A practical Singapore-focused checklist for commissioning, FM handover, safety validation and reliable automated warehouse operations.

Professional illustration of a Singapore automated warehouse with a facility manager reviewing a readiness checklist covering utilities, safety, maintenance and digital controls.

Körber’s announcement of a completed high-density automated warehouse implementation in Singapore offers a useful reminder for facility managers and warehouse operators: installation completion is not the same as operational readiness.

The announcement, dated 16 September 2026, stated that the project for an information-management and record-storage provider in Southeast Asia had been completed on schedule. Full operations were expected to begin later in September 2026. This distinction matters. Before an automated storage, material-handling and warehouse-control system is released for normal use, the facility must be tested as an integrated operating environment.

For Singapore businesses preparing a new or upgraded automated warehouse, the following checklist can help structure the final stage before full operations.

1. Confirm what “complete” actually means

Project completion can refer to construction completion, equipment installation, software configuration or contractual handover. These milestones do not necessarily confirm that the facility is ready for sustained production use.

Before approving go-live, establish a clear readiness definition covering:

  • Mechanical and electrical installation completion
  • Software and warehouse-control system testing
  • Safety validation and emergency procedures
  • Building-services integration
  • Maintenance documentation and spare-parts availability
  • Operator and facilities-team training
  • Performance verification under representative operating conditions

A signed readiness matrix should identify each requirement, the responsible party, evidence of completion and any outstanding risk. This prevents unresolved defects from being hidden behind a general statement that the project is complete.

2. Validate electrical capacity and power resilience

High-density automation systems can place demanding and variable loads on a facility. Conveyors, cranes, lifts, servers, control panels, charging equipment, ventilation systems and other building services may operate together during peak periods.

Facility teams should confirm that:

  • Final load calculations reflect the intended operating profile
  • Distribution boards, protection devices and isolators are labelled and accessible
  • Critical equipment has appropriate backup or controlled shutdown arrangements
  • Power-quality concerns have been assessed where sensitive controls or IT equipment are involved
  • Emergency isolation points are clearly identified and understood by authorised personnel
  • Planned maintenance can be performed without creating uncontrolled operational or safety risks

Testing should be documented under normal, abnormal and recovery conditions. A facility may appear stable during a short demonstration but experience issues when multiple systems start, stop or recover simultaneously.

3. Coordinate ACMV and environmental conditions

Automated equipment, control electronics and IT infrastructure require a suitable operating environment. Temperature, humidity, dust, ventilation and heat rejection should be checked against the requirements of the installed systems and the building’s actual operating conditions.

Where water-cooled chilled-water systems are used, Singapore facilities should also consider applicable energy-efficiency and measurement-and-verification requirements. NEA guidance highlights the use of measurement and verification systems connected to a building automation system or standalone energy-management system for relevant chilled-water arrangements.

The practical objective is not simply to keep the warehouse comfortable. It is to ensure that ACMV performance, energy monitoring, equipment protection and maintenance access are coordinated with the automation operating schedule.

4. Test fire and life-safety interfaces

Fire and life-safety systems must be reviewed as part of the complete automated facility, not treated as a separate building-services exercise. The automation team, building owner, facilities team and relevant safety stakeholders should agree how systems respond to alarms, loss of power, smoke detection, emergency access and evacuation requirements.

Important checks may include:

  • Alarm annunciation and escalation routes
  • Emergency stop and controlled shutdown sequences
  • Access for responders and authorised maintenance personnel
  • Clear emergency walkways, doors and muster arrangements
  • Interface testing between automation controls and relevant building systems
  • Documented recovery steps after a fire or other emergency event

Any proposed change to fire-safety provisions or building systems should be reviewed through the appropriate Singapore approval and professional channels. The checklist is a coordination tool, not a substitute for project-specific regulatory review.

5. Check maintenance access and FM handover quality

One of the most common readiness gaps is designing for installation but not for maintenance. A facilities team needs safe and practical access to motors, sensors, control panels, cable routes, ventilation equipment, servers and other maintainable assets.

Before handover, inspect whether:

  • Access panels and maintenance zones are usable during real operating conditions
  • Isolation points are clearly labelled and included in procedures
  • Working-at-height, lifting and confined-area requirements are understood
  • Asset registers include serial numbers, locations and warranty information
  • Preventive-maintenance schedules are aligned with manufacturer requirements
  • Critical spares, consumables and specialist tools have defined ownership
  • Escalation contacts and response expectations are documented

Handover should include as-built drawings, operating manuals, test records, software backups, network diagrams, risk assessments and training records. If these documents are incomplete, the facility may become dependent on individual project personnel after go-live.

6. Verify network, controls and data resilience

Warehouse automation depends on reliable communication between equipment, control software, scanners, user interfaces and business systems. The network should therefore be tested as an operational utility.

Readiness checks should cover network coverage, segmentation, backup connectivity where required, time synchronisation, access control, data backup and recovery. Alarm messages should be understandable to the correct user, with clear escalation when a fault affects throughput, safety or asset protection.

Cybersecurity responsibilities should also be defined. This includes user access, remote support, software changes, patching, logging and approval of configuration changes. The precise controls will depend on the system architecture and the organisation’s policies, but ownership should never be left unclear at handover.

7. Run integrated testing, not isolated demonstrations

Equipment testing should progress from individual components to complete operational scenarios. Useful scenarios may include startup, normal order or retrieval cycles, jam recovery, sensor failure, communication loss, power interruption, emergency stop, manual intervention and controlled restart.

Performance verification should use agreed measures such as availability, response time, recovery time, alarm closure and successful completion of representative workflows. Targets must be defined by the project and operating model rather than assumed from generic industry expectations.

Testing should also include the people who will operate and maintain the facility. A technically successful test can still reveal practical weaknesses when supervisors, technicians and emergency contacts are required to respond under time pressure.

8. Prepare operators for the first weeks of full operations

The transition from commissioning to live operations should include enhanced monitoring and a controlled defect-management process. Assign daily review ownership for alarms, downtime, repeat faults, temporary workarounds and unresolved safety observations.

Operators should know when they can clear a fault, when they must isolate equipment and when they must escalate to engineering, the system integrator or the building facilities team. Short, role-specific procedures are often more useful during an incident than a large manual that is difficult to search.

Conclusion: readiness is an integrated facility responsibility

Körber’s Singapore project demonstrates the growing relevance of high-density warehouse automation for consolidation, operational control and scalability. However, the period between implementation completion and full operations is where many facility risks must be identified and closed.

Electrical capacity, ACMV, fire and life safety, maintenance access, network resilience, documentation, training and integrated testing should be managed as one readiness programme. For Singapore facility managers and warehouse operators, this approach supports a safer and more dependable transition from project delivery to daily operations.

ISS can support businesses with engineering coordination, facility management requirements, commissioning support and AI automation planning. Contact ISS at intelligencesolutionservice.com to discuss your facility or automation requirements.

Sources and further reading