AI Emergency Dispatch · Uganda · 2026

An AI-coordinated dispatch
intelligence system reducing
emergency response times.

Sauti Health coordinates Uganda's existing 287,000 Village Health Teams and 800,000 motorcycle taxis into a functioning emergency dispatch network - activated by any phone via USSD *977#, at $1.50–$3.00 per capita. No new ambulances. No new hospitals. The intelligence layer that was missing.

60%+
Emergency patients dying before reaching a hospital in Uganda
MOH Uganda, Emergency Care Systems Assessment, 2024
10%
Emergencies transported by ambulance. 90% find their own way - or don't.
Ningwa et al., BMC Health Services Research, 2020
29.4
Road fatalities per 100,000 in Uganda - vs global average of 17.4
WHO Global Status Report on Road Safety, 2023
$0.005
Uganda's per capita EMS spend annually - 0.024% of its health budget
Uganda MOH Budget Analysis, 2023
01 - The Crisis

A mathematically
unsolvable problem.
By conventional means.

Building a Western-model EMS in Uganda would require $4–5 billion over five years - three times Uganda's entire annual health budget. Training enough paramedics at current rates would take over 50 years. Uganda's 912 emergency number was allocated in 2019 and has never rung. This is not a funding gap to be closed incrementally. It requires a fundamentally different architecture.

5.8M
Preventable deaths annually in LMICs
90% of global injury-related deaths occur in low- and middle-income countries. The driver is not injury severity - it is the absence of any coordinated pre-hospital response.
Haagsma et al., Injury Prevention, 2016 · WHO Global Status Report, 2023
30.8%
Uganda ambulances with required equipment and staff
Most ambulances in Uganda are transport vehicles only - no paramedic, no equipment. 69% are entirely unequipped for emergency care, functioning as patient taxis.
Ningwa et al., BMC Health Services Research, 2020
15
Emergency physicians in Uganda - vs 5,580 needed
80 emergency nurses vs 22,000 needed. Approximately 200 paramedics vs 45,000 needed. At current training rates, this gap cannot close in under five decades.
MOH Uganda Workforce Assessment, 2023
912
Uganda's emergency number - allocated 2019, never operational
Inactive due to "lack of a dispatch system" per MOH 2022 report. Government has publicly acknowledged the gap and expressed openness to private sector solutions.
Uganda Ministry of Health, 2022
$4–5B
Required to build Western-model EMS for Uganda
At $50–$280 per capita, Uganda's 45 million population would require $2.25B–$12.6B. Uganda's total annual health budget is $1.4B. Three years of total health spend on EMS alone.
Ifeanyichi et al., BMC HSR, 2021 · Delaney et al., Surgery, 2024
1,234
RTI incidents per year on the Northern Bypass alone
Uganda's highest-density single emergency corridor. 103 road traffic incidents per month. Four national referral hospitals within 4.2km average. The volume exists. The dispatch system does not.
Uganda Police Traffic Division, 2023
02 - The Approach

Leapfrog.
Don't replicate.

Uganda already has the assets to run emergency response: 287,000 trained Village Health Teams, 800,000 motorcycle taxis, 75% mobile penetration. What's missing is the coordination layer. Sauti Health provides it - via USSD *977# on any phone, any network, zero data required. A caller dials. The AI matches the nearest available VHT by skill type and sends a boda boda rider for transport. The hospital is alerted. The responder is paid via mobile money automatically on incident completion. All in under 60 seconds at approximately $1.60 per capita per year.

