Susanne Seitz, CEO of Buildings Smart Infrastructure at Siemens , explains why digital, IoT-enabled fire safety systems are transforming fire protection
For decades, fire safety systems have been viewed primarily through the lens of compliance. Essential, yes – but rarely seen as a contributor to performance, resilience or sustainability. As buildings become smarter and more autonomous, that perspective needs to change.
Across industries, aging fire safety infrastructure often hides significant inefficiencies: high false alarm rates, disconnected systems, rising maintenance effort and limited ability to use data effectively. Facility teams spend up to 60% of their time validating false alarms rather than focusing on value-adding tasks.
In a world of tight budgets and skilled labor shortages, this is no longer sustainable. As energy systems evolve – for example, with the increased use of lithium-ion batteries in data centers – modern fire detection and protection become even more critical.
Modern, IoT-enabled fire safety systems fundamentally shift this reality. By embedding intelligence and connectivity, fire safety moves beyond an isolated layer to become an integral part of the digital building ecosystem.
This deeper integration allows fire safety data and events to inform and interact with other critical building systems – from triggering HVAC adjustments to contain smoke, to coordinating with access control for safe evacuation, or even informing building automation for optimized emergency responses.
The impact is tangible. Reactive maintenance becomes predictive planning. Periodic testing evolves into continuous, silent monitoring.
And with solutions like Building X Fire Apps, single-building oversight expands to portfolio-wide visibility, enabling consolidated management and insights across multiple sites.
This digital transformation also helps reduce false alarms by approximately 80%, significantly improving operational efficiency and occupant experience.
Digital fire safety also unlocks a new generation of services. Cloud connectivity, remote diagnostics, and advanced analytics allow technicians to arrive prepared, resolve issues faster, and reduce repeat visits – helping organizations cope with ongoing talent shortages.
At the same time, predictive insights enable smarter investment and data-driven lifecycle decisions.
Sustainability is another critical dimension. Targeted upgrades instead of full system replacements reduce electronic waste. Remote management lowers emissions by minimising the number of site visits. And advanced detection algorithms help avoid unnecessary emergency responses triggered by false alarms.
New technology is already beginning to deliver value across sectors. In healthcare, digital fire safety supports uptime and patient safety through data-driven operations. In higher education, it simplifies the management of complex campuses with diverse building types.
And in commercial real estate, it forms a foundation for more autonomous, scalable building operations.
The conclusion is clear: the question is no longer whether fire safety systems should be modernised, but how strategically can organisations approach it.
As we move toward autonomous buildings, fire safety must be digital-native, cybersecure and seamlessly integrated into the building’s intelligence layer. Those who rethink fire safety beyond compliance will unlock meaningful gains in operational performance, sustainability and long-term resilience.
This article was originally published on LinkedIn. The original article can be found here.