Instead of individual solutions, we view modern industrial systems as a single, integrated operational unit called ARDA.
Disconnected technology layers. Isolated data. Manual handoffs between processes. Limited visibility into the system’s status. Each device operates on its own—but no one manages the whole system.
The more complex the system, the more dangerous the fragmentation.
Each layer has a clear role and is connected to the rest of the system. The software orchestrates the hardware. The hardware executes according to the logic. Data flows in real time. Stop is resolved automatically.
The result is not just automation, but a system that functions as a whole.
Although they are individual and separate technologies, together they form a coherent industrial system.
Orchestration layer. Process logic, data flows, operation execution. The system’s brain.
Transport, handling, order picking, palletizing. System components.
Identification, measurement, traceability, status review. The eyes of the system.
Machinery, transportation, and operational logic form a stable operating model. The backbone of the system.
Robots, conveyors, dispensers, and machines can operate independently. But “independently” means that each device performs its own task without being “aware” of what the others are doing. AIDA is the layer that gives them this awareness. It integrates equipment, data, tasks, and business systems into a single control logic.
Instead of selling AIDA as an off-the-shelf product, Codel designs systems in which AIDA becomes the operational backbone—tailored to the complexity of a specific operation, the level of automation, and the existing IT infrastructure. The difference between installing software and designing a system is the difference between a tool and an architecture.
ASRS systems, automated warehouse management, crane-based warehouses, and Pick'n'Pack automation. Systems in which storage operations are performed without manual intervention from goods receipt to shipment.
FMR, CTU, AGV, and complex multi-robot systems for automated material transport and storage. Coordination of dozens of robots through a single execution system.
Conveying lines, sorting systems, weighing and measurement. Integrated material flow processes that operate continuously without manual routing.
Palletizing, robotic cells, and discrete automation for standard and mixed product flows. Each cell orchestrated through AIDA FENA.
Dimensions, weighing systems, automated drone inventory, and equipment for high-quality master data. Visibility and measurement as the foundation of operational control.
Environments in which software, robotics, data, and automation must operate as a single scalable system. This is the ultimate goal of the ARDA approach.
Automated Warehouse Management · Crane Warehouses
· Pick'n'Pack · StockMaster
FMR systems · CTU systems · AGV systems · Multi-robot systems
Belt and roll conveyors · Sorting systems · Weighing and measurement