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Become a QCOS Operator

Learn governed quantum operations, run ACOS conformance, and publish verifiable evidence.

Choose Your Track

Whether you're building integrations, certifying hardware, or deploying at scale—we have a path for you.

Developer Track

Build with QCOS

Access SDK tutorials, API references, and hands-on labs. Ship governed quantum workflows with confidence.

  • SDK quickstart guides
  • API reference documentation
  • Interactive playground
  • Code samples & templates
  • CLI tutorials
Start Building

Vendor Track

Get Certified

Run ACOS conformance tests, generate capabilities.json, and list your backend in the QCOS registry.

  • ACOS conformance test suite
  • Capabilities manifest generator
  • Registry listing process
  • Partner marketing benefits
  • Technical support channel
Apply for Certification

HPC & Enterprise Track

Deploy at Scale

Configure air-gapped deployments, integrate with HPC schedulers, and enforce compliance policies.

  • Air-gapped deployment guides
  • HPC scheduler integration
  • FIPS 140-2 compliance
  • Procurement documentation
  • Dedicated support SLA
Talk to Solutions

Operator Path

Earn badges to demonstrate your QCOS expertise. Complete all three to become a certified operator.

Evidence & Ledger

Foundation

2-3h

ACOS Operator

Practitioner

4-5h

QuantumLock / HPC

Expert

3-4h

Verify Evidence Yourself

Every QCOS execution produces cryptographically signed evidence. Try our verifier with a sample bundle.

What gets verified?

  • Circuit hash matches submitted job
  • Backend signature is valid
  • Timestamp is within execution window
  • Ledger entry exists and is unmodified
  • Policy constraints were enforced
$ softqcosevidence verify bundle.json

✓ Circuit hash: SHA-256 match
✓ Backend sig: ed25519 valid
✓ Timestamp: 2024-01-15T10:32:45Z
✓ Ledger entry: 0x7f3a...2b1c
✓ Policy: budget_cap enforced

Status: VERIFIED ✓

Frequently Asked Questions

Ready to Join the QCOS Community?

Connect with developers, vendors, and enterprises building the future of governed quantum computing.