Compute
Centralized intelligence replaces fragmented vehicle electronics.
Centralized compute
High-performance processing at the core, replacing legacy ECU fragmentation with a unified, scalable intelligence hub.
High-bandwidth connectivity
Automotive Ethernet provides a secure, high-speed data backbone for real-time autonomy, sensing, and vehicle communications.
Reduced complexity
Centralized architecture eliminates unnecessary wiring and distributed hardware, improving reliability while reducing weight and maintenance burden.
Control
Carbon transforms vehicle functions into software-accessible services.
Drive-by-wire
High-fidelity, latency-minimized vehicle control, enabling seamless integration with advanced autonomy and driver-assistance systems.
Vehicle services
Unified system management that treats mechanical actuators as accessible software services, simplifying command execution.
Safety architecture
Built with mission-critical redundancy and fail-safe logic to ensure reliable operation in demanding environments.
Integrate
Open interfaces enable rapid integration of autonomy stacks, sensors, and mission applications.
Universal integration
Agnostic interfaces support any autonomy stack, allowing for rapid swapping of sensor suites and mission applications.
MOSA compliant
Open and extensible by design, adhering to Modular Open Systems Approach standards to prevent vendor lock-in.
Mission adaptable
Software-defined interfaces ensure the platform can be quickly reconfigured to meet evolving operational requirements.
Evolve
Software upgrades capabilities long after deployment.
Vehicle operating system
A common software foundation that decouples hardware from application logic for seamless upgrades.
App-enabled architecture
Modular service delivery allows developers to deploy new capabilities or features without requiring physical vehicle redesigns.
Future-ready
Purpose-built for AI, enabling the vehicle to leverage next-generation algorithms and mission systems as they emerge.
Accelerated deployment
Modular software and hardware interfaces enable new capabilities to be integrated, tested, and fielded in weeks rather than years.
Carbon Ecosystem
The Carbon Architecture is a unified ecosystem of:
Carbon Core
The centralized compute backbone that powers autonomy, AI, and mission-critical vehicle operations.
Carbon OS
The software-defined operating layer that abstracts hardware complexity and enables continuous capability deployment.
Carbon SDK
The development platform that accelerates the creation, testing, and deployment of vehicle-native applications.
Carbon Tools
The operational control plane for configuration, fleet management, diagnostics, and secure over-the-air updates.
Carbon Apps
Modular software services that deliver vehicle functionality and evolve continuously throughout the vehicle lifecycle.
Carbon Link
The communication layer that unifies vehicle systems into a single architecture.
