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Governance · 4 minute read

AI Coding Agent Governance Policy: A Template

An AI coding agent governance policy defines which tools and models are permitted, what code and data may be sent to providers, which repositories, environments, and secrets agents may reach, the review policy by risk class, the verification gates every change must pass, the audit trail required, how incidents involving generated code are handled, and who owns each rule.

By FISTA Solutions· AI-Native Engineering Team·
AI Coding Agent Governance Policy: A Template article cover

Coding agents are in most engineering organizations already, and the policy governing them usually is not. The gap is costly: code goes to providers under unknown terms, agents run in environments that can reach production, review is whatever each team decided, and after an incident nobody can say what was generated. This template closes the gap with a policy that can be adopted in a week and refined quarterly. It implements the governance section of the agentic SDLC whitepaper and pairs with the AI-generated code security checklist. It is general guidance, not legal advice; data and IP terms should be reviewed by counsel.

What does the policy cover?

SectionQuestion it answersOwner
Scope and definitionsWhich tools count as coding agents; which teams and repositories are coveredEngineering leadership
Permitted tools and modelsWhat may be used; how to request additionsPlatform team
Data handlingWhat code and data may be sent to which providers, under what termsSecurity + legal
Access boundariesWhat agents may reach: repositories, environments, secrets, systemsSecurity
SpecificationsWhat a change must be specified with before an agent implements itEngineering leadership
Verification gatesWhat every change must pass; the rule on gate editsPlatform team
Review policyRequirements by risk classEngineering leadership
AuditWhat is recorded for every generated changePlatform team
IncidentsHandling for defects and security events traced to generated codeSecurity + engineering
ExceptionsHow exceptions are requested, approved, and expiredPolicy owner
Review cadenceWhen the policy is revisitedPolicy owner

Section templates

Permitted tools and models

"The following tools and model versions are approved for use on covered repositories: [list]. Additions require a request to the platform team including the provider's data-handling terms, security assessment, and intended use. Tools not on the list may not be connected to covered repositories or environments."

Data handling

"Code and data may be sent to approved providers only under terms that exclude training on our content and define retention and residency. The following categories may never be sent: [secrets, customer data, regulated data, specific repositories]. Redaction and local-only modes are required where indicated." Align with AI data privacy compliance.

Access boundaries

"Agents operate under scoped identities with write access limited to designated repositories and branches. Agents have no access to production credentials, secrets, or customer data. Agent environments are isolated with controlled egress. Security-critical paths listed in [appendix] require human authorship or pairing." The identity model is in the agent identity and access control whitepaper.

Specifications and gates

"Agent-implemented changes are specified using the standard template with a risk class. Every change must pass: [gate list]. Changes to tests, CI configuration, analysis rules, or security policies require a separate human-reviewed change. Agents may not approve or merge their own changes."

Review policy

Risk classDefinitionRequirement
LowDocs, tests for existing behavior, isolated refactorsGates; sampled review
MediumFeature code behind flags, internal APIsIntent and architecture review
HighAuth, payments, migrations, public APIs, infrastructureLine-level review by named owners; two approvals
CriticalSecurity controls, cryptography, compliance logicHuman-written or paired

Audit

"For every generated change we record: the tool and model version, the specification, gate results and waivers, reviewers and approvals by class. Records are retained for [period] and linked from incidents."

Incidents

"Defects or security events traced to generated code follow the standard incident process with an additional analysis of the specification, gates, and review that allowed the change, feeding updates to this policy, the gate configuration, and the specification template." A postmortem structure is in AI incident postmortem template.

Exceptions and cadence

"Exceptions are requested through [process], approved by [role], time-limited, and logged. The policy is reviewed quarterly and on any significant tool or model change."

How should the policy be rolled out?

  1. Publish a first version within a week; perfect is the enemy of adopted.
  2. Enforce access boundaries mechanically before anything else.
  3. Configure gates on the pilot codebase; expand with adoption per how to adopt AI coding agents safely.
  4. Train reviewers on the risk classes.
  5. Collect exceptions for a quarter; they reveal where the policy is wrong.

What are the common mistakes?

  1. Bans without alternatives.
  2. Policy without enforcement of access and data rules.
  3. Uniform review that ignores risk class.
  4. No audit, so incidents cannot be traced.
  5. Written once, while tools change monthly.

How does FISTA Solutions help?

FISTA Solutions helps engineering and security leaders adopt and enforce this policy as part of its AI enablement practice, with forward deployed engineers configuring access boundaries, gates, and audit inside your pipelines and teams. FISTA has delivered 150+ projects for 50+ companies across 12+ countries.

To adopt the policy with enforcement, message FISTA on WhatsApp, or read the AI acceptable use policy for the organization-wide counterpart.

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Clear answers

Questions raised by this field note.

Straightforward guidance for evaluating scope, fit, and the next step.

01Why does an engineering organization need a coding agent policy?

Because agents send code to external providers, produce changes at volume, and can reach systems and secrets in the environments they run in. Without a policy, those decisions are made per developer, data obligations are unmet, review is inconsistent, and nobody can say after an incident which changes were generated or verified.

02Should the policy ban specific tools?

It should define an approved list with an approval path for additions, evaluated on data handling terms, security, and fit. Outright bans without alternatives push usage underground. Where a tool cannot meet data terms, say so and provide an approved alternative.

03How does the policy handle intellectual property?

By setting data-handling rules on what code may be sent where, by requiring provider terms that exclude training on your code, by recording generated changes for provenance, and by requiring dependency and license checks on generated code. Specific IP and licensing questions are legal matters; this is general guidance, not legal advice.

04Who owns the policy?

Engineering leadership owns it, with security owning the access and data-handling sections, the platform team owning gates and tooling, and legal reviewing data and IP terms. A named owner publishes it, collects exceptions, and revises it quarterly as tools and models change.

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