Microservices Development

Microservices Built for Distributed System Discipline

Microservices are not just smaller services. They require clear domain boundaries, reliable communication, controlled deployments, runtime visibility, and failure handling across the entire system.

Sampark designs microservice architectures around service ownership, API contracts, data boundaries, gateway routing, configuration management, observability, and deployment readiness.

The focus is on building services that can scale independently, fail safely, integrate cleanly, and remain manageable in production.

Microservices Built for Real Production Complexity

Service Boundaries That Make Sense

Sampark defines microservices around domain ownership, data responsibility, API contracts, and deployment independence instead of simply breaking applications into smaller pieces.

Java Engineering Depth

Strong Spring Boot, Spring Cloud Gateway, WebFlux, API, configuration, and resilience engineering capabilities help teams build services that are technically sound and production-ready.

Production-Grade Reliability

Retries, timeouts, circuit breakers, health probes, monitoring hooks, logging, tracing, and deployment controls help reduce operational surprises in distributed environments.

Cloud-Native Delivery Readiness

Containerization, CI/CD alignment, Kubernetes readiness, environment profiles, rollback planning, and release validation keep microservice delivery manageable at scale.

Clinical and Operational AI

Healthcare Intelligence & Automation

AI agents, NLP, and workflow intelligence for patient support, healthcare records, and hospital operations.

Clinical AI Stack

Patient Engagement AI Conversational support for patient journeys Clinical Workflow Support AI-assisted coordination across care teams Healthcare Document AI NLP extraction from records and reports Appointment & Query Automation AI agents for front-desk interactions Medical Knowledge Search RAG search across approved healthcare content Hospital Operations Insights AI detects delays, gaps, and service patterns

AI for Plants and Assets

AI for Plants, Assets & Operations

Machine learning, IoT signals, and agentic monitoring for manufacturing, maintenance, energy, and shopfloor intelligence.

Plant AI Layer

IIoT & IoT Integration AI-ready signals from machines and sensors Predictive Maintenance ML models predict early failure signals MES Intelligence AI visibility into production bottlenecks Shopfloor Monitoring Machine and operator activity intelligence Energy & Asset Insights AI detects abnormal usage and drift Plant Command View AI-assisted operational decision layer

Computer Vision AI

Computer Vision for Real-World Events

Vision AI for workplace safety, surveillance intelligence, restricted zones, movement analysis, and visual evidence workflows.

Vision AI Layer

Intelligent Video Surveillance AI detection over live camera streams Safety Violation Detection Computer vision for PPE and unsafe actions Restricted Area Monitoring AI watches mapped zones and boundaries People & Crowd Analytics Density, movement, and congestion intelligence Vehicle & Gate Intelligence AI-enabled entry and vehicle visibility Event Alerts & Evidence Visual proof for incidents and actions

Workflow and Document AI

Intelligent Workflow & Document Automation

AI agents that classify work, read documents, recommend actions, and move business processes with human control.

Agentic Workflow AI

Workflow Automation AI-guided approvals, tasks, and escalations Intelligent Task Routing AI classifies and assigns business work Document Processing OCR and NLP for document understanding Decision Support Automation AI recommendations for operational decisions Omnichannel Automation AI responses across business channels Exception Management AI detects process delays and SLA risk

Copilots and Knowledge AI

Enterprise Copilots, RAG & Knowledge AI

Enterprise-grade GenAI using approved knowledge, role-aware copilots, document intelligence, and governed AI responses.

RAG & Agents

Enterprise AI Chatbots GenAI support for customers and employees Internal Copilots Role-aware assistants for business teams Knowledge Search / RAG Answers grounded in approved documents Document Summarization LLMs convert long content into insights Business Query Assistant Ask business questions in natural language GenAI Governance Access, audit, and controlled AI behavior

Security Intelligence Layer

AI-Driven Security Operations

AI for threat correlation, anomaly detection, vulnerability prioritization, SOC/NOC assistance, and security response workflows.

AI SecOps

AI Network Security ML detects unusual traffic behavior Threat Correlation AI connects alerts, assets, and users Anomaly Detection Models identify abnormal activity patterns SOC / NOC Intelligence AI support for triage and investigation Vulnerability Intelligence Risk-based AI prioritization of exposure OT / IoT / IIoT Security AI monitoring for connected industrial assets

Forecasting and Decision AI

Forecasting, Risk & Decision Intelligence

Predictive models and GenAI summaries that surface demand signals, risk patterns, operational drift, and decision-ready insights.

Predictive AI

Demand Forecasting ML forecasts volume, demand, and pressure Pattern Discovery AI finds hidden operational trends Risk Prediction Models predict failures and delays Performance Insights AI highlights bottlenecks and gaps Asset Health Insights AI tracks condition and behavior drift Management Decision Views GenAI summaries for leadership action

API Gateway

REST and Event APIs

OAuth, JWT and RBAC

Loosely Coupled. Independently Deployable.

Containers and Kubernetes

Retries, Timeouts and Circuit Breakers

Logs, Metrics and Traces

Sampark's Microservices Development Capabilities

Spring Boot Service Development

API Gateway and Edge Routing

Reactive and Non-Blocking Services

Cloud-Native Configuration and Runtime Control

Resilience and Service Communication

Observability and Deployment Readiness

Break Monolith Limits Without Creating Distributed Chaos

Microservices Built for Distributed System Discipline