Fire Protection Technologies for International Infrastructure Projects

COFEM participated in INTERSCHUTZ 2026, an international trade fair dedicated to fire protection, rescue services, and civil safety, held from June 1–6, 2026, in Hanover, Germany. The Spanish company used the event to present its latest fire detection and protection technologies for critical infrastructure, smart buildings, and industrial facilities.

Intelligent Fire Detection Platforms for Connected Buildings
During the exhibition, COFEM showcased its ONIX, QUARTZ, and RUBÍ platforms, which form part of its portfolio of intelligent fire detection and protection systems.

The increasing adoption of smart buildings and digitally managed infrastructure has created demand for fire safety platforms capable of integrating detection devices, alarm management functions, and centralized monitoring capabilities. Such systems help facility operators manage safety events more effectively while supporting compliance with building and industrial safety requirements.

By focusing on intelligent platforms, COFEM is targeting environments where rapid incident detection and coordinated response are critical to operational continuity and occupant safety.

UL-Certified Solutions for Global Projects
A key element of the company's presentation was its range of UL-certified fire protection solutions. Certification by Underwriters Laboratories (UL) is commonly required for many international projects and serves as an important benchmark for product performance and compliance in fire protection systems.

UL certification can facilitate deployment in multinational infrastructure projects by helping ensure that equipment meets recognized safety and testing standards. This is particularly relevant for critical infrastructure, industrial facilities, commercial buildings, and large-scale public developments where regulatory compliance is a prerequisite for project approval.

The company's emphasis on certified solutions reflects broader industry trends toward harmonized safety standards and internationally accepted performance benchmarks.

Fire Protection Systems and Digital Infrastructure Trends
The fire protection industry is undergoing a period of technological transformation driven by increased connectivity, automation, and data integration. Modern systems increasingly incorporate networked devices, centralized management software, and advanced monitoring capabilities designed to improve situational awareness and response efficiency.

These developments are closely linked to the broader evolution of smart infrastructure and the digital supply chain, where safety systems must operate alongside building management, security, and operational technologies.

As organizations seek to enhance resilience and regulatory compliance, demand continues to grow for fire protection platforms capable of supporting both operational requirements and long-term infrastructure strategies.

Additional Context
This section details technical specifications and competitive benchmarking not included in the original news release.

The global fire detection and alarm systems market includes established suppliers such as Honeywell, Siemens, Johnson Controls, Bosch Building Technologies, and Schneider Electric. Competitive benchmarking in this sector typically focuses on certification standards, system scalability, network architecture, integration capabilities, and compliance with international fire safety regulations.

Platforms such as Siemens Cerberus PRO, Honeywell NOTIFIER, Bosch AVENAR, and Johnson Controls Tyco Simplex systems are commonly evaluated based on support for intelligent detection devices, networked control panels, fault tolerance, and compatibility with large-scale building management systems. COFEM's emphasis on intelligent platforms and UL-certified solutions positions its portfolio within the segment of fire protection technologies designed for complex infrastructure projects requiring internationally recognized compliance standards and integrated safety management capabilities.

Edited by Aishwarya Mambet, Induportals Editor, with AI assistance.

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