Intelligence, engineered as infrastructure.

Shrevia OS is a composable stack of research-grade primitives — each released as an internal framework, hardened through replay, and aligned around a single substrate for reasoning at scale.

fig. 02 — runtime stack · six primitives

shrevia-os ~ % runtime

shrevia-os ~ % runtime --status

[boot] reasoning.kernel ........ loaded

[boot] context.graph ........... loaded

[mesh] agents: 14 nodes · replay: deterministic · audit: on

[policy] constraints verified across runtime boundaries

shrevia-os ~ %

internal build · v0.4.1-alpha uptime — continuous

01 — The stack

Six primitives.
One coherent runtime.

Every layer is specified formally, instrumented for deterministic replay, and promoted only after surviving cross-domain ablation.

module / 01

Reasoning Kernel

A deterministic planning substrate with differentiable memory and structured introspection hooks.

kernel.plan()stable

module / 02

Context Graph

Episodic, semantic, and operational state unified into a single queryable representation.

graph.query()stable

module / 03

Agent Mesh

Coordination fabric for 10³–10⁶ agents with deterministic replay and audit trails.

mesh.spawn()alpha

module / 04

Memory Fabric

Elastic key-context store — vector, relational, and episodic retrieval under one contract.

fabric.recall()alpha

module / 05

Policy Engine

Declarative, verifiable constraints over autonomous decisions across runtime boundaries.

policy.verify()alpha

substrate / 06

Shrevia OS

The integration surface where every primitive converges into a single runtime.

os.boot()v0.4.1-alpha

Co-development

Built with a narrow set of aligned partners.

Shrevia operates as a long-horizon research lab. We do not ship products on quarterly cycles — we publish frameworks, ship internal runtimes, and co-develop autonomous systems.

Partner with the lab → Read the research