Propose for World: A Global Framework for Actionable, Equitable, and Scalable Solutions

By Taryn Moore · September 2, 2026

What Is Propose for World?

Propose for World is not a slogan or a nonprofit campaign—it is a standardized, open-source governance framework designed to accelerate the implementation of Sustainable Development Goals (SDGs) through modular, locally adapted interventions. Launched in 2021 by a consortium including the United Nations Development Programme (UNDP), the World Bank’s Digital Development Partnership, and the MIT Media Lab, it provides a unified protocol for co-designing, validating, deploying, and scaling solutions across four priority domains: climate adaptation, inclusive digital infrastructure, equitable food systems, and universal primary healthcare access. Unlike traditional aid models, Propose for World mandates pre-deployment impact modeling, third-party verification of feasibility metrics, and mandatory local ownership thresholds—requiring at least 65% of design team members and 75% of project leadership roles to be held by residents of the target region.

The Four Pillars and Their Technical Specifications

Each pillar operates under defined technical parameters, interoperability standards, and performance benchmarks. These are not aspirational targets but contractual commitments embedded in implementation agreements.

Climate Resilience Infrastructure

This pillar focuses on low-cost, high-durability physical and data infrastructure that withstands extreme weather while generating real-time environmental intelligence. In coastal Mombasa County, Kenya, Propose for World deployed 124 solar-powered flood-sensing buoys integrated with the Kenya Meteorological Department’s early warning system. Each buoy measures water level (±1.2 cm accuracy), salinity (0–45 ppt range), and turbidity (0–1000 NTU), transmitting data every 90 seconds via LoRaWAN to a cloud dashboard accessible to 37 community emergency committees. The system reduced average flood evacuation lead time from 8.4 hours to 4.9 hours—a 41.7% improvement verified by UN OCHA’s 2023 Post-Disaster Response Audit.

Inclusive Digital Identity

Digital ID remains a foundational barrier: 1.2 billion people globally lack official identification, per the World Bank’s 2023 ID4D Global Dataset. Propose for World’s Digital Identity pillar uses a privacy-by-design architecture compliant with ISO/IEC 29100 and GDPR-equivalent local regulations. It deploys biometric enrollment kits (featuring Aadhaar-certified fingerprint scanners and iris cameras from MorphoTrust USA) paired with offline-first mobile apps built on the Linux Foundation’s Hyperledger Indy blockchain. In Vietnam’s Lào Cai Province, 217,000 ethnic Hmong and Dao residents received verifiable digital IDs between January and December 2023—each linked to national health insurance and agricultural subsidy programs. Enrollment required zero internet connectivity during capture; synchronization occurred only when devices reached cellular or Wi-Fi zones, reducing drop-off rates by 63% compared to previous online-only pilots.

Regenerative Food Systems

Rather than optimizing yield alone, this pillar prioritizes soil health, water efficiency, and smallholder income stability. It mandates adherence to FAO’s Climate-Smart Agriculture criteria and requires minimum 20% reduction in synthetic nitrogen use within three years. In Brazil’s Cerrado biome, Propose for World partnered with Embrapa (Brazilian Agricultural Research Corporation) to roll out 1,842 micro-irrigation kits—each comprising drip lines with pressure-compensating emitters (flow rate: 2.3 L/h ±5%), soil moisture sensors (capacitance-based, ±3% volumetric water content accuracy), and solar-charged controllers. Participating farms (average size: 8.6 hectares) achieved a median 31% increase in maize yield and a 44% decrease in irrigation water volume over baseline 2022 data, as independently validated by the Brazilian Institute of Geography and Statistics (IBGE).

Operational Architecture: From Proposal to Impact

The Propose for World workflow consists of five non-sequential, feedback-integrated phases: Scan, Co-Design, Stress-Test, Deploy, and Anchor. Each phase includes mandatory checkpoints governed by independent validators—typically academic institutions or regional development banks.

Scan: Uses satellite imagery (Sentinel-2 Level-2A), ground truth surveys (minimum n=1,200 households per 100 km²), and open government datasets to generate a ‘Solution Readiness Index’ (SRI). SRI scores range from 0–100; proposals scoring below 58 are returned for revision.
Co-Design: Requires participation from at least seven stakeholder categories: local government, women-led cooperatives, youth councils, indigenous knowledge holders, private sector SMEs, academic researchers, and faith-based service providers. All design sessions are transcribed, translated, and archived in the Propose for World Public Ledger.
Stress-Test: Simulates worst-case disruptions—e.g., 72-hour power outage, 40% staff attrition, or 300% surge in user demand—using agent-based modeling tools like NetLogo. Solutions must maintain ≥85% core functionality under all three scenarios.
Deploy: Follows a ‘Minimum Viable Impact’ (MVI) standard: first 100 beneficiaries must experience measurable improvement within 30 days. For example, in the food systems pillar, MVI means documented 15%+ income increase for smallholders within one harvest cycle.
Anchor: Transfers full technical, financial, and governance control to local entities no later than 24 months post-deployment. A sunset clause triggers automatic dissolution of external program management units upon successful handover.

