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for the most

sensitive code on Earth

Built for regulated sectors, Origin is the best way to ship code without compliance risk. Cryptographic proof, verifiable isolation, and non-retention make Origin provably safe for the most sensitive code on Earth.

REQUEST ACCESS

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AI Coding Tools Weren't Built for Regulated Code

Engineers want AI agents to ship faster but security teams can’t approve tools that send proprietary code to third-party models with no isolation, no attestation, and no proof of what happened during execution. Every AI coding tool on the market asks you to trust their infrastructure. Origin lets you verify it.

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AI Coding Tools Weren't Built for Regulated Code

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AI Coding Tools Weren't Built for Regulated Code

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Encryption on Every Layer

Enterprise‑grade security for agentic AI, from hardware to audit trail, so you can prove what’s happening to your code.

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Encryption on Every Layer

Enterprise‑grade security for agentic AI, from hardware to audit trail, so you can prove what’s happening to your code.

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Encryption on Every Layer

Enterprise‑grade security for agentic AI, from hardware to audit trail, so you can prove what’s happening to your code.

2015.442

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2015.442

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2015.442

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How Origin Keeps Your Code Safe

Origin secures the development environment end-to-end, and lets you choose the right assurance level per workflow. Powered by our proprietary technology OLLM, we expose a unified API that can route requests to standard LLMs for everyday work, or to models running inside Trusted Execution Environments (TEEs) when maximum confidentiality is required. For confidential workflows, Origin generates cryptographic attestation evidence that proves the workload ran inside a verified enclave and supports audit-ready logging and exports, making confidentiality verifiable, not a policy statement.

Selectable Model Security:

Route each request to standard models for speed or to confidential‑compute models that run inside TEEs with hardware‑level isolation and encryption.

Selectable Model Security:

Route each request to standard models for speed or to confidential‑compute models that run inside TEEs with hardware‑level isolation and encryption.

Selectable Model Security:

Route each request to standard models for speed or to confidential‑compute models that run inside TEEs with hardware‑level isolation and encryption.

Confidential computing by default:

When confidential mode is enabled, code, data, and model execution stay inside TEEs where memory is encrypted and inaccessible to the host or other tenants.

Confidential computing by default:

When confidential mode is enabled, code, data, and model execution stay inside TEEs where memory is encrypted and inaccessible to the host or other tenants.

Confidential computing by default:

When confidential mode is enabled, code, data, and model execution stay inside TEEs where memory is encrypted and inaccessible to the host or other tenants.

Provable encryption and attestation:

Each confidential session produces cryptographic attestation records you can verify or export into your existing security stack.

Provable encryption and attestation:

Each confidential session produces cryptographic attestation records you can verify or export into your existing security stack.

Provable encryption and attestation:

Each confidential session produces cryptographic attestation records you can verify or export into your existing security stack.

Zero Data Retention:

Sensitive inputs, prompts, and outputs are not logged or reused; once a session ends, enclaves and ephemeral containers are torn down with no residual data.

Zero Data Retention:

Sensitive inputs, prompts, and outputs are not logged or reused; once a session ends, enclaves and ephemeral containers are torn down with no residual data.

Zero Data Retention:

Sensitive inputs, prompts, and outputs are not logged or reused; once a session ends, enclaves and ephemeral containers are torn down with no residual data.

Isolated Execution:

Every task runs in its own isolated environment bound to your session, reducing lateral movement risk and containing misconfigured agents.

Isolated Execution:

Every task runs in its own isolated environment bound to your session, reducing lateral movement risk and containing misconfigured agents.

Isolated Execution:

Every task runs in its own isolated environment bound to your session, reducing lateral movement risk and containing misconfigured agents.

No Training Leakage:

Your data is never used to train shared foundation models, preventing unintended reuse of proprietary IP.

No Training Leakage:

Your data is never used to train shared foundation models, preventing unintended reuse of proprietary IP.

No Training Leakage:

Your data is never used to train shared foundation models, preventing unintended reuse of proprietary IP.

Zero‑trust agent architecture:

Agents and tools authenticate with unique identities and least‑privilege permissions, with all interactions authorized and observable.

Zero‑trust agent architecture:

Agents and tools authenticate with unique identities and least‑privilege permissions, with all interactions authorized and observable.

Zero‑trust agent architecture:

Agents and tools authenticate with unique identities and least‑privilege permissions, with all interactions authorized and observable.

Data Sovereignty:

You define where data can live, how long it persists, and which regions or clouds can execute workloads, supporting strict data residency and regulatory needs.

Data Sovereignty:

You define where data can live, how long it persists, and which regions or clouds can execute workloads, supporting strict data residency and regulatory needs.

Data Sovereignty:

You define where data can live, how long it persists, and which regions or clouds can execute workloads, supporting strict data residency and regulatory needs.

