Comp AI Open Source Compliance: Is Self-Hosted GRC Safe? (2026)

Comp AI markets itself as "the open-source Vanta and Drata alternative." That's not marketing spin, it's roughly accurate: about 99% of the platform is AGPLv3-licensed and sitting in public on GitHub as trycompai/comp, and self-hosting is a real, free option, not a locked-behind-a-demo feature.

Comp AI open source compliance is the one structural difference between Comp AI and every other name in this category. Vanta, Drata, Oneleet, and Sprinto are all closed-source SaaS platforms. There's no self-hosted version, no public repository to inspect, no way to run any of them on your own infrastructure. Comp AI is built differently, on purpose, and that's worth taking seriously rather than dismissing as a gimmick.

But "open source" and "safe, enterprise-ready compliance tooling" are two different questions, and the gap between them is where most coverage of Comp AI goes soft. The license determines what a company can legally do with the code. Self-hosting shifts real operational weight, patching, infrastructure security, backups, onto whoever runs the instance. And neither one changes what a SOC 2 CPA firm or an ISO 27001 certification body actually requires before they'll sign off.

Quick take Is open-source GRC software safe? Yes, if the team running it has the infrastructure capacity to own patching, hardening, and backups the way a SaaS vendor normally would. The license itself isn't a safety or audit risk. The operational burden it shifts onto you is the part worth evaluating honestly before choosing to self-host.

By the end of this breakdown, you'll know exactly what Comp AI's AGPLv3 license does and doesn't obligate a company to do, what self-hosting actually adds to your operational plate, and whether a real auditor treats a self-hosted open-source GRC tool any differently than a SaaS one during an actual SOC 2 or ISO 27001 engagement.

Here's what I'll cover:

What Comp AI open source compliance actually means in practice
Is Comp AI open source: what Comp AI AGPLv3 licensing requires of a business
Comp AI self-hosted: the real tradeoffs of self-hosted GRC software
Is self-hosted compliance software audit-ready: what SOC 2 and ISO 27001 auditors actually check
Is open source GRC software safe and enterprise-ready, and who it's right for
Where ComplyJet fits if self-hosting isn't the right call for your team

What Is Comp AI Open Source Compliance, Really?

Comp AI (trycomp.ai) supports four frameworks, SOC 2, ISO 27001, HIPAA, and GDPR, and layers an unusual model on top of the usual compliance-automation feature set: roughly 99% of the codebase is open source under the AGPLv3 license, and it's genuinely self-hostable, not a stripped-down community edition with the real product held back.

A comp ai github search turns up the public repository directly at trycompai/comp. That's not a marketing page describing the product, it's the actual source: evidence collection logic, policy templates, integration connectors, the auditor-export flow, all inspectable. A small, separate /ee (enterprise edition) slice is commercially licensed rather than open source, and the exact feature boundary between the two isn't independently documented anywhere public. That's worth confirming directly with Comp AI before assuming a specific capability ships in the self-hosted tier.

Anyone can clone the comp ai github repository directly and read the same code that runs both the self-hosted and managed versions.

In practice, comp ai open source compliance means a company can run the entire platform on its own infrastructure for free, inspect exactly how evidence gets collected and mapped to controls, and modify the code if a specific workflow doesn't fit. Or it can use Comp AI's managed cloud version instead and get the same open-source core without owning any of the infrastructure. Both are real, supported paths.

One scope note before going further: this article is about the licensing and self-hosting model broadly, not a framework-specific deep dive. If you're evaluating Comp AI specifically for a SOC 2 program, Comp AI SOC 2 covers that in depth; for ISO 27001 specifically, see Comp AI ISO 27001. This piece stays scoped to the open-source question itself, which cuts across both.

Pros

A genuinely open, inspectable codebase, roughly 99% AGPLv3, not a marketing label over a closed core.
Free self-hosting with no artificial feature gate on the core compliance workflow.
Full control over data residency and infrastructure, relevant for companies with specific hosting or sovereignty requirements no SaaS platform can satisfy.

Cons

Self-hosting shifts CVE patching, infrastructure security, and backup/disaster recovery onto the company, with no vendor SLA behind it.
The precise line between the open AGPLv3 core and the commercially licensed /ee slice isn't independently documented, worth confirming directly rather than assuming.
A young platform (founded January 2025) with a shorter track record among SOC 2 and ISO 27001 audit firms than closed-source incumbents like Vanta or Drata.

