Classified-grade infrastructure · Zero-trust by default · Air-gap capable
Enduril delivers federated edge compute for high-assurance environments. Run model inference and distributed training across secure node meshes — air-gapped, classified, or fully disconnected.
Enduril Node Client
OperationalMesh status
Active
Training round
#4,891
Contribution
847.2 hrs
Residency
Local only
Compliance posture
Every design decision serves operational resilience — no centralised control plane, no external dependency, no unverified trust.
Peer-to-peer node orchestration eliminates centralised control planes. Each edge instance operates autonomously with consensus-driven state synchronisation across the mesh.
Gradients, not raw data. Only encrypted model updates leave the local node. Hardware-level attestation enforces the most stringent data residency requirements.
Fault-tolerant consensus sustains operational continuity under node loss, network partition, or active adversarial conditions. Designed for degraded environments from the ground up.
Install, authenticate, and contribute. The orchestrator handles shard assignment, scheduling, and secure aggregation across air-gapped networks, classified VLANs, and hybrid environments.
Join a distributed network of sovereign contributors. Federated aggregation produces robust models without centralised data collection — each node retains full local custody.
TPM-backed attestation and secure enclave execution verify node integrity before participation. Every gradient is cryptographically signed — no unverified computation enters the pipeline.
A hardened onboarding sequence designed for secure environments — no external DNS, no plaintext configuration.
01
Deploy the Enduril client via signed package or verified container image. One-command install, no external dependencies, hardware attestation key verification on first boot.
02
The mesh orchestrator evaluates node capability and assigns a model shard optimised for local hardware. Scheduling is automatic, adaptive, and offline-capable.
03
Training executes entirely within the sovereign boundary. Raw data never transits the node. Computation is hardware-isolated and auditable at every step.
04
Encrypted, differentially private gradients are submitted to the secure aggregator. The global model improves collaboratively — without exposing any node's local dataset.
Where data sovereignty, operational continuity, and security classification are non-negotiable constraints — not afterthoughts.
Defence & Intelligence
Deploy model shards at the forward edge — across disconnected platforms, contested RF environments, and coalition networks — with cryptographic model integrity verification and hardware-rooted trust anchors.
Life Sciences & Biotech
Process patient-level genomic and phenotypic datasets within jurisdictionally compliant perimeters. Federated analysis across institutions without data movement — collaborative research without sovereignty compromise.
Academia & Research
Multi-institution compute fabric for large-scale simulation, climate modelling, and computational science — with verifiable provenance, reproducible environments, and governance controls aligned to funding body requirements.
Finance & Critical Infrastructure
Sub-millisecond inference at the network edge for real-time risk modelling, fraud detection, and algorithmic decision support — within regulated perimeters, with full auditability and DORA-aligned resilience posture.
Your data never leaves your node. Only encrypted model gradients are shared — keeping sensitive information fully local and fully sovereign.
Differential privacy guarantees
Mathematically bounded privacy loss on all gradient submissions. Configurable epsilon parameters to meet the strictest institutional requirements.
Secure multi-party aggregation
Gradients are aggregated using cryptographic protocols that prevent the orchestrator from observing any individual node's contribution.
Hardware attestation chain
TPM-rooted measurements verify node integrity at boot and continuously at runtime. No unattested node participates in the training mesh.
Air-gap & offline operation
Full operational capability without internet connectivity. Designed for classified networks, tactical deployments, and high-security research environments.
IL5+ Ready
Impact Level 5 classified workload support
FIPS 140-3
Validated cryptographic modules throughout
Zero-trust architecture
BeyondCorp-aligned, continuous verification
SOC 2 Type II
Independently audited security controls
GDPR & UK DCMS
Data residency controls for EU & UK jurisdictions
Early access programme
We are accepting applications from defence, research, and enterprise institutions. Technical briefings and pilot deployments are available to qualified organisations.
Early access programme
Application received.
Thank you. A member of our team will be in contact within two working days to arrange a technical briefing.