Backend Development Services

Backend development for APIs, integrations, data pipelines, and reliable product infrastructure.

About

We build backend systems for products that need reliable APIs, integrations, data flows, and operational stability. This service is deliberately technology-agnostic: the focus is system design, scalability, security, and maintainable delivery rather than a fixed stack. Java/Spring is common but not required; for JVM-specific delivery, see Java Development Services. From modular monoliths to distributed event-driven platforms, we build backends meant to support real products under production load.

What We Deliver

Microservices & System Architecture

  • Monoliths, microservices, modular architectures
  • DDD, Event-Driven Architecture, CQRS
  • API gateways, service discovery, messaging
  • Stack selection based on requirements (e.g., Java/Kotlin, Node.js, Go)
  • Outcome: architecture that scales cleanly with clear ownership and boundaries.

Database Engineering

  • PostgreSQL 14–16, ClickHouse, Oracle, Redis
  • Data modeling, indexing, partitioning
  • High-throughput analytics, OLAP queries
  • ETL pipelines (Batch + Streaming)
  • Outcome: reliable data models and transparent data flows.

API Development & Integrations

  • REST API design (OpenAPI/Swagger)
  • SOAP services for enterprise systems
  • GraphQL APIs
  • Event streaming: Kafka
  • High-performance RPC with gRPC
  • Third-party system integrations (ERP, CRM, fintech, logistics)
  • So frontends, partners, and legacy systems stay connected without fragile workarounds.

Security & Authorization

  • Spring Security
  • Keycloak, Apereo CAS
  • OAuth2, SSO, MFA, JWT
  • Role-based access control (RBAC)
  • Audit trails & compliance workflows
  • Outcome: secure access control and audit-ready systems.

Reporting & Analytics

  • PDF, XLS, CSV generation
  • BI integrations
  • Custom reporting APIs
  • Data aggregation (OLAP/ClickHouse)
  • Outcome: reporting that supports decisions and compliance.

Performance & Reliability

  • JUnit 5, Testcontainers
  • Load testing and profiling (CPU, memory, SQL)
  • Caching strategies (Redis)
  • Fault-tolerant design patterns, retries, and circuit breakers
  • So systems remain stable under peak load and incidents are diagnosed faster.
When to use

When You Need Backend Development

This service is ideal for companies that:

01Work with sensitive data in regulated or security-critical domains (finance, logistics, healthcare, enterprise)
02Need microservices or a scalable monolith
03Require integrations with external APIs or legacy systems
04Handle high load, real-time data, or event streams
05Need secure authorization (SSO, OAuth2, MFA)
06Want to modernize or migrate outdated backend infrastructure
07Require custom reporting or internal tools

Tools & Technologies

Languages & Frameworks

  • Java 21
  • Spring Boot
  • Spring Cloud
  • PF4J
  • OSGi

Databases

  • PostgreSQL
  • ClickHouse
  • Oracle
  • Redis

Protocols

  • REST
  • SOAP
  • GraphQL
  • Kafka
  • gRPC
  • WebSocket

Security

  • Spring Security
  • Keycloak
  • CAS
  • JWT
  • OAuth2
  • MFA
  • SSO

Testing & Optimization

  • JUnit 5
  • Testcontainers
  • JProfiler
  • YourKit
  • SQL optimization

Infrastructure

  • Docker
  • Kubernetes
  • Nginx
  • CI/CD pipelines
Featured Cases

Founder-Relevant
Case Studies

FAQ

FAQ

We select technologies based on system requirements. Java/Spring is a core stack for complex backends, but this page focuses on backend delivery overall. For JVM-specific delivery, see Java Development Services.

Yes. We implement SSO, OAuth2, MFA, RBAC, audit logs, and full enterprise authentication flows.

Yes. We work with REST, SOAP, Kafka, gRPC, and can connect to ERPs, CRMs, payment systems, and custom enterprise software.

Yes — we design and build streaming, event-driven, and horizontally scalable architectures, including systems used in banking, telecom, and SaaS environments.

Yes — we handle full migrations from monoliths, outdated Java versions, or legacy enterprise stacks.

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System performance, scalability, security, and availability depend on architecture, infrastructure, workloads, and operational practices. No specific guarantees are provided.