Is Comp AI Open Source? Comp AI Open Source Compliance and AGPLv3 Licensing

Yes. Is Comp AI open source in the fullest sense, not just "source available" or a marketing label? Genuinely yes, for roughly 99% of the platform. But AGPLv3 is a specific, stricter license than the MIT or Apache licenses most developers are used to seeing, and it's worth understanding what it actually requires before assuming "open source" means "no strings attached."

The AGPL exists to close what's often called the "ASP loophole" in the standard GPL. Under plain GPLv3, a company could modify open-source code, run it only as a hosted service, and never distribute the binary. That meant it never had to share its modifications, because "running a service" isn't the same as "distributing software."

AGPLv3 closes that gap directly: if you modify AGPLv3-licensed code and make it available to users over a network, that counts as distribution. You're now obligated to offer those users the complete corresponding source code for your modified version, according to FOSSA's AGPL license breakdown and opensource.com's explainer on the corresponding-source requirement.

Note "Corresponding source" means the actual source code for your modified version, not just a description of the changes. If your company modified Comp AI's evidence-collection logic and offered that modified version to outside users over a network, AGPLv3 obligates you to make that modified source available to them too.

What Actually Triggers the AGPLv3 Obligation for Comp AI Open Source Compliance

The trigger has two parts, and both need to be true: you modify the code, and you make that modified version available to users over a network. Comp AI open source compliance obligations only attach when both conditions hold together.

That leaves a genuinely important, and genuinely debated, gray area: what about a company that self-hosts Comp AI purely internally, for its own employees to run their own compliance program, and never modifies the code or offers it to outside users at all? That's the most common real-world self-hosting scenario, and it's arguably the one AGPLv3's network-use trigger was never really aimed at.

But whether purely internal use by a single legal entity's own employees counts as "making it available to users" in a way that could still matter is not a settled question with one universal answer.

[NOTE: this is a genuine legal gray area, not something this article resolves. Get a lawyer's read on your specific setup, especially if you plan to modify Comp AI's code at all, before assuming internal-only self-hosting carries zero AGPLv3 obligation.]

Scenario	AGPLv3 obligation triggered?
Run Comp AI self-hosted, completely unmodified, for internal use only	Generally no source-release obligation, since nothing was modified
Modify Comp AI's code, use only internally, never expose it to outside users	Debated gray area, get a lawyer's read for your setup
Modify Comp AI's code and offer the modified version to your own customers over a network	Yes, corresponding source must be made available to those users
Fork Comp AI and resell a modified version as your own product	Yes, and the resold product itself must remain AGPLv3-licensed with source available

What You Can Do Freely With Comp AI Open Source Compliance Code

None of this makes AGPLv3 unusually restrictive for the ordinary case. Running Comp AI self-hosted, unmodified, for a company's own compliance program is exactly the use case the license supports without friction. A company can inspect the code, self-host it, contribute improvements back to the public repository, and use it in production without ever triggering a source-release obligation, provided it doesn't modify the code and turn around and serve that modified version to outside users.

Comp AI Self-Hosted: Self-Hosted GRC Software Tradeoffs

"Free if self-hosted" is accurate as far as licensing cost goes. It's incomplete as a description of what self-hosting actually costs a team. Comp AI self-hosted means running a production PostgreSQL instance plus supporting services for email, background jobs, and integrations, not flipping a toggle in a settings page.

Self-hosted GRC software shifts three specific categories of responsibility from a SaaS vendor onto the company running the instance, and each one is worth being honest about before committing to it for a real compliance program.

Who Patches CVEs in a Self-Hosted Comp AI Instance

On Comp AI's managed cloud tier, presumably Comp AI itself owns watching for and patching vulnerabilities across the platform, the same as any SaaS vendor would. [NOTE: this isn't independently confirmed in Comp AI's public materials for this article, worth verifying directly.]

Self-hosted, that responsibility moves entirely to the company: someone has to track upstream security advisories for Comp AI's own dependencies, apply patches promptly, and verify nothing broke in the process. A missed CVE on a self-hosted compliance platform is a genuinely awkward finding to explain in an audit, given that the tool exists specifically to demonstrate good security hygiene.

