The Orintus product

One workspace for engineering definition and assurance.

Orintus connects the intent before design to the facts and evidence that arrive after it, while keeping AI inside explicit engineering authority boundaries.

01

Engineering Object Model

Give every decision a durable place in the project.

Sources, requirements, interfaces, decisions, risks, verification and evidence keep stable identities, lifecycle state and explicit relationships.

Not a folder of generated documents
02

Agent Runtime

Let Ori move the work forward inside engineering policy.

The Agent works from a bounded engineering snapshot, asks for missing decisions and produces typed plans, tasks and proposals for review.

No unrestricted shell or silent baseline writes
03

Deterministic Verification

Make the evidence stronger than the explanation.

Builds, tests, imported facts and deterministic checks remain tied to exact inputs, tool versions, outputs and acceptance criteria.

Similarity and model confidence are not proof

One project authority

One Project, with every work surface tied to the same truth.

Agent

Action and lifecycle

Plans, questions, tasks, proposals, review, approval and controlled progress.

Project pages

Engineering objects and evidence

Sources, engineering objects, relations, code, releases, builds and evidence.

Product questions

What Orintus does—and deliberately does not do.

Does Orintus replace an EDA or IDE?

No. Orintus complements EDA, IDE, SDK and test tools. Detailed design, source editing, debugging and professional analysis stay in the tools that own them.

Can the Agent approve engineering changes?

No. Agent output remains candidate material. Lifecycle-validating commands, deterministic checks and the appropriate human approval are required before a baseline changes.

Does signing in upload a local project?

No. Account identity, Team membership and product entitlement do not imply upload. A Device-only Project remains local unless the user explicitly changes that Project to Cloud-synced.

Which embedded ecosystem comes first?

Zephyr is the first standardized firmware path. The first formal compatibility target is a bounded STM32 and Zephyr reference project, not every MCU, EDA tool or build system.

See how these boundaries work across a real embedded product lifecycle.

Explore the workflow