High-performance web, mobile, and cloud architectures optimized for real-time data ingestion, processing, and visualization at scale.


Full-stack web development with React, Next.js, and Node.js, delivering responsive dashboards and complex data visualization.

Native and cross-platform mobile applications for iOS and Android with offline-first architecture and real-time sync.

Cloud-native infrastructure on AWS, GCP, and Azure with auto-scaling, containerization, and managed Kubernetes.

RESTful and GraphQL API design with OpenAPI specifications, authentication, rate limiting, and comprehensive documentation.
Scalable system architecture design with microservices, event-driven patterns, and data flow optimization.
Iterative development with continuous deployment, automated testing, and performance benchmarking at every stage.
Production deployment with monitoring, observability, auto-scaling, and disaster recovery procedures.
Data-driven sprint planning and automated workload distribution across specialized engineering squads.
End-to-end trace collection and real-time anomaly detection across every microservice and client node.
Cryptographically verified identity management and mTLS-secured communication between all system components.
ChipTalk's software practice is built for systems that demand both frontend polish and backend resilience. Our architects have delivered cloud-native platforms handling 100K+ RPS, healthcare-data pipelines with HIPAA compliance, and real-time IoT dashboards ingesting 50 million data points per day. We select stacks deliberately—TypeScript/Next.js for web, Flutter for mobile, Go/Rust for performance-critical services—matching the tool to the problem.
Built a real-time monitoring platform for a smart factory with 10K+ IIoT nodes, ingesting 50 M data points/day via WebSocket and rendering sub-second latency dashboards.
Architected a HIPAA-compliant cloud backend for a telemedicine startup, achieving 99.99% uptime over 18 months with automated disaster recovery across three AWS regions.
We bring hardware-software co-design thinking to every project: our APIs are architected with edge-device latency budgets in mind, and our mobile apps are built for BLE-deep integration from the first commit. Full-stack means full-stack.