Utilities Security Market Size, Share & Trends Analysis Report By Product (Physical Security, Cyber Security), By Applications (Oil and Gas, Electricity, Others), By End Use, By Region, and Segment Forecasts - 2035

Utilities Security Market Overview

The utilities security market size is expected to grow from USD 9092.5 million in 2025 to USD 10674.59 million in 2026 and is forecast to reach USD 63597.1 million by 2035 at 17.4% CAGR over 2026-2035.

The Utilities Security Market is experiencing substantial transformation as energy infrastructure operators strengthen protection against cyberattacks, unauthorized physical access, equipment sabotage, and operational disruptions. Utilities security encompasses technologies and services designed to protect critical infrastructure, industrial control systems, personnel, and essential service delivery. The industry comprises 2 principal product categories: Physical Security and Cyber Security. Applications include Oil and Gas, Electricity, and Others. Modern security architectures integrate video surveillance, access control, perimeter intrusion detection, network monitoring, threat intelligence, and centralized incident response. Cyber Security accounts for approximately 57% of directional market demand as industrial organizations increasingly connect operational equipment with digital platforms. Physical protection remains essential for substations, generating facilities, pipelines, and remote infrastructure installations. In September 2026, the United States approved updated physical security requirements for critical electricity infrastructure, reinforcing attention to consistent risk assessment. Manufacturers increasingly develop intelligent monitoring platforms capable of identifying suspicious activities and improving response coordination. Market development is supported by infrastructure modernization, expanding industrial connectivity, and growing requirements for operational resilience.

The USA Utilities Security Market remains a major contributor to global demand, supported by extensive electricity infrastructure, established oil and gas operations, and increasing investment in critical infrastructure protection. North America represents approximately 36% of directional global demand, with the United States accounting for the largest regional contribution. American utilities increasingly evaluate security across operational technology networks, substations, control centers, and geographically distributed infrastructure. In September 2026, the Federal Energy Regulatory Commission approved the updated CIP-014-4 physical security standard to improve assessment of critical transmission facilities. Companies including Axis Communications, Bosch Security Systems, Honeywell Security, and Qognify-related businesses provide technologies relevant to infrastructure protection. Honeywell expanded its industrial cybersecurity capabilities during June 2026, introducing additional tools for threat monitoring, removable media protection, and secure industrial information exchange. American utility operators increasingly prioritize integrated security management and incident preparedness. Continued investment is influenced by cybersecurity threats, infrastructure modernization, and the importance of uninterrupted essential services.

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Key Findings

• Leading Product Type: Cyber Security accounts for approximately 57% of directional market demand, supported by expanding operational technology connectivity, industrial network monitoring, threat detection, and growing protection requirements for critical infrastructure.
• Leading Application: Electricity represents approximately 48% of modeled application demand, reflecting extensive power generation networks, transmission substations, distribution infrastructure, and increasingly complex digital control systems.
• Leading Region: North America holds approximately 36% of directional global demand, supported by mature utility infrastructure, established cybersecurity requirements, and substantial investment in physical and digital asset protection.
• Fastest Growing Region: Asia-Pacific accounts for approximately 28% of modeled global demand, supported by expanding electricity networks, energy infrastructure investment, and increasing adoption of intelligent industrial security systems.
• Technology Trend: AI-powered industrial threat monitoring is accelerating, with Honeywell introducing 5 additional operational technology cybersecurity capabilities during June 2026 to strengthen infrastructure resilience.
• Market Driver: Limited industrial cybersecurity coverage strengthens demand, with a 2026 industry assessment indicating that only 32% of organizations with industrial environments actively monitor operational technology systems.
• Competitive Landscape: Physical security integration is intensifying, with Qognify-related technologies serving more than 4,000 organizations worldwide through established video management and incident coordination capabilities.
• Future Outlook: Continuous industrial security operations will gain importance through 2035, supported by managed monitoring services offering 24-hour surveillance and coordinated incident response throughout the year.

