The ability for robots to travel autonomously and access various floors in a multi-storey building through lifts will create new opportunities to leverage robotic technologies to augment manpower and enhance efficiencies in various industry settings including healthcare
New MB IoT smart meters and machine learning technologies are piloted within Science Park 1 to collect data and perform automatic trend analytics for prediction of utility consumption patterns, thus resulting in cost savings for tenants.
Infrastructure-less pathfinding technologies are being evaluated to enable last mile deliveries, search for retail shops, etc. With consideration of the constantly changing urban environment due to road works, etc.
SMARTLab is working with a major governmental agency to investigate technologies that can leverage on existing imaging sources to incrementally update and sustain 3D geospatial database.
A holistic AIoT platform is being piloted with a major local farm to enhance automation so as to improve profitability and to overcome the challenges of manpower shortage.
Due to advent of COVID-19 pandemic, contactless and automated means of toilet cleaning are explored so as to improve safety for both the cleaners and the users.
An open source data schema is being introduced to members of SMARTLab to harmonize disparate data sources and enable data interoperability, thus lowering cost of integration and creating new opportunities for co-innovation.
AIoT Applications to Optimize Smart Office Environment
A number of devices providers have come together to integrate and pilot an array of smart devices for tracking of utilities usage and wellness parameters for smart offices, so as to improve user experience and to lower the cost of operations.
In order to ensure the detection of malicious intrusions of critical systems across all levels of the execution stack, a new processor dynamic power behaviour analytical system is tested.