Excellence in Product Design Engineering for High-Tech Industries
Two core practice areas — Automotive Embedded Engineering and Digital Solutions — delivered by 50+ domain-aligned engineers across global OEM and Tier-1 engagements.
Embedded Engineering, End to End.
Embedded Software
Platform software, OS, and middleware for automotive MCUs and devices.
Linux
AndroidQNXBluetoothWi-FiCAN BusHardware Design
Electronic design and simulation across automotive, industrial, IoT, and custom domains.
Internet of Things (IoT)
End-to-end IoT development from edge devices to cloud — with AI/ML integration.
AWS
Firebase
TensorFlow
Node.js
Docker
KubernetesVerification & Validation
Comprehensive testing from functional to environmental — with industry-standard toolchains.
Jenkins
GitHubSpecialized Services Across the Full Engineering Lifecycle
Domain-aligned engineering services delivered by 50+ specialists across automotive, embedded, digital, and AI engineering disciplines.
AI/ML Engineering
Developing, deploying, and optimizing AI/ML solutions for vehicle perception, driver and occupant monitoring, ADAS, intelligent cockpit, and in-vehicle personalization.
Python
PyTorchCUDATensorRTONNX Runtime
OpenCVDeepStreamYOLODetectron2Cloud Engineering
Designing scalable, secure cloud platforms connecting vehicles, ECUs, mobile apps, and backend systems. Enables vehicle data collection, telemetry, remote diagnostics, OTA updates, fleet management, connected services, and AI/ML analytics.
AWS
Azure
Google CloudDockerKubernetes
GitGitHub/GitLabJenkinsMicroservicesRESTOAuth 2.0TLS/SSLWebSocketsAWS IoT CoreAzure IoT HubFull-Stack Web Development
End-to-end web applications and digital platforms for automotive use cases, covering frontend UI, backend services, APIs, databases, cloud integration, and vehicle/ECU data connectivity.
React.js
Angular
Vue.js
HTML5
CSS3
JavaScript
TypeScriptNode.jsPython
Java
C++RESTGraphQLMQTTWebSocket
MySQL
MongoDBHardware Design
Complete development of electronic hardware for vehicle systems — from concept and architecture through schematic design, PCB layout, prototype development, validation, and production readiness.
HMI Development
Development of intuitive, responsive, and automotive-grade HMI for digital cockpit systems, including Digital Instrument Cluster, Infotainment/IVI, Head-Up Display (HUD), Rear Seat Entertainment, DMS/ADAS visualization, and vehicle settings.
Qt/QMLOpenGL ESAndroid AutomotiveQt Quick 2D/3D
FigmaAndroid StudioInternet of Things (IoT)
Enables vehicles, ECUs, sensors, mobile applications, cloud platforms, and backend services to communicate and exchange data in real time — supporting connected vehicle services, remote monitoring, predictive maintenance, diagnostics, fleet management, OTA updates, and analytics.
Platform Engineering
Enables OEMs and Tier-1s to build scalable platforms for eCockpit, Infotainment, Digital Cluster, ADAS, DMS, Telematics, Gateway, and other domain/zonal ECUs, with support for Linux, Android Automotive, QNX, and AUTOSAR-based environments.
LinuxYoctoQNXAndroid AutomotiveFreeRTOSAUTOSARISO 26262ISO 21434ASPICEMISRASystem Engineering
E/E architecture, system architecture, MBSE, functional decomposition, requirements engineering, interface definition, system integration, diagnostics, safety, cybersecurity, and V&V.
V&V Services
Complete V&V lifecycle — from requirements analysis and test-case development to automated testing, integration testing, HIL/SIL/MIL validation, defect management, regression testing, and final release validation.
Virtualization
Enables multiple automotive software environments or operating systems to run independently on a single high-performance automotive computing platform — partitioning CPU, GPU, memory, storage, and I/O resources for Infotainment, Digital Cluster, ADAS, DMS, Telematics, and Connectivity domains.