Concept & feasibility
Define the human-facing role, workspace, movement requirement, interaction pattern, safety boundary and target operating conditions before selecting a form factor.
The current RIFE page positions humanoid robotics as a custom design-and-development service for human environments rather than a single fixed off-the-shelf product.

RIFE currently publishes a development scope spanning concept and feasibility, mechanical engineering, AI/software, sensor integration, prototyping/testing and system integration. The useful customer proposition is therefore a structured engineering engagement around the required task, environment and interaction model.
The live page references bipedal movement, customer-service use cases and sensor categories such as vision, LiDAR, IMU and tactile sensing. Those are design possibilities, not a declaration that every RIFE humanoid includes a particular locomotion architecture or sensor stack.

Define the human-facing role, workspace, movement requirement, interaction pattern, safety boundary and target operating conditions before selecting a form factor.
The current page includes mechanical design and joint/locomotion engineering within the custom-development scope. Final kinematics and materials are project outputs.
Task planning, software and human-robot interaction can be designed around the approved application, with knowledge, permissions and escalation defined separately.
Vision, LiDAR, IMU and tactile sensing are published integration categories. Actual sensor selection is governed by the mission, safety case and prototype validation.
The current RIFE page is primarily a custom humanoid design-and-development offer.
Yes. The current page explicitly references bipedal robot design and locomotion within the custom-development scope. The final locomotion architecture depends on feasibility and project requirements.
The current RIFE page lists vision, LiDAR, IMU and tactile sensing as integration categories. It does not establish a single mandatory sensor suite for every project.
The task, environment, user interaction, safety boundary, mobility requirement, payload/manipulation need, interfaces and acceptance criteria should be agreed before detailed engineering.