Qodo Enterprise deployment: how do we request on-prem or air-gapped, and what does the security review typically require?

Qodo Enterprise deployments are built for teams that need strict control over data flow, infrastructure, and compliance—whether that means single-tenant in your VPC, on‑prem, or fully air‑gapped. If you’re evaluating an Enterprise deployment, you’ll typically go through two tracks in parallel: the commercial request (how you ask for on‑prem/air‑gapped) and the security review (how we prove the deployment meets your standards).

Quick Answer: To request Qodo Enterprise on‑prem or air‑gapped, you’ll typically start by contacting our team via a demo request or Enterprise inquiry and specifying your deployment requirements (on‑prem, air‑gapped, single‑tenant, SSO, etc.). The security review usually includes an evaluation of our SOC2 posture, data flow and code access model, deployment architecture (cloud vs single‑tenant vs on‑prem/air‑gapped), and how Qodo enforces your organization’s security, compliance, and code governance rules.

Why This Matters

If you’re running AI-assisted development at enterprise scale, adding another tool that “phones home” without clear controls is a non‑starter. Security, compliance, and governance teams need to know:

Where Qodo runs (cloud vs your VPC vs your data center).
What code it can see.
How data is stored, encrypted, and audited.
How Qodo enforces your internal policies (security, compliance, traceability).

Choosing the right Qodo Enterprise deployment model—and running a thorough but efficient security review—lets you shift code review, testing, and compliance earlier in the SDLC without compromising your security posture.

Key Benefits:

Deployment control: Choose between cloud, single‑tenant in your VPC, on‑prem, or fully air‑gapped deployments aligned with your risk profile.
Stronger governance: Use Qodo’s review-first, rules-driven workflows to enforce standards, compliance, and traceability automatically—before code is merged.
Faster approvals: A clear, documented security review process (SOC2, encryption, minimal code analysis) helps security teams green‑light Qodo without months of back‑and‑forth.

Core Concepts & Key Points

Concept	Definition	Why it's important
Enterprise deployment modes	The ways Qodo can be deployed: cloud, single‑tenant in your VPC, on‑prem, or fully air‑gapped.	Lets you align Qodo’s architecture with your security and regulatory requirements instead of forcing a one‑size‑fits‑all SaaS model.
Security & compliance review	The due diligence your security, legal, and compliance teams perform before approving Qodo.	Ensures Qodo’s review agents and context engine operate within your risk, data, and regulatory boundaries.
Governance & rules enforcement	Qodo’s living rules system, compliance checks, and agentic workflows that enforce standards across IDE, PRs, and CI.	Turns your security and engineering standards into enforceable checks that run continuously across the SDLC, not just in late-stage reviews.

How It Works (Step-by-Step)

At a high level, the process for requesting Qodo Enterprise on‑prem or air‑gapped and getting through security review tends to follow this pattern:

Define your deployment requirements
Engage Qodo (sales + technical + security)
Run the security & architecture review
Align on deployment model and scope
Pilot, harden, and scale

Below is what that typically looks like in practice.

1. Define your deployment requirements

Before you talk to us, it helps to have a clear internal view of:

Deployment preference:
- Cloud (shared)
- Single‑tenant in your VPC
- On‑premise in your own data center
- Air‑gapped (no outbound internet connectivity)
Identity & access:
- Required SSO provider (Okta, Azure AD, etc.)
- RBAC expectations (who can configure rules, who can onboard repos)
Data residency & retention:
- Regions allowed for any data processing
- How long logs and metadata can be retained
Code access boundaries:
- Which repos can be indexed by Qodo’s Context Engine
- Any restrictions on production secrets, customer data, or regulated components

Capturing these upfront lets us move quickly to the right architecture option rather than iterating from a generic SaaS assumption.

