PUBLISHER: AnalystView Market Insights | PRODUCT CODE: 2143327
PUBLISHER: AnalystView Market Insights | PRODUCT CODE: 2143327
Grid Cybersecurity market size was valued at US$ 7,808.6 Million in 2025, expanding at a CAGR of 13.1% from 2026 to 2033.
Grid cybersecurity means the offerings of solutions and services for smart grid protection against computer system attack, network attack, or information access. Solutions provided can include intrusion detection system solutions, secure network communication, threat intelligence, and others. All the security services provided are meant to ensure the safe operation of the power grids, the technologies involved are smart grid security solutions, security solutions that will be used for the protection of the smart grid transmission system and distribution system.
The solutions and services are the important elements that can help in solving grid security problems, which include the following 5 elements: Security type (network security, endpoint security, application security, cloud security, other), deployment mode (on-premise, cloud), application (smart grid, power generation, transmission, distribution, other), end user (utility, energy & power, industrial, commercial, other), services. Together, these measures safeguard critical power infrastructure against evolving digital threats.
Grid Cybersecurity Market- Market Dynamics
Increasing Cyber Threats Are Accelerating Market Expansion
Increasing cyber threats in the Grid Cybersecurity market because of massive digitization of the power network, increasing interconnectivity of smart-grid components, use of renewable energy sources, and the complexity of cyber attacks on the grid are rising. For example, in January 2026, according to the International Trade Administration (Trade.gov), the Netherlands is facing an increase in cyber threats and a growing cybersecurity market. The increase in cyber threats and rapid growth in the market have been fueled by the cyber threats caused by the COVID-19 pandemic and the rise in remote working and digitalization of all operations. Also, it is pointed out that there is the National Cyber Security Strategy 2028, which is the six-year strategy of long-term actions in dealing with the cyber threats. Moreover, state-sponsored cyber operations and massive cyber threats are fueling the need for cybersecurity measures. This is making power grid operators grow their investments in cybersecurity rapidly.
The Global Grid Cybersecurity market is segmented on the basis of Component, Solution Type, Deployment Mode, Security Type, End User, and Region.
In the Grid Cybersecurity market, under "By Solution Type," Identity & Access Management (IAM) solutions have considerable market shares because IAM solutions are critical in enhancing the security and controlling the key grid control systems and stopping all types of accesses both from external and internal sources and helping to provide secure authentication and authorization of increasingly digitized power grids. For example, in April 2026, as per the UK government's Cyber Security Breaches Survey 2025/2026, conducted by the UK government, 43% of businesses and 28% of charities had experienced a cyber security breach or an attack in the last year, where phishing attacks accounted for 38% of businesses and 25% of charities.
It has been established that 47% of businesses and 38% of charities have introduced two-factor authentication, and 74% of businesses and 56% of charities have introduced password policies in grid control systems, authentication, and access management solutions, which in its turn brings about an increase in the demand for Identity & Access Management (IAM). This trend directly reinforces IAM's vital position as a cornerstone of modern power grid security.
Based on security type, network security holds a significant position in the Grid Cybersecurity market, as network security is a form of security that will protect and prevent any kind of outside access, cyberattack, or interception of any confidential information via wired communication channels, substations, and control systems as well as smart devices in the grid. For instance, in July 2026, according to IBEF Org, India's CERT-In, in addition to 231 cybersecurity auditing firms, conducted 122 cybersecurity simulations in all the 1,570 firms whereas altogether 20,799 cybersecurity professionals are trained in all the cybersecurity training programs during the entire year which clearly indicate the significance of network and cyber security for India and Indian grid systems which are fast moving towards a more digital structure. This robust infrastructure underscores network security as a critical pillar for safeguarding modern grid operations.
Grid Cybersecurity Market- Geographical Insights
North America holds a considerable place in the Grid Cybersecurity market due to the presence of high-level energy infrastructure and regulatory frameworks. The region is enhancing its utility security using different levels of protection measures that include AI and blockchain technologies. In 2026, according to the Government of Canada's Canada's National Artificial Intelligence Strategy: AI for All, there will be over 3500 Canadian companies, which will contribute to developing advanced models, tools, and applications, and which will receive around [US$27,380 million] in venture capital investment. Also, the Canadian AI ecosystem is going to create job opportunities for 150,000 employees who specialize in AI, whereas the digital sector as a whole will be able to accommodate up to 800,000 people and earn about [US$103,600 million] in GDP. As part of the AI strategy of Canada, AI adoption within businesses will rise from 12% to 60% by 2034, and the number of jobs related to AI will be about 250,000 by 2031, out of which there will be about 90,000 placement opportunities. These developments position North America as a resilient, AI-driven leader in modern energy security.
The Grid Cybersecurity market is characterized by the involvement of cybersecurity providers, energy technology firms, and grid security-focused companies. Companies such as Leidos Holdings Inc., Palo Alto Networks, Fortinet Inc., Landis+Gyr Group AG, and Schweitzer Engineering Laboratories Inc. are expanding their ability to offer grid cybersecurity solutions through technological innovation, security platform integration, and cutting-edge solutions for securing critical power infrastructure. In March 2026, Leidos completed the approximately USD 2.4 billion acquisition of ENTRUST Solutions Group to become an end-to-end energy infrastructure company that focuses on grid modernization, power delivery, and utility infrastructure. The acquisition brought more than 3,100 employees with knowledge in electric-grid engineering to Leidos and enhanced its ability to assist the utilities in enhancing grid reliability and resiliency. These strategic acquisitions and innovations position industry leaders to effectively safeguard next-generation critical power infrastructure.
In July 2026, Leidos introduced Parcata, which is a cybersecurity solution that incorporates artificial intelligence in detecting and repairing software vulnerabilities. It improves the automated vulnerability management and cybersecurity for both governmental and business institutions managing their critical infrastructure and connected environment.