SOC 2 evidence rooms
A SOC 2 evidence room replaces the questionnaire with live proof.
An evidence room is a scoped, expiring, verifier-backed space where a buyer or auditor reviews the same signed proof Boetica uses internally — hash-backed SOC 2 artifacts, pentest, threat model, and benchmark scorecards — without the workspace itself being exposed.
Boetica leads evidence completeness and verifier freshness on the evidence benchmark.Evidence packetVerified · Jun 2026Evidence packet: Independently verifier-checked, dated Jun 2026.
SOC 2 evidence room, defined
A SOC 2 evidence room is a scoped, expiring, auditable space that packages signed evidence — PR evidence packets, hash-backed SOC 2 Type II artifacts, an external pentest, a signed customer-code threat model, DPA and subprocessors, and benchmark scorecards — for a named reviewer, with viewer audit and current verifier state, instead of a static questionnaire response.
Security review usually runs on a spreadsheet of questions and a folder of PDFs that were true on the day they were exported. By the time an auditor reads them, they are stale and unverifiable. A SOC 2 evidence room inverts that: instead of attesting to controls in prose, you grant scoped access to the live, signed evidence behind them.
The room is the unit of trust. It carries viewer scope, an expiry, an audit trail, and the current verifier state of everything inside it — so a CISO approves from proof they can re-check, and revokes access the moment review is done.
Scoped, expiring, auditable access
An evidence room is shared with named viewers under an expiry and an audit trail. Access is a deliberate, revocable grant, not a link that lives forever in someone's inbox.
- Named viewers with role-scoped visibility.
- Expiry and full viewer audit trail.
- Revocation the moment review concludes.
Live evidence, not a stale binder
Everything in the room carries its current verifier state and a hash. A reviewer sees whether the SOC 2 artifact, pentest, threat model, or scorecard is still verified today — not whether it was true on export day.
- Hash-backed SOC 2 Type II and pentest artifacts.
- Signed customer-code threat model, DPA, and subprocessors.
- Benchmark scorecards re-verifiable from their signatures.
It moves procurement without a questionnaire
Procurement Folios combine live Boetica exports and requested artifacts into one reviewable package tied to evidence and readiness state, so security review advances on proof instead of repeated questionnaires.
- Security-review export with hashes and readiness headers.
- Auditor and CISO acceptance recorded with the artifacts.
- Redacted downloads that never leak secrets or tenant data.
The proof behind the claims
Every claim on this page resolves to one of these signed artifacts.
SOC 2 evidence rooms — frequently asked
How is an evidence room different from a SOC 2 PDF binder?
A binder is true on its export date and cannot be re-checked. An evidence room shares live, hash-backed artifacts with current verifier state, scoped to a named viewer under an expiry and audit trail.
Does Boetica claim SOC 2 certification today?
No. The site does not claim SOC 2 certification or in-progress status. The evidence-room model is how signed SOC 2 Type II, pentest, and threat-model artifacts are shared for review once they exist.
What can a reviewer actually see?
Only what the room scopes them to: selected evidence packets, hash-backed compliance artifacts, scorecards, and current blockers — with redacted downloads and a viewer audit trail. The workspace itself stays private.
Related topics
Each guide is linked to its own signed proof.
- Proof-backed pull requestsA proof-backed pull request earns the merge it asks for.A proof-backed PR carries everything a reviewer and an auditor need in one place: the diff, the tests, CI status, the policy decision, control mapping where relevant, and a signature that makes the whole packet re-verifiable.
- Agentic SDLC governanceAgentic SDLC governance enforces policy before the agent starts.Governing AI coding agents is not a code-review step bolted on at the end. It is a preflight: policy, branch protection, budget, model routing, and autonomy level are resolved before a run executes, and autonomy demotes automatically when quality drops.
- AI AppSec remediationAI AppSec remediation only works if the fix is honest.AI can draft an AppSec fix in seconds. The hard part is proving the fix is correct, reachable, and non-regressing — and refusing to ship a confident-looking PR that quietly breaks behavior.
Move from reading to proof
See it working, then run it on your own repo.
Open the product surface, verify the signed scorecards behind the claims, or see how the commercial model works.
