INTELLIGENT WAREHOUSE: ADNOC TWH-08
Digital warehouse for spare parts, robotics and operational traceability

A pilot digital warehouse that turns manual spare-parts storage into a traceable,
robotics-enabled operation with WMS/RMS control, automated storage and safer
material handling.
Client challenge
• Manual storage limited space yield and slowed material handling.
• Operations needed real-time visibility of stock and movements.
• Manual picking and forklift work increased HSE exposure and headcount dependency.
Value & technologies
• WMS/RMS layer integrated with warehouse operations.
• AS/RS pallet storage, shuttle-type fine-mesh container storage, heavy/light lifts and self-driving
stackers.
• AI-powered operational visibility, access control and traceability.
What was delivered
• Warehouse process and infrastructure topology redesigned.
• WMS/RMS operating logic implemented.
• Automated equipment integrated for pallet, small-piece and heavy-load handling.

WMS | RMS | AS/RS pallet storage | Shuttle storage | Heavy / Light Lift | Self-driving
stackers

AUTONOMOUS GROUND VEHICLE: AGV EVO / EVOCARGO EVO.1
Autonomous material movement in live industrial logistics

Autonomous cargo movement validated under live industrial conditions - connecting

route mapping, remote supervision, loading workflows and scalable material transport.

Client challenge

• Industrial material movement needed repeatable, safer and more visible execution.

• Routes, load scenarios and scalability had to be validated before broader rollout.

• Manual driving created avoidable dependency on operators for repetitive moves.

Value & technologies

• Evocargo EVO.1 autonomous electric AGV / AGV EVO for closed-site material movement.

• Route mapping, navigation, remote supervision and FMS-based tasking.

• Progressive dry-run, light-load and full-load validation approach.

What was delivered

• AGV deployed and operated in a live ADNOC L&S industrial environment.

• Route mapping, navigation and remote supervision validated.

• Loading, cargo securing, transport and unloading workflow tested.


Evocargo EVO.1 | AGV EVO | FMS tasking layer | Remote supervision | Route mapping |

Geofencing

FLEET MANAGEMENT SYSTEM: ADNOC L&S
Fleet intelligence for industrial equipment visibility and utilization analytics

A fleet intelligence platform deployed in live ADNOC L&S operations to transform

fragmented vehicle tasking into real-time fleet visibility, digital workflows and

performance analytics.

Client challenge

• Low utilization and untraceable movements created operational losses.• Blind spots limited real-time monitoring of vehicle status, order progress and site movements.

• Manual planning created coordination gaps, driver downtime and reactive service behavior.

Value & technologies

• FMS for fleet and workforce management, monitoring, dashboards and reporting.

• Real-time GPS tracking, telemetry, geofencing, alert history and role-based dashboards.

• Maintenance analytics using engine hours, service intervals and CAN-bus data.

What was delivered

• Vehicle tracking toolkit and mobile terminals installed.

• FMS software deployed for operational workflows.

• Drivers, supervisors, managers and administrators trained.

Technology stack

FMS | GPS trackers | Telemetry | Mobile terminals | CAN-bus analytics | Geofencing |Dashboards

REMOTE-CONTROLLED FORKLIFT
Remote material handling for restricted and high-risk industrial zones

A remote material-handling concept designed to reduce operator exposure in repetitive

or high-risk areas while keeping forklift operations under human control and digital

supervision.

Client challenge

• Forklift work in restricted areas can expose operators to avoidable HSE risks.

• Manual operation limits remote supervision, auditability and centralized task control.

• Industrial sites need a bridge between conventional forklifts and full autonomy.

Value & technologies

• Remote operation console with live video and telemetry.

• Teleoperation / supervised-control logic integrated with site safety procedures.

• Potential FMS/RMS connection for tasking, fleet status and operational reporting.

What was delivered• Draft landing-page case prepared pending source deck validation.

• Pilot site, forklift model, operating mode and control station must be confirmed.

• Metrics and approved image/render to be inserted from the original DU forklift source.

Technology stack

Remote-controlled forklift | Teleoperation console | Live video | Telemetry | Emergency stop | FMS/RMS integration

ONSHORE STAGING & STORES: HAMEEM
Robotics-enabled onshore stores modernization for autonomous

supply chain

A robotics-enabled onshore staging and stores modernization concept, extending the

intelligent storage model into ADNOC's wider autonomous supply-chain roadmap.

Client challenge

• Onshore material staging required higher storage density and more efficient handling.

• Manual storage and movement constrained scalability across remote industrial operations.

• The site needed to fit into a broader autonomous supply-chain architecture.

Value & technologies

• AGV, warehouse robotics, RMS and dock systems as part of the autonomous supply-chain model.

• Robotics-enabled material handling and storage-density improvement logic.

• Integration potential with SAP core modules and RMS architecture.

What was delivered

• Hameem positioned as a first-step site in the autonomous supply-chain roadmap.

• Onshore staging and stores modernization logic defined.

• Site-level storage improvement linked to enterprise-wide autonomous logistics scaling.

Technology stack

AGV | Warehouse robotics | RMS | Dock systems | SAP integration | Autonomous logistics