Navon puts real deep technology within reach across Africa, so its builders can create value and build self-sufficient economies. The vision behind it: bring Africa into the AI age.
These are the standards we hold ourselves to, and that customers and partners can hold us to. Every site, every layer and every partnership answers to all three.
Regions keep control of their data, infrastructure and digital future. Residency by physical fact, not policy promise: hardware sits in your jurisdiction, keys are held in-country, operators are local, and audits happen in person.
Built on clean, resilient energy that scales within real environmental limits. Geothermal, hydro and solar chosen at the source, not bought as offsets. Diesel is emergency backup, never primary, and PUE is measured under load.
Locally available, usable and affordable, through open platforms and a price point that growth-market institutions can clear. GPU hours without USD subscriptions sized for Silicon Valley, and an environment live in 60 seconds.
The same vertically integrated platform adapts to where you operate, what you need to keep sovereign, and how fast you need to ship. Pick the row that fits you.
For cloud operators, MSPs, and regulated platforms that need carrier-neutral space for AI compute and secure storage in markets where power is the binding constraint. Bring your hardware into Tier III, geothermal-powered modular data centres, at 30 to 50% below comparable hyperscaler cost.
Multi-carrier fibre and open cross-connect. No single-operator lock-in.
Factory-built modular DCs, N+N power and N+1 cooling. Maintenance never takes your floor down.
High-density racks for GPU inference and training, not 5 to 8 kW colo cabinets.
Clean geothermal your customers can carry into their own reporting.
Best-suited where density, sovereignty, or clean-energy procurement matters. If your platform is low-density and has no residency requirement, a hyperscaler region is usually cheaper.
Tell us your rack count, power density, and residency requirements. We'll return an indicative capacity plan and pricing for Tier III space at Hells Gate.
For banks, telcos, energy companies, and regulated enterprises running AI, HPC, and analytics that have to stay in-jurisdiction. Private cloud on Navon-owned hardware, priced for growth markets, with the ergonomics your engineering team already expects.
Bare-metal, VMs, GPU pools, and managed inference on a full sovereign stack, white-label ready.
Annual commitments with reserved-capacity discounts. No pay-per-second surprises.
Kenya DPA 2019, GDPR-aligned logs, RBAC, and sovereign HSM keys, built in.
Composable agents, reusable skills, and sector apps on your sovereign cloud.
We're best-suited where sovereignty, density, or proximity matters. If your workload is latency-insensitive, low-density, and has no data residency requirement, a hyperscaler is usually cheaper.
30-minute scoping call to map your workload to the right product line and deployment shape. Indicative pricing under NDA.
For ministries, agencies, central banks, and security services that need their digital infrastructure and the skills to run it to stay inside the country. Built on hardware Navon owns and operates, on-soil, in-jurisdiction, auditable in person, run by local teams.
Servers in Kenya, operated by Navon, under Kenyan jurisdiction.
Hardware security modules under local jurisdiction. No cross-border key replication.
Post-quantum crypto embedded, with QKD from Africa's first operational test bed.
Local engineering teams, physical site visits, and sovereign access logs.
From sovereign cloud baseline through to specialised enclaves for regulated programmes. Procurement-friendly contract structures and multi-year commitments available.
Dedicated engagement track for ministries, central banks, and security services. Compliance documentation, in-person briefings, and multi-year contract structures.
Direct, dedicated access to Navon's data centre for every faculty where compute is the bottleneck between theory and practice. GPU, CPU/HPC, storage and sandboxes on sovereign infrastructure, billed annually in local currency. The talent and capacity-building side lives in Navon Futures.
Researchers and students live in under a minute. No local install.
GPU and CPU/HPC dedicated per institution. No inter-department contention.
A sandbox for circuits, hybrid algorithms, and PQC research.
On-site NAS for datasets, outputs, and archives. Never leaves Kenya.
One partnership agreement gives every faculty access through the right interface. Low-code workflows for non-engineering teams, JupyterHub notebooks for researchers, and full SDKs for engineering groups. The infrastructure scales to match what the institution needs, both today and as research programmes grow.
Annual contract sized to the institution, from teaching-focused departments to multi-faculty research universities. Named account manager, dedicated onboarding, internship pipeline, and mentorship cadence are all included. Start with a 90-day pilot.
For AI founders and engineering teams who need real compute at the lowest price they can find. Clean-energy GPU at 40 to 60 percent below hyperscaler rates, spun up in under a minute, with your data and weights staying in Kenya by default. Ship your model from the same infrastructure that enterprise and government already run on.
H100, A100, and RTX clusters. No minimum spend, no waitlist.
Your training data and model weights never leave Kenyan soil.
Ollama, vLLM, JupyterHub, and an OpenAI-compatible endpoint.
Clean energy and local ops let us price below hyperscalers.
From pre-training to production inference, the full model lifecycle runs on infrastructure that's physically sovereign and commercially competitive.
GPU access from day one, with no procurement cycle and no minimum spend. Talk to us about your workload and we'll size a configuration that fits your stage and budget.
Universities co-deploy with ministries. Banks contract through enterprise but pilot through research. Governments incubate startups inside sovereign clouds. We design the engagement around the actual workload, not the org chart.