Automotive Software Development Services

We design the architecture that lets you ship vehicle features as software: centralized compute, service-oriented middleware, and safe separation between domains. What you get:

• Adaptive AUTOSAR Integration. Middleware that standardizes communication between hardware and software across the vehicle network, so services can be deployed and updated independently on central compute.
• Hypervisor-Based Domain Isolation. Hypervisors separate safety-critical control functions from infotainment, so a fault in one domain can’t affect the other.
• High-Performance Compute Centralization. Consolidated zonal controllers absorb legacy distributed ECUs to drastically reduce wiring weight. This centralized topology accelerates internal data routing and simplifies overall vehicle engineering.
• Automotive CI/CD Automation. Migration from distributed ECUs to zonal and central compute: fewer ECUs, less wiring, simpler data routing.

We develop embedded software that runs directly on a vehicle’s electronic control units (ECUs) and domain controllers (DCUs) to control critical driving functions: steering, braking, engine control, airbag deployment, battery management, power distribution, and more. What you get:

• ECU & DCU Firmware Development.Firmware for electronic control units (ECUs).
• AUTOSAR Integration. Classic and adaptive AUTOSAR stacks enable modular components, software reuse, and vendor-agnostic development across various hardware platforms.
• Flash Memory Management. Secure bootloaders with memory segmentation, validation checks, and A/B partitioning support enable safe OTA deployments.
• Real-Time Operating System (RTOS) Customization. We configure FreeRTOS, QNX, and Zephyr for hard real-time requirements, including low-level drivers and I/O scheduling.
• Diagnostics & Communication Protocols. Our firmware supports LIN, CAN, CAN-FD, and Ethernet stacks with diagnostics (UDS, DoIP), DTC management, and ISO 14229/ISO 15765 support.
• Safety-Critical Code Compliance. Static analysis, formal verification, and unit-level coverage analysis produce the evidence required for MISRA C compliance and ISO 26262 work products up to ASIL.

We build AUTOSAR-based ADAS/AD architectures that are safe, reliable, and compliant, from Level 1 to Level 4 autonomy. Our algorithms and systems turn vehicle data into real-time decisions.

We develop full-cycle ADAS/AD solutions, including sensor programming, embedded OS integration, real-time data processing, algorithm optimization, and ADAS apps that automate key driving tasks. What you get:

• Real-Time Sensor Data Fusion. Fusion pipelines combine LiDAR, radar, camera, and ultrasonic inputs into one real-time environment model. We prototype in ROS 2 and port to production middleware.
• Edge-Optimized Neural Networks. Perception models quantized and pruned for automotive-grade hardware from NVIDIA and NXP, so object detection runs in the vehicle within its latency budget.
• Dynamic Trajectory Planning. Predictive models of other road users feed path planning that handles dense traffic and complex junctions.
• Closed-Loop Virtual Validation. Simulation in CARLA generates and replays edge-case scenarios at scale, so behavior is validated before road testing.
• ISO 26262 Safety Logic Architecture. The control layer embeds deterministic fail-safe mechanisms and redundant execution paths, so the system reaches a safe state when a sensor or compute path fails.

Send software, firmware, and configuration updates to cars remotely throughout their lifecycle. Features like update management, cryptographic signing and verification, version and dependency management, staged rollouts, health checks, and rollback procedures ensure updates are safe, durable, and verifiable.

This way, manufacturers can fix bugs, add features, and stay compliant across regions and fleets without recalls or service interruptions. More of what you get:

• Full OTA Stack Implementation. Automotive-grade OTA systems include device targeting, phased rollout, retry logic, rollback support, and update integrity checks for both application and firmware layers.
• Delta & Dual-Partition Update Support. Our OTA infrastructure enables differential updates and A/B partitioning, reducing bandwidth use and ensuring safe failover in case of update failure.
• Secure Update Pipeline. We ensure compliance with ISO/SAE 21434 and UN R156 through end-to-end encryption, digital signing, integrity verification, and secure boot.
• Rollout Telemetry.A cloud dashboard shows, per vehicle, whether it’s reachable and whether the update installed or failed, with alerts when failure rates rise.
• Backend & Cloud Integration. OTA infrastructure integrates with your DevOps pipeline, vehicle cloud backend, CI/CD, and telemetry systems built on AWS, Azure, or custom hosting.