2. Engage Qodo with Enterprise deployment in mind

To request an Enterprise deployment (on‑prem, air‑gapped, or single‑tenant):

Use the “Get Started” / demo form and specify:
- “Enterprise deployment,” “on‑prem,” or “air‑gapped” in the notes.
- Your expected scale (repos, PRs/day, dev headcount).
- Any non‑negotiable security requirements (air‑gapped, data residency, SSO).
Our team will:
- Assign an Enterprise-focused solutions engineer.
- Loop in security/architecture contacts from our side early if you flag on‑prem or air‑gapped.
- Share initial documentation on deployment models, security posture (including SOC2), and data flow.

This is where we distinguish between:

Standard cloud: Multi‑tenant, fastest to get started.
Single‑tenant: Dedicated infrastructure in your VPC; still managed but isolated.
On‑prem / air‑gapped: Deployed within your network or data center, with no external dependencies where required.

3. Run the security & architecture review

For on‑prem and air‑gapped, the security review is expected and healthy. Typical components include:

a. Security posture & certifications

Your security team will usually request:

SOC2 certification details and report scope.
Proof that data is SSL encrypted in transit.
Clarity that only necessary code is analyzed:
- Qodo indexes repositories needed for review, not your entire digital estate.
- Access can be scoped to specific repos, orgs, or projects.
Details on log data and telemetry:
- What’s captured (e.g., rule hits, agentic workflow outcomes, errors).
- How it’s stored, retained, and accessed.

For cloud / single‑tenant deployments we also walk through infrastructure isolation, network boundaries, and incident response practices.

b. Data flow and code access model

Security and platform teams typically ask:

Where does code go?
- Cloud: Processed in our secure infrastructure, minimal code retained, only what’s needed for review and rules.
- Single‑tenant: Same model, but in your VPC with dedicated infrastructure.
- On‑prem / air‑gapped: All processing within your environments; no outbound access to Qodo SaaS.
How does Qodo’s Context Engine index code?
- Multi‑repo indexing of your chosen repos (microservices, shared modules).
- No scraping outside the repositories you authorize.
How are secrets handled?
- Qodo supports secrets detection before commit, flagging hardcoded secrets in IDE/PR.
- The system is designed not to “learn from” or expose detected secrets beyond your environment.

We also walk through Qodo’s existing security capabilities, such as:

OWASP compliance checks
Breaking change analysis across repos
Compliance validation for enterprise standards

These not only address risk—they become part of your defense-in-depth story.

c. Deployment architecture & network model

For on‑prem and air‑gapped, architecture review usually focuses on:

Network boundaries:
- How Qodo components are deployed inside your network segments.
- Whether any outbound connections are allowed (for updates, observability, etc.).
Integration points:
- Git platform (GitHub, GitLab, Bitbucket, Azure DevOps).
- IDEs (VS Code, JetBrains) and how they talk to your Qodo deployment.
- CI/CD and CLI integration for running agentic quality workflows in pipelines.
Update and maintenance model:
- For air‑gapped environments, how new models, workflows, and rules engine updates are delivered (e.g., offline bundles, scheduled maintenance windows).

The outcome of this step is typically a deployment diagram and an agreed set of controls that fit your environment.

4. Align on deployment model and scope

Once security, platform, and engineering leads are comfortable with the architecture, we converge on:

Deployment model:
- Cloud, single‑tenant (in your VPC), on‑prem, or air‑gapped.
Scope of initial rollout:
- Number of repos and services (often a subset of critical microservices).
- Developer cohorts (e.g., one or two product teams).
- Surfaces: IDE, PR pre‑review, CI/CLI automation.

For governance‑heavy teams, we’ll also define:

Compliance checks to enable:
- Validate pull requests against enterprise security policies.
- Enforce ticket traceability (e.g., PRs without a valid ticket fail /compliance).
Rules to capture your standards:
- Coding standards, secure coding practices, testing requirements.
- Traceability and documentation rules (e.g., /add_docs for certain changes).

This is where Qodo moves from “another tool” to a review-first governance layer that enforces your policies across the SDLC.