Cost Comparison - Per Capita, Annual
Western EMS - minimum build $50
Western EMS - full deployment up to $280
Sauti Health - pilot phase ~$1.60
Reduction vs minimum ~97%
Ifeanyichi et al., BMC HSR, 2021 · Internal cost model
Community Assets Coordinated
VHT
287,456
Village Health Teams (VHTs)
WHO BEC-trained community first responders · 62% active rate · 20 years embedded in communities
BB
800,000+
Boda Boda Motorcycle Taxis
142,000 in Kampala · SafeBoda, Uber Boda, Bolt networks trackable · 95%+ have mobile money accounts
4G
75%
Mobile Penetration
98% 4G on Northern Bypass · USSD *977# works on 2G feature phones · zero data, zero smartphone required
MM
65%
Mobile Money Adoption
MTN MoMo + Airtel Money enable instant per-incident payment to VHT and boda. No cash handling. No delay.
03 - Proof of Concept · Kampala Northern Bypass

100 emergencies.
60 days.
One corridor.

The proof-of-concept targets the Kampala Northern Bypass - Uganda's highest-density RTI corridor - with a $5,000 budget to handle 100 documented emergencies over approximately 60 days. At 173 projected emergencies per month in the coverage area, we need a 23% capture rate to reach 100 in two months - conservative given 3,596 active VHTs already present. The POC produces the real-world evidence base: response times, completion rates, clinical outcomes, and unit economics.

Northern Bypass · Namboole to Bwaise, Kampala
15 km corridor · ~150 km² coverage · ~850,000 population
Active Pilot Zone
173
Projected emergencies/month (RTI + obstetric + trauma + medical combined)
Uganda Police Traffic Division, 2023 · MOH Health Sector Report, 2023–24
23%
Capture rate needed to reach 100 emergencies in 60 days
Internal feasibility assessment, 2025
4.2 km
Average distance to emergency care - Mulago, Kawempe, Kiruddu, Nsambya hospitals
MOH Health Facility Inventory, 2024
89%
Estimated pilot success probability vs 72% Jinja, 83% Wakiso-Entebbe alternatives
Multi-criteria feasibility assessment, 2025
Emergency Mix - POC Incident Types
Road Traffic Injuries 45%
0.45% national annual incidence · 103 RTIs/month on bypass alone · Northern Bypass is a national RTI hotspot
Source: MOH Annual Health Sector Report, 2023–24
Obstetric Emergencies 20%
0.15% incidence among women 15–49 · PPH, eclampsia, cord prolapse · ~14/month in area · 70% pre-hospital mortality
Source: MOH Annual Health Sector Report, 2023–24
Trauma & Acute Medical 35%
Non-RTI trauma 0.25% · Acute medical 0.18% annual incidence nationally · Source: MOH, 2023–24
POC Budget $5,000
VHT incentives - 75 VHTs × $10/incident (first 20 responses each)
65%
$3,250
Field coordination - transport, comms, coordinator stipend
20%
$1,000
Tech infrastructure - USSD short code, SMS, hosting (~60 days)
15%
$750
Boda riders are paid $5 per route to the hopistal, varibale with distance. VHT rate: $10/incident × 100 incidents ÷ 75 VHTs; payment per actual response, not per enrolment.
POC Objectives - What 100 Emergencies Must Prove
1
Live dispatch works end-to-end
USSD → VHT alert → scene arrival → boda transport → hospital handover. Every step documented and timed.
2
Real-world response times measured
Time from USSD call received to VHT scene arrival. Benchmark against 42.3 min simulation baseline. First real data of this kind for Uganda dispatch.
3
Mobile money payment loop validated
Every VHT response compensated via MTN MoMo or Airtel Money within 24 hours. Confirms the incentive model at scale.
4
Clinical outcomes documented
24-hour survival tracked via hospital liaison at Mulago, Kawempe, Kiruddu, Nsambya. Data for DALY calculation, research paper, and MOH engagement.
5
Unit economics established
Real cost per emergency vs $28.30 simulation estimate. Real completion rate vs 23% capture target. First honest datapoint for investor conversations.
Pilot Operations Structure
75 VHTs activated
Recruited via KCCA supervisors from active VHT networks within 5 km of bypass. Competency-verified one-day training.
100 boda riders enrolled
SafeBoda riders prioritised - already trained, insured, and safety-verified. Non-exclusive availability commitment.
4 hospital liaisons
Named clinical contacts at Mulago, Kawempe, Kiruddu, Nsambya to document patient arrival and 24-hour outcomes.
60-day target window
~1.5 incidents/day required. 173 emergencies/month means 23% capture rate - achievable but not guaranteed.
04 - Two Distinct Funding Stages

First, prove it.
Then, build it.
They are not the same ask.

