In an interview with Atul Pai, Vice President and General Manager, Building Automation, Honeywell Technologies India, and TimesTech, Pai explains how AI, IoT, predictive analytics, and integrated automation platforms are transforming critical infrastructure. He discusses the growing importance of operational resilience, cybersecurity, energy optimization, and intelligent building management in helping airports, hospitals, data centers, and connected buildings operate more efficiently, securely, and sustainably.
Read the full interview here:
TimesTech: What are the biggest operational resilience challenges facing airports, hospitals, data centers, and connected buildings today, and how is automation helping address them?
Atul: Critical infrastructure facilities are harder to operate today than they used to be, as expectations around uptime, safety and efficiency keep rising. Airports, hospitals, data centers and connected buildings are expected to run continuously, but many still depend on fragmented legacy systems that work in isolation, systems that are difficult to manage, maintain, and secure. As operational technology gets more connected, organizations also must contend with evolving cybersecurity risks, rising energy costs, and tightening regulatory requirements.
The facilities management industry is being reshaped by digitization, automation, and connected operations. Customers are moving away from siloed building systems and toward integrated platforms that give them a unified view of their operations. Today’s technologies connect life safety, security, energy and building management systems together into one operational environment, turning building data into insights that can be acted on.
Automation is a key enabler of this transformation. It allows organizations to shift from reactive to proactive operations. Automating routine monitoring, alarm management, fault detection and maintenance workflows means operators catch issues earlier, step in less often manually, and move faster when something needs attention. Decisions get better as a result. Add AI-driven insights to the mix, and energy use comes down, assets perform better, and business continuity holds up — without any extra operational complexity.
Honeywell’s Connected Solutions platform reflects this shift. It securely connects building systems and operational data. That means customers can simplify operations, see more clearly across their assets, and respond faster when something happens. What they get in return: stronger operational resilience, better-performing assets, more efficient buildings.
TimesTech: How do integrated automation platforms improve reliability, reduce downtime, and enhance efficiency in critical facilities?
Atul: Disruptional building systems can communicate and operate as a single, intelligent ecosystem — instead of as isolated technologies the payoff shows up fastest in facilities where even a minor disruption can affect business continuity, occupant safety and operational performance. And yet, in many organizations, HVAC, fire safety, security and energy systems are still managed in silos, which limits visibility and slows down how quickly problems get addressed.
That’s changing now as more customers treat Integrated Building Management Systems (IBMS) as enterprise-critical infrastructure, largely because it gives them a centralized view of building operations while letting different systems work together instead of in isolation.
Honeywell’s Enterprise Buildings Integrator (EBI) / Optimizer Supervisor / IQvision is built for exactly this. It brings multiple building systems onto one common platform. Add intelligent monitoring and analytics into that mix, and customers get a lot more than convenience as potential equipment issues get flagged before they escalate, unplanned downtime drops, asset utilization improves, and the whole operation ends up with a scalable foundation for something more efficient, more connected and more resilient.
Operators no longer must lean on reactive maintenance or scattered monitoring tools, they get continuous visibility into equipment health and building performance instead, which means catching issues earlier, prioritizing maintenance more sensibly, and coordinating responses faster.
TimesTech: How are AI, IoT, and predictive analytics enabling predictive maintenance and real-time decision-making across critical infrastructure?
Atul: Critical infrastructure facilities generate enormous volumes of operational data every day. The challenge isn’t collecting it anymore — it’s turning that data into insights that improve operational performance. AI, IoT and predictive analytics are helping organizations get there, moving them beyond reactive maintenance by continuously tracking asset performance and catching potential issues before they turn into disruptions.
Connected sensors give operators real-time visibility into the health and performance of critical assets like HVAC systems, chillers and fire safety equipment. Fixed maintenance schedules are no longer the default. Instead, operators can prioritize maintenance based on the actual condition of their equipment, which improves reliability, cuts costs and extends how long that equipment lasts. There’s a knock-on effect too – facility managers make faster decisions, and occupant comfort, energy performance and overall building efficiency all improve alongside it.
