Disconnected priorities
Orders, urgent requests, discrepancy work and local instructions compete without one visible execution queue.
RAMS ATOS Platform
Turn operational demandinto coordinated action.
ATOS—Automated Task Orchestration System—converts orders, priorities, constraints and live operational events into executable warehouse tasks, resource assignments and continuously updated plans.
Plan the Work. Coordinate the Resources. Adapt as Reality Changes.
Warehouse Execution Command CentreWest DC · Shift A · 14:26Live plan
Open tasks
128
On-time plan
91%
Active resources
34
At-risk orders
04
Priority task queuePlan v18 · stable
01Stage outbound · DO-4821Dock 06 · 22 pallets · Due 15:10Now
02Unload inbound · IN-7138Dock 02 · 18 pallets · ETA 14:34+08m
03Replenish pick face · RPL-092Aisle 14 · 12 moves · Due 15:30+21m
04Putaway received stock · PA-410Inbound buffer · 16 pallets+34m
Trusted on the warehouse floor
Problem / Current state
The plan is static.
The operation is not.
Demand changes by the minute, but execution is still often coordinated through calls, spreadsheets, whiteboards and supervisor memory.
Manual coordination
Supervisors spend the shift finding people and equipment, reshuffling work and explaining the latest plan.
Plans age quickly
A delayed truck, blocked aisle, absent operator or unavailable MHE can make the original sequence wrong.
Hidden execution loss
Waiting, empty travel, queue time and missed dependencies are difficult to see in traditional reports.
Product overview
The execution layer
Between demand and work.
ATOS takes demand from business systems and operational teams, converts it into structured tasks, applies priorities and dependencies, matches available resources, and updates the plan when conditions change.
DemandOrders, requests and events
RulesPriority, SLA and constraints
TasksTemplates and dependencies
ResourcesPeople, MHE, docks and zones
ExecutionAssignments and live queues
LearningHistory, exceptions, outcomes
How it works
Demand in.
Coordinated work out.
ATOS creates a governed loop from incoming work to completed operational outcome.
Step 01
Ingest
Receive WMS, ERP, TMS, sensor or manually created operational requests.
One queue, whatever the sourceEvery task keeps its origin
Demand intakeDemandTasksResourcesReceiving
Demand intake
4 sources↻DO-4821 · outboundWMS
↻IN-7138 · inboundTMS
↻RPL-092 · replenishWMS
•Damage check · A14Supervisor
↻PA-410 · putawayWMS
✓Dock 02 readyDock event
↻DO-4821 · outboundWMS
↻IN-7138 · inboundTMS
↻RPL-092 · replenishWMS
•Damage check · A14Supervisor
↻PA-410 · putawayWMS
✓Dock 02 readyDock event
Core capabilities
Everything required to
Coordinate the next best action.
Build a connected execution plan across demand, task logic, resources, routes and operational exceptions.
01 · Order + demand intake
Bring every work source into one queue
One visible demand pipeline
Combine system orders, manual requests, discrepancy work and event-driven tasks with clear source and due context.
02 · Task templates
Turn demand into repeatable work
From one order to many controlled tasks
Configure task templates, required skills, assets, sequence and dependencies for different operational scenarios.
03 · Constraint-aware planning
Plan against operational reality
A plan that understands constraints
Consider due times, dock readiness, zones, shifts, qualifications, equipment availability and configured restrictions.
04 · Priority + dependencies
Keep critical work moving
Priority with an explainable reason
Sequence work using SLA, urgency, severity, dependency and operational impact — with visible decision context.
05 · Dynamic route optimisation
Reduce avoidable travel and conflict
Move work through the facility intelligently
Recommend efficient movement paths using task location, facility context and the constraints available to the deployment.
06 · Live exception management
Replan when reality changes
Every replan remains visible and attributable
Use connected events or authorised manual updates to surface impact, update queues and coordinate the response.
