Actia : ACTIA : unveils its HPC at BAUMA 2025

.... A key technological platform to support manufacturers in the digitalization of their machinery . ACTIA will present its High-Performance Computer (HPC) at BAUMA 2025 , a next-generation electronic platform designed to meet the challenges of digitalizing industrial and off-road machinery. By integrating artificial intelligence, cybersecurity, and advanced connectivity, this HPC transforms the electronic architecture of industrial and special vehicles into a more powerful, scalable, and secure solution. With unique self-cooling properties, equipped with a powerful AI computer, and capable of centralizing autonomous functions, it becomes the electronic core of tomorrow's industrial vehicles. A centralized computer for a smarter vehicle Unlike traditional architectures composed of dozens of ECUs (Electronic Control Units) distributed throughout the vehicle, ACTIA's HPC centralizes all functions into a single platform. This next-generation computer is characterized by: Fewer components : Simplified electronic architecture, reduced number of ECUs and wiring, saving space and weight, with improved vehicle energy efficiency. Better coordination of systems : Smoother interactions between the engine, chassis, and connected systems. Over-the-air updates (OTA) : The vehicle evolves continuously without physical intervention. Enhanced security : By consolidating critical calculations into one computer, manufacturers can better manage cybersecurity and ensure safer interactions between the vehicle's various functions. ACTIA's HPC collects and processes data from multiple essential systems in real-time: Engine : Optimizing performance and reducing emissions. Cockpit : Advanced control interface and intelligent connectivity. Chassis : Managing critical parameters for better stability and safety. Three key ACTIA innovations that make a difference Fanless Design for optimal integration and durability Unlike traditional computers, ACTIA's HPC operates without active cooling, ensuring: Simplified integration on all types of industrial machinery. Extended lifespan, with greater resistance to extreme environments (dust, vibrations, high temperatures). AI-powered performance Its advanced architecture enables smooth and intelligent management of various vehicle functions: Automatic optimization of engine and energy performance. Instantaneous processing of sensor data (LIDAR, cameras, radar) for ADAS systems. Anticipation of failures through predictive maintenance. A platform ready for industrial vehicle autonomy The HPC natively integrates autonomous functions to address the challenges of off-road machinery automation: Advanced management of embedded sensors (360° cameras, proximity sensors, telemetry). Real-time data fusion to optimize driving and intervention decisions in the field. Interoperability with fleet management systems for more efficient operations. Security and cybersecurity: An HPC designed for critical environments ACTIA's HPC integrates advanced protections against cyberattacks and ensures the reliability of critical functions: Secure Boot to prevent unauthorized access. Encryption of communications between embedded systems and the cloud. Real-time Intrusion Detection System (IDS) to identify and neutralize threats. This approach guarantees maximum reliability and security, essential for vehicles operating in sensitive environments (mines, construction sites, agriculture, defense). A HPC designed to adapt to all industrial markets Thanks to its modular and flexible design, ACTIA's HPC meets the specific needs of various manufacturers of industrial and specialized vehicles: Agricultural machinery : Intelligent equipment management, task automation for harvesting. Construction machinery : Coordination of hydraulic functions and engine control for better efficiency. Mining vehicles : Resistance to extreme conditions and advanced data analysis from the field. Urban transport and specialized vehicles : Centralized human-machine interfaces and advanced connectivity. This versatility enables manufacturers to reduce development costs while offering smarter and more efficient vehicles. ACTIA partners with Renesas to develop an HPC platform based on an ultra-high-performance processor optimized for artificial intelligence The integration of Renesas' high-performance System on a Chip (SoC) into ACTIA's High-Performance Computer (HPC) platform marks a major technological breakthrough in the field of embedded electronics. This technology centralizes advanced computing capabilities within a single component, simplifying the hardware architecture while facilitating software updates. The choice of this high-performance SoC meets the growing demands of off-road markets, where advanced driver assistance systems (ADAS) and human-machine interfaces (HMI) are becoming essential for ensuring vehicle safety. These features must constantly interact with their environment, whether human, hardware, or