The smart infrastructure market in the Asia Pacific region is expanding as major transport hubs integrate automation to manage high vehicle volumes. DKSH Hong Kong has announced the deployment of a large-scale automated parking environment, utilizing a robotic system to move vehicles from entry cabins to designated bays. To power this complex operation, the company is utilizing a flexible consumption model for its underlying hardware needs.
Automated Vehicle Transport Powered by Lenovo TruScale
As news.lenovo.com reports, DKSH is leveraging Lenovo TruScale Infrastructure as a Service (IaaS) to manage the computational demands of the project. This pay-as-you-go model allows the transport hub to scale its technical resources without the traditional constraints of upfront capital expenditure. The infrastructure supports DKSH’s proprietary software, which coordinates the robotic movements and vehicle positioning within the facility.
Technical Specifications and Support Services
The deployment relies on a mix of server and workstation hardware to handle real-time data processing and automated license plate recognition. According to the manufacturer, the hardware stack includes:
- Lenovo ThinkSystem SR650 V2 and SR250 V2 servers for core infrastructure tasks.
- Lenovo ThinkStation P360 Tower workstations to support specialized parking guidance systems.
- Lenovo Premier Support providing 24/7 remote monitoring of the environment.
- Consulting, implementation support, and full lifecycle services managed by Lenovo.
Together with Lenovo, we’re helping deliver one of the most advanced smart parking environments in our region, combining DKSH’s smart parking expertise and software capabilities with Lenovo TruScale Infrastructure as a Service to support a smoother experience for travelers and more efficient operations for the transport hub.
— news.lenovo.com
Operational Impact for Transport Hubs
What stands out visually in this deployment is the removal of manual driving within the parking structure. The integration of automated license plate recognition and guidance systems ensures that the robotic platforms can identify and retrieve vehicles with minimal human intervention. By shifting to an IaaS model, DKSH avoids the maintenance burden of physical hardware, as Lenovo handles the monitoring and lifecycle management of the ThinkSystem units.
Long-term Infrastructure Strategy
For large-scale transport hubs, the transition to automated parking represents a shift toward higher density and operational efficiency. The use of a service-based infrastructure model suggests that DKSH intends to prioritize software development and parking logic over hardware ownership. Whether this robotic implementation becomes the standard for other regional hubs depends on the performance of the SR650 V2 and SR250 V2 systems under continuous operational loads.