Demand intake
4 sources↻DO-4821 · outboundWMS
↻IN-7138 · inboundTMS
↻RPL-092 · replenishWMS
•Damage check · A14Supervisor
↻PA-410 · putawayWMS
✓Dock 02 readyDock event
↻DO-4821 · outboundWMS
↻IN-7138 · inboundTMS
↻RPL-092 · replenishWMS
•Damage check · A14Supervisor
↻PA-410 · putawayWMS
✓Dock 02 readyDock event
Capability 01 / 06
Product experience
One live view of plan,
Work and change.
Supervisors see what needs to happen, why it is prioritised, who or what can execute it, and what changed since the last plan.
A validated GPS, TMS or telematics update — or an authorised supervisor entry — changes operational reality.
app.rams.digital/atos
Plan v18 · stablePlanned
186
Complete
104
On time
91%
At risk
04
Priority task queueNo changes
01Stage outbound · DO-4821Dock 06 · 22 pallets · due 15:10Now
02Unload inbound · IN-7138Dock 02 · 18 pallets · ETA 14:34+08m
03Replenish pick face · RPL-092Aisle 14 · 12 moves · due 15:30+21m
04Putaway received stock · PA-410Inbound buffer · 16 pallets+34m
Resources · shift window
MHE 04
MHE 07
Team B
Dock 02
Dock 06
14:0014:3015:0015:3016:00
ATOS decision context
Outbound staging is on the critical path. Replenishment sits behind the inbound unload, which is holding Team B at Dock 02.
Recommendations and dispatch follow configured rules, permissions and approvals.
Outcomes / Business value
More work completed
With less operational friction.
ATOS shortens the distance between an operational change and the coordinated response to it.
Higher throughput
Keep resources focused on work that advances the current operational plan.
Tasks completed within the planned windowLess waiting
Reduce avoidable idle time when dependencies, arrivals or resources change.
Time lost between readiness and executionMore predictable SLAs
Expose at-risk work early and protect critical tasks with visible priority.
Planned sequence against actual completionDirect visibility
See the plan, queue, exceptions and reasons without waiting for a shift report.
Exceptions, overrides and tasks protected by replanningIntegrations
Connect business demand
To physical execution.
ATOS is designed to fit between planning systems, operational signals, RAMS intelligence and the people performing the work.
Demand inlive
WMSDO-4821 received
TMSIN-7138 ETA 14:34
ERPPO-2210 released
WMSRPL-092 created
MESLine call · 4 pallets
CMMSMHE 04 available
WMSDO-4821 received
TMSIN-7138 ETA 14:34
ERPPO-2210 released
WMSRPL-092 created
MESLine call · 4 pallets
CMMSMHE 04 available
Business systems
Receive demand and status
WMSERPTMSMESCMMSApproved APIs
IN-7138 · inboundGPS / TMS
Arrival
14:34
On plan. Dock 02 held for arrival.
Live operations
Understand what changed
GPS / telematicsSupervisor inputMHE systemsEdge + IoTDock eventsLocation systems
Context1/5 layers
Digital TwinPlace
MEPS—
IROS—
IMDS / RTSS—
AIMS—
RAMS platform
Orchestrate with context
Digital TwinMEPSIROSIMDSRTSSAIMS
WMS / ERP / TMSOrders, demand and ETA
Digital TwinLocation + asset context
ATOSPriority + orchestration
People + MHEPhysical execution
AIMSManagement insight
Integration scope, update frequency, write-back and automated dispatch depend on validated interfaces, customer permissions and the agreed deployment.
FAQ
Questions operations
Teams ask.
No. A WMS remains the source for inventory and warehouse transactions. ATOS uses demand and status from connected systems to coordinate task sequence, resources and live execution within the agreed scope.
Start the conversation
Turn every operational change
into the next best action.
Connect demand. Structure the work. Apply priorities. Coordinate resources. Adapt to live events. Build a measurable execution layer for the warehouse.