Engineering

SOC 2 Is Won in the Codebase

Written by:Better SoftwareBetter Software TeamUpdated 12 min read
SOC 2 Is Won in the Codebase

Quick Answer

SOC 2 compliance for startups depends less on the audit than on the system an auditor samples. Least privilege, mandatory code review, CI/CD, centralized logging, infrastructure-as-code and enforced tests make the evidence a byproduct of normal work. A Type 1 report can unblock an early deal, a Type 2 report follows once controls have operated for a while, and a compliance platform helps only after those habits exist.

Your biggest prospect just asked for a SOC 2 report. The usual founder instinct is to treat that as a paperwork problem. Buy a platform, hire an auditor, fill in the blanks, move on.

That is the expensive way to do it.

SOC 2 is not a certification you slap on at the end of a project. It is an independent CPA attestation that your company’s controls work the way you say they do. In practice, that means the audit is only as easy as the system you already built, meaning who can access production, how code moves to production, how you log and monitor the system, how environments are created, and how often your team makes exceptions.

For SOC 2 compliance for startups, the real question is not “Which vendor should we buy?” It is “Did we build the company in a way an auditor can sample without a remediation project?”

If the answer is yes, SOC 2 becomes a scheduling exercise. If the answer is no, it becomes months of engineering work before the audit clock even starts. In this guide we show what we would build first.

What SOC 2 Actually Covers in Founder Terms

SOC 2 is based on the Trust Services Criteria, a framework for evaluating how you manage risk around systems and customer data. The AICPA describes SOC 2 as reporting on controls relevant to security, availability, processing integrity, confidentiality, or privacy. For most startups, the only mandatory criterion is Security. Availability, confidentiality, processing integrity, and privacy may also apply depending on what you sell and what your customers expect.

That matters because, in our view, founders often overthink the report and underbuild the controls. The report is the output. The controls are the product.

The Five Trust Services Criteria

  • Security covers protection against unauthorized access, disclosure, and system misuse. This is the baseline.
  • Availability covers if systems are available as promised.
  • Processing integrity covers if processing is complete, valid, accurate, timely, and authorized.
  • Confidentiality covers how confidential information is protected.
  • Privacy covers how personal information is collected, used, retained, and disposed of.

For a startup selling into enterprise, the buyer usually cares about if you can answer security questions with evidence. That is why founders ask who needs SOC 2 compliance in the first place. The answer is usually any B2B company handling customer data, especially in SaaS, fintech, healthcare, and AI.

Type 1 Versus Type 2 as Snapshot Versus Observation Window

SOC 2 Type 1 is a point-in-time assessment. The auditor checks if your controls are designed appropriately on a specific date.

SOC 2 Type 2 checks if those controls operated effectively over a period of time, typically three to six months.

For a founder under deal pressure, this distinction is strategic. Type 1 is often enough to unblock a procurement cycle or investor diligence conversation. Type 2 is what larger customers eventually want because it proves the controls worked in practice, not just on paper.

So when people ask SOC 2 Type 1 vs Type 2, the practical answer is:

  • Type 1 = faster, cheaper, useful for first-time credibility.
  • Type 2 = stronger proof, more time, more operational discipline.

Real Numbers in 2026

Most founder estimates are too hopeful because they only include audit fees. In reality, you are paying for software, audit time, and the engineering work needed to make the controls true. Published guides quote a wide spread, and the table below shows the ranges two of them give.

ComponentRange quoted by published guides
Type 1 audit fee$5,000 to $20,000 (Secureframe) or $10,000 to $60,000 (AuditBoard)
Type 2 audit fee$30,000 to $100,000 (AuditBoard)
All-in total including readiness, preparation, penetration test, audit and maintenance$80,000 to $350,000 (Secureframe)

Those numbers are not fixed. They move with scope, readiness, and how much remediation the auditor uncovers. Secureframe and AuditBoard both publish their breakdowns. A clean system is cheaper than a “we’ll fix it during the audit” system.

