Can we start before we have a complete brief?
Yes. Start with the workflow, people affected, systems and data involved, current constraints, and desired outcome. Discovery turns that context into a decision brief, system map, assumptions, exclusions, and a credible first production boundary.
Can you assess an existing application before proposing changes?
Yes. An architecture and reliability assessment can cover product purpose, workflows, domain rules, architecture, data, integrations, long-running work, security and privacy boundaries, accessibility, testing, delivery, observability, recovery, and ownership. The result is evidence and a sequenced plan—not an automatic rewrite recommendation.
Can you work inside our current stack and repository?
Usually. The first step is to understand repository conventions, runtime boundaries, source-of-truth files, generated code, canonical commands, risk areas, and the release path. Technology changes are proposed only when the operational or product case justifies them.
What do we receive during discovery?
Discovery is shaped to the problem, but it commonly produces a decision brief, workflow and system map, domain and data boundaries, important risks, architecture options, assumptions and exclusions, acceptance criteria, delivery slices, and an initial rollout and recovery approach.
How do you make migrations, imports, scheduled jobs, and synchronizations safer?
We define what can be retried, how duplicates are detected, which state is authoritative, what concurrency and cancellation mean, how partial results are recorded, how work resumes after interruption, and how operators reconcile, replay, backfill, or roll back safely.
How are security, privacy, and accessibility handled?
They are concrete product and architecture boundaries. Work may include permission and data-flow mapping, collection minimization, threat and abuse cases, control states, keyboard and focus behavior, contrast and reflow review, dependency and delivery controls, risk-selected tests, and production verification. The exact controls follow the system and its obligations.
Can the architecture remain cloud- or vendor-neutral?
Yes, when portability supports the business. We separate business rules and contracts from provider-specific adapters where that tradeoff is worthwhile, document the remaining dependencies, and avoid claiming neutrality where a required platform is intentionally central to the design.
What does handoff and ongoing ownership include?
The handoff should make operation and change understandable. Depending on scope, that can include architecture decisions, repository guidance, deployment and rollback steps, runbooks, monitoring and recovery guidance, data contracts, test routes, release records, user or operator documentation, and a clear ownership map.
When does open source or self-hosting make sense?
It can make sense when inspectability, deployment control, data location, portability, extension, public distribution, or a community model matters enough to justify the operating responsibility. Licensing, packaging, documentation, upgrades, backups, restoration, security reporting, and contribution boundaries all need deliberate treatment. See our open and self-hosted work.
What should we send before the first conversation?
A short description is enough: what people are trying to do, where the work breaks down, who is affected, which systems or data are involved, what constraints or deadlines matter, and what a better outcome would look like. Links, diagrams, screenshots, or a repository can follow when appropriate.