REQUESTS
Mission Intake
Receive approved service or delivery requests.
FLEET ORCHESTRATION
One Robot Is a Device. A Fleet Is an Operation.
Fleet orchestration turns individual robots into a managed service with mission intake, priorities, availability, charging and exception handling.
DEFINEScope and interfaces
TESTCommission the real workflow
OPERATEAssign ownership and fallback
FLEET ORCHESTRATION
Project-specific capability
TECHNICAL FOUNDATION
One Robot Is a Device. A Fleet Is an Operation.
Fleet orchestration turns individual robots into a managed service with mission intake, priorities, availability, charging and exception handling.
DESIGN AREAS
What the project must define
These areas become explicit design and acceptance items rather than assumptions.
DISPATCH
Dispatch & Priority
Assign work according to availability and configured service rules.
AVAILABILITY
Charging & Availability
Track fleet state and coordinate charging around the service model.
EXCEPTIONS
Exception Management
Surface blocked, failed or delayed missions for follow-up.
MISSION CONTROL
Make task ownership and priority visible
The fleet layer should show who can request work, what takes priority and how unavailable robots affect service.
- Mission queue
- Priority rules
- Fleet status
- Service ownership
EXCEPTION OPERATIONS
Design for blocked and failed missions
Autonomous service becomes reliable when failures have a visible state, owner and recovery process.
- Blocked-route handling
- Failed task escalation
- Manual recovery procedure
- Operational review
IMPLEMENTATION
A disciplined technical path
01
Request
Approved user/system submits a mission.
02
Assign
Fleet layer selects available robot per rules.
03
Execute
Robot runs the mission and reports state.
04
Recover
Exceptions are surfaced to the responsible operator.
PROJECT CONTEXT
Where this technology matters
Mission Intake
Receive approved service or delivery requests.
Dispatch & Priority
Assign work according to availability and configured service rules.
Charging & Availability
Track fleet state and coordinate charging around the service model.
Exception Management
Surface blocked, failed or delayed missions for follow-up.
PROJECT CHECKLIST
Evidence required before capability is promised
The final technical specification is tied to the selected platform, site and interface owners.
Mission sourcesApproved users or integrated systems
Priority logicConfigured per service model
ChargingBased on selected fleet/platform behavior
Multi-robot controlsPlatform and project dependent
AlertsConfigured for operational ownership
History/reportingSubject to selected fleet software
FAQ
Questions before you plan a deployment
Can one dashboard manage several robots?
Multi-robot management depends on the selected fleet platform and should be confirmed in the project scope.
How are tasks prioritized?
Priority rules are configured around the operating workflow and service-level requirements.
What happens when a robot is unavailable?
The operating model should define reassignment, delay notification and manual fallback behavior.
Can other systems create missions?
Yes when an approved interface is available and the integration is included in scope.
DISCUSS A PROJECT
Plan Fleet Orchestration 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.