Glossary
SOC 2 compliance testing is the practice of generating verifiable evidence that application changes are tested before reaching production, as required by SOC 2 Trust Services Criteria. Specifically, control CC7.2 (the entity monitors system components for anomalies) and CC8.1 (the entity authorizes, designs, develops, configures, documents, tests, approves, and implements changes) require documented proof that software changes undergo testing.
SOC 2 Type II audits examine whether these controls operated effectively over a review period (typically 6 to 12 months). Auditors want to see timestamped evidence of test execution tied to specific code changes. A passing CI run linked to a commit hash, with test results and artifacts, satisfies CC8.1. A flaky test classification system that demonstrates anomaly detection satisfies aspects of CC7.2.
Most SaaS companies pursuing SOC 2 use platforms like Vanta, Drata, or Secureframe to automate infrastructure-level evidence collection: access controls, encryption settings, vulnerability scanning. But application-level testing evidence is a gap. Vanta can prove your AWS configuration is compliant, but it cannot prove that your checkout flow was tested before the last release.
SOC 2 certification is table stakes for selling to enterprise customers. 82% of enterprise procurement processes require SOC 2 compliance (Vanta 2023 data). Without it, your sales cycle stalls at the security review stage.
The testing evidence gap is real and costly. During audit preparation, engineering teams scramble to retroactively generate documentation showing that changes were tested. This means pulling CI logs, matching them to commits, creating screenshots, and compiling reports. Teams report spending 40 to 80 engineering hours per audit cycle on evidence collection, time that produces zero product value.
The alternative is continuous evidence generation: every test run automatically produces audit-ready artifacts tied to specific commits, with timestamps, results, and screenshots. This eliminates the audit scramble and keeps the team focused on building product.
Most teams cobble together evidence from multiple sources. CI logs from GitHub Actions or CircleCI provide proof that tests ran. Deployment records from Vercel or AWS show when changes reached production. Manual screenshots in Notion or Confluence fill gaps where automated evidence does not exist.
Compliance platforms (Vanta, Drata) automate infrastructure evidence but rely on teams to provide application testing evidence. Some teams connect Vanta to their CI provider, which generates basic evidence (tests ran, tests passed) but lacks detail on what was tested and how.
Larger companies have dedicated compliance engineering teams that build internal tooling to extract, format, and store testing evidence. Startups typically handle it manually, treating SOC 2 evidence as a once-per-audit project rather than a continuous process.
Zerocheck generates SOC 2 evidence as a byproduct of every test run. Each execution produces a timestamped artifact tied to the specific commit hash, containing test results, step-by-step screenshots, confidence scores, and pass/fail classifications. These artifacts can be tagged with SOC 2 control IDs (CC7.2, CC8.1) and exported directly for auditors. No retroactive evidence gathering needed.