Latest Trends

The Utilities Security Market is witnessing increasing adoption of artificial intelligence-powered surveillance, operational technology security monitoring, and integrated incident management. Traditional utility protection frequently relied on separately managed camera systems, perimeter alarms, and network security tools. Modern infrastructure operators increasingly require unified platforms capable of connecting these functions into coordinated operational workflows. During June 2026, Honeywell expanded its Operational Technology Cybersecurity Suite with 5 capabilities covering portable media inspection, proactive threat detection, governance management, secure data transfer, and managed security operations. The expansion reflects growing demand for preventive monitoring rather than security approaches focused exclusively on responding after incidents occur. Industrial organizations are also incorporating behavioral analytics to identify abnormal activity within control environments. Security providers increasingly emphasize compatibility with existing industrial equipment because many utilities operate systems designed for extended service periods. Product development focuses on reducing alert overload, improving investigation efficiency, and maintaining dependable protection without disrupting essential operations.

Another major trend involves replacing conventional video monitoring with intelligent physical security systems capable of interpreting activity across complex infrastructure sites. In February 2026, Bosch Video Systems introduced the IQSIGHT identity, emphasizing AI-supported video security and real-time visual intelligence. The development highlighted increasing investment in technology that helps operators detect suspicious behavior and evaluate security incidents. Hexagon also expanded its Qognify-related physical security portfolio during March 2025 through the HxGN dC3 platform, incorporating video management, incident orchestration, and three-dimensional LiDAR detection. These technologies can support monitoring of substations, industrial facilities, and other critical infrastructure locations. Utilities increasingly seek to combine physical event information with digital security monitoring for improved situational awareness. Remote monitoring remains particularly important because electricity and pipeline operators maintain geographically distributed assets. Continued innovation emphasizes reliable detection, appropriate system integration, and more effective coordination between security teams and operational personnel.

Market Dynamics

Driver

""Increasing cyber threats and critical infrastructure protection requirements accelerate security investment.""

Growing exposure to cybersecurity threats represents a major driver of the Utilities Security Market because electricity providers and industrial operators increasingly depend on interconnected digital control systems. Modern utility infrastructure uses communication networks to coordinate equipment monitoring, operational decisions, and maintenance activities. Cyber Security accounts for approximately 57% of directional product demand, reflecting the importance of defending operational technology against unauthorized access, malicious software, and service disruption. Industrial security assessments published during 2026 indicated that only 32% of organizations with operational technology environments actively monitored these systems. This gap highlights opportunities for specialized threat detection and security management platforms. Utility operators increasingly implement network visibility tools, controlled remote access, and incident response procedures. Vendors are developing technologies that identify unusual activity while respecting the performance requirements of industrial equipment. Continued investment in connected infrastructure strengthens demand for cybersecurity capabilities designed specifically for operational environments.

Physical security requirements provide additional market momentum because critical utilities operate infrastructure that can be vulnerable to unauthorized entry, vandalism, and deliberate damage. Electricity represents approximately 48% of directional application demand, reflecting the extensive networks of generating stations, transmission facilities, substations, and control centers requiring protection. In September 2026, American regulators approved the updated CIP-014-4 physical security standard to strengthen the identification and protection of critical transmission assets. The updated approach emphasizes more consistent assessment of facilities that could affect bulk power system reliability. Utilities increasingly combine cameras, access control, intrusion sensors, and centralized monitoring to improve situational awareness. Security systems must also coordinate with operational personnel and emergency responders. Demand is supported by the need to maintain dependable electricity services and protect infrastructure that may be difficult or expensive to replace following an incident.

Restraint

""High integration costs and legacy infrastructure complexity restrict security modernization.""

Legacy industrial equipment creates an important restraint because utility operators frequently maintain control systems that were installed before modern cybersecurity requirements became widespread. Some operational technology devices have limited processing capacity and cannot accommodate conventional security software without risking performance. Modernization projects therefore require careful evaluation of equipment compatibility, network architecture, and potential service disruption. Physical Security accounts for approximately 43% of directional product demand, but security investments often require coordination between physical protection equipment and existing industrial systems. Utilities may maintain hundreds of remote assets with different communication arrangements and maintenance schedules. Installing compatible monitoring technology across these locations can be technically demanding. Manufacturers increasingly offer passive network monitoring and configurable surveillance solutions to reduce disruption risks. Nevertheless, implementation expense and the operational sensitivity of essential infrastructure can delay large-scale modernization programs.

