Technologies — Ayoun Technologies

AI-native & AI-accelerated development

AI and machine learning run through our entire software lifecycle — not bolted on at the end.

AI pair programming, automated test generation and living documentation are standard practice on every Ayoun codebase
Agentic and multi-agent workflows coordinate complex tasks — tender clarifications, bid scoring, document drafting — under human sign-off
Domain-specific language models tuned for courts, energy regulation and payments, with governed prompts and full audit of every AI action
AI security tooling in the pipeline: model-output validation, prompt-injection defences and red-team testing with our Sentinel platform

Every platform is containerised and composable, so it runs the same on a sovereign cloud, a ministry data centre or our managed hosting.

Service-oriented architectures with containers, Docker Compose and Kubernetes-ready deployments
Multi-cloud and hybrid DevOps: the same release ships to Hetzner, AWS, Azure or on-premise without code changes
Infrastructure as code, blue-green updates and automated rollbacks for zero-downtime releases
Observability built in — Prometheus metrics, Grafana dashboards, health checks and self-healing services

Security is engineered into the pipeline and the architecture, not audited in afterwards.

Security-as-code: automated vulnerability scanning, dependency audits and SBOMs on every build
Zero-trust access — every request authenticated and authorised; TOTP two-factor sign-in; least-privilege service accounts
Cryptographic assurance: Ed25519 digital seals, HSM-backed keys, envelope encryption and tamper-evident audit trails
Pre-emptive security testing with our own application-security platform, plus confidential-computing options for data in use

Rapid internal tooling for your departments — generated from your rules, forms and workflows in days, not quarters.

Configurable workflow, form and approval engines inside our platforms (DMS, Tasks, Smart Courts)
AI-generated application scaffolds from a written specification, reviewed and hardened by our engineers
Citizen-developer friendly administration: templates, rules and reports changed without a release
Governed by the same security, audit and role model as the core platform

Real-time, low-latency processing where the data is produced — tanks, sites, vehicles and towers.

Site gateways that read automatic tank gauges (Veeder-Root and others) and stream over MQTT with store-and-forward
Edge resilience for poor connectivity: local buffering, offline operation and reconciliation on reconnect
Fleet and asset telemetry — tanker GPS, nozzle-level retail data, tower-site sensors — into one national picture
Secure device identity, signed firmware and over-the-air configuration

An internal developer platform that standardises how all six products are built, tested, shipped and run.

Golden paths: one deployment model (venv + systemd or containers), one reverse proxy, one update script per product
Shared services for authentication, email, document generation, audit logging and AI — reused across every platform
Automated backups, restore drills and environment parity from laptop to production
Reduces cognitive load for engineers and shortens the time from idea to a running demonstration

Efficient code and right-sized infrastructure — good for the climate and for the running-cost line in your budget.

Lean Python services and tuned PostgreSQL run national-scale systems on modest, energy-efficient servers
Carbon-aware scheduling of batch jobs (settlement, reconciliation, reports) to off-peak windows
Sustainability metrics — CPU, memory and energy per transaction — reported alongside performance
Deployment in European and African data centres powered by renewable energy where available

The right language for each layer: safety and performance where it counts, productivity everywhere else.

Python for application logic and AI; Rust and Go for high-throughput components such as payment switching and gateways
Kotlin and Swift for native mobile apps (inspector, consumer wallet, field crews)
WebAssembly for high-performance browser and edge modules — offline payment tokens, document verification, on-device analytics
Strict typing, static analysis and automated testing across all codebases

Verifiable records for identity, supply chains and documents — trust that can be checked, not just claimed.

Tamper-evident ledgers for serialised documents, licences, certificates and settlement records
Digital provenance for fuel movements, deliveries and inspections from depot to pump
Digital identity and verifiable credentials for citizens, lawyers, agents and vendors
Permissioned blockchain integration where regulation requires shared, immutable records

Preparing national infrastructure today for the cryptographic threats of the next decade.

Crypto-agility: algorithms are configurable, so post-quantum schemes can be adopted without re-architecting
Early adoption of NIST post-quantum standards (ML-KEM, ML-DSA) for key exchange and signatures in new deployments
HSM-managed key lifecycles, envelope encryption and strict key rotation
Long-lived records — court files, licences, settlement archives — protected against harvest-now-decrypt-later attacks