infrastructure-related. A major technological advancement This combined platform represents a technological breakthrough in two key areas: On one hand, it offers exceptional computing power capable of processing complex AI algorithms, opening new perspectives for embedded data processing. On the other hand, it integrates advanced ADAS and HMI functions into a single SoC, including graphical dashboards, navigation, and audio features. This centralization significantly reduces hardware complexity and simplifies software updates. This approach aligns with new vehicle architectures, where functionalities are centralized and scalable through continuous software updates. This evolution allows for optimization and adaptation of vehicles without changing hardware, providing greater flexibility and scalability for embedded systems. ACTIA HPC: A strategic opportunity for RENESAS "For RENESAS, this collaboration with ACTIA represents a strategic opportunity to extend our R-Car business beyond the traditional automotive sector. We have made specific efforts to meet ACTIA's needs, and this partnership has allowed us to test new concepts applicable to other markets, particularly industrial and robotic sectors," said Aish DUBEY, Vice President & General Manager, High Performance Computing SoC Business Division at Renesas. This technological and human synergy enables both companies to pool their expertise and innovate together to meet the specific demands of off-road vehicles, leveraging ACTIA's long-standing experience in this market. Significant progress in the field for ACTIA's HPC in the PROTECH Project ACTIA is applying its embedded HPC in the PROTECH project: a project supported by BPI France and funded by the State as part of France 2030. The program aims to develop embedded solutions to achieve "zero accidents" in the use of construction, mining, agricultural, and airport machinery. A strategic collaboration for safer autonomous machines In collaboration with partners such as Agreenculture and the LAAS-CNRS laboratory, ACTIA is currently testing its HPC in real-world conditions, integrating artificial intelligence algorithms to enhance safety and operational efficiency of these specialized machines. Major advances in data collection, calibration, and augmented perception In real conditions, ACTIA's HPC demonstrates its effectiveness by centralizing and processing an increasing amount of data from embedded sensors, marking a significant advancement in data collection and field data analysis. This progress helps to enrich the databases needed to perfect the artificial intelligence algorithms applied to autonomous vehicles. Multi-sensor optimization and augmented vision for industrial vehicles Additionally, innovations in multi-sensor calibration (cameras, LIDAR, radars) are underway, with promising results that optimize the perception and understanding of the environment by autonomous machines. Finally, the implementation of the Eye Bird View application and panoramic views on the HPC platform is progressing, enhancing the augmented vision of industrial vehicles for better safety and optimized field operations management. What HPCs foretell for the future ACTIA: A partner for manufacturers in the era of smart vehicles The arrival of embedded HPCs is not just a technological evolution but a true paradigm shift in the industrial and specialized vehicle industry. Now, software is at the center, deeply transforming the design and operation of off-road machines. ACTIA is supporting manufacturers in this transition by offering modular and scalable HPC solutions, tailored to the new industry requirements. Thanks to its expertise in embedded electronics and connectivity, ACTIA enables vehicle manufacturers to improve efficiency, flexibility, and competitiveness in the face of new market challenges. A future shaped by embedded intelligence With the rise of centralized architectures, we are witnessing: • A progressive standardization of HPC platforms, allowing manufacturers to accelerate the development and integration of new features. • A vehicle that continuously evolves, with regular updates and features deployed remotely, similar to smartphones. • A transition to "Software-Defined Vehicle" architectures, where vehicles will primarily be defined by their software capabilities, not just their mechanical characteristics. HPCs are thus the foundational building blocks of future vehicles, whether they are autonomous, electric, or hyperconnected. For manufacturers, the question is no longer whether they should adopt this technology, but how and with whom they will develop these new architectures. With its high-performance HPC, ACTIA offers manufacturers the flexibility needed to design smarter, more autonomous, and more secure vehicles, whether electric, connected, or fully autonomous. ACTIA positions itself as a key partner, providing expertise, proven solutions, and a comprehensive approach to the industrial vehicle lifecycle. Download the full Press Kit Attac