5. Pilot, harden, and scale

Most enterprises start with a contained pilot, then scale:

Pilot deployment
- Qodo integrated into IDE, PRs, and CI for a selected set of repos.
- Living rules system configured with your org’s standards.
- Agentic workflows like /analyze, /improve, /compliance enabled.
Measure and validate
- Track:
  - Issues caught before PR vs in PR vs post‑merge.
  - PR review time reduction (e.g., monday.com saves ~1 hour per PR with Qodo).
  - Number of prevented issues (800+ issues prevented monthly at scale in similar environments).
- Confirm:
  - No unexpected data flows outside the agreed boundaries.
  - No impact on your latency‑sensitive pipelines.
Harden & expand
- Adjust rules to match your risk appetite and noise tolerance.
- Expand repo coverage and add more teams.
- Turn on additional checks:
  - Breaking change analysis across repos.
  - Security and OWASP checks for critical services.
  - Compliance and traceability validation across all PRs.

Throughout this, we’re clear that Qodo isn’t perfect—we expect your teams to verify generated tests and review automated fixes, treating Qodo as a high‑signal integrity layer, not an autopilot.

Common Mistakes to Avoid

Treating Qodo like a generic copilot instead of a review layer:
To get value (and pass security review), anchor Qodo as review-first, not copilot-first—focused on code review, governance, and compliance, not open‑ended generation.
Under‑specifying deployment constraints up front:
If you know you need air‑gapped or single‑tenant in your VPC, flag it early. It prevents wasted cycles on evaluating a deployment model that your security team will never approve.
Skipping rules/governance alignment during security review:
Security teams care about more than encryption—they care about enforcement. Bring them into the conversation about Qodo’s living rules system, compliance checks, and how those will embody your policies.
Ignoring cross‑repo realities in architecture discussions:
Qodo’s Context Engine is built for multi‑repo, microservices environments. If you only model a single repo in the review, you’ll under‑estimate where Qodo strengthens your defenses: catching breaking changes and cross‑repo logic gaps that static, diff-only tools miss.

Real-World Example

A large financial services team wanted to deploy Qodo but had strict requirements:

No code could leave their network.
All AI workloads had to run inside their data centers.
Security insisted on full traceability of checks and compliance enforcement on every PR.

They requested Qodo with explicit on‑prem, air‑gapped constraints and brought security into the conversation from day one. During the review, we:

Provided SOC2 documentation to satisfy baseline control expectations.
Walked through a deployment where all Qodo components ran in their environment, with no outbound connections.
Showed how Qodo:
- Validates PRs against their enterprise security policies.
- Enforces ticket traceability in PRs via /compliance.
- Runs breaking change analysis across repos, so microservice changes that would affect downstream systems are flagged before merge.

After a controlled pilot with a handful of high‑risk services, they saw a meaningful reduction in escaped defects and security issues, while keeping all code and metadata within their own network. From there, they expanded Qodo across dozens of repos and thousands of PRs, with security and compliance teams treating Qodo as a core part of their SDLC governance.

Pro Tip: Involve your security and platform teams early and frame Qodo as “Beyond LGTM in the age of AI”—a review and governance platform. Bring them a proposed deployment diagram (cloud vs single‑tenant vs on‑prem/air‑gapped) and an initial rules/compliance plan; this turns the security review from a gate into a design session.

Summary

Requesting Qodo Enterprise on‑prem or air‑gapped is straightforward when you lead with deployment requirements and invite security into the design process early. You’ll typically:

Specify that you need on‑prem, air‑gapped, or single‑tenant in your VPC when you first contact Qodo.
Run a structured security review that covers SOC2, encryption, data flow, deployment architecture, and Qodo’s governance capabilities.
Pilot Qodo as a review-first governance layer—using its Context Engine, living rules system, and agentic quality workflows to catch logic gaps, security issues, and compliance violations before merge.

The outcome is a deployment that matches your security posture and a code review process that scales with AI-assisted development—without relying on “LGTM and hope” in production.

Next Step

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