Every SaaS company chasing an enterprise deal eventually hits the same wall: "Send us your SOC 2 report." The question that follows almost immediately is which one — Type 1 or Type 2 — and how long it will take to get there. The two report types answer different questions (does a control exist vs. does it actually work over time), and that difference drives everything from audit timeline to cost to the kind of evidence you need to produce. Compliance automation platforms like Drata built their category by making that evidence collection less painful for cloud infrastructure, HR, and ticketing systems. Safeguard approaches the same audit from a different angle: the software supply chain — SBOMs, build provenance, dependency risk, and artifact integrity — which is where a growing share of SOC 2 control testing now lives. This post breaks down Type 1 vs. Type 2 mechanics, then looks at where each platform's evidence model fits.
What's the Actual Difference Between SOC 2 Type 1 and Type 2?
Both report types are issued under the same AICPA Trust Services Criteria, and both are point-in-time-adjacent in the sense that they cover the same five possible categories (security, availability, processing integrity, confidentiality, privacy). The difference is temporal, not topical:
- Type 1 evaluates whether your controls are designed appropriately as of a single date. The auditor confirms the control exists and is reasonably designed to meet its stated objective — a snapshot.
- Type 2 evaluates whether those same controls operated effectively over a defined observation window, typically 3 to 12 months. The auditor pulls samples across that whole period — access review tickets from month 2, vulnerability scan results from month 5, offboarding evidence from month 9 — to confirm the control didn't just exist on paper, it ran.
This distinction matters for tooling choice. A Type 1 audit rewards having controls documented and switched on. A Type 2 audit rewards having controls that generate evidence continuously and automatically, because manually reconstructing nine months of access logs after the fact is close to impossible. Both Safeguard and Drata are built around that continuous-evidence premise, but they collect evidence from different layers of the stack — a difference that becomes more visible in a Type 2 window than a Type 1 snapshot.
How Long Does Each Audit Actually Take?
Timelines vary by auditor and org size, but the general shape is consistent across the industry:
- Type 1: Once controls are implemented, the audit fieldwork itself is short — often 2 to 4 weeks from kickoff to report, because the auditor is testing a single point in time rather than a history. Most companies can go from "no controls" to a Type 1 report in roughly 1 to 3 months if they're building the program from scratch, or a few weeks if controls already exist and just need to be evidenced.
- Type 2: The audit period itself is the bottleneck, not the auditor's workload. A 3-month observation window is the minimum most auditors will accept for a first Type 2; 6 and 12-month windows are common for renewal reports because they give customers more assurance. Add auditor fieldwork and report drafting on top, and a first Type 2 typically runs 4 to 8 months end-to-end after Type 1 is complete.
Many companies sequence the two: ship a Type 1 quickly to unblock early enterprise deals, then roll straight into a Type 2 observation period. Whether a platform genuinely shortens this timeline comes down to one thing — how much of the required evidence it can pull automatically versus how much a human has to screenshot and upload every audit cycle. This is where the two products in this comparison differ most concretely: Drata's evidence collectors are built around cloud infrastructure, identity providers, HR systems, and ticketing tools, which covers the access-control and HR-lifecycle portion of the Trust Services Criteria well. Safeguard's collectors are built around the software delivery pipeline itself — source repos, CI/CD, package registries, and build systems — which covers the change-management, vulnerability-management, and secure-development-lifecycle controls that auditors increasingly scrutinize for software companies specifically.
What Does SOC 2 Type 1 vs. Type 2 Cost?
Audit fees themselves scale with auditor firm, scope (number of Trust Services Criteria selected), and company size, and neither Safeguard nor Drata sets those fees — the CPA firm does. What's verifiable in general terms:
- Type 1 audits cost less than Type 2 because there's less fieldwork: no multi-month sampling, no walkthrough-plus-population-testing across a long window.
- Type 2 audits cost more, and the cost tends to scale with the length of the observation period — a 12-month window requires the auditor to sample evidence from more points in time than a 3-month window.
The bigger cost lever most companies underestimate isn't the audit fee, it's internal labor: the engineering and security hours spent gathering evidence, chasing down control owners, and reconstructing what happened three months ago. That's the cost a compliance automation platform is actually trying to reduce, and it's also where the two platforms' different scopes matter — a platform that only automates identity and infrastructure evidence still leaves a company manually gathering SBOMs, dependency scan results, and build attestations by hand.
Where Does a General Compliance Platform Like Drata Fit?
Drata is a broad compliance automation platform, and its core value proposition — evidence collection integrations across cloud providers, HR platforms, ticketing systems, and identity providers, mapped to a controls library spanning SOC 2, ISO 27001, HIPAA, and other frameworks — is well established in the market and worth acknowledging directly rather than dismissing. For the access-control, personnel-security, and infrastructure-monitoring criteria that make up a large chunk of any SOC 2 report, that integration breadth is genuinely useful and reduces manual screenshot-gathering.
Where a platform in that category structurally can't go as deep is the software supply chain itself: what dependencies are actually in your build, whether your CI pipeline can be tampered with, whether the artifact that shipped to production matches the code that was reviewed, and whether a newly disclosed CVE in a third-party package is sitting in something you already deployed. Those aren't identity or infrastructure questions — they're software composition and build-integrity questions, and they map to specific SOC 2 change-management and vulnerability-management criteria that auditors ask about by name.
Why Software Supply Chain Evidence Is the Hard Part of a Type 2 Audit
This is Safeguard's core focus, and it's worth being specific about why it matters for the Type 1 vs. Type 2 decision. A Type 1 auditor might accept a policy document saying "we scan dependencies for vulnerabilities." A Type 2 auditor wants proof that scanning happened continuously across the whole observation window, that findings were triaged, and that remediation was tracked to closure — for every build, not just the one you remembered to screenshot before the audit started.
Safeguard generates that evidence natively: SBOMs for every build, continuous dependency and vulnerability scanning tied to specific commits and artifacts, and provenance records showing what code went into what release. That evidence set maps directly onto the parts of the Trust Services Criteria that concern secure development, change management, and vendor/third-party software risk — the parts of a SOC 2 report that are hardest to produce retroactively because they require a record of what was true at the time, not what's true today.
How Safeguard Helps
If you're planning a SOC 2 Type 1 or Type 2 audit and your product ships software — which is true of nearly every SaaS company reading this — the software supply chain will show up in scope whether or not your current tooling covers it. Safeguard is built specifically to close that gap:
- Continuous SBOM generation for every build, so "what's in our software" is answered automatically rather than reconstructed manually when the auditor asks.
- Dependency and vulnerability tracking tied to real commits and artifacts, giving Type 2 auditors a time-stamped history of scan results and remediation instead of a single point-in-time snapshot.
- Build provenance and artifact attestation, so change-management and release-integrity controls have verifiable evidence rather than a policy statement.
- Evidence that's exportable and audit-ready, reducing the manual labor cost that typically dominates a Type 2 audit cycle regardless of which CPA firm you use.
None of this replaces the identity, HR, and infrastructure evidence that a broader compliance platform like Drata is built to automate — the two categories are complementary, not substitutes, and many engineering teams will end up using tooling from both categories to cover the full Trust Services Criteria. What Safeguard does is make sure the software supply chain portion of your SOC 2 evidence — arguably the hardest part to fake retroactively and the part most specific to companies that actually build software — is continuous, automated, and ready before the auditor asks for it.
If you're scoping a Type 1 or Type 2 audit and want to see what supply chain evidence collection looks like in practice, that's the conversation worth having with the Safeguard team next.