Automated compliance software for SOC 2

What does compliance automation software automate?

Compliance automation software is most useful when it connects to a system, gathers evidence, and repeats a control test. A task that asks someone to attach a screenshot can still organize an audit, but it is not the same as a recurring connected check. The difference is the manual workload your team will feel.

We used one specific test to build the eligible set: does the registry record confirm continuous control testing at its highest rated level, separate from the general evidence-automation flag almost every platform carries. Most of our core roster clears that bar. Four do not. Apptega, Delve, Hyperproof and OneTrust Certification Automation each show continuous testing as partial or unconfirmed in their own record, meaning we could not confirm ongoing automated checks distinct from a periodic or evidence-request workflow. That gap, not the marketing copy on either side, is the real line between a continuously tested control and a periodically requested one.

The table above compares every eligible platform against the same criteria: published cadence, native versus mapped control coverage, and remaining manual work. Each row comes from the maintained platform record rather than one vendor’s claims about its competitors.

Which SOC 2 platforms publish an automation cadence?

Published schedules vary. Vanta states hourly tests; Comp AI documents daily connected checks and four hourly Device Agent checks; Drata and Scrut state daily tests; Secureframe names daily, weekly, and monthly checks by test; and TrustCloud lets the customer configure a per-control frequency. Other eligible records qualify on recurring monitoring without publishing an interval, so the table preserves that gap instead of guessing.

A second split matters as much as cadence: whether a platform tests each framework’s own native control set or runs one shared control layer crosswalked across frameworks. The registry grades Secureframe, Scytale, and Thoropass native per framework. Secureframe states this directly; the Scytale and Thoropass grades are evidence-based assessments of their published framework design. The rest, including Vanta and Drata, use a shared or mapped control layer or do not establish a native one. That is not automatically worse; it is how most multi-framework platforms scale. It does mean a claim like "we support eight frameworks" can describe one control library mapped eight ways, not eight independently built programs.

Integration count answers a narrower question than buyers assume: how many systems a platform could reach, not how much of your environment it actually tests. Comp AI’s reviewed catalog lists 590 integrations; Vanta lists 400. Run the actual connector list against your cloud accounts, SaaS tools, and identity systems before treating either number as coverage.

Which tools support continuous compliance monitoring?

Continuous compliance monitoring is scheduled testing against connected systems, not a one-off request for evidence. Every eligible platform on this page clears our continuous-testing bar. Vanta, Comp AI, Drata, Secureframe, Scrut, and TrustCloud also publish a schedule or per-control configuration; the intervals are not directly comparable. For the other platforms, continuous is confirmed but the frequency is undisclosed.

Four workflows should stay separate. Scheduled connector tests run recurring technical checks. Evidence requests ask a person to attach a policy, screenshot or other proof; they can reduce administration, but they do not test a control themselves. Manual controls remain wherever a connector, pricing tier or unconfirmed integration leaves work outside the platform, including the identity and access examples in the table. Enterprise CCM, the broader market for continuous control monitoring tools, also needs a demonstrated exception and ownership workflow across the buyer’s control environment; this SOC 2 comparison does not count evidence requests alone as enterprise CCM.

AI-powered compliance automation needs the same test. An AI feature that drafts a policy or assembles an evidence request can remove work without proving a connected control is checked on a schedule. Comp AI is a fit only for engineering-led teams that want an open-core, self-hostable option: its registry record supports daily connected checks and hourly checks on four device controls, while a G2 reviewer reported that automations can fail randomly. Confirm the connector coverage, exception flow and manual fallback before relying on it for continuous monitoring.

What compliance automation features does Drata offer?

Drata’s record lists 300 or more integrations and continuous control monitoring. Its Help Center documents a daily run every evening at 19:00 PST, with manual re-runs available at any time. Its control library is shared and cross-mapped across more than 30 frameworks rather than confirmed fully native per framework. A May 2026 help article documents SCIM-fed group membership driving automatic role assignment and revocation, but it does not establish creation or deactivation of the Drata user account. Comp AI has the largest recorded catalogue in this set at 590 integrations; Vanta lists 400. Vanta also documents full account lifecycle provisioning, while warning that SCIM may require an upgrade or add-on.

Secureframe is directly documented as maintaining each framework’s own native control mapping and automated tests. The registry also grades Scytale and Thoropass native per framework from their published framework design. Secureframe’s automation still stops at the entry tier: SSO and SCIM are both gated to the Complete plan and above, so a company on Fundamentals has neither automated, and reviewers separately flag integration gaps for niche or legacy tools. Scytale offers some packages with a dedicated human compliance expert. Okta confirms create, update, and deactivate provisioning for Scytale, but the included tier is not public. Additional frameworks, questionnaires, and expert support appear as separate price dimensions.

Where automation stops and you still do the work

Identity and access evidence is the most consistent manual gap in this set. SSO and SCIM can automate account lifecycle evidence, but vendors often gate the feature or leave the included tier unstated. Secureframe starts SSO and SCIM Connections on Complete. Vanta says SCIM may require an upgrade or add-on. Sprinto does not establish SCIM in current vendor materials. Drata documents group-to-role synchronization but not the full account lifecycle. Okta confirms Scytale provisioning, while its contract tier remains unestablished. Confirm the required operations on the quoted package instead of assuming every named integration removes the manual work.

Smaller integration catalogues create a different manual-work problem. Oneleet publishes roughly two dozen native integrations, the smallest catalogue among the fifteen, and reviewers describe its framework rollout as sequential, with SOC 2 starting before a second framework. Reviewers report that Anecdotes integrations sometimes time out and leave evidence pulls incomplete, while a G2 reviewer describes Comp AI automations failing randomly. In these examples, automation covers the connectors working when tested; people handle the remaining evidence work.

None of this replaces the audit. Every platform here, including the three with native per-framework testing, still hands the finished evidence to an independent CPA firm that issues the report. The automation shortens how long evidence collection takes; it does not remove the assessment. Our companion guide to SOC 2 automation covers the return-on-investment question directly, how much time automation actually saves and where the saving comes from, if you are still deciding whether to automate at all before comparing which platform automates the most.