Our automotive experts guide OEMs, suppliers, and mobility startups in building future-ready software systems. From smart factories and EV platforms to telematics and ADAS integration, we deliver technology solutions that reduce costs, increase safety, and support the shift toward electrification, autonomy, and personalized mobility experiences.
Hire developers to create advanced automotive applications including fleet management, connected car interfaces, autonomous systems, and IoT integrations. We bring expertise in embedded systems, HMI, data analytics, and cloud platforms to develop secure, compliant, and efficient digital solutions for the evolving automotive ecosystem.
We develop cloud-enabled platforms that collect real-time vehicle data for advanced diagnostics, performance monitoring, and usage-based insights. ... These systems support OTA (Over-the-Air) updates, remote locking/unlocking, geo-fencing, and alerts, enhancing vehicle intelligence and driver control. Read More
Our fleet solutions offer live vehicle tracking, route planning, fuel usage reports, and driver behavior analytics. ... They empower logistics providers to increase operational efficiency, reduce costs, and ensure safety compliance through automated and intelligent workflows. Read More
We design modern human-machine interfaces with touch, voice, and gesture controls that deliver intuitive, distraction-free user experiences. ... The infotainment systems include media, navigation, climate control, and third-party app integrations for connected in-car environments. Read More
Our telematics platforms connect vehicles with the cloud, enabling data flow from sensors and control units. ... These solutions provide insights on speed, location, fuel levels, and component health, improving real-time monitoring and fleet visibility. Read More
We build custom ERP and Dealer Management Systems for automotive brands to streamline production, inventory, finance, sales, CRM, and after-sales service. ... These platforms unify operations across manufacturers and dealer networks for better control. Read More
Our apps help EV users find charging stations, check availability, pay digitally, and track session history. ... We also integrate real-time battery health, charging optimization, and vehicle-to-grid (V2G) support for better EV ownership experience. Read More
We engineer components of autonomous systems including environment perception, localization, object detection, and real-time decision-making. ... These modules are trained on AI models and optimized for performance across L2–L5 autonomous driving levels. Read More
We digitize vehicle service operations with tools for job cards, appointment scheduling, spare parts management, and billing. ... Service centers benefit from reduced downtime, improved customer experience, and analytics-based performance tracking. Read More
We develop B2B and B2C eCommerce platforms to browse, order, and manage auto spare parts with inventory sync and shipment tracking. ... These platforms support VIN-based search, compatibility checks, and distributor integrations. Read More
We use AI to analyze vehicle sensor data and predict potential breakdowns before they occur. ... This proactive maintenance approach helps reduce repair costs, avoid critical failures, and enhance overall vehicle lifespan. Read More
Artificial Intelligence is redefining how vehicles are built, driven, and managed. From smart manufacturing to autonomous driving, AI plays a central role in making the automotive industry safer, more efficient, and highly personalized.
ey Applications of AI in Automotive
AI powers perception, path planning, and control systems in self-driving vehicles. Using neural networks, sensors, and real-time decision engines, vehicles can detect obstacles, predict motion, and navigate complex environments.
Machine learning algorithms analyze sensor data to detect early signs of wear and tear. AI-driven alerts help prevent breakdowns, reduce repair costs, and extend vehicle lifespan.
AI tracks fatigue, distraction, and unsafe habits using computer vision and in-cabin sensors. These insights improve safety and help insurers offer usage-based premiums.
AI-powered robots and visual inspection systems ensure zero-defect manufacturing. Computer vision detects defects in real-time, while AI optimizes production workflows for lean operations.
From voice-controlled assistants to predictive music suggestions, AI enhances in-vehicle entertainment. It adapts to user preferences for navigation, temperature, and in-car content.
AI processes real-time vehicle data to generate actionable insights on performance, usage, and environment. These insights help OEMs improve vehicle design, maintenance, and post-sale services.
AI models predict demand fluctuations, optimize logistics routes, and reduce delays in sourcing and distribution. This results in efficient production planning and lower operational costs.
AI adjusts power consumption based on terrain, driving style, and weather to extend electric vehicle range. It also helps in dynamic battery health monitoring.
Leveraging AI and machine learning to power autonomous driving support, driver behavior analytics, and predictive maintenance.
Streamlined internal automotive workflows, including manufacturing, supply chain, and service management through intelligent automation.
Dedicated team focused on innovation, R&D, and rapid deployment of next-gen automotive digital solutions.
Developed connected car ecosystems by integrating sensors, ECUs, and cloud platforms for real-time data processing.
Delivered hybrid edge-cloud architectures to handle data-heavy automotive applications with speed and scalability.
Recognized for software excellence in building transformative solutions for the evolving automotive landscape.
Our agreement on the fixed budget, and SOW on the project, we tie the payments to the milestones.
With Milestone delivery we charge you according to team size and development progress. Recommended option for flexible SOW projects.
Agreement on SOW with appointment of full-time resource/s with hourly based charge with a fixed total budget spend.
What's on your mind? Reach out and let us help you find the answers you need.
Yes, we specialize in building connected car platforms that support real-time data streaming, telematics, OTA firmware updates, driver behavior monitoring, and remote diagnostics. Our solutions help OEMs provide value-added services and improve post-sale engagement.
Yes, our teams are proficient in developing apps and interfaces for Android Automotive OS and Automotive Grade Linux (AGL). We create infotainment systems, in-dash applications, and custom UI/UX experiences that are scalable across different vehicle models.
We integrate GPS and routing functionalities using APIs like HERE Maps, Google Maps, Mapbox, and TomTom. We also offer custom routing algorithms optimized for fleet logistics, electric vehicle range considerations, and traffic-based path recalculations.
Our automotive solutions are built to comply with ISO 26262 (functional safety), GDPR (data privacy), and global automotive cybersecurity standards. We implement role-based access, encrypted communication, secure boot, and over-the-air update verification for maximum protection.
Yes, we create apps that help users locate EV charging stations, monitor battery status, manage payments, and receive smart charging alerts. We also support integration with OEM BMS (Battery Management Systems) and V2G (Vehicle-to-Grid) protocols.
Absolutely. Our fleet platforms use AWS IoT, Azure for Mobility, and GCP services to support vehicle telemetry, driver behavior analytics, predictive maintenance, and dispatch automation. These platforms are optimized for real-time data flow and mobile accessibility.
Yes, we connect OBD-II, CAN Bus, and other vehicle sensors with mobile apps via BLE, Wi-Fi, or LTE. Our integration layer ensures encrypted data transmission, event-based alerts, and seamless visualization of real-time parameters like fuel levels, RPM, and engine health.
We design infotainment UIs that are adaptable across varying screen sizes and resolutions, from entry-level dashboards to luxury dual-screen setups. Our teams use responsive design principles, scalable vector assets, and test interfaces across emulators and actual hardware.
Yes, we build AI-driven predictive maintenance systems using machine learning algorithms, sensor data, and historical logs. These systems notify users of potential part failures, recommend servicing, and reduce unplanned downtimes by improving maintenance planning accuracy.
We offer flexible engagement models including fixed-price development, dedicated developer teams, and project-based outsourcing. Our engineers have deep domain expertise in mobility tech, connected systems, and automotive standards, ensuring quick onboarding and reliable delivery.