The $5,000 POC and the $406,900 pre-seed are completely separate funding asks with different timelines, uses of funds, and investor profiles. The POC runs first - over approximately 60 days - and produces the real-world data that justifies pre-seed capital. The pre-seed then funds an independent 18-month operational build. Each must succeed on its own terms before the next begins.

Phase 1 · Immediate · Proof of Concept
$5,000
Lean 60-day validation. Handles 100 real emergencies on the Northern Bypass. Produces the data investors need to commit pre-seed capital. This is not symbolic - it is the evidence base the entire company is built on.
Budget
VHT per-incident incentives (75 VHTs · real responses)
65%
$3,250
Field coordination, comms, coordinator stipend
20%
$1,000
USSD short code, SMS, hosting (~60 days)
15%
$750
What This Delivers
100 documented live emergency responses
Real-world response time data (first for Uganda)
VHT acceptance and completion rates confirmed
24-hour clinical outcomes at 4 hospitals
Mobile money payment loop validated
Real cost per emergency vs $28.30 simulation estimate
Research paper dataset (SOMREC ethics compliant)
Investor-grade evidence for pre-seed pitch
Phase 2 · After POC · Pre-Seed Round
$406,900
18-month operational build-out. Begins only after POC completion. Scales from 75 to 250 VHTs, deploys the full mobile app, executes the government partnership strategy, and builds toward seed-funding readiness at 18 months.
Budget Allocation
Pilot Operations - 18 months, 250 VHTs + boda fleet
38.9%
$158K
Contingency Reserve - FX risk, ops shortfalls
20.8%
$84.6K
Team & Personnel - COO, engineers, clinical ops, biz dev
13.3%
$54.3K
Technology Development - full mobile app, backend
11.1%
$45K
Legal, Regulatory & Ethics - company, IP, SOMREC
8.6%
$35K
Marketing, Partnerships & Government Engagement
7.3%
$30K
POC completes - data validated - pre-seed round opens - 18-month build begins
Milestone Roadmap - Two Phases, One Direction
Now
$5K POC Launch POC
USSD *977# live. 75 VHTs and 100 boda riders briefed and activated. First incident targeted within 72 hours of go-live.
POC+60d
100 Emergencies Completed POC
100 live, documented emergencies. Real response times. Clinical outcomes from 4 hospital liaisons. Unit economics confirmed. POC data report published.
PS M0
Pre-Seed Closes · 18-Month Build Begins Pre-Seed
$406,900 secured. COO hired in Kampala. Lead engineer contracted. Government partnership letters sent to KCCA and MOH Emergency Care Unit.
PS M3
Full MVP Live Pre-Seed
React Native app + USSD + IVR operational. 250 VHTs onboarded. DHIS2 integration active. 200–300 emergencies handled.
PS M6
Second Corridor Active Pre-Seed
Kampala + one additional corridor (Gulu or Mbarara). ~500K population coverage. Monthly incident rate >150.
PS M12
First Revenue Confirmed Pre-Seed
First paying government district contract or employer health contract active. Research paper submitted. $150K–$300K ARR target.
PS M18
Seed Funding Ready Pre-Seed
Minimum 3,000 documented emergencies. ~500K population coverage confirmed. At least one revenue stream operational. Seed investor pipeline qualified.
05 - Technology

An EMS digital twin.
Built for feature phones,
2G, and mobile money.

Five integrated layers coordinate community responders in real time. The system operates offline for up to 72 hours, dispatches via USSD on any 2G phone, and is designed to learn continuously from every real emergency. The POC deploys a lean version of Tiers 1–3. Tiers 4–5 deploy in the pre-seed phase.

