← Code assessment

A sample read-out, from inventory to findings.

What the source code and engineering assessment shows you, view by view: what is really in the codebase, where the debt costs most, who the product depends on, and how each finding arrives with its fix. The 43% inventory is a real, anonymised result; the hotspots, people and findings are illustrative.

Inventory first: 43% of one codebase was generated code.

Headcount says nothing about how big a codebase is. Before any analysis we count effective lines, without generated code, vendored dependencies, binaries and duplicates. That number fixes the scope and the fee.

572,440 lines

572,440 lines across 4 repositories and 4,994 files. This is the number most quotes are built on.

Anonymised output from a prior assessment, shown for the shape of the output and the sizing logic, not as a price reference.

Where the debt actually costs you.

Complex code nobody touches can wait. Simple code that changes every week is fine. The risk sits where complex code changes often and matters to the business, so that is where the remediation plan starts.

Hotspot priority=complexity×change frequency×business criticality

Count in the score
Hotspots025507510001530456075Changes in the last 90 daysComplexityReportingBillingUI shellData importTenant adminRegulatory exportAPI gatewayPricing rulesAuth and sessionsSearchPayment webhooksNotificationsSchedulerAudit log
  • Business criticality:
  • Low
  • Medium
  • High

Remediation starts here

  1. 1Billing
  2. 2Payment webhooks
  3. 3Data import
  4. 4Pricing rules
  5. 5API gateway
  6. 6Auth and sessions
  7. 7Search
  8. 8Tenant admin
  9. 9UI shell
  10. 10Reporting
  11. 11Notifications
  12. 12Scheduler
  13. 13Regulatory export
  14. 14Audit log

Billing and the payment webhooks lead: complex, changed every week, and where revenue is calculated.

Illustrative data. Tools such as SonarQube express debt as remediation minutes; we validate and calibrate those estimates rather than present them as fact.

Who the product depends on.

No assessment platform outputs this as standard, so we build it: every commit attributed to a person, ownership measured module by module, and the exposure to people who have already left. Choose who leaves, and see what is left uncovered.

Billing1Covered
Pricing rules1Covered
Auth and sessions1Covered
Payment webhooks1Covered
API gateway1Covered
Data import1Covered
Reporting1Covered
Tenant admin1Covered
UI shell1Covered
Search1Covered

A module is at risk when the people still on the team hold less than half of its code. Bus factor: the fewest people who together hold more than half. Illustrative data. In an assessment every Git identity is mapped to a real person, and contribution is measured by content, not line count.

Every finding is validated, and arrives with its fix.

AI does not set the final severity. A qualified reviewer confirms the evidence, the impact and the remediation before a finding enters the register, and each one comes with an effort estimate, an owner and a deadline.

F-017Severity: HighP1Validated by a reviewer

Payment webhook signatures are not verified

Where
Payments service, webhook handler
Reference
CWE-347, OWASP API Security Top 10
Scenario
A forged callback can mark an unpaid invoice as paid.
Business impact
Revenue leakage and audit exposure across every tenant.
Fix
Verify the provider signature and timestamp before processing, and reject replays.

Effort2 person-daysOwnerLead backend engineerConfidenceHigh

Illustrative findings.

Want this read-out for the product you are looking at?

Ten business days from access, a fixed fee sized by the inventory, and the code stays where its owner wants it.