outputs, but credibility signals—policy stability, dispute-resolution performance, procurement integrity, and whether feedback is acted on—so the loan supports lasting change rather than one-off compliance.

    What success looks like is alignment that compounds over time: direction that stays credible, rules that enable action, delivery that builds confidence, coordination that sustains coalitions, and learning that keeps the system adaptive. Uruguay’s renewables build-out shows what this alignment can look like in practice. The payoff is cumulative capability and resilience, not episodic reform cycles.

    Policymakers can use this functional lens to break transformation into manageable blocks and to communicate a credible pathway, internally and with partners. The key is to plan reforms as a reinforcing portfolio, not as disconnected initiatives. That requires managing uncertainty and resistance throughout implementation—distributional conflict, bureaucratic inertia, veto points, and interests seeking delay or exemptions. In practice, governments should ask two discipline questions at each stage: what function is missing, and what would make the next step politically and operationally credible? For MDB-supported programs, this lens also helps shift policy loans from checklist compliance to sequenced capability-building, with disbursements and indicators that reward delivery, coordination, and learning—not just legal changes on paper. Used this way, the model supports coherent, durable transformation.

  • The Playbook of Uruguay’s Energy Transition 2010–2024

    The Playbook of Uruguay’s Energy Transition 2010–2024

    In the early 2000s, Uruguay’s electricity system was exposed on two fronts: drought could collapse hydropower output, and the backstop was imported fossil energy, exactly when regional prices were high and regional supply could be uncertain. In severe years, Uruguay could spend as much as 2% of GDP on energy imports, turning weather into a macroeconomic event.

    Between 2010 and 2024, Uruguay rewired that vulnerability into a new asset base. By 2024, Uruguay generated 99% of its electricity from renewables (hydro: 42%, wind: 28%, biomass: 26%, solar: 3%, fossil: 1%). It exported 2,026 GWh of electricity—enough to treat surplus power as an economic opportunity rather than a reliability risk. 

    Uruguay’s story is best understood as two linked transitions. The First Energy Transition decarbonized the grid and strengthened the system’s ability to manage variable renewables; the Second Energy Transition shifts attention to what electricity alone cannot solve—especially transport, a sector Uruguay identifies as the largest source of energy-sector CO₂ emissions and the main frontier for further decarbonization. 

    For LAC policymakers and citizens, the transferable lesson is not “build wind.” It is how Uruguay reduced risk, redirected capital flows into domestic productive assets, and embedded learning capacity in institutions—while also managing the tradeoffs that come with long-term contracts, grid constraints, and the harder economics of decarbonizing fuels beyond the power sector. 

    This blog examines what changed in Uruguay, what drove those changes, and the role of the state in delivering change. 

    Changes in capital, institutions, and resilience

    Uruguay’s energy transition fundamentally restructured the country’s physical and financial capital stock. More than US $8 billion was invested since 2010—largely by private actors—into wind, biomass, solar, and associated grid infrastructure, replacing recurrent fossil-fuel import expenditures with long-lived domestic assets. Uruguay doubled its generation capacity in about 10 years through the renewable buildout. This shift transformed energy from a source of macroeconomic vulnerability into a stabilizing factor, reducing exposure to oil price volatility and enabling Uruguay to become a net electricity exporter in average hydrological years. In 2024, Uruguay exported 2,026 GWh of energy, worth about US $104 million. 

    Institutionally, the transition was enabled by a distinctive public–social order. Uruguay’s 1992 referendum rejected privatizing state enterprises and preserved UTE as a trusted public utility with control over transmission and distribution. The turnout was 82.8%, and the repeal was approved by 72.6%. This allowed the creation of a hybrid market: private firms invested in generation under competitive contracts, while the grid remained a public good, maintaining social legitimacy and energy sovereignty.

    At the level of social cycles, the transition decoupled economic growth from carbon emissions and hydrological risk. GDP expanded while power-sector emissions fell sharply, and drought years no longer triggered billion‑dollar fossil import shocks. Uruguay’s matrix remained at 92% renewables even during the 2023 drought, the lowest hydro year on record. A diversified renewable portfolio—hydro, wind, solar, and biomass—now acts as a systemic buffer, increasing the resilience of the human ecosystem against climate variability.

    Crisis, competition, and learning-by-doing

    Uruguay’s transition was catalyzed by path dependence and crisis. Lock-in to imported oil and unreliable regional gas made the pre‑2008 energy regime increasingly maladaptive. Required energy imports could cost the country up to 2% of GDP. The 2008 energy crisis functioned as a selection pressure, forcing policymakers to abandon incremental fixes and rapidly scale alternative technologies—particularly wind—that could form a new dominant regime. Uruguay used auctions for biomass, wind, and solar across different years as a deliberate regime shift. 

    Rather than betting on a single technology, Uruguay deliberately fostered technological variety. Competitive auctions and long-term contracts allowed evolutionary selection to favor the most cost-effective and system-compatible options. Over time, wind emerged as the cornerstone because of its strong complementarity with existing large-scale hydro, while biomass and solar filled additional niches. In 2021, Uruguay often ranked second globally, after Denmark, in terms of the share of variable renewables (solar and wind). 

    Crucially, the transition accumulated knowledge and hardware. Collaboration between the National Administration of Power Plants and Electric Transmission (UTE) and the Universidad de la República produced sophisticated system models using decades of climate data. This institutional learning allowed Uruguay to manage intermittency through system design and operations rather than premature investment in expensive storage, embedding intangible capital that increased the system’s adaptive capacity. Smart meter installation enhanced the digital grid and learning across the system, while hydro helped as storage. 

    De-risking markets, building grids, and enabling the transition

    The state played a central coordinating role. Uruguay XXI: Energy Policy 2005-2030 was approved in 2008 and ratified in 2010 through a multi‑party agreement. This plan anchored the energy transition as a State Policy rather than a Government Policy, ensuring continuity across administrations. This political durability lowered investors’ perceived risk and enabled planning horizons consistent with those of long-lived infrastructure assets. Importantly, consensus is critical to lock in future direction – but should not freeze adaptive management in the face of external changes; regulatory updates are part of the Uruguay model. 

    Market architecture was deliberately designed to de-risk private investment while retaining public control. Long-term power purchase agreements guaranteed that UTE would buy renewable electricity at fixed prices, creating a bankable environment for international financing. Importantly, benefits were redistributed by reducing residential tariffs by 30% in real terms. At the same time, regulation evolved continuously—adjusting dispatch rules, tariffs, load shifting and electrification incentives, and standards—to accommodate very high shares of variable renewable energy.

    In the Second Energy Transition, the state has again taken an active role through public investment and innovation platforms. Initiatives such as the Renewable Energy Innovation Fund (REIF) and the H2U Program are shaping new markets for electric mobility, green hydrogen, and e‑fuels. Rather than picking winners, the state is creating options: funding pilots, building enabling infrastructure, and developing regulatory frameworks that allow new sectors to emerge under managed risk. There are emerging global market risks associated with hydrogen investments that will need to be managed adaptively going forward. 