Tier 01
Data Ingestion & Access
USSD *977# on any phone, any network, 2G minimum - 100% population reachable without smartphones. Offline-capable React Native app for VHTs with smartphones. IVR for low-literacy or hands-free callers. 72-hour offline sync queue with automatic restoration. Patient data encrypted at rest (AES-256) and compliant with Uganda Data Protection and Privacy Act 2019.
*977# · USSD · IVR
Tier 02
Dispatch Algorithm
POC phase: geographic zone-based matching - the corridor is divided into 500m segments. Each VHT and boda assigned to a zone. Cascade logic: if no acceptance within 90 seconds, automatically cascade to the next zone. Scale phase: full AI dispatch using Deep Q-Network (DQN) trained over 50,000 episodes with multi-objective reward (response time, severity match, geographic equity, resource efficiency).
Zone dispatch · DQN
Tier 03
Mobile Money Payment Engine
MTN MoMo + Airtel Money APIs integrated for both networks. Payment trigger fires automatically when VHT marks incident complete via USSD. Automatic retry logic at 5, 30, and 60 minutes before manual flag. Every transaction logged with timestamp, recipient, amount, and error code. $100 cash float held by field mobiliser as fallback. No VHT waits more than 24 hours for payment.
MTN MoMo · Airtel
Tier 04
Bayesian Calibration & Continuous Learning
Hamiltonian Monte Carlo (HMC) via PyMC implements Bayesian hierarchical modelling to account for sub-district heterogeneity. The digital twin continuously updates parameter posterior distributions as real field data streams in from the pilot. Simulation trained on 500 replications × 100,800 minutes = 137 simulated years of operations. Pre-seed phase deployment only.
PyMC · HMC · Bayesian
Tier 05
Operations Dashboard & Analytics
Mobile-first coordinator dashboard: live active incidents, elapsed time, non-response flags. Running totals: incidents to date, average response time, payment success rate. One-click CSV export for research team. Demand heatmaps by zone and time-of-day. DHIS2 integration for population health data overlay. Scenario planning tools for capacity expansion and MOH presentations.
Streamlit · DHIS2 · Plotly
06 - Revenue Model

Two revenue channels.
Buyers with
genuine incentives.

Sauti Health is a B2G and B2B business. Governments contract us to provide emergency dispatch infrastructure for populations they are already responsible for. Employers contract us to meet occupational health obligations under Uganda's OHS Act for workers exposed to road risk daily. Both channels have a structural buyer incentive - and critically, the B2B employer channel generates revenue independent of government procurement timelines.