When a Startup Actually Needs SOC 2

When does a startup need SOC 2? Usually when a trigger fires, not when a founder “feels ready.” The three most common triggers are:

  • Enterprise procurement means a buyer, vendor review team, or security questionnaire demands it before pilot or contract.
  • Diligence means investors, acquirers, or design partners want proof your controls are real.
  • Team scale means the product is no longer a handful of people, and informal access patterns no longer hold up.

That is why we think the query is SOC 2 mandatory is usually the wrong framing. It is not universally mandatory in a legal sense. But it can be commercially mandatory if your buyers require it.

Founders often ask if they can wait until after they close the deal. Sometimes yes. But if the buyer’s security review is the last blocker, you do not have time for a six-month remediation sprint.

Unblocking a Deal Without Type 2

You often can. A common pattern is to use Type 1, a strong security questionnaire response, and a tightly scoped data processing agreement to get the first contract signed. That works best when your internal controls are already mature and the customer is willing to accept a staged compliance path.

What does not work is pretending the audit will be easy later while the product is still built on shared credentials, manual deploys, and ad hoc access.

Compliance Debt and Why Your Codebase Decides the Audit Bill

Here is the part most vendor guides skip. SOC 2 is heavily shaped by engineering choices made long before compliance is purchased. We call that Compliance Debt, the gap between how your system currently works and how an auditor needs it to work.

For startups, the debt usually lives in five control areas that are really month-one engineering decisions.

1. Access Control With Least Privilege Designed Into the Data Model

Auditors care who can access what, when, and why. If your production access is managed through shared accounts, Slack approvals, or tribal knowledge, you are creating audit friction.

Build the system so least privilege is the default:

  • single-user identities for all admins
  • role-based access instead of broad permissions
  • production access granted only when needed
  • offboarding that removes access immediately

This is not a compliance trick. It is the same design discipline that reduces incident risk.

2. Change Management Through Mandatory Code Review and CI/CD

One of the easiest audit trails in a well-run startup is the one you already create every time code is reviewed and deployed through CI/CD. That is why mandatory code review matters. It turns change management from a policy into evidence. For more on the review side, see what production ready actually means.

When every meaningful change requires:

  • a pull request
  • peer review
  • automated checks
  • a logged deployment path

you have a clean story for the auditor. You do not have to reconstruct how production changed from memory, screenshots, and retroactive approvals.

3. Logging and Observability That Auditors Sample and Operators Need

Auditors sample logging because it shows if you can detect and investigate issues. Engineers should want the same thing for operations.

If the system has centralized logs, alerting, and clear ownership, you can demonstrate both security monitoring and operational maturity. If logging is scattered across tools or disabled to save cost, the audit becomes a scavenger hunt.

For startups selling into regulated or enterprise environments, observability is not an extra. It is part of the product.

4. Infrastructure-as-Code Environments You Can Prove, Not Describe

Infrastructure-as-code gives you a durable record of how environments are defined. That matters because an auditor does not want a verbal explanation of what prod looks like; they want evidence that environments are controlled, repeatable, and reviewed.

With IaC, you can show:

  • who changed infrastructure
  • what changed
  • when it changed
  • what review happened before deployment

That is much stronger than “we usually set it up the same way.”

5. Testing Discipline With Fewer Exceptions and Fewer Findings

Enforced test coverage does not directly “make you SOC 2 compliant,” but it reduces the number of exceptions your team has to explain. Every exception becomes a control failure waiting to happen.

When tests are required and part of the release process, you create consistency. Consistency is what auditors look for. It also keeps the company from becoming dependent on a few heroic people who remember every edge case.

The Stage-0 Sequence for What to Do Now and When the Trigger Fires

We would separate the free day-one habits from the paid compliance work. That is the best approach to SOC 2 compliance for startups that we know.

