“As part of our strategic efforts to boost our expertise in AI, we have attracted the best minds and talent from leading universities and the industry and will work with them closely to develop advanced AI-enabled security applications and solutions that are practical in our operations,” said Paul Chong, president and group chief executive officer of Certis.
The 800-square-metre Certis Centre for Applied Intelligence is equipped with software and hardware capabilities for machine learning and deep learning in AI, robotics and data analytics.
New and advanced solutions are being developed in the areas of security and identity management that could be extended to non-security applications such as patient, commuter and consumer journey analytics.
First with NVIDIA EGX
Certis is the first organization in the region to work with NVIDIA on operationalizing AI in the areas of multi-disciplinary security and integrated services using the NVIDIA EGX platform.
NVIDIA EGX allows enterprises to securely deploy and manage AI workloads at the edge or in the data centre. The cloud-native, edge-first and scalable software platform for AI delivers robust and hardened security for enterprise workloads. The edge is where things that need real-time answers and decisions are happening, such as factories, hospitals and stores.
Starting with the NVIDIA Metropolis application framework, which runs on NVIDIA EGX for intelligent video analytics, Certis’ developers and data scientists are working on adopting and deploying the platform in public safety, intelligent traffic systems and retail analytics.
Providing the needed processing power are NVIDIA GPUs, which are enabled to run NVIDIA EGX and scalable to enable AI training speed to increase exponentially.
Certis is also collaborating with NVIDIA partner ASUS to develop comprehensive AI security solutions, including AI development infrastructure and cloud-computing services, as it seeks to transform itself and the security industry.
Learn more about Certris Security + at Jewel Changi Airport