Who Owns Infrastructure Security

Network hardening, access control to the underlying servers, TLS certificate management, and secrets handling all become the company's job once self-hosted. A SaaS platform bundles this by default. A self-hosted deployment doesn't, and skipping it isn't really an option, since the compliance platform itself is now processing sensitive evidence, employee data, and policy documents that would themselves be in scope for a security review.

Who Owns Backup and Disaster Recovery

Evidence integrity and availability matter directly to an audit outcome. If a self-hosted instance goes down and the backups turn out not to have been tested, that's not just an operational headache, it's evidence gone missing during exactly the window an auditor might ask for it. Self-hosting means designing, running, and actually testing a backup and DR plan, with no vendor SLA standing behind it if something goes wrong.

Watch out "Self-hosted and free" describes the license, not the total cost. Add up the engineering time to patch, harden, and back up a self-hosted Comp AI instance properly before comparing it against a SaaS platform's subscription price. For a lean team without spare infrastructure capacity, that time cost can exceed what a managed tier would have cost outright.

Comp AI Open Source Compliance and Audits: Is Self-Hosted Compliance Software Audit-Ready?

This is the question that actually matters for a buyer deciding whether to self-host: does running your own deployment change what an external auditor expects to see, or accept, during a real engagement.

Quick take No license or hosting model is itself a pass or fail criterion for a SOC 2 or ISO 27001 audit. What changes with self-hosting is who has to produce and defend the evidence trail, the company itself, rather than a SaaS vendor's shared, already-documented infrastructure.

Open Source SOC 2 Software: What a CPA Firm Actually Cares About

A SOC 2 auditor tests controls and evidence against the Trust Services Criteria in scope for the engagement. They're not evaluating how the tool that produced that evidence is licensed or hosted. Open source SOC 2 software, self-hosted or not, can produce SOC 2-acceptable evidence, provided the company can demonstrate the same access controls, change-management discipline, and monitoring a SaaS platform would show by default.

The practical difference: with a SaaS platform, a meaningful slice of that infrastructure evidence, uptime, patching cadence, access logging for the platform itself, is the vendor's to produce and often pre-documented. Self-hosted, the burden of proof for that same infrastructure layer sits entirely with the company.

[NOTE: whether a self-hosted instance is typically placed inside the SOC 2 system boundary itself, or treated as a supporting tool outside it, isn't settled uniformly across audit firms, per SOC2Auditors.org's review of open-source SOC 2 tooling and confirmed against comp-ai-soc-2's own research, so confirm this directly with your specific audit firm before assuming either answer.]

Try this yourself Ask a prospective CPA firm directly whether they've audited a company running self-hosted, open-source compliance tooling before, and what additional evidence, infrastructure access logs, patch history, deployment change records, they'd expect beyond what a SaaS platform generates automatically. The answer varies by firm and is worth confirming before committing to self-hosting for a real audit cycle.

What an ISO 27001 Certification Body Actually Cares About

The same logic carries over to ISO 27001, with a different mechanic underneath it. An accredited certification body audits the company's Information Security Management System (ISMS), its Statement of Applicability, its risk assessment, and its actual control implementation, over a real two-stage audit process. It isn't auditing the compliance software's business model.

A self-hosted, open-source GRC tool can support an ISO 27001 certification the same way a SaaS platform can, as long as the ISMS itself, and the evidence of controls actually operating, is complete and defensible. The certification body's real focus stays on whether the company's information security practices meet the standard, not on whether the tool tracking them is AGPLv3-licensed or proprietary.

Comp AI Open Source Compliance: Is Open Source GRC Software Safe and Enterprise-Ready?

Here's the direct verdict, after everything above: yes, for the right team, and genuinely risky for the wrong one, independent of how mature Comp AI's underlying code actually is.

Is open source GRC software safe? The code itself isn't the risk. Public, inspectable code arguably gets more scrutiny than a closed-source vendor's internal codebase ever will. The risk is entirely operational: whether the team running it has the actual capacity to own patching, hardening, backups, and uptime the way a vendor normally would behind the scenes.

Open source compliance software enterprise-readiness comes down to the same test. A company with a real infrastructure and security team, already running and hardening its own production systems, can extend that same discipline to a self-hosted Comp AI instance without much additional strain. A lean team with no spare infrastructure capacity is taking on a second full-time responsibility, securing a compliance platform, on top of the compliance program itself.