    Three transferable lessons—and the tradeoffs to plan for

    Uruguay’s 2010–2024 experience shows that rapid power-sector decarbonization is not a technology challenge—it is an institutional challenge. Uruguay paired auctions and long-term contracting with an institutional architecture capable of planning, operating, and updating rules for a high-renewables system, resulting in a grid that can remain overwhelmingly renewable even when hydrology is unfavorable. 

    But Uruguay’s success also clarifies the next problem for LAC: electricity is only part of the energy system. Even as the power grid becomes ultra-low carbon, the wider energy mix can remain exposed to imported fuels—Uruguay still has a large oil share in total energy supply in recent years, which is why the country frames the Second Transition around transport electrification, efficiency, and new fuels like green hydrogen and e-fuels. 

    Three practical takeaways travel well across the region. First, build political durability: Uruguay’s multi-year direction reduced the risk premium that kills long-horizon investment. Second, use a credible system orchestrator: a capable utility (public or private) must run procurement, grid upgrades, and dispatch rules as one coherent strategy. Third, invest in “soft infrastructure”—data, modeling, standards, and regulatory learning—because these are what make high shares of renewables stable and what enable the Second Transition to scale without chaos in charging, tariffs, and permitting. 

    Finally, plan for tradeoffs rather than hiding them. Long-term contracts can lock in costs; electrification can shift peak loads; and hydrogen can become a fiscal sink if it is subsidized before demand, certification, and infrastructure are ready. Uruguay’s approach to the Second Transition—pilots, blended finance platforms, and interinstitutional coordination—offers a template for creating options in the face of uncertainty rather than betting national budgets on a single outcome. 

  • The Great Shift: 2020–2070 in Latin America and the Caribbean

    The Great Shift: 2020–2070 in Latin America and the Caribbean

    Chile exports US$50 billion in copper annually. At the same time, Chile imports the software that runs its mines, manages its power grid, and processes its financial transactions. By 2050, which side of this export–import equation will matter more?

    Energy systems are shifting quickly. Jobs are changing. Innovative technologies are emerging and spreading. These changes are already visible across Latin America and the Caribbean, where the energy is already clean. Exports of technology, information technology services, and business services have grown at double-digit rates in recent years. The future cannot be predicted with precision, but the broad direction is clear and widely recognized among futurists.

    Artificial intelligence is advancing at an extraordinary speed. Energy and mobility systems are being restructured. Work is being reorganized. Democracies are under pressure as online worlds reshape how people communicate and mobilize. Climate impacts are increasingly visible.

    The region enters this transition with a mix of vulnerabilities and advantages. Growth has been volatile. Many economies depend heavily on natural resource rents; in Chile and Peru, these rents account for 10–15 percent of GDP. Inequality remains high, and political power is often concentrated. At the same time, LAC holds abundant renewable‑energy resources, critical minerals, young populations, rich biodiversity, and a rapidly expanding digital ecosystem. Chile and Peru produce about 40 percent of the world’s copper, and Chile, Argentina, and Brazil together produce one-third of global lithium.

    Countries that build the capacity to adapt, learn, and steer change will be best positioned to ensure that these transformations improve people’s lives. This blog outlines how the human ecosystem is likely to evolve, the forces driving those changes, and how states can guide transitions already underway. The future that emerges is likely to feature lower energy costs, cleaner transportation, more accessible public services, and broader opportunities.

    Where is the capital shifting?

    Energy remains the foundation of every economy. The coming decades will be shaped by clean, affordable energy, widespread electrification, and intelligent infrastructure. Financial capital is already shifting away from fossil-fuel assets toward large-scale investment in renewable energy, modern grids, energy storage, and electrified transport. As clean technologies scale, costs fall, which accelerates further deployment. Countries that move early will gain productivity, reduce energy costs, and build competitive industrial ecosystems. Those who delay risk being locked into high-cost fossil‑fuel systems, facing stranded assets, and losing competitiveness.

    The energy transition is also reshaping global demand for critical minerals such as lithium, cobalt, copper, and rare‑earth elements. This shift creates a major opportunity for LAC, which holds some of the world’s most important reserves and production capacity.

    Natural capital will become increasingly valuable as high-income economies move toward circular material flows. LAC can generate new revenue streams by recognizing and monetizing the value of its ecosystems. The region contains some of the world’s most productive agricultural land and freshwater reserves. Regenerative agriculture and climate-smart farming could position LAC as a global anchor for food security.

    Knowledge will continue to expand rapidly, but so will misinformation and fragmentation. The ability to filter, absorb, and apply information will matter more than access to information itself. A small number of global actors will dominate energy and knowledge technologies, and LAC risks remaining a consumer rather than a producer unless it invests in capabilities and innovation.

    How will institutions and societies change?

    Social institutions will be reshaped by the online world and artificial intelligence. Economies will become more service-oriented and more dependent on knowledge-intensive work. AI will automate coordination, logistics, and decision-making across sectors. This will require novel approaches to governance, transparency, and workforce development, including changes in academic training.

    Institutions that fail to modernize will face legitimacy challenges. Those that adapt will become more networked, multi-stakeholder, and technocratic, using digital tools to guide decisions. Trade will shift toward services, data, and intellectual property, as well as regionalization, friend-shoring, and customized products. LAC can benefit from these shifts if it manages governance, energy, and logistics costs effectively. Mexico is already one of the United States’ top trading partners, reflecting these trends.

    Social systems will need to adapt to rising temperatures, droughts, and extreme events—especially in smaller states and coastal cities. As automation expands globally, the region’s traditional advantage in low‑ and mid-skilled labor will erode, pushing economies toward commodities and natural‑resource rents unless they diversify.

    How will social order evolve?

    Transitions in energy, mobility, logistics, and labor will disrupt existing hierarchies and political coalitions. Conflicts over land, minerals, and labor mobility are likely to intensify. Social media will amplify polarization and shorten political cycles. Fragmentation and institutional erosion could weaken states’ ability to plan and execute long-term strategies.

    The global order will continue shifting toward a more multipolar system built around regional blocs and shared markets. LAC’s regional institutions—such as the Americas Partnership for Economic Prosperity, CARICOM, and MERCOSUR—are likely to play larger roles. Societies that embrace inclusive governance will be more stable; those that do not may face greater fragmentation and confrontation.

    What drives which technologies and practices win?

    A new wave of technologies—AI, digital platforms, advanced materials, synthetic biology, robotics—will reshape production and services. AI will reduce experimentation costs, enabling rapid innovation in design, business models, and industrial processes. Countries such as Chile, Colombia, Brazil, and Mexico are already expanding electric‑vehicle adoption and electrifying bus fleets.