Primary Revenue Pillar · Year 1–2
Government Per-Capita Contracts
District-level contracts at $0.30–$0.50 per capita per year. Our ask is 60–100× Uganda's current $0.005 spend - but still 100–500× cheaper than the $50/capita minimum Western EMS model. We enter district-first to avoid national procurement delays. Uganda has 146 districts; we target 3–5 in Year 1.
Year 1: 3 districts × 200,000 pop × $0.35/capita = $210,000 Year 2: 8 districts × 200,000 × $0.40 = $640,000 Year 3: 20 districts × 200,000 × $0.45 = $1,800,000 Assumption: avg district pop ~200K; conservative capture rate; $0.40 mid-range price Payment delay risk: 4–12 months typical. Mitigated via 6-month escrow + tripartite co-funding (EU/Gates eligible)
Real constraint acknowledged: government payment is slow. Mitigated via performance-based payment tied to verified incidents and district-level contracts.
Primary Revenue Pillar · Year 1–2
Employer Occupational Health Contracts
Medium-scale manufacturers, logistics hubs, construction contractors, and hospitality groups along the Northern Bypass. We target companies with 50–500 workers on dangerous roads daily with no emergency coverage. Uganda OHS Act creates a compliance driver. Entry price: $20–$40/employee/year.
Year 1: 5 employers × 200 workers × $30/yr = $30,000 Year 2: 20 employers × 200 workers × $35 = $140,000 Year 3: 50 employers × 200 workers × $40 = $400,000 Price: $30–$40/yr = $2.50–$3.30/month - within demonstrated willingness to pay for OHS services in Uganda
we currently have 2 ongoing disccusions to finalise Letters of intent with 2 Large scale companies within the Northerrn By pass corridor.
Conservative 4-Year Financial Projections
Forward Projections · POC Outcomes Will Revise These
Revenue Stream
Y1 ($K)
Y2 ($K)
Y3 ($K)
Y4 ($K)
Government contracts
210
640
1,800
4,000
Employer OHS contracts
30
140
400
900
Total Revenue ($K)
240
780
2,200
4,900
Operating costs ($K)
850
1,100
1,600
3,200
EBITDA ($K)
−610
−319
+605
+1,715
Population coverage
~500K
~1M
~3M
~8M
Est. emergencies handled
~600
~2,400
~9,000
~24,000
Y1 government: 3 district contracts at $0.35/cap avg on 200K pop. Y1 employer: 5 small employers × 200 workers × $30. All figures are directional planning assumptions subject to revision from POC outcomes. Y1 operates at a loss funded by pre-seed capital - this is planned and expected.
B2B Path to Profitability - No Government Contract Required

The employer OHS channel is self-sufficient. At 50 employer contracts covering 200 workers each at $40/year, annual B2B revenue reaches $400K - enough to cover field operations, the core tech stack, and a lean team. Government contracts accelerate scale and population coverage, but the business does not depend on them to survive. A Sauti Health running entirely on employer contracts is operationally viable from Year 3 onwards.

Investor Returns - Year 4 Onwards
Year 4 revenue (conservative)$4.9M ARR
Year 4 EBITDA positive$1.7M
Population covered by Year 4~8M Ugandans
Comparable - Flare Kenya at $0.5M ARR (2023)~$15M val.
Flare Kenya operates a similar emergency coordination model in Nairobi, valued at approximately $15M at $0.5M ARR. If Sauti Health reaches $2.2M ARR in Year 3, a comparable multiple implies a $60–90M valuation range. Strategic acquirers: MTN Health, Teladoc, Discovery Insurance, Uber Health. Pre-seed investors enter at maximum upside, maximum risk.
07 - Health Impact

DALYs averted.
Three scenarios.
Full methodology shown.

Uganda's delayed emergency response contributes to a preventable burden of disability and premature death. We calculate DALYs averted using the standard WHO/GBD methodology: DALYs = Years of Life Lost (YLL) + Years Lived with Disability (YLD). All assumptions are documented transparently. Three scenarios are presented - the pilot data will tell us which is closest to reality.

