The supply of capable AMR platforms is widening. Navigation approaches, safety packages, mechanical architectures and software interfaces are available from more vendors. Interoperability efforts are also making parts of the robot-to-control boundary more explicit.
The important shift is not that robots have become simple or identical. A well-designed warehouse architecture can increasingly treat them as substitutable execution resources: choose, combine or replace physical platforms without rebuilding operating logic around one OEM.
The durable control point moves upward toward the layer that represents operational intent, constraints, live state and system capabilities, then turns them into safe actions across heterogeneous resources.
Look for operators separating orchestration decisions from robot procurement; broader production use of interoperability interfaces; richer mission, telemetry and exception APIs; and evidence that changing hardware does not require redesigning the warehouse software stack.
Design pilots around replaceability and exit options, not only first-fleet performance. Ask what data and control interfaces remain available if the next robot purchase comes from another vendor.