    Market selection will favor technologies that reduce costs. AI and clean energy will lower marginal costs, increase reliability, and enable faster scaling across energy generation, storage, electrification, and logistics. Economies of scale, network effects, and cost curves will reinforce these trends. Subsidies, standards, regulations, and procurement will shape which technologies succeed. Social movements and public opinion will also influence adoption.

    Digital networks will accelerate the spread of ideas and practices, but they will also create fragmentation and echo chambers. Technology diffusion will depend on state capacity, infrastructure readiness, and social acceptance. Countries with strong grids, digital connectivity, mass transit, and the ability to mobilize capital will see faster diffusion. Those with weaker institutions or limited social license will lag. Corporate supply chains will accelerate cross-border diffusion, and policy emulation will spread successful models.

    What can states do?

    States will remain central to setting direction, defining mandates, and coordinating across sectors. The focus will increasingly be on improving livelihoods, creating quality jobs, and reducing the cost of living, rather than just meeting international targets. Strategic coordination is essential to build pathways to lower energy costs, electrification, digital infrastructure, and AI deployment. Clear direction reduces the risk of technological lock-in and market fragmentation.

    States must also shape market rules that align profitability with social outcomes. These include results-based contracts, revenue‑stabilization mechanisms, infrastructure reforms, new financial instruments, data standards, and AI governance. States will continue to absorb risks that enable private investment in modern technologies and infrastructure.

    Multilateral systems will remain important but will progress slowly. Smaller groups of aligned states, technological partners, and regional blocs will drive faster implementation.

    Public investment in infrastructure, public goods, and industrial ecosystems will remain essential. States will lay the foundations for clean energy and the AI economy. Public finance will be critical for blending with private capital to scale investment. Chile and Uruguay are leading in innovative financing instruments such as green and sustainability-linked sovereign bonds, while Ecuador, Belize, and Barbados have recently completed debt conversions. Industrial innovation policies, skills development, and institutional learning systems will be key enabling conditions. Infrastructure and computational capacity will become strategic assets.

    Some states will move quickly with coordinated governance; others will remain reactive and fragmented.

    Conclusion

    Between 2020 and 2070, the global human ecosystem will be reshaped once again. Each country’s trajectory will depend on how effectively the state directs, coordinates, and manages technological change, volatility, protest, and inequality. The future will unfold regardless, but it can be shaped by choices that lower the cost of living, improve public services, and expand opportunities.

    Countries that harness existing and emerging technologies will reduce costs and improve the efficiency of energy, transport, sanitation, water, logistics, communications, and health services. The alternative is to remain trapped in oligopolistic markets and elite-driven decision-making that deepen inequality, slow growth, and leave societies exposed to external shocks. The world is changing; standing still is not an option. 

  • 300 Years of Technological Revolutions Reshaping Nations

    300 Years of Technological Revolutions Reshaping Nations

    Technological revolutions do not just introduce modern technology and business innovations. They reorganize the entire economic ecosystem. They accelerate flows of energy, materials, capital, and knowledge. Over the last three centuries, successive technological revolutions have increased global energy use by more than an order of magnitude. They hit fast, scale hard, and reorganize entire economies before institutions can catch their breath. Electricity, cars, and the internet all transformed daily life faster than governments could adapt. Technological revolutions destabilize the social order in ways that can lift nations—or break them. Understanding these dynamics is essential for any country navigating the next wave.

    Latin America and the Caribbean have lived through this pattern before—from the steam age to electrification to the digital wave—and each time the region has faced the same question: adapt early or absorb the shock later. 

    Today’s transition is larger and faster than any previous one. AI, clean energy, electrification, and digital‑physical integration are reshaping global markets, supply chains, and geopolitical power. Some estimate that AI adoption doubles every 6-12 months, that international clean energy investment will surpass 2 trillion in 2025, and that global EV production will continue to grow at 25-30% year-on-year. Countries that can manage these shifts will unlock new sources of productivity, industrial competitiveness, investment, and resilience; those that cannot face widening gaps, rising volatility, and growing social pressure.

    The challenge is simple to state but difficult to execute. Technological revolutions transform flows, institutions, and social orders far more quickly than societies can absorb them. The only actors with the mandate, scale, and legitimacy to guide these transitions are states. And the region’s future depends on whether governments can build the capabilities, coalitions, and long-term strategies needed to steer this wave rather than be swept aside by it.

    This blog distills the core lessons from past technological revolutions—what changes they drove, what drove them, and what states must do to turn disruption into development.

    Human ecosystems change faster than societies can absorb.

    Capital stocks and flows transform at breakneck speeds. Every technological revolution begins with a surge in flows—energy, materials, finance, and information. Between 1800 and 1910, global freight capacity increased by orders of magnitude as steamships and railways reshaped trade routes and volumes. These flows expand by orders of magnitude and shift their geographic centers. They create new capital stocks: railways, grids, ports, data networks, and industrial clusters that lock in development paths for decades. The speed of expansion often outpaces society’s ability to adapt, triggering bubbles, busts, fiscal pressure, infrastructure bottlenecks, and geopolitical competition as states and firms race to control the new flow architecture.

    Institutions struggle to keep up with the pace of change. Institutions designed for smaller, slower economies suddenly face volumes and velocities they were never built to manage. Institutional responses to major technological shifts often lag by a decade or more. Governments must reinvent planning, legal systems, financial architectures, education systems, procurement, and regulatory regimes to address new risks and coordinate larger markets. When adaptation lags, inequality spikes, political polarization intensifies, and governance systems enter crisis. Only four LAC countries: Chile, Brazil, Mexico, and Costa Rica, appear towards the top of the Global Innovation Index, reflecting persistent institutional gaps in science, technology, research, and development. 

    Social order becomes more volatile and turbulent. Mechanized industry in Europe triggered dozens of major riots and uprisings between 1811 and 1848. Technological revolutions reorder power. They disrupt labor markets, unsettle political coalitions, and challenge established elites. The result is turbulence: protest waves, backlash movements, and, at times, open conflict. Policy sequencing and transition management are critical to success. Wars, revolutions, and authoritarian turns often emerge when old orders resist change or when new groups demand inclusion. These cycles determine whether societies harness technological change or fall into militarization and rivalry.

    Variation, selection, and diffusion drive technological revolutions.

    Variation increases when knowledge flows, and innovative ideas flourish. For example, the number of scientific publications has doubled every decade since 1950. Breakthroughs emerge when communication technologies, scientific institutions, and cultural norms increase the generation and exchange of ideas. Variation spikes when experimentation becomes cheaper, literacy rises, and dense urban clusters intensify knowledge flows. These bursts of novelty create the raw material for new industries, infrastructures, and social models.

