A practical guide to evaluating shared automation, integration, maintenance and facility readiness before committing to a logistics site.

OMEGA 1 Singapore: What Automation-Ready Logistics Infrastructure Means for Warehouse Operators and SMEs

Singapore warehouse operators are increasingly looking beyond floor area, ceiling height and loading-bay access when assessing a logistics facility. The next question is whether the building can support connected systems, scalable automation and reliable day-to-day operations.

That is the relevance of OMEGA 1 Singapore. On 24 September 2026, Ally Logistic Property and CapitaLand Investment announced the planned S$260 million OMEGA 1 development at 19 Gul Lane. The five-storey logistics facility is targeted for completion in the second half of 2028 and is described as an automation-ready development with more than 65,000 planned pallet positions, an automated storage and retrieval system (ASRS), software integration and onsite maintenance support.

These are announced plans, not operating results. However, the proposal provides a useful framework for how warehouse operators, building owners and SMEs can evaluate the operational readiness of future logistics facilities.

From warehouse space to shared operating infrastructure

A conventional warehouse lease generally places much of the responsibility for equipment, systems integration, maintenance and process improvement on the tenant. An automation-ready facility changes that evaluation. Some infrastructure, software connections and support capabilities may be provided as part of the wider facility model.

This does not mean every tenant will achieve the same productivity outcome, or that automation removes the need for capable people. It means the building itself becomes an important part of the operating model.

For Singapore businesses, this may be relevant when comparing three options:

• Leasing a facility that already includes shared automation infrastructure;
• Retrofitting an existing warehouse with tenant-owned systems; or
• Connecting a smaller operation to a managed, automation-ready environment.

The right choice will depend on product characteristics, order profiles, inventory requirements, budget, integration maturity and the tenant’s willingness to change operating processes.

What OMEGA 1’s announced features could mean for tenants

1. Built-in ASRS requires process discipline

An ASRS can support structured storage and retrieval, but the value of the system depends on accurate inventory data, suitable storage rules, consistent product identification and clearly defined exception handling.

Before moving into an automated facility, operators should ask:

• Which product sizes, weights and packaging formats are supported?
• How are damaged, irregular or urgent items handled?
• What happens when an item cannot be stored automatically?
• How are cycle counts, stock discrepancies and inventory adjustments managed?
• What service levels apply during equipment downtime?

Automation readiness should therefore be assessed together with operational readiness. A facility may have advanced equipment, but a tenant still needs accurate master data, disciplined receiving and picking processes, and trained personnel.

2. Warehouse-management integration is central

The announcement refers to ALPOS software connecting tenant warehouse-management systems with facility automation. For operators, the important issue is not simply whether a connection exists. It is how information moves between systems and who is responsible when something goes wrong.

Operators should clarify the expected integration approach, data ownership, application programming interfaces, message handling, user permissions, system monitoring and support escalation. They should also understand how order updates, inventory movements, work instructions and exception messages are synchronised.

SMEs may not have a large internal information-technology team. A practical onboarding pathway should therefore explain the minimum data requirements, testing process, cutover plan and ongoing support model in plain language.

3. Operational visibility must lead to action

AI-enabled operational tools and connected facility systems may provide better visibility of equipment status, workflow activity, energy use or exceptions. Visibility is useful only when people know how to interpret it and respond.

Facility managers should define which indicators matter to the business. These could include equipment availability, order backlog, replenishment exceptions, temperature or environmental conditions where relevant, and maintenance alerts. The objective is not to collect the largest possible volume of data. It is to create timely information for decisions.

Operators should also ask whether dashboards are designed for different users. A warehouse supervisor may need live exceptions, while a building owner may need asset condition and maintenance trends. A senior manager may require a concise view of service performance and operational risk.

Onsite maintenance changes the support conversation

Onsite maintenance support can be a significant benefit in an automated facility, particularly where equipment downtime affects multiple tenants or shared processes. At the same time, tenants should not assume that all maintenance responsibilities are automatically included.

Contracts and operating procedures should clarify the boundary between base-building systems, shared automation, tenant equipment, software and consumables. Important questions include:

• Who owns planned preventive maintenance and corrective repairs?
• What response and recovery arrangements apply to critical failures?
• Are spare parts and specialist technicians available locally?
• How are planned shutdowns communicated and coordinated?
• What manual fallback process is available during an outage?
• How are incidents recorded, reviewed and closed?

For building owners and facility managers, maintenance planning should also consider access control, safe isolation, contractor management, housekeeping around equipment and coordination with fire, electrical and ACMV systems.

Facility-readiness questions beyond robotics

Automation is not only an equipment decision. It is also an engineering and building-services decision. Before leasing or retrofitting, operators should assess the facility’s readiness in several areas.

• Electrical capacity: Confirm available capacity, distribution arrangements, backup expectations and provisions for future expansion.
• Network and sensor coverage: Review connectivity, wireless coverage, device locations, monitoring points and resilience requirements.
• Fire and life safety: Understand how storage systems, access routes, emergency procedures and changes to the facility are managed within applicable requirements.
• ACMV and environmental conditions: Check whether temperature, humidity, ventilation and equipment heat loads are suitable for the operation.
• Cybersecurity: Clarify user access, remote support, software updates, incident reporting and segregation between tenant systems and shared platforms.
• Change management: Plan for training, revised work instructions, new roles and the transition from manual to automated processes.

These questions help prevent a common mistake: treating automation as a standalone procurement project after the lease has already been signed.

A realistic adoption path for SMEs

SMEs do not necessarily need to automate every process at once. A staged approach may be more practical.

1. Map the operation: Document inbound, storage, replenishment, picking, packing, dispatch and returns.
2. Assess data quality: Review stock records, product dimensions, item identifiers, order history and exception rates.
3. Identify the right automation boundary: Decide which activities should be automated, shared or retained as manual processes.
4. Test integration early: Confirm whether the existing warehouse-management or enterprise system can exchange the required information.
5. Plan the transition: Include training, stock migration, parallel operations, customer communication and contingency procedures.
6. Measure practical outcomes: Track service reliability, inventory accuracy, response time, labour utilisation and downtime rather than relying on technology adoption alone.

How ISS can support the readiness discussion

For Singapore warehouse operators and SMEs, the key decision is not whether automation sounds advanced. It is whether the building, systems, people and maintenance arrangements are aligned with the business model.

ISS can help organisations structure this discussion across engineering, facility management and AI automation requirements. That may include reviewing operational needs, identifying integration and infrastructure gaps, coordinating readiness questions and developing a practical path for implementation.

OMEGA 1 Singapore is planned for the future, with completion targeted for the second half of 2028. Its announcement is a timely reminder that logistics facilities should be evaluated as connected operating environments—not simply as storage space.

Contact ISS to discuss your engineering, facility management or AI automation requirements.

Reference: Ally Logistic Property and CapitaLand Investment announcement on OMEGA 1 Singapore.