INTERFACE
Lift Interface Review
Confirm the available integration method and responsible vendor.
ELEVATOR INTEGRATION
Multi-Floor Autonomy Needs an Elevator Contract
Elevator operation is a building-integration project, not a universal robot feature. The selected lift, robot and interface must be verified and commissioned together.
DEFINEScope and interfaces
TESTCommission the real workflow
OPERATEAssign ownership and fallback
ELEVATOR INTEGRATION
Project-specific capability
TECHNICAL FOUNDATION
Multi-Floor Autonomy Needs an Elevator Contract
Elevator operation is a building-integration project, not a universal robot feature. The selected lift, robot and interface must be verified and commissioned together.
DESIGN AREAS
What the project must define
These areas become explicit design and acceptance items rather than assumptions.
ACCESS
Permission Model
Define which floors and services the robot may request.
STATE
Mission State
Coordinate robot and elevator states through the multi-floor journey.
RECOVERY
Exception Testing
Validate unavailable lifts, access failures and interrupted missions.
LIFT CONTRACT
Call, select, enter, exit and recover
The exact workflow depends on the elevator interface and selected robot. Each transition needs a defined signal, timeout and fallback.
- Call request
- Floor selection
- Door/state coordination
- Recovery behavior
VENDOR COORDINATION
Commission the robot and lift as one system
Elevator vendors, building teams and robot integrators may all own part of the final workflow and safety responsibility.
- Lift vendor interface
- Building permissions
- Robot mission logic
- Joint acceptance testing
IMPLEMENTATION
A disciplined technical path
01
Confirm Lift
Identify controller, vendor and available interface.
02
Define Access
Approve floors, calls and operating conditions.
03
Integrate
Connect robot mission states to the lift workflow.
04
Test
Run normal and exception journeys on site.
PROJECT CONTEXT
Where this technology matters
Lift Interface Review
Confirm the available integration method and responsible vendor.
Permission Model
Define which floors and services the robot may request.
Mission State
Coordinate robot and elevator states through the multi-floor journey.
Exception Testing
Validate unavailable lifts, access failures and interrupted missions.
PROJECT CHECKLIST
Evidence required before capability is promised
The final technical specification is tied to the selected platform, site and interface owners.
Elevator model/interfaceVerified per site
Floor permissionsApproved by building operator
Call/floor commandsOnly where supported by lift interface
Door stateHandled according to verified integration method
FallbackManual recovery procedure required
AcceptanceMulti-floor mission test plan
FAQ
Questions before you plan a deployment
Can every RIFE robot use every elevator?
No. Robot and elevator compatibility must be verified for the selected platforms and site.
Does the robot press physical elevator buttons?
The integration method depends on the project and should not be assumed. It may use a supported building/elevator interface where available.
Who approves elevator integration?
The building operator and relevant elevator/system stakeholders should approve the interface and commissioning scope.
What happens if the elevator is unavailable?
The mission and operating model should define timeout, retry, alternate-route or manual fallback behavior.
DISCUSS A PROJECT
Plan Elevator Integration around your real environment.
Share the operating environment, current systems, users, constraints and the workflow you want to improve. RIFE can structure the appropriate technical review and deployment path.