Engineering software that businesses can depend on unconditionally.
Setuware products share a resilient engineering foundation built for strict security, failure isolation, operational visibility, and predictable horizontal scaling.
One Platform Foundation. Multiple Industry Engines.
Common platform capabilities are developed once and shared across products, keeping core domain models modular and decoupled.
1. Shared SaaS Foundation
Centralized platform utilities handling non-domain logic across all applications.
2. Domain-Isolated Workflows
Dedicated application services executing business rules for specific industries.
3. Persistence & Execution
Strictly isolated data structures and asynchronous background processors.
Security by Design, Not by Post-Processing
Security is embedded at every layer of the network request lifecycle—from identity assertion to disk write operations.
Authentication
Identity assertion via OAuth2 / OIDC with hardware-backed MFA enforcement and strict session invalidation.
Authorization
Attribute-Based Access Control (ABAC) enforced at the API gateway and database proxy layers.
Data Isolation
Logical separation enforced via row-level security policies (RLS) and schema isolation per tenant boundary.
Encryption Lifecycle
AES-256 for data at rest; TLS 1.3 for data in transit with automated TLS certificate rotation.
Audit Trail
Immutable, append-only security journals recording every administrative and state-changing action.
Secrets Management
Zero hardcoded keys. Secrets injected dynamically at runtime via KMS with automated rotation.
Failure Engineering
Networks break. Third-party APIs timeout. Database connections get exhausted. We build systems under the assumption that hardware and network failures are guaranteed, everyday occurrences.
Prevents duplicate requests (e.g., payments, inventory deducts) during client retries or network drops.
Fails fast on degraded downstream services to prevent cascading resource starvation across the platform.
Isolates malformed asynchronous messages, preserving pipeline throughput while flagging errors for review.
Fallback UI states and cached reads maintain core user workflows even if non-critical microservices fail.
If We Can't See It, We Can't Operate It
Every production service streams telemetric data into unified observability dashboards for proactive anomaly detection.
Structured Logs
JSON logs tagged with request IDs, trace IDs, and tenant IDs to trace user requests across service boundaries.
Metrics & Telemetry
P99 latency bounds, error rates, memory headroom, and pool utilization measured in real time.
Distributed Tracing
Full lifecycle visualization of complex multi-step database transactions and API calls.
Our Engineering Principles
The non-negotiable architectural tenets that govern every pull request and system design at Setuware.
Measure Before Optimizing
No premature optimization based on gut feel. Every bottleneck must be proved via APM traces and telemetry.
Design for Failure
Network partitions, database timeouts, and third-party API outages are treated as guaranteed invariants.
Prefer Boring Infrastructure
We build on battle-tested, predictable primitives (Postgres, Linux, Docker) rather than transient edge hype.
Keep Complexity Internal
The user should experience pure simplicity. The heavy lifting of concurrency, locks, and state stays hidden.
Make Systems Observable
If an issue cannot be reproduced via structured logs, metrics, or traces, the diagnostic pipeline is broken.
Security is Foundational
Security is an architectural constraint integrated from day zero, not a checklist applied before launch.