AI-first refactoring for teams that care about code quality

Turn hard-to-change code into clean, safe, readable systems.

CodeLogic helps developers simplify messy code, reduce refactor risk, and make every change easier to reason about. It is built for engineering teams that want maintainability without slowing delivery.

  • Easier to read
  • Safer to change
  • More maintainable
Before
function processAccount(account) {
  if (account && account.plan) {
    if (account.plan.status === "active") {
      if (!account.flags?.suspended) {
        if (account.invoices?.length) {
          return account.invoices
            .filter((invoice) => !invoice.paid)
            .map((invoice) => ({
              total: invoice.total,
              overdue: isOverdue(invoice),
            }));
        }
      }
    }
  }

  return [];
}
After
function processAccount(account) {
  if (!canReviewInvoices(account)) {
    return [];
  }

  return unpaidInvoices(account).map(toInvoiceState);
}

function canReviewInvoices(account) {
  return account?.plan?.status === "active"
    && !account.flags?.suspended
    && account.invoices?.length;
}
-42% branch complexity
+1 clear abstraction
safer smaller change surface
Built for modern codebases TypeScript JavaScript Python Ruby More languages coming

What CodeLogic does

Refactoring support that thinks like a careful senior engineer.

This is not autocomplete with a marketing layer. CodeLogic is designed for the part of the job where developers need clarity, restraint, and confidence before changing real code.

01

Simplify logic without flattening intent

Untangle nested conditions, split oversized functions, surface hidden concepts, and make the code say what it means.

02

Reduce refactor risk before it reaches production

Get changes that minimize blast radius, preserve behavior, and make it easier to review what actually changed.

03

Make maintainability an everyday default

Improve readability now so future work ships faster, onboarding gets easier, and fewer changes turn into archaeology.

04

Show the reasoning, not just the rewrite

See why a refactor is safer, what complexity is being removed, and which abstractions are worth introducing.

Workflow

From tangled code to deliberate change in four steps.

01

Inspect the code path

Start with a function, module, or file that has grown hard to understand, reason about, or modify safely.

02

Identify structural problems

CodeLogic spots confusing flows, large conditionals, brittle responsibilities, and naming that hides intent.

03

Generate safer refactors

You get focused transformations aimed at readability, maintainability, and low-risk behavioral preservation.

04

Ship smaller, cleaner changes

The result is code that is easier to review today and easier to extend next month without re-learning the same mess.

Why teams care

Maintainability compounds. So does technical debt.

Readable code moves faster

Developers spend less time decoding intent and more time delivering the next correct change.

Safer refactors reduce hesitation

Teams stop treating legacy areas like glass because each change becomes smaller, clearer, and easier to validate.

Cleaner systems age better

Structure is preserved instead of eroded, so the codebase keeps getting easier to work in rather than harder.

Closed alpha

Join the teams shaping CodeLogic in the real world.

We are currently working with a small group of developers and engineering teams in a closed test program. If refactoring quality matters in your workflow, we want to hear from you.

Best fit

Teams with growing codebases and active refactor pressure

Right now

Early access, direct feedback loop, fast product iteration

Request Alpha Access