For a technical founder or CTO, choosing a SOC 2 automation platform is more than a compliance decision—it's an engineering one. You're not just buying a GRC tool; you're integrating a system into your tech stack. While our Ultimate Guide to SOC 2 Automation provides the high-level strategy, this deep dive is for the leaders who need to know how the tech actually works.
This article goes beyond marketing claims to analyze how Vanta and Drata automate evidence collection for the five SOC 2 Trust Services Criteria (TSCs). We'll examine their monitoring engines and, most critically, dissect their API capabilities to determine which platform offers the most power for your engineering team.
Before diving into the technical specifics, it's crucial to understand the fundamental approach each platform takes.
How do these philosophies translate into automating evidence collection for each of the five TSCs? The answer lies in the depth and focus of their integrations.
The Security TSC is the mandatory foundation of any SOC 2 audit, covering logical access controls, system operations, and change management.
How They Automate: Both platforms use read-only API integrations to connect to your tech stack—cloud providers (AWS, GCP, Azure), identity providers (Okta), version control (GitHub), and more—to continuously monitor configurations.
Drata emphasizes the depth of its monitoring. Its integrations perform "comprehensive checks" that go beyond simple user provisioning, allowing an engineering team to get a granular, real-time view of control health and quickly diagnose failures. Drata also allows you to build your own adaptive, logic-based tests for custom controls.
Vanta focuses on breadth, with an extensive library of integrations that provide a complete, automated view of compliance, covering essential controls like credential management and user access.
This criterion focuses on ensuring your systems are available for operation and use as committed, involving monitoring for high availability and disaster recovery. For a more technical look at this, see our guide to automating SOC 2 on AWS.
How They Automate: Both platforms monitor your cloud environment to verify that availability-related controls are in place.
These criteria concern the protection of sensitive information, including data encryption, access restrictions, and proper data disposal.
How They Automate: Both platforms scan your environment to ensure that data is encrypted at rest and in transit, and their integrated Policy Centers help manage, distribute, and track employee acceptance of critical confidentiality and privacy policies.
This criterion ensures that system processing is complete, valid, accurate, and timely. It is supported by monitoring change management and system operations controls.
How They Automate: Both platforms integrate with version control systems to monitor software development lifecycle (SDLC) controls, such as the enforcement of code review processes before merging, providing a clear audit trail for change management.
For a technical leader, out-of-box automation is only half the story. The real power lies in a platform's ability to be extended and integrated into your unique engineering workflows. This is where the APIs come in.
Vanta’s API is consistently described as more comprehensive and built for performing a wider range of automation tasks. It is a full RESTful service designed to let you programmatically manage your Vanta account and build custom integrations.
The Verdict: The Vanta API is a powerful tool for engineering teams that want to deeply embed compliance into their existing ecosystem.
Drata’s API is powerful but has historically been more focused on querying data for reporting purposes and pushing specific types of evidence into the platform.
The Verdict: The Drata API is excellent for extracting compliance data for external use and for programmatically uploading specific types of manual evidence.
Both Vanta and Drata are top-tier platforms that will save your team hundreds of hours. The right choice depends on your company's stage, technical maturity, and strategic priorities.