The global cybersecurity mesh market is projected to expand from approximately USD 0.9 billion in 2023 to USD 2.6 billion by 2027, with a Compound Annual Growth Rate (CAGR) of 28.6% between 2022 and 2027. The market growth is being driven by the fragmentation of network perimeters and the rising frequency of cyberattacks targeting organizations.
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By organization size, large enterprises to account for a largest market size during the forecast period
Large enterprises include firms with employee strength of more than 1,000. During the forecast period, the large enterprises segment is projected to account for a larger market size in the cybersecurity mesh. These enterprises are seeing a high adoption of cybersecurity mesh solutions. Large enterprises have enormous resources, meaning they can afford information security professionals and cutting-edge technology to defend themselves. Large enterprises possess the financial resources necessary to implement cybersecurity mesh solutions. They also have the workforce to install and work with the deployed systems. The IT administrators in large organizations dealing with highly sensitive information are witnessing high demand for zero-trust-based solutions to perform real-time security analytics of various security incidents. Zero trust-based solutions help IT security professionals in large enterprises to gain enhanced network visibility and effectively implement policies across different departments in remote locations. Large enterprises work with a large volume of data, which makes them attractive targets for cyberattacks. The increased usage of the internet and advanced technologies and strict regulatory compliances and laws implemented by governments across regions has led to large organizations increasingly adopting cybersecurity mesh solutions.
By vertical, IT & ITeS to account for the larger market size during the forecast period
The IT & ITeS vertical is an early adopter of innovative digital technological solutions. Companies in the IT vertical are constantly evolving in terms of technology. IT and ITeS industries store large volumes of critical business and employee data, such as names, addresses, and payment transaction information. Companies risk exposing themselves to malicious attacks without additional security layers such as endpoint security, two-factor authentication, or virtual firewalls. As more businesses adopted cloud-based technologies, the risk of such exposure worsened. With the surging adoption of BYOD and WFH trends, IT companies are rapidly prioritizing cybersecurity solutions and services. As enterprises increasingly adopted the work-from-home policy to curb the spread of COVID-19, IT and cloud professionals have become highly concerned about maintaining the security of their IT infrastructure. The upsurge in cloud computing, IoT, and BYOD trends has made it possible for cybercriminals to penetrate end-user systems with an easy access route. With such evolving landscape of cyber threats, IT organizations and ITeS service providers across regions are adopting cybersecurity mesh solutions to combat the cyberattacks.
By region, North America to account for the larger market size during the forecast period
North America is expected to have the largest market size in the cybersecurity mesh market. The region is witnessing growing digitalization in the recent years. There is increase in the use of advanced technologies, including digital payments, cloud-based applications, artificial intelligence, and IoT, that have added complexities for enterprises, making the region more vulnerable to risks and cyberattacks. The region is seeing a high concentration of vendors offering solutions and services in the cybersecurity mesh market. Additionally, several strict regulations govern the cybersecurity mesh market in the region. NIST is one such organization. It helps develop security standards, and guidelines, to meet the needs of the US industries and federal agencies. Regulations implemented, such as PCI-DSS and HIPAA, act as driving factors for the adoption of cybersecurity mesh solutions. The HIPAA Privacy Rule establishes the national standards to protect individual’s medical records, and other individually identifiable health information. The Rule sets limits and conditions on the use and disclosure of private health information. The increasing cyberattacks and the implementation of privacy laws have prompted organizations to adopt cybersecurity mesh solutions.
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Unique Features in the Cybersecurity Mesh Market
One of the defining features of cybersecurity mesh is its decentralized architecture, which allows security perimeters to be defined around individual users, devices, and data sources. Unlike traditional centralized models, this approach enables better protection of distributed assets in modern environments, especially as organizations shift toward hybrid and multi-cloud infrastructures. This decentralized nature allows greater flexibility and scalability in managing security.
Cybersecurity mesh emphasizes identity as the core element of its framework. It ensures that every user, device, and entity accessing the network is verified and continuously authenticated. With identity management at the center, the cybersecurity mesh enables granular control over who or what is accessing resources, ensuring secure interactions across fragmented environments.
The adoption of cybersecurity mesh allows for real-time threat detection and response by leveraging advanced analytics and AI. This architecture is designed to detect anomalies, suspicious behavior, and potential breaches as they occur, even across widely distributed systems. By integrating AI and machine learning, the mesh system adapts to emerging threats faster and automates responses, reducing response times and mitigating risk more effectively.
