Building Multi-Agent AI for Critical Industries

Building Multi-Agent AI for Critical Industries

From Singapore’s dynamic transport networks to the complex demands of modern healthcare, traditional automation is no longer enough. Fragmented data and siloed systems hinder decision-making – requiring a smarter, more collaborative approach.

Enter multi-agent AI – a model where intelligent agents, each with specialised roles, collaborate to solve complex challenges together. This approach allows for dynamic coordination, surpassing the limitations of standalone AI.

By 2025, AI agents collaborating through multi-agent systems are expected to reduce operational cycle times by up to 60%, enabling more efficient and dynamic decision-making across interconnected industries.[1]

In sectors like transportation and healthcare, this shift from isolated systems to collaborative intelligence can unlock new levels of efficiency and resilience – from predictive rail maintenance to actionable insights enhancing hospital operations. As networks grow more complex, multi-agent systems will become critical for real-time decision-making and cross-industry innovation.

[1] McKinsey & Company. (2024). Why AI agents are the next frontier of generative AI. View article.

From Passive Assistants to Proactive Problem Solvers

Our multi-agent AI framework redefines what AI can do – shifting from basic task automation to intelligent, decentralised collaboration. By enabling specialised agents to work together autonomously, we create resilient and adaptable systems capable of tackling today’s most intricate operational challenges.

Discover how AI agents with specialised roles collaborate autonomously to overcome AI silos and solve complex challenges.

Lee Ween Jiann, Assistant Principal Engineer, AI, Group Engineering Centre, explains how our multi-agent AI framework transforms AI from passive assistants into proactive problem-solvers.