Open Source Compliance Software: Who It's Actually Right For

Choose self-hosted if your team already runs its own infrastructure, data residency or cost control genuinely matters more than operational convenience, and you have real, ongoing capacity to own patching, backups, and hardening for another production system.

Choose managed SaaS, Comp AI's own hosted tier or a closed-source competitor, if your team wants the audit trail, patching cadence, and uptime commitment owned by someone else, and would rather spend engineering time on the actual compliance work than on running a second piece of production infrastructure.

Open source doesn't remove operational risk from a compliance program, it relocates it. The question worth asking isn't whether the code is trustworthy, it's whether your own team has the bandwidth to be the ones securing it. — Upendra Varma, CTO at ComplyJet

Where ComplyJet Fits If Comp AI Open Source Compliance Isn't the Right Call

ComplyJet

Want the audit trail and patching owned by someone else?

See how ComplyJet runs a managed, audited SOC 2 and ISO 27001 program end to end, without asking your team to secure the compliance platform itself.

See how it works

This isn't "ComplyJet beats Comp AI." It's a genuinely different bet for a genuinely different kind of team. Comp AI's open-source model is a real, legitimate choice for a team with the infrastructure capacity to own it. ComplyJet is built for the opposite starting point: a managed SaaS platform with a team that drives the compliance process end to end, so a lean team doesn't have to become infrastructure operators on top of everything else they're already doing.

Flat, per-company pricing, not per-seat and not quote-gated: $5,000/year for one framework, $8,000/year for two, such as SOC 2 plus HIPAA. That price holds as a team grows from 5 people to 30 or 40, reassurance for the growth journey rather than a hard cutoff.

We also stay involved through the actual audit relationship, with a curated network of audit partners built into the product, rather than leaving a team to find and vet an audit firm on its own after the software setup is done.

For a team that read the AGPLv3 and self-hosting tradeoffs above and decided the operational burden isn't worth the licensing flexibility, that's the honest, considered alternative, not a cheaper one, a different one.

FAQs About Comp AI Open Source Compliance

Is Comp AI Open Source?

Yes. Roughly 99% of the platform is AGPLv3-licensed and public on GitHub as trycompai/comp. A smaller /ee (enterprise edition) slice is commercially licensed rather than open source, and the exact feature boundary between the two isn't independently documented, so confirm specific capabilities directly with Comp AI.

Is Open-Source GRC Software Safe?

The code itself isn't the risk, public code gets real scrutiny. The risk is operational: whether the team running it has the actual capacity to patch, harden, and back it up the way a SaaS vendor normally would behind the scenes. For a team with real infrastructure capacity, it's a genuinely safe choice.

Is Open-Source Compliance Software Enterprise-Ready?

It can be, for a company with an existing infrastructure and security team already used to running and hardening production systems. It's a harder fit for a lean team without spare capacity, where the operational burden of self-hosting competes directly with the compliance work itself.

What Does AGPLv3 Require a Business to Do?

AGPLv3 requires releasing the corresponding source code for any modifications, but only if you both modify the code and make that modified version available to users over a network. Running Comp AI self-hosted and unmodified doesn't trigger this. Modifying it and offering the modified version to outside users does.

Does Self-Hosting Comp AI Change What an Auditor Expects?

Not fundamentally. A SOC 2 CPA firm or ISO 27001 certification body audits controls and evidence, not the tool's license or hosting model. What changes is who has to produce that evidence, the company itself for infrastructure-layer controls, rather than a SaaS vendor.

Who Patches Security Vulnerabilities in Self-Hosted Comp AI?

The company running the self-hosted instance. On Comp AI's managed cloud tier, that responsibility presumably sits with Comp AI instead, though this isn't independently confirmed in Comp AI's public materials.

Is Comp AI Free If Self-Hosted?

Yes, in licensing terms, there's no fee to self-host the open-source core. It isn't free in total cost: patching, infrastructure security, and backup/DR all require real, ongoing engineering time once self-hosted.

Can You Modify and Resell Comp AI?

Yes, AGPLv3 permits forking and reselling, but the resold, modified product must itself remain AGPLv3-licensed, with corresponding source made available to its own users. There's no path to relicense a Comp AI fork as closed-source software.