    Selection rewards technologies that reduce distance effects and complexity. Across all waves, winning technologies are those that reduce the cost of moving energy, people, goods, and information. Steam engines, railways, electricity, automobiles, microchips, and digital networks all share this trait. Steam engines cut transport costs by 90%; railways cut travel times by 95%; containerization reduced shipping costs by 50%. These changes enable the emergence of larger markets and more complex organizations. Industrial policy choices select successful firms, reinforced by capital flows, standards, and political decisions that privilege scalable, interoperable systems.

    Diffusion rates depend on institutions and social capacities. Technologies spread fastest where states and firms can mobilize capital, build complementary infrastructure, and train skilled labor. Diffusion is slow where hierarchies and elites resist change, institutions lack capacity, or social norms discourage experimentation. Countries with stronger institutions tend to adopt innovative technologies more rapidly than those with weak regulatory and financial systems. The speed and breadth of diffusion determine whether revolutions generate inclusive growth or deepen global divergence.

    States must guide technological revolutions.

    States need to build core infrastructures. Every successful technological revolution sits on foundational systems—transport, energy, communications, finance, and standards. In the United States, the federal government provided substantial support for early railway expansion and covered most of the cost of the interstate highway system. China’s state-led development model channeled several trillion dollars into energy and transport infrastructure between 2000 and 2020. These infrastructures reduce uncertainty, lower transaction costs, and enable large-scale investment. Private actors cannot build them alone. Public-private coordination and state support for long-term financing are crucial. Without state leadership, innovative technologies remain local curiosities rather than national or global systems.

    States need to manage social disruption and its causes and stabilize expectations. Technological revolutions create winners and losers. States must cushion shocks through education, social insurance, labor protections, and redistribution. Countries that invest in social protection during technological transitions tend to experience fewer episodes of political instability. Managing social disruption is particularly important in LAC, where up to half of the workers may be informal, making them highly vulnerable to technological displacement. Effective states prevent disruption from spiraling into unrest or authoritarianism by ensuring transitions are socially and politically sustainable. When states fail, societies fracture.

    States need to steer direction through long-term strategy and low volatility standards. In LAC, a small group of countries: Barbados, Chile, Colombia, Costa Rica, Uruguay, Brazil, Guyana, and Mexico have adopted national or sectoral strategies with multi-decadal horizons. States shape technological trajectories by setting standards, funding research, coordinating industrial policy, and negotiating international rules. As flows globalize, multilateral and regional institutions become essential for governing cross-border capital, data, energy, and materials. Strategic states use these tools to align revolutions with national priorities. Intra-LAC trade accounts for only 15% of total trade, compared with approximately 60% in the EU. External forces shape weak states, not the other way around. 

    Conclusion

    Technological revolutions are not just periods of technological and business innovation. They are system-level reorganizations of how societies produce, govern, and live. They determine who grows, who falls behind, and who gets left out entirely. For LAC, the next wave is already underway. AI is reshaping production systems, and some suggest it could add up to US$15 trillion to the global economy by 2030. Still, without a deliberate strategy, LAC would capture only a small share of this value. Clean energy is redrawing the international map of competitiveness. Electrification is reshaping cities, transport, and industry. Deep electrification in the LAC region could reduce oil imports by tens of billions of dollars annually. Industrial competitiveness and fiscal stability are bound to this technological revolution. 

    The region has a choice. It can treat these shifts as external shocks and respond to them, thereby perpetuating the cycle of late adoption and limited gains. Or it can approach this moment as a strategic opportunity: to modernize institutions, mobilize investment, build productive capacity, and design transitions that are fair, stable, and aligned with national priorities. States will need to plan and coordinate across sectors to deliver the required investments. 

    History is clear. Countries that lead technological revolutions do so because their governments act early, decisively, and with a long view. They build the infrastructure on which markets depend. They manage disruption before it becomes a crisis. They set standards that shape industries. They negotiate internationally from a position of purpose rather than vulnerability.

    The next technological wave will reward ambition and punish hesitation. LAC can shape this transition—if its states choose to be at the forefront.

  • Third Technology Wave, 1870-1920: Steel, Electricity, & Telephone

    Third Technology Wave, 1870-1920: Steel, Electricity, & Telephone

    One hundred and fifty years ago, countries faced challenges like those confronting Latin America and the Caribbean today. Beginning in 1870, a group of nations chose to enter the next phase of the Industrial Revolution and underwent rapid, far-reaching transformation. 

    By 1920, these countries were replete with steel mills, rail systems, electricity generation and transmission, electric lighting, telephones, canneries, and large industrial cities. Their economies reorganized around new infrastructure, industries, and social arrangements.

    The governments of eight countries — the USA, Britain, Germany, France, Italy, Belgium, the Netherlands, and Japan — played decisive roles in steering these changes in partnership with the private sector. Governments set national missions, built infrastructure, shaped markets, expanded education, and helped manage inherent disruption and conflict.

    For Latin America and the Caribbean, this history matters. The world is entering a new era of disruptive technological change built around green and digital technologies. This new wave presents a significant opportunity for the region. Government choices will determine national trajectories over the next 50 years. This blog shows that rapid transformation is possible, even for latecomers, when states, societies, and markets align around a shared mission.

    This blog examines how these countries navigated the third great technology wave by exploring what changed, what drove those changes, and the role governments played. 

    The global human ecosystem was transformed.

    From 1870 to 1920, natural and socio-economic systems changed dramatically across these countries. The Bessemer and Siemens‑Martin steelmaking processes became the backbone of development in Germany and the USA. US steel production rose from 68,000 tons in 1870 to 42 million tons in 1920 — a 600-fold increase. Electrification after 1890 reorganized production and urbanization, with the USA and Germany building large grids, followed by Britain, France, and Belgium. These countries went from producing no electricity in 1870 to generating tens of terawatt‑hours by 1920.

    Coal extraction intensified environmental change in the Ruhr, Appalachia, Wallonia, and northern France, while Japan and Italy relied on imported minerals, demonstrating that resource scarcity was not a limitation. Rail networks unified national markets and helped accelerate urbanization. Electric lighting extended working hours, and telephones and telegraphs enabled broader and more effective coordination — supporting US corporations, Britain’s global trade, and Germany’s universal banks. Canning, led by the USA and Britain, reshaped diets and urban supply chains. Public health systems — water, sanitation, and pasteurization — improved urban living conditions and supported population growth.

    Social systems and institutions also evolved. State capacities expanded to universal schooling, welfare, and stronger regulation. Land‑grant colleges in the USA, technical education in Germany, and republican schools in France built human capital. Germany pioneered social insurance; Britain introduced national insurance; Belgium and France expanded labor protections. Antitrust laws emerged in the USA; labor laws strengthened in Britain and France; and administrative modernization advanced in Japan and the Netherlands.