Limited specialist expertise creates additional restraints because industrial security requires knowledge of both cybersecurity and operational engineering. Conventional corporate security practices cannot always be applied directly to electricity networks or oil and gas control systems. Industry assessments during 2026 indicated that approximately 20% of organizations with industrial environments maintained dedicated operational technology security teams. This suggests that many operators rely on shared information technology staff, external specialists, or limited internal resources. Organizations must also coordinate responsibilities between engineering, physical security, and cybersecurity departments. Without clear governance, security alerts may not receive timely investigation. Vendors are increasingly offering managed monitoring and technical support services to address skills shortages. However, outsourcing requires appropriate access controls and dependable coordination with operational personnel. Workforce capability remains an important factor influencing effective deployment and long-term system maintenance.

Opportunity

""AI-enabled monitoring and modernization of distributed infrastructure create new growth opportunities.""

Artificial intelligence-enabled industrial security presents opportunities for vendors seeking to improve threat detection and incident response. Traditional monitoring systems can generate numerous alarms without providing sufficient context to distinguish routine operational events from suspicious activities. AI-supported analytics can help identify abnormal behavior and prioritize potential threats for investigation. Honeywell introduced 5 expanded cybersecurity capabilities during June 2026, including proactive defense, governance automation, removable media inspection, secure data exchange, and managed security monitoring. These technologies address different risks affecting industrial environments. Utilities increasingly seek integrated protection that combines operational visibility with appropriate response procedures. Vendors offering dependable analytics and practical deployment support may strengthen customer relationships. However, automated detection requires continuous validation because false alerts and incomplete information can affect operational decisions. Continued investment in intelligent monitoring supports opportunities across both physical and digital security systems.

Asia-Pacific offers additional development opportunities through expanding electricity infrastructure, industrial modernization, and investment in connected utility operations. The region represents approximately 28% of directional global demand and includes important energy infrastructure markets such as China, India, Japan, South Korea, and Australia. Electricity networks increasingly incorporate remote monitoring, digital substations, and connected operational equipment. These developments create demand for security systems capable of protecting both physical assets and industrial communication networks. A utility operating across 5 geographical service areas may require centralized security visibility while maintaining appropriate local operational controls. Manufacturers increasingly provide scalable monitoring platforms and remote management capabilities to address such environments. Demand also depends on regulatory requirements and the availability of specialist implementation services. Continued regional development supports opportunities for vendors offering adaptable infrastructure security technologies.

Challenge

""Coordinating physical and cyber protection across distributed assets remains technically demanding.""

Integrated threat management represents a major challenge because utility security teams must interpret information from cameras, access control systems, industrial networks, and operational equipment. These technologies may use different communication standards and generate alerts through separate applications. A utility security operation may require coordination across 3 principal environments involving physical facilities, operational technology, and enterprise information systems. Without appropriate integration, security personnel can struggle to identify whether different alerts relate to the same incident. Hexagon's HxGN dC3 portfolio combines video management and incident orchestration to support more coordinated responses. However, successful implementation still depends on accurate data, appropriate workflows, and trained personnel. Utilities increasingly require systems that improve visibility without overwhelming operators with unnecessary notifications. Maintaining reliable security coverage across multiple locations remains a significant operational responsibility.

Cybersecurity implementation within critical industrial environments also presents challenges because availability and operational safety often take priority over routine software maintenance. Electricity and oil and gas facilities may need continuous control system operation, limiting opportunities for disruptive upgrades. Security teams must determine how to assess vulnerabilities and apply protective measures without creating additional operational risks. Honeywell's June 2026 cybersecurity expansion included secure data transfer technology designed to support controlled information movement between industrial environments. Such solutions illustrate the importance of preserving appropriate separation between critical networks. Utility operators also require incident response plans that account for equipment dependencies and personnel safety. A security program may include 4 coordinated activities involving asset identification, monitoring, response planning, and recovery preparation. Continued market development depends on combining modern protection technologies with dependable operational procedures.

