SDG 3Health access, safety, and continuity metrics.
INVESTMENT OPPORTUNITY · USD 150K SEED ASK
Pre-deployment entry into African healthcare infrastructure
Health institutions lose care continuity when power, connectivity, and admin systems fail. SelNexa Health completed a proof of concept at Manicaland District Hospital in Q3 2024 and is raising USD 150K seed to harden an offline-first hospital management platform before the next approved pilot site, Victoria Chitepo Hospital.
INVESTMENT ALIGNMENT
Scalable public value with a revenue model
SelNexa Health is not a charity-only proposition. Capital supports deployment hardening, measurable outcomes, and a sustainable platform business that can serve facilities, implementation partners, and health-system funders.
SDG 3Health access, safety, and continuity metrics.
SDG 9Offline-first infrastructure with defensible product depth.
SDG 17Strategic capital, deployment partners, and health-system funders.
Market Opportunity (External Estimates): $4.69B Africa digital health market
Grand View Research estimates the Africa digital health market at $4.69B in 2024, with 23.4% CAGR through 2030.
$0B
Africa digital health market
Grand View Research, 2024 base year with 23.4% CAGR through 2030.
0B+
Underserved patients
Across Sub-Saharan Africa dependent on healthcare facilities with chronic operational inefficiency and limited digital infrastructure.
0x
Growth trajectory
Healthcare software spending in Africa projected to grow 2–3x by 2028 as governments and private providers digitize (Gartner, 2024).
0%+
Market gap
Existing healthcare IT solutions designed for stable infrastructure fail to operate in low-bandwidth, offline-first environments where many African facilities deliver care.
The Digital Leapfrog: Why Now?
Africa is not replicating Western healthcare IT trends—it's defining its own architecture.
1
Mobile First, Not Desktop Legacy
African healthcare is skipping desktop EMRs. Community health workers and health institutions operate on smartphones and tablets with intermittent connectivity. This is not an edge case—it's the primary use case.
2
Offline-First Architecture, Not Cloud-Dependent
Power and internet reliability mean healthcare systems need to function offline as the default state. Synchronization is a feature, not a requirement. This is a fundamental architectural shift that existing vendors struggle to deliver.
3
Outcome-Driven Pricing, Not Seat Licenses
African healthcare providers operate on constrained budgets. They will adopt software that directly improves cash flow (reduced expiry, faster billing, higher throughput) or reduces costs (less admin overhead, fewer supply disruptions).
4
Data Sovereignty and Interoperability
African governments increasingly prioritize data residency and cross-border interoperability via open standards. The SelNexa Health Platform is built FHIR-first and operates under local data governance rules.
SelNexa Health's Advantages: Technology, Go-to-Market, and Operations
Technology Defensibility
- Offline-First Architecture: Built to operate without connectivity in controlled test environments, with further validation underway.
- AI Procurement Engine: Demand forecasting models tuned to African disease burden and seasonality.
- Low-Bandwidth Optimization: Data-efficient sync protocols and mobile-first UX designed for 2G/3G networks.
Go-to-Market Defensibility
- On-the-Ground Presence: Building implementation capacity across Zimbabwe and adjacent markets to support localization and customer success.
- Ecosystem Relationships: Pursuing partnerships with governments, telcos, cloud providers, and local health systems to support deployment readiness.
- Customer Stickiness: Offline-first architecture and data unification are designed to reduce switching friction once deployed.
Operational Defensibility
- Unit Economics: Offline-first design aims to reduce support burden and enable efficient scaling across distributed facilities.
- Data Network Effects: As facilities join, aggregated data can improve procurement and administration models.
- Localization at Scale: Modular localization is designed to reduce the cost of market entry in new countries.
Letter from the Founders
To Our Future Partners,
We built SelNexa Health because we watched how power instability, intermittent connectivity, and manual fallback processes disrupt care continuity in Zimbabwean facilities. The platform completed its proof of concept at Manicaland District Hospital in Q3 2024, and Victoria Chitepo Hospital is the confirmed next pilot site pending government approval.
We are still pre-deployment. Kenya, Nigeria, and South Africa are in early conversations only, and none of those markets has an active deployment. Quantified outcomes stay marked as model targets until independently verified in production.
This is the inflection point.
The SelNexa Health Platform is in a pre-deployment stage with architecture complete and rollout pathways defined for constrained environments. Quantified outcomes are treated as deployment targets until independently verified in production settings.