    Nationalist narratives linked modernization and industrial strength in Germany, Japan, Britain, and the USA. Mass media — newspapers, cinema, and early radio — diffused national cultures. Scientific and technical capacities expanded, with universities in Germany, France, and Britain leading globally. Class structures hardened, with strong labor movements in Britain, Belgium, and Germany, and labor conflicts in the USA and France. Women’s suffrage expanded toward the end of the period, though patriarchal norms persisted. 

    Britain was the world’s premier creditor until World War I, holding foreign assets worth twice its GDP in 1914. The USA shifted from a capital importer in 1870 to a major creditor by 1920, with New York rivaling London. Germany, France, Belgium, and the Netherlands also exported capital, while Italy and Japan imported capital and technology.

    Transatlantic migration reshaped labor markets: Italians, Germans, and Belgians migrated in the millions, many to the USA. Britain, France, Belgium, and the Netherlands extracted resources and labor from their empires. Rural‑to‑urban migration accelerated, fueling industrialization and transforming social institutions.

    Steel, electricity, and telecommunications diffused rapidly through global trade networks. Germany and the USA dominated machinery and chemical exports. Japan and Italy imported technologies to industrialize. By 1920, these eight countries — home to about 20% of the world’s population — produced half of global economic output and 70% of global industrial production. 

    Drivers of change between 1870 and 1920.

    Countries with strong coal and iron resources — the USA, Germany, Britain, Belgium, and France — built heavy industry. Japan, Italy, and the Netherlands relied on trade and efficiency. Technologies such as steel, electricity, and machinery reorganized production and logistics. Canning, refrigeration, sanitation, and public health supported dense urbanization.

    The USA and Germany built large integrated corporations and universal banks; Britain and Belgium relied on merchant‑finance networks. US Steel, founded in 1901, became the world’s first billion-dollar corporation; economies of scale are critical in global competitiveness. Germany and France built strong bureaucratic and fiscal states; Britain and the Netherlands refined liberal‑parliamentary systems. Built infrastructure — railways, ports, and electrical grids — shaped national trajectories.

    Cultural traditions — German Bildung, French republicanism, British imperialism, American settler republicanism, and Japanese nationalism — shaped modernization. Belgium and the Netherlands developed pillarized societies: separate social groups with their own institutions. Strong unions emerged in Britain and Germany; class politics intensified in Italy and France.

    Countries that produce steel, machinery, electricity, and chemicals dominate the global industry. Japan and Italy entered global markets through textiles and light industry. Military competition reinforced demand for steel and machinery, unfortunately, culminating in World War I.

    Large integrated firms outcompeted smaller producers. Industrial clusters — the Ruhr, Northeast USA, northern Italy, Wallonia, and the Randstad — became growth poles. Electrified and connected cities outperformed historical coal‑and steam regions. Labor movements reshaped institutions: countries that reformed adaptively maintained stronger trajectories. National narratives tied modernization to national destiny. 

    Successful countries institutionalized new routines. They enacted laws, built infrastructure, and expanded education systems. Germany, France, the USA, Japan, and the Netherlands moved toward universal schooling. High-cost infrastructure — railways, ports, power grids, telecommunications — are locked in development paths. Path dependence means that early choices matter. State set 

    Welfare and labor institutions expanded. Technologies diffused through trade, foreign investment, and imitation. Corporate and financial models spread. The media shaped ideas about modern lifestyles. Once heavy industry bases were established, research, skills, and capital created cascades of innovation. Japan and Italy selected technologies suited to their conditions, shaping future constraints.

    Multiple institutional models emerged — corporate capitalism (USA), liberal‑parliamentary capitalism (Britain), state-organized capitalism (Germany), pillarized systems (Netherlands and Belgium), and French republican statism. 

    What was the role of the state?

    The state sets direction, mandates, coordinates, and partners with the private sector. Governments articulated modernization narratives — the USA’s continental expansion, Britain’s imperial mission, Germany’s industrial‑scientific state, Japan’s “rich country, strong army.” Statutory reforms in education, civil service, and the military created durable foundations. State-mandated delivery units — railway ministries, telecommunications authorities, public works agencies — coordinated large-scale projects.

    States identified bottlenecks and developed solutions — Germany’s technical education, Japan’s administrative modernization. They expanded suffrage, enacted parliamentary reforms, and introduced welfare and labor protections. Multi-level governance coordinated diverse regions. Crises — wars, depressions, financial shocks — were managed to accelerate reforms.

    States shaped markets through rules and standards. Spatial planning and eminent domain enabled infrastructure. Standardized gauges, safety codes, and engineering norms reduced costs. Technical standards for electricity, telephones, and railways enabled diffusion. Urban zoning and public health systems supported density.

    Corporate law reforms enabled capital pooling. Labor laws stabilized industrial relations. Financial regulation enabled long-term industrial finance. Tariffs shaped specialization: subsidies and procurement created early markets for steel, telephones, and electrification.

    States mobilized capital through development banks, sovereign bonds, insurance, and guarantees. They invested in railways, ports, electricity, telegraph and telephone networks, and water systems. Education and public health improved productivity. R&D ecosystems — German chemical institutes, US agricultural experiment stations, Japanese technical schools — built absorptive capacity. Industrial clusters were supported through targeted policy. Adaptive management, statistics, and monitoring improved governance.

    States also managed social conflict resulting from change and disruption. Early welfare systems, arbitration, inspectors, and social insurance reduced the risks of unrest. Migration policies shaped labor supply. The USA received more than 30 million immigrants between 1870 and 1920.  

    Conclusion – 

    The transformations of 1870–1920 were fundamental. They were not only about steel mills, power grids, and telephones — they were about nation-building. Countries that aligned technology, institutions, and finance advanced rapidly. Crises became opportunities for reform.

    For Latin America and the Caribbean, the lesson is clear: rapid change is possible when the state provides direction, legitimacy, and market-shaping tools to mobilize capital toward new objectives. The region is at a turning point. Green technologies and digitalization are reshaping global competition.

    Countries that industrialized between 1870 and 1920 did three things: they aligned behind a national mission; they built institutions and infrastructure; and they managed disruption by protecting people. These principles remain essential today. 

  • Railways, Rail Engines, Steam Ships, and Telegraph

    Railways, Rail Engines, Steam Ships, and Telegraph

    Between 1820 and 1880, leading industrial economies transitioned from waiting weeks for messages and materials to arrive to waiting minutes for messages and hours for materials. 

    Within a single lifetime, cities exploded in size, countries built vast railway networks, and steamships increasingly replaced sailing ships on major cargo routes. Some nations seized the moment and surged ahead, while others—despite their size and resources—chose different paths or delayed action.

    Understanding these historical processes of change helps us grasp the choices facing Latin America and the Caribbean today. This blog examines the changes that occurred, why they happened so quickly, and the role of central governments in these transformations. 