Segmentation Analysis

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By Types

Physical Security: Physical Security accounts for approximately 43% of directional Utilities Security Market demand. This category includes video surveillance, intrusion detection, access control, perimeter monitoring, and incident management technologies used to protect utility infrastructure. Electricity substations, generating facilities, pipeline installations, and industrial control buildings require appropriate protection against unauthorized entry and deliberate damage. Manufacturers such as Axis Communications and Bosch Security Systems offer camera technologies relevant to infrastructure monitoring. Qognify-related video management solutions, now integrated within Hexagon's portfolio, support centralized security operations. During March 2025, Hexagon introduced its HxGN dC3 platform, incorporating intelligent surveillance and incident coordination capabilities. Utility operators increasingly require systems that connect alarms with visual evidence and appropriate response procedures. Demand is supported by infrastructure modernization and continuing attention to the protection of essential public services.

Cyber Security: Cyber Security leads the directional Utilities Security Market with approximately 57% share. This category includes industrial network monitoring, threat detection, access management, security governance, and incident response technologies designed to protect operational systems. Electricity and oil and gas companies increasingly connect control equipment with digital monitoring and maintenance platforms. These connections improve operational visibility but can introduce cybersecurity risks if not managed appropriately. Honeywell expanded its Operational Technology Cybersecurity Suite during June 2026, providing additional capabilities for proactive monitoring and secure industrial operations. Cybersecurity systems must account for the unique reliability requirements of operational technology. Utilities increasingly adopt controlled remote access and continuous threat monitoring to protect essential infrastructure. Demand is supported by industrial digitalization, growing threat sophistication, and the importance of uninterrupted service delivery.

By Applications

Oil and Gas: Oil and Gas accounts for approximately 38% of directional Utilities Security Market application demand. The sector operates geographically distributed infrastructure involving production facilities, pipelines, processing plants, storage locations, and industrial control systems. Physical security technologies are used to monitor restricted areas and protect critical equipment. Cybersecurity solutions address threats affecting control networks, industrial automation, and remote access systems. Honeywell's industrial security technologies are relevant to oil and gas operations because the company maintains extensive experience with process automation environments. A typical facility may require 3 coordinated security functions involving perimeter protection, operational network monitoring, and incident response. Security requirements vary according to facility location and the consequences of operational disruption. Demand is supported by infrastructure modernization and increasing awareness of cyber-physical threats.

Electricity: Electricity dominates the directional Utilities Security Market application segmentation with approximately 48% share. Electric power systems include generating facilities, substations, transmission networks, distribution infrastructure, and control centers requiring coordinated protection. Physical attacks and cybersecurity incidents can create operational disruptions extending beyond individual facilities. In September 2026, American regulators approved the updated CIP-014-4 physical security standard to strengthen assessment of critical transmission infrastructure. Utility operators increasingly invest in perimeter monitoring, access control, industrial network security, and incident coordination. Modern electricity systems also incorporate digital automation and remote equipment monitoring, creating additional cybersecurity requirements. Manufacturers develop technologies capable of integrating surveillance information with operational security workflows. Demand is supported by grid modernization and the importance of maintaining reliable power supply.

Others: Others represents approximately 14% of directional Utilities Security Market application demand and includes utility-related infrastructure outside the principal Oil and Gas and Electricity categories. Such operations may involve essential public services and industrial facilities requiring dependable physical and digital protection. Security requirements vary according to the nature of the infrastructure and potential consequences of disruption. Operators increasingly evaluate risks affecting remote equipment, control buildings, communication systems, and access points. A utility organization may establish 3 monitoring functions involving facility access, network security, and incident escalation. Manufacturers offer configurable protection technologies that can be adapted to different industrial environments. Demand is supported by broader critical infrastructure modernization and increasing awareness of cyber-physical security requirements.

Regional Outlook

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North America

North America leads the directional Utilities Security Market with approximately 36% share, supported by extensive electricity infrastructure, established oil and gas operations, and increasing investment in critical infrastructure protection. The United States represents the largest regional contributor through utilities managing substantial transmission and distribution networks. Physical security standards and cybersecurity expectations influence technology purchasing decisions. In September 2026, American regulators approved CIP-014-4 to improve the assessment and protection of selected critical electricity facilities. Companies such as Axis Communications, Honeywell Security, and Qognify-related businesses provide technologies relevant to regional demand. Utilities increasingly seek integrated surveillance, network monitoring, and incident response platforms. Modern infrastructure also requires secure remote access and appropriate industrial data management. Continued security investment is supported by operational reliability requirements and growing awareness of infrastructure vulnerabilities.

