Architecture-level analysis.
Before problems compound.
CodeElevate performs deterministic, read-only structural analysis of your codebase. Findings are grouped by module and boundary — not scattered as flat lists. Integrates into CI without modifying a file.
- Architecture-level analysis — Modules, boundaries, dependencies — not syntax or style.
- Read-only by design — No write access. No code modifications. Read-only by design.
- Deterministic findings — Same code, same results. Reproducible and comparable over time.
- CI-enforceable — Gate deployments on structural thresholds you define.
Coupling depth exceeds threshold. 4 downstream modules affected.
11 internal types exposed as public API. Boundary contract not enforced.
Structural divergence from 14-day baseline. Review before next release.
Faster shipping exposes a gap existing tools don't cover.
The tools that accelerate development were not built to protect structure. That gap widens quietly — until it becomes a release problem, a refactor problem, or a rewrite.
AI tooling accelerated output. Structural visibility didn't follow.
Teams shipping daily generate structural changes at a rate that outpaces manual oversight. The velocity is intentional. The accumulation isn't.
Boundaries blur across hundreds of pull requests.
Coupling grows. Modules absorb responsibilities they weren't designed for. No single change breaks anything — but the aggregate does.
By the time it's visible, it's already expensive.
Structural debt surfaces as slow releases, fragile refactors, and rising onboarding costs. At that point, the cost of remediation is a multiple of early detection.
Existing tools operate at the wrong level.
Linters catch syntax. Quality tools score metrics. Neither was built to reason about structural organization or surface the architecture-level risks that leadership can act on.
A governance layer for the structural risks your other tools miss.
CodeElevate doesn't replace your linter or your code review process. It operates at the structural level those tools don't reach — module relationships, boundary integrity, architectural drift.
Findings are grouped by structural context. Engineering leaders see where risk lives and what the evidence is — without digging through raw output or waiting for the next incident.
Architecture-level analysis
Operates at the structural layer — modules, packages, boundaries, dependency relationships. Reasons about how your system is organized, not how individual lines are written.
Evidence, not opinions
Every finding is derived directly from your codebase. Deterministic inputs produce deterministic outputs. Nothing is asserted without a structural basis.
Read-only by design
No write access. No patches. No suggestions that modify files. Findings go to your team — what happens next is entirely your decision.
Integrates without disruption
Runs alongside your existing toolchain in CI. No migration, no rearchitecting your pipeline. Works with the workflow your teams already trust.
Operational in four steps.
Designed to integrate quickly and run without ongoing maintenance or configuration overhead.
Connect your repository
Authorize read access through your existing source control provider. No agents to install, no infrastructure to configure.
GitHub · GitLab · BitbucketAnalyze structure
CodeElevate constructs a structural model of your codebase. The analysis is scoped, deterministic, and runs in read-only mode. Nothing is written or modified.
Deterministic · read-only · reproducibleReview grouped findings
Results are presented by structural context — module, package, or architectural boundary. Every finding includes the evidence that produced it.
Grouped by module · evidence-backedEnforce in CI
Set severity thresholds and gate your pipeline on structural integrity. Enforcement scope is determined by your configuration.
GitHub Actions · GitLab CI · Jenkins · customFindings your team can act on.
Grouped by structural context. Backed by evidence. Scoped to the module where the risk lives.
Circular dependency chain across 3 modules in the payments domain. Breaking change risk on next refactor.
23 internal types exposed as public API. Boundary contracts are not enforced at the module level.
Module responsibility scope has grown 4× over 60 days. Boundary integrity is eroding.
8 modules depend on this package with no intermediate abstraction. Fan-out risk is elevated.
Surface area diverged from 30-day structural baseline. Review delta before next release.
New module introduced without formal boundary contracts. Downstream consumers already exist.
Grouped by structural context
Findings are scoped to the module or package they originate from. No flat lists, no context loss.