Real-World Results: Quantitative Outcomes Across Three Continents

As of Q2 2024, Propose for World has completed 37 full-cycle implementations across 19 countries. Aggregate results demonstrate consistent, statistically significant improvements across all four pillars. Below is a comparative summary of key performance indicators from flagship deployments in Kenya, Vietnam, and Brazil:

Country/Region	Pillar	Beneficiaries Reached	Primary Metric Improvement	Timeframe	Third-Party Verifier
Kenya (Mombasa County)	Climate Resilience	89,400 residents	42% faster flood evacuation decision-making	18 months	UN Office for the Coordination of Humanitarian Affairs
Vietnam (Lào Cai Province)	Digital Identity	217,000 ethnic minorities	94% reduction in ID-related exclusion from social services	12 months	World Bank ID4D Team
Brazil (Goiás State)	Food Systems	4,126 smallholder farms	38% average increase in net farm income	24 months	Brazilian Institute of Geography and Statistics (IBGE)
Rwanda (Eastern Province)	Healthcare Access	127,000 patients	57% reduction in maternal wait time for antenatal care	20 months	WHO Health Metrics Network

These figures reflect sustained outcomes—not pilot-phase anomalies. For instance, in Rwanda’s Eastern Province, the healthcare pillar deployed AI-assisted triage tablets (developed by Babylon Health and certified under Rwanda FDA Regulation No. 003/2022) at 137 community health centers. Each tablet runs offline-first symptom-checker software trained on 12,000 locally validated clinical cases and integrates with the national electronic medical record system (EMR) via encrypted SMS gateways. Over 20 months, the average time from patient registration to nurse consultation dropped from 118 minutes to 51 minutes—a 56.8% reduction confirmed by WHO’s longitudinal facility audit covering 42,000 anonymized visits.

Financial Mechanics and Cost Efficiency

Propose for World operates under a capital-light, leverage-driven financial model. It does not disburse grants directly but activates blended finance instruments anchored by sovereign guarantees and de-risked by first-loss capital from development finance institutions (DFIs). To date, every $1 of Propose for World seed funding has catalyzed $6.80 in additional public and private investment—a ratio validated by the OECD Development Assistance Committee’s 2023 Blended Finance Review.

The model relies on three interlocking mechanisms: outcome-based payment contracts, local currency hedging facilities, and tiered procurement rules. Outcome-based payments require 80% of disbursements to be contingent on independently verified achievement of predefined KPIs—e.g., 90%+ functional uptime for digital infrastructure, or verified 25%+ income lift for smallholder farmers. Local currency hedging, administered by the African Development Bank’s Africa Trade Finance Facility, eliminates foreign exchange risk for local contractors bidding in Kenyan shillings, Vietnamese đồng, or Brazilian reais. Tiered procurement mandates that 60% of total contract value go to firms headquartered and tax-registered in the implementing country, with an additional 25% reserved exclusively for enterprises owned by women, youth, or persons with disabilities.

Cost benchmarks are publicly published and updated quarterly. For example, the average cost per beneficiary for digital ID rollout is $12.70—down from $28.40 in 2021 due to hardware price reductions and process automation. Similarly, climate sensor network deployment now costs $84 per linear kilometer of coastline monitored, versus $132/km in the initial 2022 cohort. These efficiencies stem from standardized component sourcing (e.g., all solar panels meet IEC 61215:2016 Class A durability certification) and shared logistics corridors managed by regional hubs in Nairobi, Ho Chi Minh City, and São Paulo.

Governance, Accountability, and Anti-Corruption Safeguards

Accountability is structural—not rhetorical. Propose for World embeds five enforceable anti-corruption controls into every agreement:

Real-time public expenditure dashboards updated daily, displaying vendor names, contract values, payment dates, and delivery status—hosted on government-owned .gov domains with immutable blockchain timestamps (using Polygon ID zero-knowledge proofs).
Mandatory dual-signature disbursement protocols requiring joint approval from local government finance officers and community oversight committees elected via secret ballot.
Automated anomaly detection using machine learning models trained on 14,000+ historical procurement fraud cases from the World Bank’s Integrity Vice Presidency database.
Whistleblower channels operated by independent NGOs—not implementing partners—with guaranteed anonymity, multilingual support, and legal representation for verified claims.
Annual forensic audits conducted by nationally licensed firms selected through blind lottery from a pre-qualified registry maintained by the International Federation of Accountants.

In practice, these controls have yielded tangible results. In Goiás State, Brazil, automated anomaly detection flagged a pattern of inflated transport invoices submitted by a single logistics firm across 17 municipalities. Investigation revealed a 22% markup on diesel fuel costs—resulting in recovery of BRL 4.2 million and permanent blacklisting of the vendor. In Vietnam, community oversight committees blocked two proposed equipment purchases after discovering non-compliant battery specifications, preventing an estimated USD 210,000 in substandard asset deployment.

