Platform
Every layer built and operated in-house.
From the integration edge to the customer's screen. Six layers, one codebase, deployed on-premise or into your own cloud tenancy without a fork.
The stack
Six layers. Take one, or all of them.
The same stack our own engineers design and operate every deployment on — from the API layer to the intelligence engine, reused across every market rather than rebuilt for each one.

Thin-file and no-file scoring on alternative data, trained per market, not imported from another book.
Security & compliance
- Encryption at rest and in transit
- HSM-backed key management
- RBAC, maker-checker, full audit trail
- Penetration tested
- Data residency controls
- Segregated tenant isolation
- Secure SDLC and code review
Deployment
- Same codebase in every mode
- Inside your own regulatory perimeter
- In-country hosting where the law requires it
- AWS, Azure, Google Cloud, Alibaba Cloud
- Sovereign private cloud and local data centres
Runtime
- Containerised, horizontally scalable
- Blue-green and canary releases
- Active monitoring and alerting
- DR and multi-AZ topology
- Target 99.9% platform availability
Supporting functions
Hosting & infra ops
Frontend & web dev
UI/UX
DevOps
Payment networks
Intelligence layer
Trained on your market, not imported from someone else's.
A scoring model built on a European or North American book does not transfer to a market where most applicants have no bureau file. Ours are trained per market, on the data that actually exists there.
National ID and biometric verification, telecom usage, mobile money and wallet behaviour, merchant and POS history, receivables, director and guarantor exposure, asset inspection with GPS and photo verification.
Approve, restructure or decline. Restructure is the point: a thin file gets a reduced limit, a shorter tenor, a guarantor, security or a step-up line rather than a refusal.

Common questions
Before the technical workshop.
Start the conversation
Book a technical workshop.
Two hours with your architects. We map the integration surface, the data residency constraint and the shortest route to a live module.