We're building infrastructure that prevents autonomous systems from committing unauthorized changes to systems of record by requiring cryptographic proof of authority before the write occurs. AI is not required — the same admission chain governs agents, scripts, integrations, and humans-in-the-loop.

Logs record what happened after a write. Synaptik gates the write on a sealed authority chain — the proof exists before the action becomes real.

HITL captures a click. Synaptik governs what the AI evaluated before the human, whether the approver had standing, and blocks the write until a valid commit receipt exists.

AI governance manages models out-of-band — usage policies, risk reviews, documentation. Synaptik Core operates in-band: authorization at the commit boundary, enforced before any system — agent, script, or integration — writes to a system of record. AI made the problem urgent; it didn't create it.

No. Synaptik is source-universal — the model is one participant, not a requirement. The system governs reasoning from deterministic sources (Python scripts, notebooks, SQL queries), human-in-the-loop inputs (manual overrides, policy approvals, expert observations), and external sensors (real-time data feeds and API webhooks). Each is passed through the same governed admission chain: execution context recorded, policy checked, memory committed or refused, evidence sealed.

No. Synaptik governs execution and seals evidence; it does not take custody of your records. Your data stays yours.

Your data is encrypted at rest and in transit. Only you can access it. Each user gets their own isolated workspace with secure authentication. Every action creates a tamper-proof audit trail that can’t be altered or deleted, giving you complete visibility and control over your data.

Local-first. Scoped workspaces run in your environment. Hosted and on-prem options exist for teams that need them.

Yes. Synaptik Core is designed to work completely offline. No internet connection required. All memory operations and policy enforcement happen locally on your infrastructure, which is critical for air-gapped environments, regulated industries, and edge computing scenarios where connectivity isn’t guaranteed.

SOC 2 Type I and Type II are the near-term targets. FedRAMP Ready is on the longer-horizon roadmap for government and defense deployments. HIPAA-compliant deployment is available for regulated healthcare environments through institutional engagement. See the Roadmap for current status.