API architecture, service orchestration, and enterprise system integration designed for reliability and operational sustainability.
Enterprise system connectivity across ERP, SaaS, and custom platforms
Point-to-point integrations accumulate until changing one system breaks three others because coupling, failure handling, and monitoring were never designed.
This engagement fits when:
Warning signs
Integrations that break silently
API contracts that drift without detection
Legacy systems that can't be replaced but must be connected
Multi-system workflows with no single point of observability
How your systems couple — patterns, contracts, failure handling designed before any connection is built. The source of truth that prevents integration drift.
REST, GraphQL, or event-driven chosen by use case, not team default. Contracts designed with versioning, error handling, and documentation from the start.
Multi-step workflows that span systems need a coordination layer. We design orchestration that's reliable and observable.
ERP, CRM, legacy platforms each with proprietary formats, version mismatches, and pre-modern auth. We know the patterns that hold under production conditions.
Questions we answer
How tightly should these systems depend on each other?
What happens when an integration dependency breaks?
Should this be event-driven or synchronous?
How do you integrate legacy systems without inheriting their fragility?
We design from the coupling decision outward, then engineer every failure mode before it reaches production.
How this differs
Coupling analysis before integration design
Event-driven where appropriate, synchronous where correct
Integration layer designed for observability from day one
Legacy systems connected without inheriting their fragility
The monitoring framework is part of the deliverable — dashboards, alerting, and runbooks for the integration points we build. Your team operates it post-engagement. If you want ongoing support, that's a separate arrangement, but most clients take over monitoring once the integrations are stable and documented.
Yes. Most integration work involves systems you don't control. We build adapters that handle their quirks: rate limits, inconsistent error responses, undocumented behavior. The integration layer absorbs that complexity so your internal systems don't have to.
We design integration layers with change isolation in mind. The adapter that talks to a third-party system is separate from your business logic. When their API changes, we update one component and not every system that depends on the data. Contract tests catch breaking changes before they reach production.
Yes. Legacy systems often expose only database access, file drops, or proprietary protocols. We build adapter layers that translate those interfaces into something your modern systems can consume reliably. We design with the assumption that the legacy system won't change.
A senior architect will review your situation and recommend the right starting point.