African healthcare systems are not replicating Western healthcare IT. They are defining their own architecture—one engineered for offline-first operation, low-bandwidth resilience, and local data sovereignty. This is not a product feature; it is a strategic advantage built into the infrastructure layer.
We see three forces converging:
- Deployment Readiness (De-Risk #1): Architecture has been validated in controlled offline-first test environments with continuity, queued sync, and governance controls.
- Technology Maturity: Offline-first databases, lightweight AI models, and mobile-first design are now mature enough to power enterprise healthcare operations. It wasn't possible five years ago.
- Policy Tailwind & Market Readiness: African governments are actively prioritizing health system digitization. Healthcare leaders across Africa are no longer asking "if" to digitize but "how"—and they're willing to invest in solutions that deliver measurable ROI.
SelNexa Health is positioned for a measured first-deployment trajectory in Zimbabwe and adjacent markets. Market sizing and growth assumptions are paired with explicit monitoring and evaluation targets.
Our path to Series A depends on: securing first deployment partners, proving implementation repeatability, and then scaling through localization—not full platform rebuilds per market.
We are looking for catalytic capital, strategic partners, and health systems funders who understand the African healthcare opportunity, who believe that offline-first architecture is not a limitation but a competitive advantage, and who are committed to building sustainable healthcare infrastructure alongside governments and health leaders.
If you see this inflection point the way we do, let's talk.
Best,
The SelNexa Health Founding Team
Harare, Zimbabwe — May 2026
Financial Highlights & Projections (Pre-Deployment)
Current Validation (Pre-Deployment Readiness)
USD 150K
Requested investment envelope for deployment hardening, integration, compliance, and first-site rollout.
95% / 99%
Year-one design targets: offline continuity replay success and deployment uptime.
24h / 72h
Breach notification readiness windows aligned to Zimbabwe Act and SI 155 procedures.
2026 Model Projection
$52.3K
Revenue modeled from 3 live facilities in 2026.
Break-even pending
The model remains below break-even through 2029.
2030 Model Projection
$654.8K
Revenue modeled from 60 facilities by 2030.
Break-even
The model reaches break-even in 2030.
No LTV/CAC is calculated anywhere in the model.
Investor Return Model
3.6x MOIC
Approximate investor multiple over the 2026 to 2030 window.
37% IRR
Approximate internal rate of return over the same period.
Model projections only, not achieved results.
Projected revenue pathway
Model projections, not achieved results. These figures depend on deployment approval, procurement cycles, and country-specific execution.
Use of the $150K investment
PRODUCT EVIDENCE
The Platform, demonstrated
Both demos show offline-first operation and practical workflows for provider and patient contexts.
FREQUENTLY ASKED QUESTIONS
Investor and deployment FAQs
What is the regulatory environment in your target markets?
Deployments are structured around in-country data residency, facility governance, and local health-sector requirements. Zimbabwe deployments are planned against the Data Protection Act and health-facility governance requirements; Kenya, Nigeria, and South Africa are early conversations only and require market-specific legal review before any production rollout.
What are the currency and repatriation risks?
Pricing is designed to support local currency billing where appropriate, while investor reporting is maintained in USD. The model assumes country-specific treasury planning, conservative payment terms, and staged exposure rather than single-market dependency.
What are the exit pathways for investors?
Potential pathways include strategic acquisition by healthcare IT vendors, regional health infrastructure platforms, telecom/cloud health units, or later-stage growth investors after repeatable deployment economics are proven.
How does pricing work and what is the revenue model?
SelNexa prices by facility size and deployment scope rather than per-seat licenses. Revenue is expected from implementation, recurring platform fees, support, and network-level analytics modules.
What happens if a ministry requires platform changes?
The platform is modular and localization-aware. Country-specific workflows, reporting fields, data-residency rules, and integration requirements are scoped as deployment configuration or funded implementation work.
Which countries are currently supported?
Zimbabwe is the pre-deployment focus. Victoria Chitepo Hospital is the confirmed next pilot site pending government approval. Kenya, Nigeria, and South Africa are early conversations only.
How long does setup take?
Our deployment architecture is designed to onboard a new facility in weeks, not quarters.
Does it work without internet?
Yes. Core workflows are offline-first and synchronize when connectivity returns.
Do you integrate with existing systems?
Yes. The platform supports standards-first integration including FHIR and HL7 workflows.
Partner with SelNexa Health
Download our pitch deck, review product demos, and discuss how capital supports first deployments, independent evaluation, and the wider project pipeline.