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Build with Agents, Without Losing Control

Enterprise-grade security that proves itself. Built to meet the strictest corporate standards, with protection you can verify, not just trust

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Build with Agents, Without Losing Control

Enterprise-grade security that proves itself. Built to meet the strictest corporate standards, with protection you can verify, not just trust

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Build with Agents, Without Losing Control

Enterprise-grade security that proves itself. Built to meet the strictest corporate standards, with protection you can verify, not just trust

Collaborate & Delegate

Collaborate with teammates and AI agents in real time. Ideate, plan, and ship work together with streaming progress updates and traceable outputs that map cleanly back to users, runs, and repos.

Collaborate & Delegate

Collaborate with teammates and AI agents in real time. Ideate, plan, and ship work together with streaming progress updates and traceable outputs that map cleanly back to users, runs, and repos.

Collaborate & Delegate

Collaborate with teammates and AI agents in real time. Ideate, plan, and ship work together with streaming progress updates and traceable outputs that map cleanly back to users, runs, and repos.

Various Agent Modes

Switch agentic modes for the job by typing @ in chat: Reviewer, Researcher, Architect, and Explorer Agent, each tuned for a different workflow so you can move from “what should we build” to “it’s in a branch” in one place.

Various Agent Modes

Model Flexibility

Use the models already wired into your AI gateway. Pick standard infrastructure for speed, or confidential compute from OLLM to protect IP, and set sensible defaults per project or per chat with capability tags (text, vision, files) and streaming support.

Model Flexibility

Security‑First Environment

Work inside a security‑first runtime: team‑based access, incognito sessions, encrypted project secrets at rest, models running on confidential compute, and optional private pipelines so you control exactly what leaves your trust boundary.

Security‑First Environment

Preview

Edit, run and preview code inside an isolated sandbox per trial. No local setup, no editor plugins, just a browser and a secure environment wired to your repos.

Preview

Edit, run and preview code inside an isolated sandbox per trial. No local setup, no editor plugins, just a browser and a secure environment wired to your repos.

Preview

Edit, run and preview code inside an isolated sandbox per trial. No local setup, no editor plugins, just a browser and a secure environment wired to your repos.

Synchronize

Keep work in sync across files and branches. Commit, push, and open PRs directly from your sandbox, with agents helping draft descriptions, tests, and migration notes.

Synchronize

Keep work in sync across files and branches. Commit, push, and open PRs directly from your sandbox, with agents helping draft descriptions, tests, and migration notes.

Synchronize

Keep work in sync across files and branches. Commit, push, and open PRs directly from your sandbox, with agents helping draft descriptions, tests, and migration notes.

Remember

Build a project knowledge base around each trial. Attach docs and PRDs, let agents search them, and keep long‑running work organized across sessions without leaking context into other projects.

Remember

Build a project knowledge base around each trial. Attach docs and PRDs, let agents search them, and keep long‑running work organized across sessions without leaking context into other projects.

Remember

Build a project knowledge base around each trial. Attach docs and PRDs, let agents search them, and keep long‑running work organized across sessions without leaking context into other projects.

Audit

See exactly what an agent did: streaming thoughts, tool calls, and line‑by‑line file diffs, so engineers and security teams can inspect behavior instead of trusting a black box.

Audit

See exactly what an agent did: streaming thoughts, tool calls, and line‑by‑line file diffs, so engineers and security teams can inspect behavior instead of trusting a black box.

Audit

See exactly what an agent did: streaming thoughts, tool calls, and line‑by‑line file diffs, so engineers and security teams can inspect behavior instead of trusting a black box.

Control

Manage secrets, sharing settings, privacy features, and per-project model preferences in one place, aligned with how your organization already governs access.

Control

Manage secrets, sharing settings, privacy features, and per-project model preferences in one place, aligned with how your organization already governs access.

Control

Manage secrets, sharing settings, privacy features, and per-project model preferences in one place, aligned with how your organization already governs access.

Scale

Run multiple tasks asynchronously with real-time progress updates, or run multiple agentic coding sessions on the same task without blocking human work or losing observability

Scale

Run multiple tasks asynchronously with real-time progress updates, or run multiple agentic coding sessions on the same task without blocking human work or losing observability

Scale

Run multiple tasks asynchronously with real-time progress updates, or run multiple agentic coding sessions on the same task without blocking human work or losing observability

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Simple plans for serious teams

Choose the level that matches your governance needs; upgrade when you’re ready to bring more code and teams into Origin.

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Simple plans for serious teams

Choose the level that matches your governance needs; upgrade when you’re ready to bring more code and teams into Origin.

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Simple plans for serious teams

Choose the level that matches your governance needs; upgrade when you’re ready to bring more code and teams into Origin.

Early Access

| INVITE ONLY |

APPLY FOR EARLY ACCESS

CDE Enterprise

| INVITE ONLY |

COMING SOON

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BUILD ON ANY AXIS

WITH ORIGIN CDE

Any codebase. Any stack. Confidential by design, Audit-ready by default.

APPLY FOR EARLY ACCESS