Technical debt
is holding your business back
Code nobody wants to touch, outdated libraries with CVE vulnerabilities, and manual processes eating your team's time — these are the real costs of unaddressed debt.
Every new feature
takes longer
Old, undocumented code slows down development. Developers are afraid to touch "working" modules — instead of building, they debug side effects of changes.
Outdated libraries
= open doors for attackers
End-of-life libraries with active CVEs aren't just a technical problem — they're a real security risk. Every day without an update is a window for attackers.
Onboarding a new developer
takes months
No documentation, hidden dependencies, implicit system behaviors — a new developer needs months to become productive. That's the hidden cost of debt.
* McKinsey Technology, OWASP, Stack Overflow Developer Survey
Debt reduction
step by step
There's no one-size-fits-all answer. We start with an audit, then prioritize — and modernize incrementally, without stopping production.
Dependency
updates
Quick win — close CVE vulnerabilities and update end-of-life libraries while maintaining backward compatibility and full test verification.
- Audit of all dependencies (npm audit, pip-audit)
- Update to latest stable versions
- Compatibility verification and testing
- Report of closed CVEs and version changes
Code
refactoring
We clean up old, hard-to-maintain code. We add automated tests, remove dead code, and introduce clear module boundaries.
- Everything from dependency updates
- Automated tests (unit + integration)
- Dead code and duplicate removal
- Refactoring of 200+ line methods
- Measurable progress: test coverage, complexity
Full
modernization
Updates, refactoring, and architecture modernization — eliminate manual processes, CI/CD, monolith decomposition. Comprehensive technical transformation.
- Everything from code refactoring
- Automation of manual processes (CI/CD)
- Framework migration in small steps
- Architecture improvement and module separation
- Debt reports before and after each sprint
How do we reduce technical debt?
Incremental changes, each verified with tests —
the system runs uninterrupted throughout the entire modernization.
Audit and debt measurement
We measure current debt: CVE count, test coverage, cyclomatic complexity, number of end-of-life dependencies. Baseline for tracking progress.
Prioritization
We rank tasks by business and technical impact. What will deliver the biggest result in the shortest time? From critical CVEs to quick wins.
Incremental modernization
We implement changes in small steps (Strangler Fig Pattern) — every change covered by tests, every change deployed via CI/CD pipeline with rollback capability.
Measurement and reporting
After each sprint we measure progress: closed CVEs, increase in test coverage, decrease in complexity, shorter deployment time. Numbers, not declarations.
What do you gain
after reducing debt?
Faster development, fewer bugs
Clean code with good test coverage means faster feature delivery. Teams save 30–50% of maintenance time after modernization — that's time for building.
Security vulnerabilities closed
Updating dependencies eliminates active CVEs. Every updated library is a closed door for potential attacks — and less stress during security audits.
Shorter onboarding
Well-documented, refactored code reduces new developer onboarding from months to weeks. New members are productive from the first sprint.
Measurable progress every sprint
We don't work in the dark — every sprint has concrete metrics: CVE count, test coverage, code complexity, deployment time. You can see the debt shrinking.
Is your code hard to maintain and nobody wants to touch it?
You don't have to rewrite everything from scratch. We'll modernize your system incrementally — safely, predictably, and with measurable progress every sprint.
Schedule Free Consultation