A unique feature of the cybersecurity mesh is its ability to provide seamless integration across different platforms and security tools. It enables interoperability, allowing existing security solutions—such as firewalls, endpoint protection, and identity management systems—to work together within a unified framework. This integration simplifies security management across diverse and complex digital environments.
With organizations increasingly adopting hybrid and multi-cloud strategies, cybersecurity mesh offers a scalable solution that can protect assets regardless of their location. Whether data and applications are hosted on-premises, in private clouds, or in public cloud infrastructures, the mesh architecture adapts to these environments, ensuring consistent security policies are applied universally.
Major Highlights of the Cybersecurity Mesh Market
A major highlight of the cybersecurity mesh market is the shift toward a decentralized security architecture. As organizations move away from traditional, centralized security perimeters, the cybersecurity mesh allows for dynamic, identity-based access controls that offer better protection across distributed environments. This feature is critical as modern enterprises deal with fragmented networks, remote workforces, and cloud-based assets.
The cybersecurity mesh is closely aligned with Zero Trust principles, which require continuous verification of all users and devices, regardless of their location within the network. This alignment ensures that even if a part of the network is compromised, the rest remains secure through strict access controls, minimizing the risk of widespread breaches. This Zero Trust-based security model is becoming essential as cyber threats evolve.
One of the key drivers of market growth is the focus on identity-centric security. The cybersecurity mesh framework prioritizes the verification of user and device identities as the core of its security strategy. This approach allows for granular control over access to resources, making it particularly effective in protecting against identity theft, credential misuse, and insider threats.
The cybersecurity mesh is designed to scale across hybrid and multi-cloud environments, providing flexibility in securing data, applications, and users regardless of their location. This scalability is especially important for large enterprises that operate across multiple cloud platforms or rely on distributed, remote workforces. The ability to adapt to different environments is a significant factor contributing to the market’s growth.
Another key highlight is the real-time threat detection and automated response capabilities enabled by cybersecurity mesh. By integrating AI and machine learning, these platforms can detect and respond to anomalies and threats in real time. This is crucial for organizations looking to reduce the time it takes to identify and mitigate cyberattacks, helping to prevent data breaches and minimize damage.
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Top Companies in the Cybersecurity Mesh Market
The major vendors in the cybersecurity mesh market are IBM (US), Palo Alto Networks (US), Check Point (Israel), Zscaler (US), Fortinet (US), GCA Technology (US), Forcepoint (US), SonicWall (US), Ivanti (US), Cato Networks (Israel), Aryaka Networks (US), SailPoint (US), appNovi (US), Appgate (US), Mesh Security (Israel), Primeter 81 (Israel), Naoris Protocol (Portugal), and Exium (US).
IBM is a technology company that manufactures and sells computer hardware and software and provides infrastructure, hosting, and consulting services. The company provides integrated solutions and products that leverage data, information technology, and expertise in industries and business processes. It provides solutions and services for software, consulting, and infrastructure segments. It offers products and solutions under domains including AI, automation, blockchain, business operations, cloud computing, data and analytics, IT infrastructure, security, and supply chain. It provides consulting and services under IBM consulting, business process services, design and business strategy, hybrid multi-cloud services, talent and transformation, application services, security services, and technology support services. In the cybersecurity mesh market, it provides IBM Security verify and IBM Security Verify Trust. Powered by AI, it offers smart identity and access management for hybrid, multi-cloud deployments. It enables protection against insider threats and delivers a zero-trust framework.
Another important player in the cybersecurity mesh market is Appgate. Appgate provides products and services in zero-trust network access, risk-based authentication, digital threat protection, and threat advisory services. In the cybersecurity mesh market, it offers the Appgate SDP. It serves use cases, including remote access, hybrid enterprise, and cloud access. Appgate SDP’s zero trust architecture enables making the network visible with single packet authorization, evaluates each user’s identity, device, and contextual risk as a criterion for secure access, monitors and modifies access automatically based on context and risk changes, enforces the principle of least privilege by only granting access to micro-segmented resources, and the API first technology easily integrates and enhances the existing architecture.
Check Point is a prominent player in the Cybersecurity Mesh market, renowned for its comprehensive and advanced security solutions. The company focuses on providing a unified and adaptable security architecture that supports zero trust models and decentralized security measures. Check Point’s offerings include next-generation firewalls, cloud security, endpoint protection, and threat intelligence services, all integrated into a cohesive cybersecurity mesh framework. This allows organizations to achieve robust protection across diverse IT environments, from on-premises to cloud and hybrid infrastructures, ensuring consistent security policies and seamless management. Through continuous innovation and leveraging AI and machine learning, Check Point enhances real-time threat detection and response, helping businesses safeguard against evolving cyber threats.
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