ANYbotics connects ANYmal to industrial field-service workflows

ANYbotics and SAP are integrating ANYmal inspection robots with SAP Field Service Management, giving industrial customers a way to route inspection work to robots and bring the results back into enterprise maintenance workflows. The March 30 announcement sits in SAP’s Project Embodied AI, which is focused on connecting physical robots to business context rather than treating them as standalone machines. In the ANYbotics integration, an inspection task can be created in SAP, assigned to ANYmal, executed by the robot, and returned as structured inspection data for the teams that manage assets, maintenance, and site operations. ANYbotics has spent years narrowing ANYmal around industrial inspection rather than broad quadruped utility. The robot is aimed at facilities where routine checks are valuable but physically unpleasant, hazardous, or expensive to perform manually, including oil and gas, chemical plants, offshore energy, cement, mining, utilities, and other asset-heavy sites. Its inspection surface is built around repeatable rounds, multi-sensor data capture, and reduced human exposure rather than general mobile manipulation. The SAP integration is useful because industrial inspection robots do not create much value if their data remains trapped in a robot console. Inspection results need to reach the systems where maintenance work is planned, assets are tracked, exceptions are escalated, and compliance records are kept. Linking ANYmal to SAP Field Service Management moves the robot closer to that operational layer, where inspection data can become part of the normal loop between field tasks, asset records, service teams, and plant decisions. That direction also matches ANYbotics’ deployment history. At Equinor’s Northern Lights CCS facility in Norway, ANYmal is used for autonomous inspection at a site designed to operate with limited staffing, including CO2 concentration monitoring and routine checks. ANYbotics says the deployment followed testing at Equinor’s K-Lab and involved mission planning through Equinor’s Flotilla fleet-management software and a facility digital twin, which makes the case more than a walking robot demo. ANYmal X extends the same logic into hazardous industrial zones. ANYbotics positions the model for oil and gas and chemical operations, with ATEX and IECEx certification for explosive atmospheres and a rugged design for dusty, wet, and demanding environments. Sites most likely to pay for autonomous inspection are often the same sites where robot access, safety paperwork, and integration with existing maintenance processes are hardest.