Honeywell’s Forge Performance+ for Buildings brings AI, IoT and advanced analytics together to turn operational data into insights that support predictive maintenance and better building performance. Connected Life Safety Services (CLSS) does something similar for fire life safety systems — enabling remote monitoring and diagnostics so customers get better system readiness, fewer unnecessary service visits, and fewer operational disruptions along the way.
Digital twin technologies are emerging as a powerful tool for simulating operational scenarios and optimizing asset performance before issues occur.
TimesTech: As cyber-physical threats evolve, what role does intelligent automation play in strengthening security and operational resilience?
Atul: As buildings become more connected, the line between physical security and operational technology keeps getting thinner. Building management systems, connected devices and cloud-enabled operations have opened a much wider cyber threat than before, which is exactly why cybersecurity now sits at the core of operational resilience. Organizations today must protect not just their people and physical assets, but also the operational technology that keeps critical facilities up and running. As IT and OT environments converge, organizations require unified security strategies that protect both digital infrastructure and physical operations.
More customers are adopting a converged approach, one that brings physical security, cybersecurity and building operations together instead of treating them separately. Honeywell supports this through Honeywell Buildings Cybersecurity, that helps customers protect their operational technology environments against evolving cyber threats, all without disrupting day-to-day operations.
Continuous monitoring, intelligent risk assessment and automated responses do much of the work, helping organizations catch potential threats earlier, keeping operational disruptions to a minimum and strengthen business continuity along the way. At the same time, having greater visibility across connected systems allows operators to make faster and more informed decisions when security incidents occur. When paired with intelligent building automation, it helps organizations securely embrace connected buildings while strengthening resilience, protecting critical assets and supporting safe, uninterrupted operations throughout.
TimesTech: How can organizations balance operational resilience with energy efficiency and sustainability through smart building automation?
Atul: Operational resilience and sustainability have become complementary business priorities. Organizations today are expected to improve reliability and business continuity while also cutting energy consumption, lowering emissions and meeting sustainability goals that keep getting more ambitious. Achieving both at once calls for greater visibility into building performance, along with the ability to optimize operations continuously rather than relying on static operating schedules.
Smart building automation is what makes this possible. Drawing on real-time data from occupancy, weather conditions and connected equipment, it adjusts building operations as things change rather than sticking to a set routine. Intelligent systems can automatically tune HVAC, lighting and other critical building services based on actual demand rather than fixed assumptions — and that’s what cuts energy waste while keeping occupant comfort and operational continuity intact. There’s a sustainability angle too: predictive maintenance extends asset life, improves equipment efficiency and cuts down on maintenance activities that aren’t necessary in the first place.
Honeywell’s Forge Energy Optimization relies on AI and advanced analytics to keep fine-tuning both building performance and energy usage over time. Combine intelligent energy management with predictive insights, and organizations end up somewhere better: improved operational efficiency, lower operating costs, and measurable progress towards sustainability and net-zero objectives, all without giving up on resilience as they go
TimesTech: What automation trends will shape the future of India’s critical infrastructure, and how is Honeywell preparing for this shift?
Atul: India’s critical infrastructure is entering a new phase, one where connected, intelligent and increasingly autonomous buildings become central to operational resilience. AI-enabled building management, predictive maintenance, digital twins, cloud-connected platforms and greater interoperability will shape the next generation of smart infrastructures helping organizations move from reactive operations to predictive, data-driven decision-making.
Modernizing existing infrastructure is another key trend. Rather than replacing entire systems, customers want flexible, scalable solutions that work with existing assets while supporting future digital transformation. Open platforms and connected ecosystems will play an increasingly important role in helping organizations get the most from operational performance without significant disruption.
The next evolution of smart buildings will involve autonomous operations where AI agents recommend or execute corrective actions with minimal human intervention
We at Honeywell are preparing for this shift through continued investment in engineering, R&D and manufacturing capabilities in India while developing intelligent building automation solutions that address both local and global customer needs. Guided by our “Build by India, For the World” approach, we remain focused on helping customers build facilities that are safer, more resilient and more sustainable, and ready for the future.