Canada contributes through electricity generation, oil and gas infrastructure, and geographically distributed utility operations. Security requirements may involve remote facilities operating under difficult environmental conditions. Operators increasingly combine monitored access points, surveillance systems, and industrial network security to improve protection. Honeywell expanded its operational technology cybersecurity offerings during June 2026, introducing capabilities relevant to energy and industrial environments. A regional utility may coordinate 3 security functions involving physical site protection, cyber monitoring, and centralized incident management. Remote locations create additional requirements for dependable communications and appropriate maintenance procedures. Vendors offering managed monitoring and technical support may improve adoption. Continued regional development depends on infrastructure modernization and the importance of maintaining reliable energy services.

Europe

Europe accounts for approximately 27% of the directional Utilities Security Market, supported by established industrial infrastructure, critical service protection requirements, and increasing investment in cybersecurity resilience. Germany, France, the United Kingdom, the Netherlands, and other European countries contribute through electricity networks, industrial facilities, and energy distribution operations. Bosch Security Systems maintains an established history in video surveillance, while its video security activities adopted the IQSIGHT identity during February 2026. The company emphasized intelligent visual monitoring supported by more than 60 years of engineering experience. European utilities increasingly evaluate surveillance analytics and secure operational technology management. Security requirements also reflect the need to protect essential services and sensitive industrial information. Vendors developing interoperable solutions may strengthen adoption among organizations operating diverse infrastructure systems.

European infrastructure operators increasingly seek integrated security systems capable of coordinating information from multiple facilities and operational platforms. Qognify-related technologies became part of Hexagon's physical security business following the company's earlier acquisition, with the HxGN dC3 portfolio introduced in March 2025. The platform incorporates video management, incident orchestration, and advanced detection technologies. Utilities increasingly evaluate the suitability of such systems for complex industrial locations. A company operating across 5 countries may need consistent security policies while accommodating different local requirements. Data protection and operational resilience remain important considerations. Manufacturers increasingly provide configurable systems that integrate existing cameras and security equipment. Continued investment supports demand for centralized monitoring and dependable incident response capabilities.

Asia-Pacific

Asia-Pacific represents approximately 28% of the directional Utilities Security Market and is identified as the fastest-growing region within this analytical outlook. China, India, Japan, South Korea, Australia, and Southeast Asian economies contribute through growing electricity demand, industrial infrastructure development, and investment in connected operational systems. Utilities increasingly deploy digital substations and remote monitoring technologies that require appropriate cybersecurity protection. Large infrastructure networks also create demand for physical surveillance and access management. A regional electricity operator managing 200 remote sites may benefit from centralized monitoring that provides consistent visibility across geographically distributed assets. Security providers increasingly offer integrated camera systems and specialized network monitoring. Demand is influenced by infrastructure investment and the need to protect essential services. Continued regional development supports opportunities for advanced utility security technologies.

India provides substantial opportunities through electricity network modernization and growing attention to industrial cybersecurity. Utility operators increasingly evaluate the security of connected control systems and remote infrastructure. A modernized power network may require 3 coordinated protection layers involving physical access control, industrial network monitoring, and incident response preparation. Japan and Australia maintain mature utility infrastructure with established security requirements, while developing Southeast Asian markets are investing in digital operations. Suppliers increasingly provide configurable technologies suited to different infrastructure sizes and technical capabilities. However, implementation depends on skilled personnel and appropriate integration with existing systems. Continued growth is supported by infrastructure development and the increasing importance of uninterrupted energy services.

Middle East & Africa

The Middle East & Africa accounts for approximately 9% of the directional Utilities Security Market, supported by substantial oil and gas infrastructure, electricity development, and investment in industrial facilities. Saudi Arabia, the United Arab Emirates, South Africa, and selected other markets contribute through different energy and utility operations. Physical security remains important for industrial installations, pipeline facilities, and remote infrastructure. Cybersecurity requirements are increasing as operators adopt connected control systems and digital monitoring. Honeywell's industrial security solutions are relevant to energy environments requiring specialized operational technology protection. A large industrial facility may need 4 integrated capabilities covering surveillance, access management, network monitoring, and incident response. Regional demand depends on infrastructure investment and operational risk assessment. Continued modernization creates opportunities for technology providers offering dependable deployment and support.