Stage 0 Builds the Habits Now

These are the defaults that cost almost nothing extra when your team already works this way:

  • mandatory code review for production changes
  • CI/CD for deploys
  • infrastructure-as-code for environments
  • centralized logging and alerting
  • unique user access with least privilege
  • test coverage enforced at the pipeline level

If you do these on day one, SOC 2 later is mostly documentation and evidence collection.

Stage 1 Buys the Platform When a Real Trigger Appears

A SOC 2 compliance software for startups platform is useful once you have an actual business reason to formalize controls, collect evidence, and manage policies. It helps automate reminders, evidence requests, and control mapping.

What it cannot do is fix a weak system architecture. A GRC platform can prove that a process exists. It cannot invent the process for you.

This is where many founders waste money. They buy software before the product operating model is ready, then pay the platform to document the gap.

Stage 2 Chooses Type 1 First If the Deal Needs It

If the buyer is waiting, Type 1 is often the fastest way to prove seriousness. It is especially useful when your controls are already in place but you have not yet accumulated the observation window for Type 2.

That is the practical answer to the common founder question about going straight to Type 2. Often you do not need to. First close the deal. Then let the controls operate long enough to earn the stronger report.

Stage 3 Moves to Type 2 on Your Timeline, Not Under Panic

Once the company is operating with the right defaults, Type 2 becomes much less disruptive. The audit samples months of real behavior rather than a last-minute cleanup.

That is the point of building audit-friendly systems early. The report should describe reality, not force a rewrite of it.

What Built-In Looks Like in Practice

Our Stage-0 engineering model is built around mandatory code review, enforced test coverage, CI/CD, infrastructure-as-code, and observability as the default workflow. Those are not compliance add-ons. They are the operating system of the product team.

That matters because SOC 2 auditors sample exactly the things that strong engineering teams already care about, namely access control, change management, logging, availability, and repeatability.

For founders building in fintech, healthcare, AI, or enterprise SaaS, this is the right order of operations. Build the product in a way that is already inspectable, then formalize the controls when the market forces the issue. That is how we approach fintech software development. For a worked example of the same thinking, see how to build a fintech app banks trust.

We publicly document parts of that engineering approach in our Engineering Handbook and open-source template, which is useful because evidence is easier to trust when the workflow is visible before the audit ever begins.

The Best Strategy for SOC 2 Compliance for Startups

The best strategy for SOC 2 compliance for startups is simple. Make the codebase easy to sample, make the controls real before you need the report, and buy the audit when the market forces the issue. That is how startups keep compliance from becoming a rebuild. To see how we work with founders on this, start with Better Software.

Frequently Asked Questions

How Hard Is SOC 2 Compliance?

It is not hard if your systems were built with least privilege, code review, CI/CD, logging, IaC, and testing from the start. It is hard if you have to retrofit those controls after a prospect asks for them. We start with the engineering habits first for that reason.

How Long Is a SOC 2 Report Valid?

A SOC 2 report is generally tied to the period covered by the audit, and buyers usually want a recent report. In practice, we see teams renew or update on a yearly cycle, so we plan the evidence collection to run continuously instead of in a rush.

Is SOC 2 the Same as ISO 27001?

No. They are different frameworks with different structures and evidence models. SOC 2 is an attestation report focused on trust criteria, and ISO 27001 is a management system standard. Many buyers accept either, but we treat them as not interchangeable.

Who Needs SOC 2 Compliance?

Startups that sell into enterprise, especially in regulated or data-sensitive markets, are the most common candidates. If your customers ask about security before they buy, we would expect SOC 2 to be on your path, and a Type 2 report to follow once buyers want repeated evidence.

Is SOC 2 Mandatory?

Not by law in most cases. But it can become commercially mandatory when a customer, partner, or diligence process requires it to move forward. We treat it as a business trigger, not a legal deadline, and plan the work around the deals that depend on it.

About the author

Better Software

Better Software Team

Product and engineering team

Better Software Team is the product and engineering team at Better Software. We build new software products and improve existing applications and systems, with deeper experience in healthcare, finance and energy.