    The World Changed Radically Between 1820 and 1880

    If the first industrial revolution reflected rapid change in Britain, the second industrial revolution saw tectonic shifts globally. Railways, coal extraction, and steam-powered transport expanded dramatically between 1820 and 1880. These changes swept across Britain, Germany, France, Belgium, and later Russia and Japan, with the United States emerging as the fastest-growing industrial power. Railway lines grew from near zero in 1810 to well over 150,000 miles globally by 1880, transforming landscapes and creating industrial corridors. The Manchester-Liverpool Railway of 1830 cut travel time from 12 hours by canal to just 1.5 hours by rail. Coal production grew exponentially, with Britain increasing from 20 million tons in 1820 to 150 million tons by 1880. This marked a shift from an agrarian economy to one driven by fossil-fuel energy. Steam engines and steamships multiplied, enabling major nations to expand trade routes, strengthen national industries, and project economic influence worldwide. By 1880, Britain controlled around 60% of the world’s steamship tonnage. 

    Industrial machinery and national financial systems expanded rapidly alongside urbanization. Railway engine production surged from dozens to thousands by the 1880s, with the USA and Britain leading and Germany catching up. Urban populations in leading industrial countries grew from 10 million in 1820 to over 50 million by 1870, creating labor markets, new social classes, and purchasing power. Britain was over 70% urbanized by 1880. Telegraph networks did not exist in 1820, yet by 1870, there were 200,000 miles of lines helping to coordinate markets and governments. Financial capital deepened as London became the first financial hub, closely followed by New York, while Germany and France built modern banking systems for industrial investment at scale. The London Stock Exchange’s capitalization grew by an order of magnitude between 1825 and 1880.  

    Countries changed culturally, as literacy, communication, civic norms, and national identities emerged and grew. Literacy rates rose, reaching over 80% in some countries by 1870. Improvements in schooling, newspapers, and scientific societies helped diffuse new knowledge. Print culture and the telegraph accelerated the spread of ideas, connecting cities and regions within countries and nations, and facilitating trade. The Atlantic Telegraph Company laid the first transatlantic cable in 1858, which became operational by 1866, cutting communication time from 10 days to minutes. Working-class cultures generated reform movements that influenced labor laws and public health, as rapid urbanization and industrialization accelerated. Cultural systems evolved from locally focused communities to nationally connected societies, allowing people to coordinate economic activity and share ideas at unprecedented speed. 

    Why and How Did These Changes Happen?

    Railways, steam engines, steamships, and coal together created a powerful positive feedback loop. More coal enabled more engines, which enabled more transport, which enabled more coal extraction, leading to more machines and railway lines. As production grew exponentially under what we now call Wright’s Law, costs fell rapidly. Telegraph communications were much faster than courier and postal systems, reducing communication from weeks to minutes and enabling modern finance, journalism, coordination, and global trade. Improved information flows meant firms, cities, and countries could experiment at scale and rapidly select the best solutions, diffusing them quickly across the international landscape. This technological surge reshaped national economies far faster than the first industrial revolution, opening new opportunities for workers, businesses, and entire regions that evolved with innovative technologies. Britain, the USA, Belgium, and then Germany built early rail networks and developed financial markets, engineering capabilities, and regulatory systems, enabling rapid expansion. Countries scaled telegraph systems, urbanized, implemented banking reforms, and connected across regions with resources—coal mines, ports, and industrial centers. These early choices created momentum; once the right systems were in place, progress accelerated and set each country on a long-term path. 

    Cultural and institutional changes further accelerated the differences between the “early industrializers” and other countries. High literacy, scientific societies, and civic cultures were critical in Britain, Germany, France, and the USA, accelerating the absorption of innovative technologies. Countries like Russia and Japan, before the Meiji period, with rigid hierarchies and limited educational access, experienced much slower diffusion until institutional reforms took place. Early changes in infrastructure and institutions created long-term advantages for the early movers. Urbanization deepened these changes by concentrating skilled labor, capital, and knowledge in dense cities, fostering rapid innovation and imitation. Notably, Qing China, the Ottoman Empire, the Mughal States, Persia, and Southeast Asian Kingdoms saw little industrialization at this time—highlighting how rare the USA and European takeoff truly was. 

    What Was the Role of the State?

    As in the first industrial revolution, the centralized state played a decisive role in accelerating economic transformation. Governments set clear rules, enabled private investment, and built essential infrastructure to support business growth. Britain’s Railway Acts, the US Federal Land Grants, and Germany’s post-unification industrial strategy all stabilized predictable contexts to align private investment with national priorities. States also shaped markets with property rules, standards, and permitting systems that determined where to build railways, extract coal, or connect telegraph networks. Public investments in transport, education, and statistics lowered costs and expanded the skilled workforce. Development banks, public guarantees, and capital markets further reduced risk and helped crowd in private capital, enabling large long-term infrastructure projects.

    Countries that moved early did so because their states built the institutional and financial architectures needed to increase returns and lock in innovative technologies. Britain’s parliamentary reforms, legal protections, and financial institutions, which were necessary for canal building, enabled it to finance railways and mining well before everyone else. The USA accelerated after 1850 as federal and state governments combined to pursue land policy, public finance, and regulation to build a vast railway network. Germany caught up after 1871 due to strong centralized coordination, technical education, and social insurance systems, which stabilized labor markets. By setting stable rules and investing in core infrastructure, governments created the conditions for private enterprise to innovate, compete, and expand at extraordinary speed. 

    Countries that progressed more slowly did so because their governments lacked the capacity, political cohesion, and financial systems to mobilize and coordinate massive transformations. In Russia, autocracy and serfdom, weak fiscal institutions, limited labor mobility, limited capital formation, and reduced technological diffusion meant they did not move until well after 1860, despite abundant natural resources. Japan was constrained under the Tokugawa shogunate, with feudal governance and limited external engagement, until the Meiji Restoration established the modern state. France was slowed by repeated political upheavals—revolutions, regime changes, and wars—that disrupted long-term plans and weakened investor confidence. Stable governance, coherent rules, and institutions capable of learning and adaptation are crucial, along with resources, to convert innovative technologies into rapid economic transformation.

    Conclusion

    While history may not repeat, it is full of lessons. The forces that shaped the period between 1820 and 1880—technologies, institutions, and leadership—are at play again. The second industrial revolution teaches us that countries that invest early, coordinate effectively, and build strong institutions are most likely to shape the future. History shows that countries that delay investment or lack a clear national strategy often miss the moment—and the opportunity goes to others. As the world enters a new technological wave, the choices countries make today will determine whether Latin America and the Caribbean are part of the leadership group, follow slowly, or remain on the sidelines.  

  • Spreading Successful Ideas Across Economies

    Spreading Successful Ideas Across Economies

    The most significant difference between Latin American and Caribbean economies that move forward and those that fall behind is not necessarily how many innovative ideas they generate, but how quickly innovative ideas spread across people, firms, and sectors. When promising routines and technologies remain trapped in a few places, productivity stalls, inequality widens, and public confidence erodes. When ideas move freely, societies learn, adapt, and grow faster. 

