Innovation Insight: Cyber GRC
28 April 2026 - ID G00850298 - 21 min read
By Deepti Gopal, Pedro Pablo Perea de Duenas, and 1 more
Cyber GRC combines cybersecurity management with governance, risk and compliance. Platforms enhance processes for effective risk management and regulatory adherence. Cybersecurity leaders should use these insights to streamline data collection, monitoring and reporting for consistent oversight.
Overview
Key Findings
- Cybersecurity leaders lack a clear understanding of business leaders’ expectations on cyber governance, risk and compliance (GRC). This results in siloed approaches and inadequate investment in cyber-risk management.
- The 2026 Gartner Technology Adoption Roadmap for Large Enterprises Survey indicates that investment in cyber GRC delivers high enterprise value with relatively low deployment risk. Despite this, many hyperscaled global organizations with multiple risk functions rely on multiple risk platforms that are not specifically designed for cyber GRC. This fragmented platforming leads to disconnected risk data, making it difficult for cybersecurity leaders to develop a consolidated view of cyber risks and their business impact.
- Fragmented cyber-risk information impedes effective risk management and decision making, making it difficult for leaders to communicate risk posture and guide response actions. The rise in attack volume and sophistication further increases the need to aggregate and communicate risk data for timely governance decisions.
Recommendations
- Assess your organization’s need for a cyber GRC program and platforms based on regulatory and compliance requirements. Gather input and insights from key stakeholders — including IT, legal, compliance, and operations to gather their input and insights.
- Select cyber GRC platforms that consolidate disparate risk signals into a unified data model for your organization by engaging with these stakeholders, and ensure buy-in from senior stakeholders, as their support will be crucial for the successful implementation.
- Select platforms that have substantial API scalability, allowing for seamless integration with cybersecurity and other IT systems. This enables data correlation automation and enhances the overall effectiveness and efficiency of cyber-risk data linkages, data provenance and risk-sensing time scales.
- Involve enterprise architecture in this early evaluation process to successfully set up a common data model and reporting configuration for the selected integrations.
Strategic Planning Assumptions
By 2028, organizations integrating TPCRM into cyber GRC programs will achieve more than 20% reductions in labor and technology costs, while fragmented programs will face unsustainable operational overhead.
By 2030, organizations will abandon cyber GRC platforms that lack seamless integration to efficiently link cyber-risk data and ensure data provenance.
Introduction
Cybersecurity Leaders and Boards Accelerate Demand for Cyber GRC
Cybersecurity leaders have not traditionally been the primary buyers of GRC platforms. However, the digital sprawl due to cloud adoption, increased regulatory and legal mandates, and heightened board oversight have made cyber-risk management a priority, but it has also made it complex and resource-intensive. As a result, cybersecurity leaders now play a crucial role in selecting and implementing cyber GRC platforms.
According to the 2026 Gartner Board of Directors Survey, 33% of nonexecutive directors (NEDs) are extremely confident in their own understanding of the evolving cyberthreat landscape, while only 13% express this same confidence in the average board’s collective understanding.2 This disparity highlights inconsistencies in board-level visibility and reinforces the need for standardized decision-oriented cyber-risk communication.
Cybersecurity leaders are responsible for overseeing the organization’s cybersecurity posture, ensuring compliance with relevant regulations and standards, and reporting to boards and executive teams on the organization’s overall secure status. They often rely on cyber GRC platforms to streamline and automate processes, assess and manage risks, and demonstrate compliance to stakeholders.
Gartner’s experience with frequent inquiries from cybersecurity leaders seeking purpose-built cyber GRC platforms further reflects growing demand.
For cybersecurity leaders, operating a cyber GRC program has become a strategic imperative as organizations accelerate digital transformation, cloud adoption, mergers and acquisitions (M&A) activity and AI deployment. Yet governance maturity often lags innovation. The 2025 Gartner Cybersecurity Innovations in AI Risk Management and Use Survey reveals that 58% of organizations lack codified policies or dedicated committees for AI governance.1 This signals a broader leadership challenge: Aligning cybersecurity oversight, regulatory compliance and emerging technology risk within a cohesive enterprise framework.
Description
Cyber GRC integrates cybersecurity management with governance, risk and compliance processes. Cyber GRC platforms help enhance existing business processes that ensure effective risk management and regulatory adherence. Cybersecurity leaders use these platforms and frameworks to define roles, establish structures and implement processes to manage risks, maintain compliance and safeguard digital assets.
