ACTIA advances smart agricultural machinery with connected computing & cybersecurity solutions at EIMA 2026

At EIMA International 2026, scheduled from 10 to 14 November 2026 at the Bologna Exhibition Centre in Bologna, Italy, embedded electronics developer ACTIA plans to present its centralised vehicle computing architecture, digital cockpit interfaces, and telematics systems. The exhibition highlights integrated electronic frameworks engineered to resolve multi-application computational bottlenecks, regulatory cybersecurity constraints, and data exchange requirements in modern precision agriculture machinery.

Core Technology and System Architecture
The presented framework transitions agricultural equipment toward software-defined vehicle topologies by centralising computational loads onto an onboard high-performance computer. The hardware layer couples the central computing unit with electronic control units from the SPU range and an ACU6 communication gateway, separating high-bandwidth processing from deterministic machine control and remote connectivity. In the operator cab, the unified human-machine interface consolidates operational telemetry, an electronic mirror camera system with object detection, a dedicated ISOBUS interface conforming to ISO 11783 standards for implement interchangeability, and an edge-computing application display.

Deployment or Implementation
Integration into original equipment manufacturer platforms involves structured communication protocols linking the gateway, control units, and computational nodes across standard controller area networks and onboard Ethernet interfaces. To comply with regulatory cybersecurity frameworks, the system incorporates security-by-design methodologies aligned with ISO/IEC 27001 information security controls and ISO/SAE 21434 road vehicle cybersecurity engineering. This engineering configuration provides vulnerability tracking and lifecycle protection protocols ahead of mandatory European Cyber Resilience Act compliance deadlines.

Industry Applications
The computing and sensing architecture targets utility tractors, combine harvesters, and specialized harvesting machinery operating in commercial crop production. Onboard processing capabilities execute machine vision and neural algorithms directly at the edge, including automated crop health assessments to localize the application of plant protection inputs. In produce harvesting use cases, integrated optical analysis measures crop dimensions in real time to calculate yield parameters, while peripheral sensor integration detects animals around moving machinery to minimize operational hazards.

Operational Impact and Performance Metrics
Centralising computational tasks onto an orchestrated controller network eliminates discrete peripheral processors and simplifies physical wire harness routing across the implement chassis. Combining edge intelligence with ACTIA Fleet telematics allows real-time extraction of operating parameters for offboard predictive maintenance. By tracking fault codes and component wear parameters remotely, fleet operators can resolve pending component failures prior to mechanical breakdown, increasing machine availability and reducing unscheduled equipment downtime during critical harvesting windows.

Edited by Natania Lyngdoh, Induportals editor, with AI assistance.

www.actia.com