Your robots work; with K-ISS Nexus, imagine them working together

K-ISS Nexus is Keyland's platform designed to coordinate mobile robots, cobots, PLCs, sensors, actuators, and industrial systems from a single process logic. Its a solution for connecting technologies from different manufacturers.

Industrial automation often starts simply: a first mobile robot is introduced, a repetitive route is automated and the benefits quickly become visible. The challenge appears when automation grows and robots from different manufacturers, cobots, PLCs, sensors, automatic doors, RFID systems and other devices need to work together as part of the same process.

The article explains how K-ISS Nexus acts as an orchestration layer capable of connecting these elements and turning them into a coordinated operation. The platform does not replace existing systems; instead, it sits above them, receiving orders from production systems, ERP platforms or operators, converting them into coordinated actions for robots and plant devices, supervising execution and returning information with full traceability.

A practical example shows how K-ISS Nexus can manage an entire mission: detect that material is ready, assign an AMR, validate the load through RFID, control an automatic door, incorporate operator confirmation and record the movement in the production system.

Another key feature is its multi-brand capability. The platform can connect robots and technologies from different manufacturers through their native protocols, allowing automation to expand without being tied to a single supplier.

The article also highlights Keyland’s experience in real projects such as SMRC Medina, Antolin Aragusa and Antolin RyA, where coordination between mobile robotics, plant systems and different devices has been essential.

K-ISS Nexus has been developed from this experience in real industrial environments and is designed as a scalable foundation for automation, making it possible to add new robots, devices, process rules and system integrations without rebuilding the architecture from scratch.

The goal is to enable more structured, traceable and scalable automation while keeping operational control in the hands of the plant team.