Input Parameters & Sources
DALY Calculation Parameters
Uganda life expectancy at birth
63.0 years
WHO Global Health Observatory, 2022
Mean age of emergency patient
28 years (RTI dominant)
Uganda Police Traffic Division, 2023
YLL per prevented death
63 − 28 = 35 years
Standard GBD methodology
Baseline pre-hospital mortality
60% RTI · 70% obstetric
MOH Uganda, 2024 · Ningwa et al., 2020
Simulated mortality reduction
15% (conservative) → 25%
Henry & Reingold, J Trauma, 2012 · Simulation
Disability weight (RTI non-fatal)
0.368 (moderate, 6 months)
GBD 2019 disability weights
Mean YLD per non-fatal RTI
0.368 × 0.5 yr = 0.184
Assumed 6-month moderate disability
Ratio non-fatal : fatal
~4:1 (4 survive per death)
Uganda RTI surveillance data, 2023
POC incident distribution
60% RTI · 20% obstetric · 20% other
Corridor type and national incidence rates
$7.54
Cost per DALY averted at POC scale ($2,000 ÷ 265 DALYs - conservative scenario)
$243
WHO cost-effectiveness threshold for Uganda (GDP per capita, 2022)
96.9%
Below WHO threshold - highly cost-effective even in the conservative scenario
~$51
Cost per DALY at pre-seed scale ($406,900 ÷ 7,950 DALYs/yr) - still below threshold
DALY Calculation - Three Scenarios
Formula: DALYs averted = (Deaths prevented × YLL) + (Disabilities prevented × disability weight × duration)
Conservative - 15% mortality reduction
POC (100 incidents): RTI deaths prevented: 60 × 60% × 15% = 5.4 deaths YLL: 5.4 × 35 yrs = 189 life-years Non-fatal YLD: 60 × 40% × 4:1 ratio × 15% × 0.184 = 2.6 YLD Obstetric deaths prevented: 20 × 70% × 15% = 2.1 → 73.5 YLL Total POC DALYs averted (conservative): ~265 DALYs At 500K population / 18 months pre-seed scale: ~3,000 emergencies × same methodology = ~7,950 DALYs/yr
POC: ~265 DALYs  ·  Scale: ~7,950 DALYs/yr
Moderate - 20% mortality reduction
POC (100 incidents): RTI deaths prevented: 60 × 60% × 20% = 7.2 deaths → 252 YLL Non-fatal YLD: 60 × 40% × 20% × 0.184 = 0.9 YLD Obstetric: 20 × 70% × 20% = 2.8 deaths → 98 YLL Total POC DALYs averted (moderate): ~351 DALYs At scale: ~3,000 emergencies/yr → ~10,530 DALYs/yr
POC: ~351 DALYs  ·  Scale: ~10,530 DALYs/yr
Optimistic - 25% mortality reduction
POC (100 incidents): RTI deaths prevented: 60 × 60% × 25% = 9 deaths → 315 YLL Non-fatal YLD: 60 × 40% × 25% × 0.184 = 1.1 YLD Obstetric: 20 × 70% × 25% = 3.5 deaths → 122.5 YLL Total POC DALYs averted (optimistic): ~439 DALYs At scale: ~3,000 emergencies/yr → ~13,170 DALYs/yr
POC: ~439 DALYs  ·  Scale: ~13,170 DALYs/yr
Methodological notes: Calculations use standard GBD DALY methodology without age-weighting or discounting, consistent with current WHO practice. Mortality reduction percentages are derived from simulation outputs calibrated to trauma literature (Henry & Reingold, J Trauma, 2012), not from real-world data. The 15% mortality reduction for a 35% response time improvement is a conservative estimate - actual impact will be confirmed from POC 24-hour survival tracking. All three scenarios are presented because honest uncertainty is more useful to investors than a single point estimate. The full DALY methodology document is available in the research protocol.
08 - Team

People who built this
from the evidence up.

Our founding team combines Ugandan field implementation knowledge, emergency medicine expertise, and technology development. Each team member has a specific and verified role in the pilot operations structure.

