Certification-ready architecture. Supply chain integrity. Air-gapped operation. Deployed where you need it, controlled by the people who use it.
Functional safety for automotive systems. Deterministic execution paths, fault-tolerant supervision, and formal verification support for ASIL D classification.
Airborne systems software. Traceability from requirements to object code. Structural coverage analysis. Modified condition/decision coverage at Level A.
Medical device software lifecycle. Risk management integration. Software of unknown provenance eliminated. Complete SBOM for every deployed binary.
Functional safety for programmable electronic systems. Hardware fault tolerance. Diagnostic coverage. Proof test intervals aligned with process safety requirements.
Railway communication, signalling, and processing systems. Software safety integrity levels. Formal methods support. Configuration management built into the platform.
Industrial automation security. FIPS 140-3 cryptographic modules. STIG-hardened configuration baselines. Zero-trust network architecture by default.
Every binary compiled from audited source. Complete software bill of materials for every deployment. No software of unknown provenance. No vendored blobs. No opaque dependencies.
Minimal package set — every component purpose-built to reduce the attack surface. Fewer packages means fewer CVEs, fewer vectors, fewer unknowns. Full functionality, fraction of the exposure.
Reproducible builds. Cryptographic attestation. Every component traceable from source to running process. Audit any layer, at any time, without vendor cooperation.
Every Neurulus deployment operates independently. No license server. No telemetry endpoint. No activation requirement. The system runs the same whether connected to the internet or sealed in a Faraday cage.
Air-gapped by architecture. Updates are delivered via signed packages on physical media when network access is unavailable. Your data never leaves your perimeter.
Interactive agent playground on every desk. Local inference, no cloud accounts. Privacy-first environments where students explore without limits or data leakage.
Walk the datacenter floor with full inference in hand. Configure switches, diagnose issues, monitor clusters. Agents pull in context. Engineers act with confidence.
Multi-GPU inference for enterprise workloads. Run 405B+ models on-premise. Serve hundreds of concurrent agent sessions. No data leaves the building.
Bedside transcription, queue management, resource allocation. Data stays on-premise. Insights stay with the clinician. HIPAA-ready architecture.
Path planning, obstacle avoidance, sensor fusion. Reprogram behavior without reflashing firmware. Runs in the chassis, not in the cloud.
Edge inference in flight. Mission planning, real-time object detection, autonomous navigation. Operates beyond signal range.
PLC programming assistance. SCADA monitoring. Self-diagnostic failsafes. Reprogram machines on the fly.
Agentic scanning at datacenter scale. Vision-language models on camera feeds. Surface risks before they become incidents.
Every certification. Every form factor. Deployed where you need it, controlled by the people who use it.