Most technical consulting fails in one of two ways: either you receive an automated 80-page PDF report generated by generic scanning tools that nobody reads, or you get a biased pitch from an agency trying to frighten you into commissioning an expensive, unnecessary rewrite. Both leave leadership in the dark. I provide independent, unvarnished technical clarity. Whether you are evaluating an acquisition target, inheriting a legacy system with zero documentation, or planning a critical architectural migration, I inspect the codebase, infrastructure, and data flows with the rigorous eye of a practitioner who actually builds systems. You receive a clear, prioritized diagnosis of where the real risks lie and an actionable roadmap your team can execute immediately.
Discuss your projectThe final scope is agreed around your project.
A hands-on manual inspection of your repository. We assess code structure, modularity, test coverage, dependency decay, and technical debt—distinguishing harmless imperfections from systemic liabilities that will stifle future feature velocity.
Examining how your frontend, APIs, databases, and third-party services communicate. We identify architectural bottlenecks, race conditions, brittle couplings, and scalability ceilings before they manifest as customer-facing outages.
Scrutinizing vulnerability surfaces: API authentication handshakes, role-based access control, environment secret hygiene, database injection vectors, and third-party library vulnerabilities that expose customer records.
Diagnosing what makes your application feel sluggish. We analyze slow database queries, N+1 request cascades, bloated JavaScript bundles, un-indexed database tables, and un-cached assets, providing concrete remedies to slash load times.
Independent technical evaluation for founders, buyers, or angel investors. We verify whether the software matches the seller's pitch, identify intellectual property risks, evaluate operational hosting costs, and quantify technical debt.
The multi-million dollar question. We analyze your existing codebase against business objectives to provide an honest, unbiased recommendation: can the system be rehabilitated incrementally, or is a greenfield rebuild truly justified?
No academic theories or overwhelming lists. Findings are synthesized into an executive risk matrix categorizing issues by business impact, security severity, and remediation effort so leadership knows exactly what to tackle first.
A dedicated technical presentation for your executive team and engineering leads. We walk through the architecture diagrams, explain findings in plain business English, and hand over a pragmatic, milestone-based implementation roadmap.
A hands-on manual inspection of your repository. We assess code structure, modularity, test coverage, dependency decay, and technical debt—distinguishing harmless imperfections from systemic liabilities that will stifle future feature velocity.
An engineering audit is only as valuable as the depth of investigation behind it. I combine automated static analysis and vulnerability scanning (SonarQube, Snyk, npm audit) with deep manual code review and runtime profiling. Database queries are analyzed using EXPLAIN ANALYZE execution plans on PostgreSQL or MySQL; network cascades are benchmarked using browser DevTools and distributed tracing; and cloud infrastructure is inspected directly within your AWS, Cloudflare, or Docker environments. Findings are synthesized into crisp architectural diagrams and executive deliverables that bridge deep technical reality with commercial business strategy.
Yes, absolutely. In fact, many clients prefer it this way. Because I have no financial incentive to sell you an unnecessary 6-month rebuild, my assessment is 100% objective and uncompromised. The resulting report, architecture diagrams, and remediation roadmap are designed to be immediately actionable by your existing in-house team or any contractor you choose.
Typically read-only access to your Git repository, access to staging or production error logs (such as Sentry or Datadog), and a temporary read-only account on your cloud hosting dashboard. All work is governed by a mutual Non-Disclosure Agreement (NDA). I never touch live customer databases or production data during an assessment.
A focused architecture and codebase audit typically takes between 5 and 10 business days. This provides ample time for thorough static code inspection, dependency analysis, runtime profiling, and synthesis of executive documentation. We agree on the precise evaluation scope and deliverable timeline before starting.
Yes. Non-technical leadership is frequently taken advantage of with bloated agency proposals. I can review the technical specification, proposed architecture, timeline, and cost breakdown submitted by third-party vendors. I will tell you frankly what is reasonable, what is needlessly over-engineered, and where you are at risk of vendor lock-in.
Yes. That is a hallmark of this service. Every audit is divided into two clear tiers: an executive summary detailing commercial risk, financial implications, and high-level priorities in plain business language; followed by detailed technical appendices with file paths, code snippets, and remediation steps specifically written for engineers.
Every engagement is quoted individually, based on its scope, complexity, and delivery needs. We agree on the work and its cost before development begins.
For bespoke projects, you own the custom code, with client-controlled repositories and infrastructure, documentation, and a complete handover. Third-party components and services retain their own licenses and terms. When an existing product fits your needs, I can help you adopt and configure it, avoiding unnecessary development. You receive access under that product's agreed terms; its underlying platform remains with its owner.
One-off projects include 60 days of bug fixing and stabilization after launch for the agreed delivery. Continued support can follow through a maintenance agreement, with additional features scoped separately. Existing-product access follows that product's support terms.
Tell me about the idea, the problem, or the part of your product you want to move forward. We can work out the scope and the right next step together.
Let's talk about your product