Legacy pressure, modernization, due-diligence findings, or a platform that cannot carry the roadmap. We map the real risk, design the target architecture, and sequence the migration so production keeps shipping while the foundation changes underneath it.
Every release is stressful. Something always breaks.
Small features require edits across the system. Estimates balloon because nobody can bound the blast radius.
Half the team wants to rebuild from scratch, the other half knows big-bang rewrites kill companies. Meanwhile, nothing moves.
Everyone can name the bottleneck. Nobody owns the plan to remove it without stopping delivery.
An acquisition, an audit, or an enterprise customer surfaced architecture risks that now have a deadline attached.
Critical knowledge lives in one head. Every vacation is a risk event, and every architecture discussion routes through one calendar.
The rewrite fantasy fails because it pauses value delivery and bets everything on a future cutover. The neglect path fails slower but just as surely. The disciplined route is a sequenced transformation: map the actual risk, design a target worth reaching, and migrate in phases that each pay for themselves, while the roadmap keeps moving.
The transformation triptych: where the risk actually is, where the architecture needs to be, and the order that gets you there safely.
Assess, design, sequence — the same order the engagement runs. Each phase retires risk and pays for itself while production keeps shipping.
Where is the real risk?
A codebase and architecture assessment that ranks risk by business impact, not by engineering annoyance.
What should the target be?
Target architecture recommendations recorded as decisions with rationale, not diagrams for show.
What order keeps delivery alive?
A migration roadmap in self-funding phases, each reducing risk and returning capacity.
Codebase, architecture, data, integrations, delivery pipeline. Ranked findings with business impact attached.
Weeks 1-3
The blueprint and the phased roadmap, pressure-tested with your senior engineers so it is theirs, not ours.
Weeks 3-6
Optional but usual: we lead the highest-risk phase hands-on, installing the quality gates and patterns the rest of the migration will follow.
Weeks 6-12+
Documentation, decision records, and a team that can carry the remaining phases without us.
Final phase
A ranked, costed, sequenced path replaces the vague dread of "we need to fix the architecture."
Each phase ships alongside the roadmap. No feature freeze, no cutover cliff.
Phases are ordered by risk retired per euro spent. The scariest exposure goes first.
Decision records and pairing turn one-engineer knowledge into team capability.
CEO & Engineering Leader
10+ years in engineering leadership. CEO of Intelvision, a software engineering company that has delivered 100+ software products for startups and scale-ups.
Yurii built the Strike Team model around one standard: senior ownership, strong architecture, and predictable execution. He ensures every engagement aligns technical decisions with real business outcomes, not just velocity, but impact.
Strike Team Lead
20+ years in technology delivery and transformation. PMP and Lean Six Sigma Master Black Belt.
Wayne has scaled global engineering organizations (7 to 85 across 35 countries), built delivery systems with measurable performance metrics, and reduced cost of poor quality by up to 80%. He brings structure, accountability, and operational clarity to projects that have gone off the rails, and turns chaos into controlled delivery.
Impact:
Impact:
Impact:
Architecture transformation turns technical debt and legacy pressure into a sequenced migration path: map the real risk, design the target architecture, and migrate in phases while production keeps shipping.
Almost never rewrite. Big-bang rewrites pause value delivery and bet everything on a future cutover. The disciplined route is a phased transformation where each phase retires risk and pays for itself.
By sequencing the migration into self-funding phases that ship alongside the roadmap — no feature freeze, no cutover cliff, with rollback and safety strategy built into every phase.
A codebase and architecture assessment ranked by business impact: dependency and coupling analysis, scalability and reliability limits, knowledge concentration, and security and compliance exposure.
By risk retired per euro spent. The scariest exposure goes first — not the debt that annoys engineers most.
This is a common trigger. We turn due-diligence findings into a ranked, costed, sequenced remediation plan with deadlines the board and the acquirer can track.
The audit takes weeks 1–3, target design and sequencing weeks 3–6, and the first (highest-risk) migration phase typically runs weeks 6–12+. Remaining phases transfer to your team.
Yes, when it is justified. Target architecture choices are recorded as decisions with rationale — including when a modular monolith beats microservices for your stage.
That is an architecture risk we explicitly map. Decision records and pairing during migration turn one-engineer knowledge into team capability.
The target blueprint, architecture decision records, quality gates, and a team able to carry the remaining phases without us.
We usually start with advice. You get a direct answer on whether we can help and what should happen first.
Talk to an expert
Yurii Kotula
CEO and Engineering Leader
Your first call is with Yurii. Send the form, or pick a time in his calendar.
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