Scoped analysis
Run against changed paths, specific modules, or the full repository. Designed for monorepos and large codebases.
Deterministic outputs
Identical inputs produce identical results. Suitable for baseline comparison and structured review workflows.
Controlled execution
Read-only by design. No code modifications. Suitable for security-conscious engineering environments.
Not a better version of an existing tool.
Linters and code quality tools were built to catch file-level issues. They do that well. But they don't reason about structural organization, module relationships, or architectural drift — because that's a different problem. CodeElevate is built for that problem specifically.
| Capability | CodeElevate | Linters | Code Quality Tools | AI Code Review |
|---|---|---|---|---|
Analysis level Where in the codebase does it operate? | Architecture | Syntax / file | File / function | Line / context |
Findings basis What produces the finding? | Structural evidence | Rule match | Metric score | Model inference |
Output consistency Will the same code produce the same result? | Deterministic | Deterministic | Deterministic | Heuristic |
Grouped by structural context Are findings scoped to modules and boundaries? | ✓ | — | — | — |
Read-only execution Does it modify code? | ✓ | ✓ | ✓ | — |
CI enforcement Can it gate a deployment? | ✓ | ✓ | ✓ | — |
Baseline comparison over time Can it track structural drift across runs? | ✓ | — | Limited | — |
Designed to pass your security review.
Enterprise engineering teams operate under real access controls, review processes, and governance requirements. CodeElevate was built with those constraints in mind.
Read-only by architecture
CodeElevate is designed to operate with read-only access. The service requests read permissions only and does not write to, patch, or push changes to your repository.
Reproducible results
Given the same codebase and configuration, CodeElevate is designed to produce consistent, reproducible findings. Results are comparable across runs and suitable for structured engineering review workflows.
No automatic remediation
There is no auto-fix mode. No suggested patches. Findings are surfaced for your team to evaluate. Every remediation decision stays with the engineers who own the code.
Minimal required access
Permissions are scoped to what analysis requires. CodeElevate does not request elevated or unnecessary access. Scopes are transparent and can be reviewed before authorization.
Controlled CI integration
Runs as a read-only observer in your pipeline. Does not alter build artifacts, affect runtime behavior, or introduce side effects into your deployment process.
Enterprise adoption path
Organizations with specific security or access requirements can discuss deployment and data handling configurations through our Enterprise offering.
Clear pricing. No hidden tiers.
Starter and Team plans include a 14-day free trial. Enterprise pricing is based on your organization's scope — contact us to discuss.
Starter
For teams running an initial evaluation or building structural visibility on a focused set of repositories.
- ✓Structural analysis — up to 5 repos
- ✓Core findings with severity levels
- ✓Grouped by module and package
- ✓Evidence-backed output
- ✓Web dashboard
- ✓Email support
Team
For engineering teams that need CI enforcement, baseline tracking, and higher analysis capacity across their repositories.
- ✓Structural analysis — up to 25 repos
- ✓CI integration (GitHub Actions, GitLab CI, Bitbucket)
- ✓Pipeline enforcement with configurable thresholds
- ✓Baseline comparison over time
- ✓Scoped analysis for monorepos
- ✓API access
- ✓Priority support
Enterprise
For large engineering organizations with security review requirements, complex deployments, or governance workflows.
- ✓Unlimited repository analysis
- ✓Configurable deployment options
- ✓Custom CI/CD integrations
- ✓SSO and role-based access control
- ✓Audit logs and traceable findings
- ✓Custom governance configuration
- ✓Dedicated onboarding and support
- ✓SLA-backed availability
14-day free trial on Starter and Team · No credit card required · Cancel anytime · Prices in USD
Get a clear picture of your
codebase architecture.
Run your first structural analysis in minutes. Findings grouped by module, backed by evidence. Read-only. No changes to your code or your workflow.
Pilot available for teams evaluating enterprise adoption · Trial requires no credit card
· Read-only access · Cancel anytime