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ANYbotics relaunched its Data Navigator software as ANYbotics Shift. Shift serves as the operations platform for autonomous robot fleets. Robots now cover their own Shift around the clock. They run scheduled rounds. They hand findings to the teams that act on them.The new name suits the actual activities that ANYbotics Robots perform better. Navigator implies that robots can find their way around a location. Shift indicates that they fulfil work commitments, a far better alignment with reality.
Jacob Euler-Rolle, Head of Product and Workflow, framed the naming decision this way, “Robots now run their own Shift around the clock. Shift schedules and supervises that work, then hands the findings and evidence to the team in the morning. This helps customers move from reactive to proactive maintenance.”
The rename lands with Shift 1.0 later this month. Names change in the interface, notifications, emails and documentation. Existing deployments keep running. Customers need do nothing, as they will receive a regular platform update as the transition occurs.
CEO Péter Fankhauser said, “Robotic inspection delivers the most value when field data flows directly into maintenance action. Shift makes that seamless.
“It unifies plant mapping, robot fleet coordination, inspection AI analytics, and systems integrations into one platform. At its core, Shift AI powers the intelligence that transforms field findings into work orders, saving millions by avoiding unplanned downtime.”
From one Robot to a Fleet
Data Navigator arrived when inspection data stayed trapped on the robot. Many plants relied on exported PDF reports. The platform centralised results and exposed them through an API. That solved a real problem.
Scale changed the job. Pilot projects became daily operations; a single pilot robot became a fleet. Sites needed faster rollouts into new areas. Teams needed more context behind each finding. ANYbotics says it has supported more than 200 robot deployments worldwide.
Enterprise Times reported a related improvement in September 2026. ANYbotics partnered with dormakaba and LEGIC Identsystems AG to add automated door access to the ANYmal fleet. That removed one of the last physical barriers to facility-wide inspection. That partnership is already working on other barriers, such as elevator access.
Jacob Euler-Rolle told Enterprise Times at the time: “Our customers do not buy robots; they buy a solution to their operational challenges: less unplanned downtime and fewer people in hazardous areas.”
A customer at a major US aluminium manufacturer described the effect, “Shift gives us one platform and one view of asset condition across steel, aluminium and copper. We proved it on a single line, and because the data is structured the same way everywhere, we can extend it plant by plant without starting over.”
What Shift Adds
Shift covers four areas of day-to-day fleet work. The Robot Report names them Shift Fleet, Shift Insight, Shift Connect and Shift Maps
Shift Fleet
Shift Fleet eliminates friction when scaling from one robot to a full fleet. It schedules, monitors, and controls your entire robot workforce from a single platform. Distributed control systems can trigger missions directly to inspect critical assets consistently. This automated process keeps robots on repetitive inspection duty while reliability engineers focus on prioritizing repairs and fixing issues.
Shift Insight
Shift Insight analyses thermal, acoustic, visual, and gas data alongside real-time operating conditions like motor speed and temperature. It contextualizes these readings to flag anomalies—such as overheating, leaks, partial discharge, and misalignment—before they cause severe damage.
By interpreting sensor inputs within their exact operational context, the system ensures teams address genuine operational risks early.
Shift Connect
Shift Connect integrates robot inspection data directly into core operational software through REST APIs and pre-built connectors. The module connects distributed control systems, enterprise asset management, and asset performance platforms.
Process alarms automatically trigger new robot inspection rounds, while confirmed anomalies convert directly into work orders. Real-time notifications alert maintenance teams instantly using tools like email and Microsoft Teams.
Shift Maps
Shift Maps provides a live digital twin of your industrial plant facility. The module maps inspection targets directly into your asset management infrastructure by importing existing asset structures using asset IDs. Every robot reading automatically lands on the right piece of equipment within your hierarchy. This organized spatial data helps maintenance teams track condition trends over time.
Shift AI
Shift AI sits across all four modules. It analyses sensor data alongside inspection history and process conditions. Confirmed findings move into maintenance workflows. A process threshold can trigger a follow-up inspection. That closes the loop between inspection and action.
