Enterprise Software Development Services We Offer in San Francisco
Enterprise engagements here fall into four shapes. Core system replacement is the hardest: a claims platform, a permitting and licensing system, a patient or member portal, a trading or risk tool, or a settlement engine that runs on COBOL, Oracle Forms, or a decade-old Java monolith that nobody dares redeploy. We do this as a strangler-fig migration with a routing seam in front of the legacy system, moving one bounded context at a time behind a stable contract, so value ships in months and the rollback is always one route change. Internal developer platform work is the second shape, and it is what large San Francisco engineering organisations most often actually need: golden paths, a service catalogue on Backstage, paved-road CI and CD, and policy enforced as code rather than as a wiki page. Data and integration platform work is the third: an event backbone, change data capture off systems that were never designed to publish events, a governed warehouse, and a lineage story an auditor can follow. The fourth is regulated product engineering, where the differentiator is not the framework but the evidence: authorization models, immutable audit logs, retention and deletion machinery, accessibility conformance, and documentation that survives an external assessment rather than describing an intention.
Our Enterprise Software Development Development Process
We run Pacific Time for San Francisco clients. Edmonton starts at 8 AM Mountain, which is 7 AM Pacific, so a 9 AM PT architecture review meets a team two hours into its day, and Edmonton's day ends at 4 PM Pacific rather than leaving San Francisco unattended all afternoon. Chandigarh, roughly twelve and a half hours ahead of San Francisco during Pacific Daylight Time, covers the overnight window with load tests, migration rehearsals, accessibility audit sweeps, and long integration suites, so results are on the board before the Pacific morning. Discovery starts with three artifacts, not a backlog: a system inventory naming every integration and every consumer of the system being changed, a data classification that identifies protected health information, non-public personal information, criminal justice information, and California sensitive personal information wherever they sit, and a decision record on which bounded context moves first. We then write the seam before we write features, because a migration without a routing seam has no rollback. Build runs in two-week sprints with a demo on a real environment against real-shaped data. Every release carries an accessibility check, an authorization test suite, and a threat model delta. We do not treat security review, accessibility, or audit logging as a hardening phase at the end, because that is exactly where enterprise programs slip a quarter.
Enterprise Discovery & Architecture Review
2-3 WeeksWe assess the current landscape — systems, integrations, data ownership, security posture and the constraints nobody wrote down — then define target architecture and a delivery sequence tied to business outcomes.
Solution Design & Security Model
3-4 WeeksDomain modelling, API contracts, identity and permission design, data classification and non-functional requirements agreed with your security and infrastructure stakeholders before code is written.
Agile Delivery
12-32 WeeksCross-functional squads deliver in two-week sprints with CI/CD, automated testing and environment parity. Every sprint produces something demonstrable in an environment your stakeholders can log into.
Integration, Hardening & UAT
4-8 WeeksEnd-to-end integration testing, penetration testing, load and failover testing, accessibility review and structured UAT with business process owners.
Rollout & Managed Support
OngoingPhased rollout by business unit or region with a rehearsed runbook, then managed support against agreed SLAs, on-call rotation and a funded enhancement backlog.
Technologies We Use for Enterprise Software Development
Service layers run on Java 21 with Spring Boot, TypeScript and Node, Go, Python with FastAPI, or .NET 8, chosen to match what your team can actually maintain rather than what we prefer. Front ends run on React and Next.js with accessibility conformance tested in continuous integration using axe-core and manual screen reader passes, because automated tooling catches roughly half of WCAG failures. PostgreSQL is the default system of record with strict schema migration discipline, Kafka is the event backbone, Debezium provides change data capture off legacy databases that were never designed to publish, and Temporal handles long-running workflows that must survive deploys. Infrastructure runs on Kubernetes with Terraform, ArgoCD, and Open Policy Agent for policy as code, with Backstage as the developer portal and OpenTelemetry feeding Datadog or Grafana. Identity runs on Okta, Microsoft Entra ID, or Auth0, with authorization modelled explicitly rather than inferred from roles scattered through controllers. Health system integration speaks HL7 v2, FHIR R4, and SMART on FHIR against Epic. Payments work speaks ISO 8583 and ISO 20022. Hosting defaults to AWS us-west-1, the N. California region in the Bay Area, paired with us-west-2 in Oregon. On Azure the nearest region is West US, physically in California but without availability zone support, so production pairs it with West US 2 in Washington or West US 3 in Phoenix. Google Cloud has no Bay Area region, so us-west1 in Oregon and us-west2 in Los Angeles are the nearest options.
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