Regional utilities increasingly seek solutions that can operate reliably across large geographical areas and demanding environmental conditions. Remote monitoring technologies are relevant where infrastructure assets are far from central operating facilities. Operators increasingly prioritize secure communications and effective escalation procedures for potentially significant incidents. A security organization supporting 3 industrial locations may use centralized monitoring while maintaining separate local response teams. Manufacturers increasingly offer configurable surveillance platforms and managed cybersecurity services to address these requirements. However, implementation challenges include specialist workforce availability, infrastructure compatibility, and maintenance arrangements. Continued development depends on practical security investment and the protection of essential industrial operations.

List of Top Utilities Security Companies

• Axis Communications
• Bosch Security Systems
• Honeywell Security
• Qognify
• Tyco International

Top 2 Companies Market Share

Axis Communications: Axis Communications maintains an important competitive position through network video surveillance, intelligent camera technologies, and security solutions suitable for critical infrastructure environments. The company's products can support monitoring of utility facilities, access points, and restricted operational areas. Modern surveillance systems increasingly incorporate video analytics to assist operators in identifying events requiring investigation. Axis also emphasizes appropriate network security because connected cameras form part of broader infrastructure technology environments. Utilities may deploy 3 complementary surveillance capabilities involving visible-light imaging, thermal monitoring, and centralized video management. The company's competitive strengths include camera engineering, extensive integration capabilities, and established experience with network-based surveillance. 

Honeywell Security: Honeywell Security maintains a significant competitive presence through physical protection technologies and the broader company's industrial operational technology cybersecurity capabilities. Honeywell expanded its OT Cybersecurity Suite during June 2026, introducing 5 additional capabilities intended to strengthen critical infrastructure protection. The portfolio includes proactive monitoring, secure removable media inspection, governance automation, controlled data transfer, and managed security operations. Honeywell's experience in industrial automation provides relevant expertise for electricity and oil and gas environments. The company's technologies support organizations seeking coordinated protection across physical and digital infrastructure. Competitive strengths include industrial domain knowledge and integrated security capabilities. 

Investment Analysis

Investment activity within the Utilities Security Market increasingly focuses on industrial cybersecurity, intelligent physical surveillance, automated threat detection, and secure integration between operational systems. Cyber Security represents approximately 57% of directional product demand, highlighting the importance of protecting connected industrial infrastructure. Utilities are investing in network visibility, managed security monitoring, and technologies capable of identifying abnormal operational activity. Honeywell's June 2026 cybersecurity expansion introduced multiple capabilities designed for industrial environments, including AI-powered threat detection and governance automation. Physical security investment also remains important as operators modernize access control and perimeter surveillance at critical facilities. Manufacturers are developing systems that improve coordination between security departments and operational personnel. Long-term investment potential depends on dependable technology, appropriate integration, and the ability to demonstrate meaningful improvements in infrastructure protection.

Regional infrastructure modernization creates additional opportunities as electricity and energy operators expand connected systems. Asia-Pacific represents approximately 28% of directional global demand, supported by extensive infrastructure development and growing industrial cybersecurity requirements. North America remains important through established regulation and ongoing utility modernization, while Europe emphasizes operational resilience and information governance. Investment in intelligent surveillance can improve monitoring of geographically distributed facilities. Hexagon's HxGN dC3 portfolio, introduced in March 2025, includes three-dimensional LiDAR detection and incident management capabilities relevant to critical infrastructure protection. Vendors also increasingly develop managed security services to address specialist workforce limitations. However, procurement decisions require careful evaluation of compatibility and operational reliability. Continued investment is expected to emphasize coordinated physical and cyber protection rather than isolated security products.

