Security-first
OWASP ASVS-aligned defaults, threat modeling at architecture sign-off, dependency review at every merge.
Engineering & Development
Full-cycle development of custom instruments, industrial devices, equipment, and technological systems — concept and system architecture through mechanical, electronics, embedded, control, firmware, and process engineering, into prototyping, engineering validation, and production preparation. Software, applications, and infrastructure appear as supporting engineering disciplines within the broader industrial context.
All engagements operate under mutual NDA. Discovery is paid; the scope letter is fixed before the build begins.
Differentiator
Software is harder to build well when you have not seen what bad software looks like from the inside. Our reverse-engineering practice means we have. We have read the firmware whose update channel had no signature check. We have decompiled the application that stored credentials in a SQLite blob. We have watched the API leak its session tokens through error responses.
When we write custom software development code, we write it knowing those failure modes are not academic. The defaults we ship — parameterized queries, real authentication, structured logging without secret leakage, dependency review at every merge — are the defaults we wish the products we have to reverse-engineer had used. The outcome is software that ages well.
Our software development services span six disciplines: custom backend and full-stack engineering, mobile applications for iOS and Android, modern web development, infrastructure deployment, ongoing operations, and technical video production for the products we build. Most engagements span more than one.
Service Categories
Six disciplines that combine on most engagements. Each engagement is scoped to a fixed deliverable list before kickoff.
Full-cycle development of instruments, industrial devices, and technological systems.
Software for engineering systems — and the teams that operate them.
Mobile interfaces for devices, instruments, and field operations.
Web platforms for engineering products and technical buyers.
Deployment infrastructure for the software your engineering programs ship.
Operating the software your engineering programs run on.
Practice leads
Senior practitioners drive every project end-to-end. Same lead from discovery through stabilization, with daily lab notes and a written test plan before code merges.






Tech Stack
The languages, frameworks, and infrastructure we ship with. We don't list anything we aren't actually using in production engagements.
Process
Five phases on every build. Same rhythm whether the project is a custom app, a mobile product, or a server infrastructure migration.
Discovery
Two paid weeks producing scope letter and architecture.
Foundation
Repo, CI/CD, observability, and security baselines.
Iterative delivery
Two-week sprints with deployed preview at each close.
Launch
Production deployment, runbook, on-call handover.
Stabilization
30-day post-launch support window for adoption.
Differentiators
OWASP ASVS-aligned defaults, threat modeling at architecture sign-off, dependency review at every merge.
Performance budgets set at architecture sign-off and enforced in CI. Lighthouse Performance ≥ 95 on web work.
We build with the depth that comes from reading other people's code. Failure modes other teams discover at runtime, we anticipate at design time.
Boring, well-supported technology choices. Architecture decision records. Type coverage and observability above industry baseline.
Questions
We offer custom software development, mobile app development for iOS and Android, website and web application development, server deployment, server management and DevOps, and technical video production. Six services covering the full lifecycle of building, deploying, and operating software.
Our software development services are built by engineers who professionally reverse-engineer software. That depth shows up in architecture decisions, security defaults, and the kind of failure modes we anticipate. We build software the way we wish other people had built the software we have to reverse-engineer.
Both. Greenfield enterprise software development is roughly half of our development services work; legacy modernization informed by reverse-engineering depth is the other half. The two often combine — replacing a legacy system requires understanding what it actually does, not what its documentation claims.
Default backend: TypeScript with Node.js or Deno, Python, Rust, or Go where the workload calls for it. Default frontend: Next.js, React, TypeScript, Tailwind CSS. Mobile: Swift / SwiftUI, Kotlin / Jetpack Compose, React Native, Flutter. Infrastructure: AWS, Azure, GCP, Cloudflare, Vercel, Kubernetes, Terraform.
Engagements start with a paid two-week discovery phase. The output is an architecture proposal, technology selection, milestone breakdown, and a fixed scope letter for the build. We offer fixed-bid for well-bounded scopes and time-and-materials for exploratory work.
Yes. Every engagement includes a 30-day post-launch stabilization window. Ongoing maintenance and operations move into our server management services or a dedicated retainer engagement, depending on the scope your team needs.
Project pricing depends on scope, timeline, and team composition. We offer both fixed-bid and time-and-materials engagement models. Discovery is paid; the resulting scope letter sets the engagement model and pricing for the build phase.
Yes. A meaningful share of our work is enterprise software development for organizations under SOC 2, HIPAA, ISO 27001, FedRAMP, or industry-specific regulatory regimes. Compliance constraints inform architecture from the discovery phase forward — not retroactively before audit.
Two-week paid discovery, fixed scope letter, then build. All engagements run under NDA.
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