Humans and AI agents analyze and propose actions. This layer is entirely decoupled from execution authority; models cannot directly mutate state or control actuators.
The Durably Defined Trust Boundaries
SeedCore structures the autonomous environment into three distinct layers so custody-sensitive transitions cannot bypass policy and proof.
Evaluates proposals against authorization policy and bounded context. On allow, it mints short-lived execution tokens and preserves the replay authority path.
Robotic controllers, industrial actuators, and ledger systems execute authorized actions. Target trusted-edge profiles emit hardware-anchored telemetry for verification.
The Secure Lifecycle of a Governed Action
Every transaction or physical movement follows a strict, verification-first progression path.
The Policy Decision Point checks caller scope, bounded context, and required freshness evidence before minting execution authority.
A cryptographically signed token is issued with explicit expiration, approved scope, and evidence obligations for the requested action.
Telemetry fingerprints and economic identifiers converge under a signed EvidenceBundle before the transition can be treated as admissible.
The Rust-based seedcore-verify path inspects the receipt. In the current RCT slice, mismatches drive fail-closed quarantine and downstream lockout markers.
Labeling the 2026 Execution Focus
Active runtime handles twin-event journaling, verifier lockout, and surfaces prior/result state bindings and causal references on opt-in workflows.
Productizing dual-authorization release envelopes and expanding settlement classes (delivery, quarantine clearance) beyond RCT.
Transitioning from Jetson prototype boards toward NVIDIA IGX Thor / T5000 edge profiles once secure boot, hardware identity, and replay-visible signatures are provisioned.
Technical Reference Links
Public code, signoff work, and architecture evidence for technical review.
Open GitHubContracts, verification surfaces, deployment gates, and current execution notes.
Open docs