AI-powered automotive data and software solutions turn raw vehicle data into real-time decisions, predictive alerts, and self-optimizing performance. What you get:

• Predictive Maintenance. We train machine learning models with real-world sensor data and fault logs to anticipate component failures, reducing unplanned downtime and service costs.
• Driver Behavior Analytics. AI analyzes driving patterns, such as aggressiveness and fatigue, to help insurers, fleets, and OEMs tailor services, pricing, or in-vehicle alerts.
• Anomaly Detection Systems. Unsupervised learning and streaming analytics spot small anomalies in telemetry, ECU behavior, and network traffic.
• Edge ML Deployment. We deploy models on NVIDIA Jetson, NXP S32, and similar hardware for in-vehicle inference that works offline.
• Sensor Fusion with AI. Neural networks for sensor fusion and object recognition include LiDAR, radar, cameras, 2D/3D vision, semantic segmentation, and multi-object tracking.
• Data Engineering for Automotive AI. Secure data pipelines from in-vehicle sources to cloud platforms enable labeling, augmentation, model retraining, and continuous learning at scale.

Gain complete operational control from one dashboard. Our custom fleet platforms unify logistics, diagnostics, routing, and resource planning in a single system. What you get:

• Telematics-Driven Fleet Dashboards. Our dashboards display real-time details for each vehicle and the whole fleet. You can see location, status, fuel use, battery health, tire pressure, and fault codes.
• Predictive Maintenance Scheduling. Past and live data predict service needs before breakdowns and optimize service intervals.
• Capacity & Route Optimization. Traffic, delivery, and payload data suggest dynamic routing and load balancing to reduce idle time and improve asset utilization.
• Driver Monitoring & Scoring. We track behaviors like speeding, braking, and idle time to provide safety scores and coaching tips for every driver.
• Integration with Existing Systems. We connect your fleet platform to ERP, WMS, TMS, and third-party APIs to create a single source of truth across operations.
• Driver & Dispatcher Apps. Mobile apps sync with the fleet backend in real time.

We build the software that connects the vehicle to the cloud, to road infrastructure, and to the driver’s digital life — securely. What you get:

• V2X Protocol Implementation. V2X communication with roadside infrastructure and nearby vehicles, extending awareness beyond the vehicle’s own sensors.
• Predictive Digital Twin Synchronization. Cloud environments mirror physical vehicle telemetry to dynamically track component health. This constant synchronization enables highly accurate anomaly detection and proactive fleet maintenance.
• Real-Time Telematics Aggregation. Edge processing filters and compresses sensor data in the vehicle, so only structured, useful data reaches the cloud.
• Zero-Trust Connectivity Frameworks. Mutual authentication and end-to-end encryption on every external interface protect passenger data and the vehicle from remote attacks.
• In-Cabin Digital Ecosystems. Driver profiles and preferences follow the user from car to car via the cloud and the central display.

We build embedded and cloud software for EV powertrains, charging infrastructure, and fleet energy management — from firmware running on the BMS controller to cloud dashboards tracking state of charge across thousands of vehicles.

• Battery Management System (BMS) Firmware. Cell monitoring, state-of-charge estimation, state-of-health tracking, and protection logic running on embedded controllers.
• Thermal Management Software. Algorithms that balance battery temperature across charge and discharge cycles, integrate with cooling system actuators, and predict thermal runaway risk before it becomes a safety event.
• Smart Charging & V2G Integration. Charging control software that communicates with OCPP-compliant infrastructure, optimizes charging schedules based on grid price signals, and supports Vehicle-to-Grid (V2G) energy flow with bidirectional inverter control.
• EV Fleet Analytics & Predictive Range. Cloud pipelines that aggregate state-of-charge, energy consumption, and route data across a mixed fleet. ML models predict real-world range under actual load conditions — not just WLTP numbers.
• EV OTA & Configuration Management. Remote updates for BMS firmware and charging parameters with cryptographic signing, A/B partitioning, and rollback. Keeps every vehicle on the correct calibration without a service visit.