- Singapore deployment marks shift from standalone robot vehicles to integrated autonomous logistics systems
- Airport project highlights rising demand for autonomous solutions capable of operating within complex urban infrastructure
Autonomous driving company Zelostech (九识智能) has won a major deployment project at Singapore’s Changi Airport Terminal 5, marking a step beyond individual delivery routes toward integrated autonomous logistics operations.
Zelostech, together with its local Singapore partner, was selected in a competitive tender involving multiple international robovan solution providers to deploy Level 4 autonomous driving technology for the development and operation of Changi Airport’s new T5 terminal.
Beyond point-to-point delivery
The project is not Zelostech’s first collaboration with Changi Airport. The company previously deployed autonomous cargo vehicles at the airport’s landside logistics operations, connecting key nodes including air cargo terminals, integrated logistics hubs and dedicated warehouses operated by freight agents.
By linking aviation business systems, ground handling systems and Zelostech’s proprietary autonomous driving platform, the company enabled unmanned transportation of cargo across multiple operational scenarios.
The T5 project expands the scope of deployment. While previous operations focused on cargo transportation, the new project extends autonomous capabilities into airport construction areas.
These include safety inspection tasks that require compliance with stricter standards and operation in more complex environments.
Two pathways toward robovan commercialization
The development highlights a broader distinction in the commercialization of autonomous driving.
The first approach is point-to-point automation, where robovans replace human drivers on fixed routes. This is the stage most companies have reached today.
The second is system-level integration, where multiple operational nodes — including cargo terminals, logistics hubs and warehouse facilities — are connected through unified fleet management and coordinated scheduling.
Zelostech’s work at Changi represents the second approach, and industry observers say this system integration capability was a key factor behind its success in the tender.
One of the toughest scenarios
Airport environments are widely considered among the most challenging scenarios for autonomous driving.
Unlike controlled industrial sites, airports operate in semi-closed environments where autonomous vehicles must share road space with aircraft, specialized ground support vehicles and human-driven vehicles.
Passenger flows, vehicle movements and aircraft operations often intersect, leaving little room for error. Any safety incident could directly affect aviation operations.
Robovans in airports must therefore overcome three major hurdles: extremely high safety requirements, strict operational efficiency standards and around-the-clock reliability.
Successfully deploying an integrated autonomous system from landside logistics to airport operations provides a meaningful validation of technical maturity.
Longer-term expansion
More significant than winning a single project is Zelostech’s longer-term expansion strategy in Singapore and beyond.
The company entered Singapore in 2023. In 2024, it obtained the country’s first autonomous logistics vehicle license and participated as a member of a Singapore Standards Council working group involved in updating the TR-68 technical standards for robovans.
In 2025, Zelostech secured what it described as the first autonomous cargo commercial operation license in a developed market, while signing partnerships with Singapore’s largest supermarket chain FairPrice and Singapore Post.
In 2026, the company expanded into Changi Airport, participating in trials for autonomous delivery routes connecting retailers and suppliers.
Each step has moved Zelostech deeper into Singapore’s logistics ecosystem — from technology deployment to standards participation, commercial operations and infrastructure integration.
Not just a vendor, but an infrastructure builder
For overseas investors and industry observers, Zelostech’s Singapore journey offers a different perspective on autonomous driving competition.
A company that participates in regulatory standards, supplies transportation capacity for major retailers and integrates airport logistics systems is building its position through ecosystem participation rather than technology specifications alone.
The key advantage of this model is high switching costs. Once autonomous transportation networks become embedded into urban logistics infrastructure, competitors cannot easily replace them by offering a similar vehicle or algorithm.
The real barrier is not just the technology itself, but the operational system built around it.