    This blog highlights how LAC countries can strengthen the systems that help innovative ideas travel across individuals, firms, sectors, and borders.

    Good Ideas Spread When People and Firms Can Absorb Them

    Diffusion begins with people. Workers and managers who can learn, adapt, and apply new routines are the first carriers of change. Firms that invest in training and managerial capabilities become engines of transmission, spreading better practices across supply chains and sectors.

    In Brazil, Embraer’s long partnership with the Instituto Tecnológico de Aeronáutica (ITA)—dating back to the 1950s—created a steady flow of engineers who could absorb and adapt to global aerospace technologies. These capabilities spread internally through rotations and project teams, and externally through suppliers and spinoffs, helping Brazil build a competitive aerospace sector.

    Uruguay’s Plan Ceibal, launched in 2007, expanded digital literacy by equipping students and teachers with devices and training. Rather than claiming global leadership, Ceibal helped Uruguay build a solid foundation for digital adoption, enabling firms and public agencies to take up new tools more easily.

    In Mexico, automotive firms in Guanajuato and Nuevo León—including Nissan, GM, and Toyota—co-developed training centers with state institutes during the 2010s. These centers helped local suppliers upgrade quality systems and robotics capabilities, spreading global production routines across the region. Many recognize the Bajío as one of the more competitive manufacturing regions in the Americas; it got there by sharing training and supplier upgrading, which accelerated diffusion.

    Crises also accelerate learning. The early-2000s economic crisis drove Medellín’s shift from a manufacturing city to a knowledge-intensive economy, pushing firms to adopt new digital and managerial practices. Ruta N, created in 2009, helped hundreds of firms reorganize around innovation, spreading agile methods and digital tools across the city.

    Worker mobility, return migration, and diasporas also carry ideas. Engineers trained at Intel Costa Rica, for example, later moved into local firms and startups, spreading global production and management routines across the country.

    Good Ideas Spread Faster When Institutions Scale What Works

    Policies that support experimentation create the raw material for diffusion. Start‑Up Chile, launched in 2010, did more than attract entrepreneurs—it spread routines for rapid prototyping, customer testing, and global networking. These practices diffused into Chilean firms, universities, and public agencies, strengthening the country’s entrepreneurial culture.

    Diffusion depends on variation, selection, and transmission—the three conditions that determine whether innovative ideas survive and spread.

    Costa Rica’s Payments for Ecosystem Services (PES) program, created under Forestry Law 7575 in 1996, also generated variation. By compensating landowners for conservation, PES introduced new routines for monitoring, verification, and contract management. These routines later spread into water utilities, municipalities, and private firms, helping scale sustainable land management.

    Institutions shape which ideas win. Brazil’s transmission auctions (2004–2010) rewarded firms that could deliver reliable, low-cost infrastructure. The auctions sharpened competition, encouraged managerial upgrading, and spread best practices across the electricity sector.

    Public procurement and finance amplify scaling. ChileCompra, launched in 2003, allows agencies to purchase innovative solutions, creating demand for firms that meet higher standards. Development banks across the region increasingly use performance-based financing to reward firms that adopt cleaner, safer, or more efficient technologies.

    Supply chains are powerful transmission channels. In Colombia and Mexico, supplier development programs in automotive, aerospace, and agribusiness help smaller firms adopt quality systems, digital tools, and logistics practices used by global buyers. These upgrades spill over into other sectors—manufacturing practices migrate into services, logistics improvements spread into agriculture, and digital tools move across industries.

    Standards also accelerate transmission. Mexico’s energy‑efficiency standards (NOMs) and Chile’s renewable‑energy auctions created clear expectations that pushed firms to adopt better technologies more quickly.

    Good Ideas Spread Through Networks and Trust

    Dense networks—clusters, associations, and digital platforms—help ideas travel faster. The Campinas Technology Hub in Brazil, anchored by UNICAMP since the 1990s, connects researchers, startups, and established firms, enabling rapid exchange of ICT and biotech capabilities. In Peru, the Colegio de Ingenieros del Perú spreads engineering standards and best practices across regions. In Jamaica, the JMEA helps SMEs adopt modern production and export routines.

    Digital platforms multiply these effects. Brazil’s SENAI expanded online training in robotics and automation in the mid‑2010s, allowing firms across the country to access advanced skills without geographic barriers. Open data systems—such as Chile’s Open Energy Data Platform—enable innovators to build forecasting tools and renewable‑integration solutions.

    Trust and legitimacy make cooperation possible. Brazil’s ANVISA, established in 1999, is widely respected for its technical rigor, encouraging firms to adopt food and pharmaceutical safety standards. Barbados’ Social Partnership Model, in place since 1993, builds trust among government, employers, and unions, helping the country adopt new labor and productivity practices more smoothly.

    Latin America and the Caribbean have no shortage of creativity. The challenge is ensuring that innovative ideas do not remain trapped in a few firms, sectors, or cities, but instead spread widely across individuals, firms, sectors, and countries. When societies strengthen their capabilities, institutions, networks, and trust, they accelerate the movement of ideas that improve productivity, resilience, and opportunity. The faster LAC economies learn and adapt, the quicker people will see better jobs, better services, and better prospects for the future.

  • Forestry Institutions in a New and Evolving Role

    Forestry Institutions in a New and Evolving Role

    Forests in Latin America and the Caribbean are among the world’s most valuable natural assets. They store carbon, harbor biodiversity found nowhere else, and sustain the livelihoods of millions of people. Yet their value is not only ecological—it is increasingly financial, political, and strategic. In today’s world, strong forestry institutions are no longer optional. They are essential levers for generating revenue, improving competitiveness, enhancing fiscal resilience, and strengthening global positioning.

    Governments across the region face a choice: either allow forestry commissions to remain underpowered or invest in their transformation so they can help unlock new opportunities in carbon and biodiversity finance, secure access to global markets, and strengthen legitimacy with communities.

    Decision makers should recognize that forestry institutions are valuable gateways to international finance and trade. They enable countries to access jurisdictional carbon credits, biodiversity-linked finance, and innovative private sector deals. They also ensure compliance with global trade rules, protecting exports and diversifying national revenues. At the same time, they strengthen benefit-sharing with communities and enhance global reputation.

    Latin America and the Caribbean already have a strong foundation. The region contains nearly half of the world’s tropical forests, and countries such as Guyana, Suriname, and Belize have among the lowest deforestation rates globally. Costa Rica has built a reputation as a pioneer in forest conservation, with more than 50% of its territory under forest cover and a payment-for-ecosystem-services program that channels finance directly to landowners. Brazil, despite challenges, has developed one of the largest forest monitoring systems in the world, while Mexico’s community forestry enterprises manage millions of hectares sustainably, generating income and jobs. These examples show that forests are not just ecological treasures—they are economic and political assets when institutions are strong.

