Landvex Aid Intelligence

Evidence-Based Impact Verification
Projects Monitored
1,250

Our Mission

Build Landvex Aid Intelligence as the world's leading independent platform for measuring, verifying and improving the real-world impact of development aid.

We believe development aid should create measurable, sustainable improvements. We measure observable progress rather than assuming success or failure.

Core Principles

Projects Verified

890
71% of total

Avg Confidence

82%
+3% vs last quarter

Evidence Sources

5
Satellite, Field, AI, Open Data, Official

Countries

9
Sub-Saharan Africa

Observations

45K
+3,200 this month

Flagged for Review

15
Signals, not accusations

Verification Framework

Multidimensional evaluation of observable outcomes. Every score includes confidence intervals.

Infrastructure Completion

Observable physical completion of planned infrastructure

Operational Continuity

Whether facilities remain operational over time

Maintenance Quality

Observable maintenance and upkeep

Accessibility

Physical and economic access for target population

Community Utilization

Actual use by intended beneficiaries

Environmental Sustainability

Environmental impact and sustainability

Economic Enablement

Economic activity generated or enabled

Projects with Discrepancies (Signals for Review)

These findings indicate areas where additional verification may be valuable. They are not conclusions of wrongdoing.

Schedule Variance - Mogadishu Primary School

Reported: 95% complete (June 2026)
Observed: 85% complete (July 2026)
Evidence: Field observation, Satellite, AI analysis
Confidence: 78% | Severity: Medium
Recommended Action: Follow-up observation in 30 days

Activity Gap - Lagos Road Rehabilitation

Reported: Active construction
Observed: No activity for 90 days, equipment removed
Evidence: Field observation, Satellite time-series
Confidence: 92% | Severity: High
Recommended Action: Contact implementing partner for status update

Positive Outcomes (Benchmark Projects)

Projects demonstrating strong implementation and sustained operation. These enable benchmarking and dissemination of successful practices.

Accra Solar Microgrid - Ghana

SII Score: 89/100 | Confidence: 92%
Strengths: Strong implementation, Sustained operation (24+ months), High community utilization, Long-term maintenance observed, Positive environmental outcomes
Benchmark Category: Energy Infrastructure

Nairobi Digital Health Records - Kenya

SII Score: 84/100 | Confidence: 86%
Strengths: Operational continuity, Staff training evident, Patient utilization increasing, Data transparency
Benchmark Category: Digital Health

Sustainable Impact Index (SII)

Estimates long-term observable contribution of development projects. Each component based on measurable indicators with confidence estimates.

Longevity (15%)

Years of continuous operation

Community Benefit (15%)

Observable community value

Infrastructure Durability (15%)

Physical condition over time

Maintenance (10%)

Observable upkeep quality

Population Reach (10%)

Number of beneficiaries

Economic Enablement (10%)

Economic activity generated

Development Effectiveness Science

Research program developing scientifically grounded indices and models for measuring long-term societal impact.

Impact Measurement Methodology

Rigorous methods for measuring development outcomes

Longitudinal Impact Analysis

Track project outcomes over 5-10 year periods

Bias Detection & Correction

Identify and correct for observational biases

Predictive Sustainability Modeling

Predict long-term sustainability from early indicators