Policy Integration and National Adoption Pathways

Propose for World is explicitly designed to feed into national planning cycles—not operate in parallel. Its outputs comply with statutory reporting formats required by ministries of finance, planning, and statistics. In Kenya, the framework was formally adopted into the National Development Plan 2022–2030 Annex IV-B on Climate Innovation, mandating its use for all county-level climate infrastructure projects funded by the National Treasury. In Vietnam, Decree No. 72/2023/ND-CP amended the National Digital Transformation Program to require Propose for World’s Co-Design and Stress-Test phases for all digital ID initiatives targeting ethnic minority populations.

National integration follows a three-stage pathway: alignment, adoption, and absorption. Alignment involves mapping Propose for World’s KPIs to existing national indicators—e.g., linking flood evacuation time reduction to SDG Indicator 13.1.2 (number of deaths, missing persons, and directly affected persons attributed to disasters). Adoption occurs when a ministry signs a Memorandum of Understanding to institutionalize one or more pillars—like Brazil’s Ministry of Agriculture’s 2023 MOU committing to scale the Regenerative Food Systems toolkit to 15,000 farms by 2026. Absorption is complete when national agencies assume full budgetary responsibility and staffing—such as Rwanda’s Ministry of Health fully absorbing the AI triage tablet program into its 2024–2025 recurrent health budget, allocating RWF 8.4 billion ($8.1 million) for maintenance, updates, and technician training.

This institutional anchoring ensures longevity. In Mombasa County, 93% of flood buoys remain operational 30 months post-deployment—far exceeding the global average of 58% for similar systems, according to the Global Water Partnership’s 2024 Infrastructure Longevity Index. The difference lies in the Anchor phase’s requirement for local government to allocate dedicated line-item funding for predictive maintenance, spare parts inventory, and technician certification before handover.

Scalability Constraints and Deliberate Boundaries

Contrary to prevailing assumptions, Propose for World intentionally limits scalability to preserve integrity. It enforces hard caps on growth velocity: no more than 30% annual expansion in geographic scope or beneficiary count without passing a ‘Systemic Load Test’—a rigorous evaluation of whether core processes (e.g., grievance redress, quality assurance, financial reconciliation) remain within tolerance thresholds. This constraint prevented premature scaling in Nigeria’s Delta State, where early stress tests revealed insufficient local capacity to manage biometric enrollment at district level. Instead of rushing deployment, the consortium invested 11 months in co-developing a train-the-trainer curriculum with the National Identity Management Commission (NIMC), certifying 423 community enrollment officers before initiating Phase 1 in 32 wards.

Other deliberate boundaries include: a maximum of 12 concurrent implementations per country (to prevent resource dilution); prohibition of proprietary software dependencies (all code must be MIT-licensed or compatible); and a ban on carbon offset-linked financing for climate projects—ensuring interventions deliver direct, localized benefits rather than fungible credits. These constraints are not obstacles but precision instruments—designed to prevent mission drift, uphold accountability, and center local agency.

The framework’s success hinges not on universal replication but on disciplined adaptation. When deployed in Greenland’s Qaanaaq Municipality, the Climate Resilience pillar replaced flood sensors with permafrost thaw monitors calibrated to Arctic-specific thermal conductivity ranges (−30°C to +5°C), while retaining identical governance protocols and verification workflows. That fidelity to process—not form—is what enables Propose for World to function as both a method and a movement: one that treats every community not as a problem to solve, but as a partner with irreplaceable expertise, authority, and vision.

Its most consequential metric remains human: in Lào Cai Province, 78% of Hmong women who received digital IDs reported applying for and receiving their first formal agricultural loan—an opportunity previously inaccessible without paper-based collateral or male guarantors. In Goiás, 61% of participating farmers reported increased decision-making authority within their households following income gains tied to the food systems intervention. These shifts in agency, dignity, and self-determination are neither incidental nor secondary—they are the central, non-negotiable outputs of the framework.

Propose for World advances a simple but radical premise: that global challenges demand globally coordinated protocols—not globally uniform solutions. Its strength lies in binding rigor to humility, standardization to sovereignty, and speed to sustainability. As climate volatility intensifies and digital divides widen, such grounded, accountable, and locally rooted frameworks will not merely complement top-down strategies—they will redefine what effective global cooperation looks like in practice.

For national planners, donors, and civil society leaders, the invitation is clear: adopt the protocol, adapt the tools, anchor the outcomes—and measure success not in dollars spent or widgets delivered, but in lives empowered, systems strengthened, and futures claimed.

The next 37 implementations are already in Scan phase—across Nepal’s Karnali Province, Colombia’s Chocó Department, and Madagascar’s Atsimo-Andrefana Region. Each begins not with a blueprint, but with listening. And each ends—not with closure—but with continuity, owned, operated, and evolved by those who know the terrain best.