    Transforming forestry commissions, however, is not easy. It requires strengthening capacities, mobilizing financing, and keeping all stakeholders engaged. Many commissions face outdated systems, limited staff, and weak enforcement. Communities often feel excluded from decision-making. Global buyers demand deforestation-free supply chains, but institutions struggle to provide credible assurance. Governments must therefore see forestry commissions as strategic levers. A strong forestry institution supports market access, credibility, and global respect. It ensures inclusivity and integration with national development strategies. It is not just a technical agency—it is a national competitiveness institution.

    Strengthening institutional capacities

    Strengthening institutional capacity and governance is the priority. Monitoring, Reporting, and Verification (MRV) systems are the backbone of credibility. Guyana has already built a world-class MRV system, enabling it to track deforestation rates and carbon storage with precision. This system underpins Guyana’s participation in the ART-TREES carbon market, where the country signed a landmark deal with Hess for USD 750 million in jurisdictional credits. Brazil has also strengthened its satellite monitoring, enabling rapid detection of deforestation and illegal activity. These systems show how technology can build credibility and attract finance.

    Legal and regulatory frameworks are equally important. Global trade rules are changing, with the European Union’s deforestation regulation requiring exporters to demonstrate the legality and sustainability of their products. Forestry commissions must align with frameworks like EU-FLEGT and update forest laws to embed carbon and biodiversity values alongside timber. Enforcement mechanisms must be clear and strong to reduce illegal logging and corruption. Belize’s recent modernization of its Forest Department demonstrates how institutional reform can improve enforcement and credibility, positioning the country to access new finance and markets.

    Institutions are only as strong as their people. Professionalizing staff and leadership are therefore critical. Governments should invest in training for technical, financial, and community engagement skills, create career pathways to retain talent, and build leadership capacity to manage large-scale finance and international partnerships. Mexico’s community forestry model demonstrates the importance of building local technical capacity, while Costa Rica’s forestry institutions show how professional leadership can sustain long-term conservation programs.

    Financing and market access

    The second area of work is finance and market access. Forests are now financial assets, and forestry commissions must be able to capture their value. The real challenge is not only accessing concessional loans or donor grants but attracting private finance at scale. Innovative instruments are emerging across the region.

    Uruguay has pioneered sovereign sustainability-linked bonds, tying debt costs to environmental performance, including forest protection. Ecuador and Belize have executed debt-for-nature conversions, restructuring sovereign debt in exchange for commitments to conserve forests and marine ecosystems. Brazil has announced the Tropical Forest Forever Facility, designed to mobilize long-term finance for forest protection. Guyana’s US$750M deal with Hess for ART-TREES credits demonstrates how jurisdictional carbon markets can attract private-sector investment at scale. Guatemala has accessed the Forest Carbon Partnership Facility of the World Bank, piloting results-based payments for emission reductions. These examples demonstrate that innovative finance is possible, but only if forestry institutions are strong enough to provide credibility, transparency, and enforcement.

    Trade competitiveness is another priority. Global buyers increasingly demand deforestation-free supply chains. Forestry commissions can help exporters by implementing legality assurance systems, supporting certification schemes like FSC and PEFC, and diversifying into non-timber forest products and ecosystem services. Ensuring legality and sustainability will protect timber exports and open access to premium markets.

    Guiding financial flows is essential. Governments can establish national forest finance facilities to channel innovative instruments like sustainability-linked bonds, debt-for-nature swaps, and carbon credit revenues. Blending sovereign, private, and community finance will create scalable projects. Ensuring that benefit-sharing mechanisms are in place so that revenues reach indigenous and local communities is critical for legitimacy. Guyana’s Low Carbon Development Strategy 2030 provides a model, channeling carbon revenues into community development and national infrastructure.

    Community engagement and political stability

    The third area of work is community engagement and political stability. Carbon and biodiversity revenues must reach communities. Indigenous and local groups are central to forest governance, and governments can design benefit-sharing mechanisms to ensure revenues flow to villages and community forestry groups. Transparent distribution systems are needed to avoid elite capture and to provide benefits linked to education, health, and local infrastructure. Guyana’s Amerindian Land Titling program strengthens community rights, while Mexico’s community forestry enterprises show how local groups can manage forests sustainably and profitably.

    Governments are expanding community forestry programs with technical and financial support. Training in sustainable harvesting, monitoring, and governance is essential, and connecting community forestry to national carbon and biodiversity markets will ensure inclusivity. Costa Rica’s payment-for-ecosystem-services program provides a model for channeling finance directly to landowners and communities.

    Governments are embedding participation in decision-making. Forestry commissions should institutionalize community representation in boards, use participatory mapping and consultation for forest planning, and build trust through regular dialogue and grievance mechanisms. Colombia’s experience with participatory forest governance highlights the importance of inclusion, while Guyana’s engagement with indigenous communities shows how to strengthen legitimacy.

    Investing in forestry institutions for the future

    The evidence is clear. Countries that invest in strong forestry institutions reap rewards. Guyana has already sold jurisdictional carbon credits, unlocking hundreds of millions in finance. Uruguay, Ecuador, and Belize have shown how to use sovereign debt instruments to strengthen forest protection. Brazil’s monitoring systems remain among the most advanced in the world, while Belize’s modernization of its Forest Department demonstrates how reform can strengthen enforcement and credibility. Costa Rica has built a global reputation as a conservation leader, attracting investment and tourism. Mexico’s community forestry enterprises generate income and jobs while sustaining forests. These examples demonstrate that when governments support institutions, they unlock finance, secure markets, and strengthen legitimacy.

    Forests are no longer just ecological assets—they are strategic national assets. For Latin America and the Caribbean, strong forestry commissions are the key to unlocking carbon and biodiversity finance, securing trade competitiveness, and strengthening political legitimacy. Governments should therefore invest in institutional capacity, finance and market access, and community engagement. By doing so, they will not only protect forests but also generate revenue, diversify economies, and enhance global reputation.

    The stakes are high. The region’s annual mitigation needs are substantial, and forest management is a significant component of mitigation efforts. The challenge is how to attract and scale private finance for forests. Sovereign sustainability-linked bonds, debt-for-nature conversions, carbon credit deals, and long-term forest facilities are emerging as solutions. But they will only succeed if forestry institutions are strong enough to provide credibility, transparency, and enforcement.

    Reform should not be a burden, but an opportunity. Strong forestry institutions are a gateway to fiscal resilience, competitiveness, and global leadership. They ensure that forests contribute to national prosperity while sustaining communities and ecosystems.

    Latin America and the Caribbean stand at the frontier of history. By supporting forestry institutions in their new and evolving role, governments can ensure that the region thrives in the green transition—an era defined not by deforestation and fragility, but by forest strength and sustainable prosperity.