This is the top of the Navon stack: sovereign AI applications running on your data, in your jurisdiction, on your hardware. Three composable layers: applications solve sector problems, agents orchestrate the work, and skills are the atomic primitives both depend on. It is operable through low-code workflows for business and operations teams, and full SDKs for engineering groups, all on the same platform and the same data through different entry points.
Vertical applications shaped to the workflows of each sector, running on Navon's sovereign cloud, encrypted at rest with PQC, and trained on locally held corpora. Each is a packaged, low-code outcome that domain teams can configure without an engineering rebuild.
Identity, registries, document workflows, and government copilots that keep every byte under national control. Designed for ministries that cannot send citizen data to a foreign cloud.
CBDC issuance, real-time fraud and AML, lending models, and quantum-secure transaction processing, built for central banks, commercial banks, and exchanges with sub-second SLAs.
Patient-record platforms, medical-imaging AI, and clinical-trial assistants, running on data whose sensitivity windows exceed any classical cipher's lifetime.
Sovereign LLMs on classified corpora, encrypted comms, and ISR analytics, deployable in offline quantum pods where no byte ever crosses an external boundary.
Demand and load forecasting, predictive maintenance for turbines and substations, and operations copilots, running close to the SCADA layer for low-latency decisions.
Network-optimisation agents, customer-service automation in local languages, and revenue-assurance models, for operators ready to embed AI in the OSS/BSS stack without offshoring data.
Personalised tutors in local languages, sovereign research compute for universities, and a continental innovation hub, built with academic partners and on-site internship programmes.
Industrial control monitoring, IoT fleet management, and safety-critical anomaly detection, at the edge, on-prem, with quantum-resilient device identity.
Customs and border copilots, supply-chain agents, and port operations AI, designed for the cross-border data flows of regional trade blocs and the harmonisation of customs regimes.
Agents are the workers. They are long-running, tool-using, multi-step reasoners that combine skills to deliver outcomes, and they are the substrate every application above this layer is built on.
Parses, classifies, extracts, and reasons over unstructured documents at scale, such as passports, contracts, medical scans, legal filings, and customs declarations. Outputs JSON, decisions, or downstream actions.
Maps the regulatory landscape, scans transactions and configurations against policy, generates audit-ready reports, and flags violations the moment they appear. Ready for NIST, NDPA, GDPR, and emerging PQC mandates.
Retrieval-augmented research across closed-domain document stores such as internal reports, citizen records, legislation, and scientific literature. Cites sources, supports follow-up reasoning, and never leaks the corpus to a foreign endpoint.
Forecasts, scenario simulation, and structured trade-off analysis on operational data, for executive dashboards, central-bank monetary committees, energy operators, and ministers running national programmes.
Real-time translation and speech across English, French, Arabic, Swahili, Amharic, Yoruba, Hausa and more, with text, voice, and call-centre integration. Tuned for the languages global LLMs underserve.
Long-running, stateful workflows that wire AI into existing systems, covering approvals, escalations, notifications, ticket routing, and downstream API calls. Replaces glue code, RPA, and the spreadsheet-and-email layer.
Skills are the Lego bricks. Every agent is composed of skills, and every application is composed of agents. You build a skill once and reuse it across sectors, swapping implementations as the underlying models improve.
For workloads where classical compute is hitting its ceiling, such as combinatorial optimisation, drug discovery, financial risk, and post-quantum cryptography, Navon ships a quantum-AI development environment alongside the classical stack. You build, benchmark, and deploy hybrid algorithms on the same infrastructure your AI already runs on, with no bespoke research project, no vendor lock-in, and no second pipeline.
Your existing models do feature engineering and shortlist candidate inputs. There's no code rewrite, so you just drop a quantum subroutine where it pays off.
Optimisation, sampling, or quantum-enhanced learning runs on a real QPU or simulator, selected automatically by the queue based on availability and cost.
Multishot results aggregate into a final answer; the artefact is shipped through the same control plane your classical workloads already use.
Everything needed to build, benchmark, and ship hybrid quantum-classical workloads, from raw hardware access to a smart-contract oracle, on the same sovereign cloud, SDK, and security posture your classical AI already runs on.
Simulators plus real quantum hardware. Build, test, and benchmark on the same machines the next decade of AI will run on.
Unified quantum-classical orchestration. Mix classical AI inference with quantum subroutines without rewriting your pipeline.
Quantum machine learning, optimisation, and post-quantum cryptography, all production-grade starting points rather than from-scratch research projects.
Sandbox to production on Navon Private Cloud, with the same artefact you trained, the same security posture, and no rewrite at the line.
No-code execution and side-by-side benchmarking across solvers. Multishot aggregation, full result histories, and audit-ready reports.
Simulators, quantum-inspired, ion-trap, superconducting, neutral-atom, and photonic backends are all addressable through one API, with no vendor lock-in.
An encrypted SDK that keeps your data yours. In-country keys, sovereign HSMs, and security baked into the protocol rather than bolted on at the perimeter.
Simple integration via RESTful API plus a built-in Web3 oracle. Wire quantum results into existing IT systems and on-chain workflows.
Skills compose into agents, and agents compose into applications, so when you build a skill once, every sector benefits.