Downtime is one of the most expensive line items large enterprises never budget for. Splunk and Oxford Economics put the combined direct and hidden cost of unplanned downtime at $400 billion a year across the Forbes Global 2000, equivalent to roughly 9% of profits, or an average of $200 million per company annually.
Per-hour figures tell the same story from a different angle: ITIC’s survey of more than 1,000 firms found that a single hour of downtime costs over 90% of mid-size and large enterprises more than $300,000, with 41% reporting losses between $1 million and $5 million per hour.
Why the Name Matters
Every plant runs in shifts. There is a day shift, a night shift and a handover between them. Shift places robot fleets inside that rhythm. Robots finish scheduled rounds overnight. They pass findings and evidence to reliability engineers and maintenance crews.
Those teams start their day interpreting results instead of collecting data. Repeated inspections reveal how conditions drift over time. That gives operators a chance to act before a developing issue becomes an outage or safety incident.
Training requirements stay modest. Euler-Rolle told The Robot Report that training takes days rather than weeks.
Implementation is rapid. Euler-Rolle stated, “Training takes just a few days rather than weeks, and users require no prior robotics expertise. The entire onboarding process is organized by job role through our ANYbotics Academy, which has already trained over 1,000 users.
“Because Shift uses role-based access, each user sees an interface tailored to their specific responsibilities. So, whether they are operators scheduling and monitoring the fleet, reliability engineers reviewing inspection findings, or maintenance teams receiving work orders directly within their existing systems, the UI is tailored to their role.
“That role-based access means the interface adapts to each persona, so nobody gets lost in functions they don’t need or sees data they shouldn’t.”
Roadmap: Hardware-agnostic Ambitions
Today Shift manages fleets of ANYbotics robots. Industrial sites are adding more robotic systems. They will want one place to assign work, coordinate different robots and monitor execution. ANYbotics said full fleet management for non-ANYmal hardware begins rolling out next year. Third-party inspection data already lands in the platform today.
Euler-Role explained, “Shift supports landing or incoming inspection data from third-party robots and sensors today. Full fleet management for non-ANYmal hardware will start to roll out next year, as Shift advances towards being a single operations hub for mixed-robot fleets.”
The API-first design underpins the direction. Customer systems can trigger work and consume findings. Future industrial AI agents will join that loop.
Enterprise Times: What does this mean
For ANYbotics, the rename signals a shift in identity from robot maker to operations platform vendor. Hardware earns the order. Software decides whether the account stays and expands. A platform that survives the arrival of third-party robots protects recurring revenue and raises switching costs.
Customers gain a clearer procurement story. Buyers can compare Shift against CMMS, ERP and APM suites rather than evaluating a robot in isolation. Euler-Rolle said a first deployment needs no enterprise integration at all. However, there are already partnerships and integrations that include SAP, GE Vernova, Siemens Energy, Cognite, SLB and Yokogawa. That shortens sales cycles and lowers integration risk.
Partners sit at the centre of the strategy. SAP, Yokogawa, dormakaba and LEGIC each extend the platform into territory ANYbotics cannot cover alone. Door access widens inspection coverage. Ecosystem listings widen distribution. Each integration locks in a counterparty with an incentive to sell the platform onward.
Competitors face a harder question. Boston Dynamics’ Spot, Ghost Robotics and quadruped rivals from Unitree compete on mobility and price. Few offer a credible fleet operations layer with APM and DCS write-back. If Shift becomes hardware-agnostic, those vendors must choose between building comparable software or joining an ecosystem they do not control.
Risks remain. Standards work could favour a rival architecture. Industrial buyers move slowly on data residency and cybersecurity review. Renaming a product mid-cycle also risks confusing prospects who searched for Data Navigator. ANYbotics mitigates that with redirects and an automatic transition. The commercial test arrives with Shift 1.0 this month.
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The post ANYbotics Renames Data Navigator to Shift in Major Update appeared first on Enterprise Times.
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