Founding Team
HT
Hillary Turinawe
Founder & CEO · Pilot Director
Kampala, Uganda · Bonn, Germany
Born and raised in Uganda. Currently training in Germany, giving Hillary direct immersion in one of the world's most effective EMS systems while maintaining active institutional relationships in Uganda essential for pilot execution. Presented EMS optimisation research at two national and regional health conferences in 2025. Founder responsibility: strategic direction, team accountability, external relationships, fundraising, and daily incident review throughout the pilot.
EMS Research MOH Uganda Kampala + Bonn [email protected] +49 157 3785 8903
OP
Dr. Benard Mwesigye
Research & Medical director
Emergecy Medicine Specialist · Mbarara University of science and Technology, Mbarara
Benard is a senior emergency medicine physician practicing in Uganda. He brings expereince in emergency care, trauma resuscitation and pre hopistal systems to Sauti Health. In the pilot, Benard owns the entire research and epidemiology function: writing the formal research protocol, designing data capture instruments, leading statistical analysis (Kaplan-Meier survival, cost per DALY), managing SOMREC ethics clearance, and producing the research paper targeting the African Journal of Emergency Medicine. His final-year status means he has completed clinical rotations across Mulago and KCCA facilities - the exact hospitals forming the pilot's outcome measurement network.
Mbarara University Clinical Protocol Design and training of CFRs DALY Methodology SOMREC Ethics R / Stata
OJ
Onama John
Technology & Product Development
Final Year · School of Medicine · Mbarara University of Science and Technology
Final-year medical student at MUST contributing to technology architecture and product design. Onama brings a critical advantage external developers cannot replicate: he has trained in Uganda's resource-constrained clinical environment and understands exactly what VHTs can do, what information they need during an emergency, and how interfaces must work when connectivity is unreliable and hands may be occupied. In the pilot, his role covers the USSD system, coordinator dashboard, mobile money integration testing, and data validation logic - built for Uganda's real infrastructure, not an idealised version of it.
MUST Uganda USSD Architecture LMIC Product Design MoMo API Offline-First Systems
JB
Dr. Jacob Busingye
Founding Medical Director - Outcomes and Hospital Liaison
Emergency Medicine Physician · Uganda
Dr. Busingye is a senior emergency medicine physician in Uganda and a founding medical director of Sauti Health. He leads outcomes measurement and the hospital liaison network for the pilot. His responsibilities include defining the clinical measurement framework, confirming named contacts at all four receiving hospitals (Mulago, Kawempe, Kiruddu, Nsambya), designing the 24-hour follow-up protocol, leading ethics and consent processes, and producing the interim and final clinical analyses. He is a named co-author on the primary research paper targeting the African Journal of Emergency Medicine.
Emergency Medicine Outcomes Measurement Hospital Liaison Network Clinical Ethics Research Co-Author
RK
Ronald Kyeyeune
Head of Mobilisation
Final Year · School of Medicine · Makerere University, Kampala
Final-year medical student at Makerere University and Head of Mobilisation for the Sauti Health pilot. Ronald leads the activation and coordination of Village Health Teams and boda boda riders across the Northern Bypass corridor. His grounding in Uganda's clinical environment and direct community networks are central to achieving the coverage and response rates the pilot depends on.
Makerere University VHT Mobilisation Community Coordination Kampala Field Operations
Investor Pipeline Targets
Grand Challenges Canada - Stars in Global Health
Specifically funds LMIC pilots of this type at $100K–$250K · Application-ready post POC completion
USAID Development Innovation Ventures (DIV) Stage 1
Specifically funds pilot-stage innovations in global health · $25K–$150K · POC data strengthens application materially
DOB Equity / Unconventional Capital / Villgro Africa
Africa-focused impact VCs with health tech thesis · Pre-seed stage investors · Relationship building begins at 25-incident milestone
Wellcome Trust Small Grants / Skoll Foundation
Exploratory research in LMICs · Concept note template prepared · Research paper publication opens these doors
09 - Get Involved

Let's build this
together.

Whether you're a potential investor, a clinical advisor, a potential employer partner, or someone who simply believes this matters - we want to hear from you. We are based in Kampala, Uganda.

Back the $5K POC
Fund 100 Real Emergencies
The cheapest and most decisive bet available: $5,000 funds 100 documented live emergencies and produces the evidence base for the entire company. POC data report delivered within 10 weeks of funding. No equity at this stage.
Back the POC
Pre-Seed Investors
Request the Full Data Room
Research protocol, financial model, technical documentation, pilot operational plan, and letters of support. Pre-seed round opens after POC completion. Site visit to Northern Bypass pilot launch available on request.
Request Data Room
Pilot Launch · 2026
Kampala Northern Bypass
Open invitation to witness the first real dispatch on the Northern Bypass. Investors, advisors, MOH representatives, and media welcome. Contact us for a formal invitation once the launch date is confirmed.