New Product Development

New product development within the Utilities Security Market increasingly emphasizes AI-powered threat detection, intelligent surveillance, and automated security governance. Honeywell expanded its Operational Technology Cybersecurity Suite during June 2026 with 5 additional capabilities addressing different industrial security requirements. Cyber Proactive Defense uses analytics to identify suspicious activity across operational environments, while the portable scanner supports inspection of removable storage devices. Secure data transfer technology can help maintain controlled information flows between sensitive networks. The suite also includes automated governance tools and managed security monitoring capabilities. These developments reflect increasing emphasis on prevention, operational visibility, and coordinated response. Manufacturers are also developing solutions that can be integrated with existing industrial equipment without compromising service reliability. Continued innovation focuses on dependable detection and practical protection of essential infrastructure.

Physical security product development is increasingly focused on combining intelligent video analysis with broader incident management systems. Hexagon's March 2025 HxGN dC3 platform introduced three-dimensional LiDAR surveillance and integrated video management capabilities intended to improve situational awareness. The technology can support detection of activity within monitored areas and provide information for security personnel. Bosch Video Systems introduced the IQSIGHT identity during February 2026, emphasizing AI-supported visual intelligence and improved security decision-making. Modern surveillance systems increasingly coordinate 3 functions involving detection, assessment, and response. Utilities can benefit from platforms that combine camera information with controlled access and incident workflows. However, effective deployment requires appropriate sensor placement and operational procedures. Future innovation will emphasize accurate analytics, dependable integration, and secure management of surveillance information.

Five Recent Developments

• April 2024 – Qognify Integration into Hexagon: On April 3, 2024, Hexagon announced that Qognify had formally adopted the Hexagon corporate identity and become its physical security business unit. The integration brought together technologies serving more than 4,000 organizations worldwide.
• March 2025 – Hexagon HxGN dC3 Security Portfolio: On March 17, 2025, Hexagon introduced the HxGN dC3 physical security portfolio, incorporating AI-enhanced three-dimensional LiDAR surveillance, video management, and integrated incident orchestration capabilities.
• June 2025 – Honeywell AI-Enabled Industrial Cybersecurity: On June 9, 2025, Honeywell introduced Cyber Proactive Defense and an operational technology security operations service. The technologies emphasized AI-assisted threat detection and continuous monitoring of industrial environments.
• February 2026 – Bosch Video Systems Becomes IQSIGHT: On February 18, 2026, Bosch Video Systems introduced IQSIGHT as its new video security identity, emphasizing artificial intelligence-powered visual analytics and intelligent monitoring supported by decades of engineering experience.
• June 2026 – Honeywell OT Cybersecurity Suite Expansion: On June 8, 2026, Honeywell announced 5 expanded cybersecurity capabilities covering secure media inspection, proactive threat detection, governance automation, data transfer protection, and managed security operations for critical infrastructure.

Report Coverage

The Utilities Security Market report provides comprehensive analysis of global critical infrastructure protection, security technology segmentation, industry applications, regional development, and competitive strategies throughout the 2026 to 2035 forecast period. Product coverage includes 2 categories: Physical Security and Cyber Security. Application analysis examines Oil and Gas, Electricity, and Others, emphasizing differences in operational risk, asset distribution, infrastructure sensitivity, and technology integration requirements. The report evaluates major market drivers involving industrial cybersecurity threats, utility modernization, and physical infrastructure protection. It also considers restraints associated with implementation costs, legacy control systems, and specialist workforce availability. Regional coverage includes North America, Europe, Asia-Pacific, and the Middle East & Africa. Product, application, and geographical percentage shares represent internally consistent directional analytical allocations rather than independently verified global market measurements.

The report further examines intelligent surveillance, operational technology cybersecurity, industrial threat monitoring, incident management, and competitive developments involving the 5 supplied market participants. Technology coverage includes network cameras, thermal monitoring, intrusion detection, AI-powered analytics, industrial network visibility, secure data transfer, and managed security operations. Recent developments from April 2024 through June 2026 illustrate corporate integration, physical security platform expansion, industrial cybersecurity innovation, and advanced video monitoring technologies. Competitive assessment distinguishes current operating businesses from historical corporate identities and reflects changes in technology portfolio ownership. The supplied forecast figures are preserved as provided; however, the increase between the 2026 and 2035 endpoints implies annualized growth of approximately 21.96%, rather than the stated 17.4%. This difference requires reconciliation before applying precise financial projections. The analysis addresses critical infrastructure resilience, operational reliability, security technology integration, and ongoing modernization of utilities protection systems.