The company has widened its platform to connect building-management, power-management and data-centre systems through open protocols, giving operators a single view across mixed-vendor estates without replacing installed hardware.
CETA System Co., Limited has extended its vendor-agnostic integration coverage across building-management, data-centre infrastructure management and electrical power-management systems, widening how its platform connects to the equipment already installed and operating across a facility. The update adds building-management and infrastructure-management integration alongside electrical power-management connectivity, with protocol support for BACnet, Modbus and other established standards used throughout mixed-vendor data centres. It lets operators fold mechanical, electrical and computing telemetry into a single view without decommissioning functional equipment or standardising on one manufacturer.
Three infrastructure layers underpin data-centre operations, and each has historically functioned in isolation. Building-management systems govern mechanical plant, electrical power-management systems track power quality and redundancy with millisecond precision, and data-centre infrastructure management platforms correlate computing workload with power and cooling demand. Telemetry from the three arrives at different speeds and in incompatible formats, yet the platform now draws operational data from all of them. Correlating those streams exposes patterns that remain invisible within single-system views, including how shifts in power consumption propagate through cooling requirements.
Connectivity to installed controllers and metering hardware runs through established industrial protocols rather than proprietary gateways. BACnet, the principal open protocol in building-management systems, and Modbus, widely used for energy metering and site controllers, together cover the majority of legacy and current automation devices in operational facilities. Protocol breadth carries more practical weight than vendor-specific dashboards when a site holds equipment from several procurement cycles, where a Tier-3 data centre typically manages between 1,500 and 2,000 input and output points and high-priority alarms must reach dashboards within 100 to 300 milliseconds. Many operators preserve functional equipment and route integration through software that normalises building-management telemetry alongside power-management and infrastructure streams.
Unified visibility removes the need to cross-reference inconsistent data drawn from separate sources, allowing operators to monitor power distribution, cooling performance, environmental conditions and alarms within a single interface. Correlating mechanical and electrical telemetry in real time lets maintenance teams identify anomalies earlier than isolated system views permit, before faults spread across domains and reach production. The intelligence is gained without capital expenditure on replacement hardware, since existing sensors, controllers and metering hardware remain in service while integration takes place at the software layer. For estates assembled across varied timelines, that lowers both the initial outlay and the operational disruption that equipment swaps impose during live production.
The chief executive of CETA System Co., Limited, Lee Tsz-Hin (李子軒), traces the design to how sites are actually run: the platform has been built for mixed-vendor, live environments, where equipment purchased across refresh cycles of roughly five to ten years leaves sites running cooling units, power-distribution hardware and monitoring systems from different manufacturers installed at different dates. Across the Asia-Pacific region, such heterogeneous configurations, assembled across many equipment generations, are the prevailing condition rather than the exception. The model, he notes, “reflects procurement reality rather than an idealised single-vendor deployment that few sites achieve.” Vendor-specific software cannot coordinate across such mixed estates, since proprietary platforms provide visibility within their own product range while leaving cross-system dependencies unmonitored until a fault spans domains.
Automated recommendations operate on an advisory-first basis, requiring engineering-team approval before any implementation proceeds. Facility engineering teams retain full operational authority, and Lee frames the platform as advisory by design, with “no pathway to autonomous action without explicit operator consent.” Human oversight governs every mechanical and electrical decision, and protocol connectivity is verifiable through documented integration tests. No proprietary methods are claimed, so performance stays bounded by what established protocols deliver rather than by unverifiable guarantees.
A baseline assessment precedes any architectural commitment, analysing the current state of servers, networks, storage, backup systems and high-availability configurations to give operators an accurate account of the environment they already run. Information gathered at this stage informs infrastructure design, optimisation strategy and future infrastructure planning, and Lee argues that starting from existing operational data “removes speculation from the process.” The step establishes measurable reference points against which subsequent improvements can be evaluated.
For facilities assembled across varied timelines and equipment generations, vendor-agnostic integration addresses a condition most operators already work under, connecting the CETA System platform to installed infrastructure without the hardware prerequisites, capital outlay and production disruption that equipment swaps impose. Because no obligation exists to standardise on a single architecture, decisions remain reversible when regulatory requirements or operational priorities shift, and the advisory-first model preserves engineering oversight throughout. Heterogeneous estates are the operating norm, and the integration model has been designed accordingly, tying directly to operating cost, resilience and outage risk while functional equipment stays in production.
About CETA System
CETA System Co., Limited is a Hong Kong-incorporated technology company that builds artificial-intelligence solutions for data-centre infrastructure. It combines HVAC and chiller-plant energy optimisation with predictive maintenance for critical assets such as UPS systems, generators and chillers on a single vendor-agnostic platform, integrating with existing building-management and DCIM environments and following an advisory-first deployment model for colocation, enterprise and hyperscale operators across the Asia-Pacific region and beyond.
• Website: https://cetasystem.com