Cyber GRC Platform Functional Capabilities
While the specific capabilities of a cyber GRC may vary depending on the organization’s sector, size, operational model, dependency on digital technology, reporting structure and overall maturity, some high-level capabilities are generally important to consider as they help organizations manage cyber GRC and address cyber risks while operating with market-required guardrails. Table 1 outlines these capabilities.
High-Level Functional Capabilities of Cyber GRC
Capability | Description |
Cyber-risk management | Provide a life cycle for assessing the impact of potential risks, defining its evaluation criteria and implementing appropriate controls. This includes scanning, identifying and prioritizing risks, conducting assessments, and developing mitigation strategies. |
Legal, regulatory compliance and audit support | Enable organizations to efficiently monitor and manage cyber compliance by automating the tracking of regulatory requirements and security controls. Streamline evidence collection and documentation to ensure smooth audits and continuous demonstration of compliance. |
Incident response | Support cybersecurity incident response planning and preparedness, including reporting, crisis escalation, and tabletop exercises. Use insights from simulations and postincident reports to strengthen incident response and broader cyber resilience. |
Training and certification | Provide training and secure behavior programs to educate employees on cybersecurity risks and best practices, fostering sound cyber judgment. Enable the organization to maintain basic cyber-risk decision-making skills and offer pathways for employees to earn formal certifications. |
Privacy management | Cooperate with privacy teams to establish controls to comply with privacy regulations, maintain customer trust and mitigate the risk of data breaches involving personal data. This also involves the alignment of processes, policies and practices put in place to ensure the protection and responsible handling of personal data. |
Third-party cybersecurity management | Support processes and platforms to assess and manage third-party cyber risks, including due diligence, contractual cybersecurity requirements, and ongoing compliance monitoring. |
Business process context | Design an approach that integrates technology, people, and processes, implementing strategies to manage cyber risks and compliance while ensuring business value. |
Asset-based exposure management | Support the identification and assessment of risks to both tangible (hardware, software, infrastructure) and intangible (processes, data, IP, brand) assets. In asset-heavy sectors like transportation and hospitality, place particular emphasis on cyber-physical systems and related risk management. |
Control-monitoring-based reporting | Ensure technical and organizational controls operate effectively and align with policies to secure assets by classification. Use control monitoring and reporting to identify weaknesses, maintain compliance, and mitigate risks. |
Source: Gartner (April 2026)
From a governance perspective, cybersecurity leaders strategically weave all data on capabilities into the decision-making mechanisms. This ensures they integrate critical insights into the strategic decisions relevant for the cybersecurity management program.
In addition, the cyber GRC capabilities will contribute to tailored reporting offerings. With this, cybersecurity leaders can feed accurate, relevant and actionable reports into dashboards, customizing each one to meet the unique needs of different stakeholders.
Benefits and Uses
Cyber GRC Technical Capabilities
Cyber GRC platforms provide centralized management of frameworks and standards, seamless integration with other cybersecurity and IT systems, continuous monitoring, and advanced data analytics and reporting specific to cybersecurity. These features enable organizations to effectively manage cyber risks and ensure compliance in a rapidly evolving threat landscape (see Figure 1).
Differentiated Technology Capabilities
Key Capabilities
- Continuous, near-real-time data collection is a foundational capability of cyber GRC. It enables organizations to gather and analyze data on cyber risks and compliance in a timely manner, supporting proactive risk management and decision making.
- CCM enables real-time oversight of control performance, allowing organizations to quickly identify and remediate control failures or weaknesses.
- C3A streamlines compliance processes by automating adherence to regulatory requirements and industry standards, minimizing manual work and enhancing operational efficiency. End users now consider C3A capabilities essential, as they provide greater visibility into control drift. As a result, this feature is increasingly becoming a key factor in end users’ decision-making processes.
- Managing cybersecurity-specific frameworks and standards is a core component of cyber GRC. Organizations must align their cybersecurity practices with industry standards and regulatory requirements. Cyber GRC platforms provide mechanisms for mapping and implementing these frameworks, ensuring compliance and effective risk management.
- Framework crosswalk refers to the process of mapping different cybersecurity frameworks and standards to identify commonalities and overlaps. This helps organizations streamline their compliance efforts and avoid duplicative work.
- Cyber GRC process workflow automation streamlines key processes, such as risk assessments, compliance monitoring and reporting. Automation improves efficiency, reduces human error and enables scalable cyber GRC efforts.
- Cyber-risk register serves as a foundation for comprehensive risk assessment, capturing cyber risks that may impact critical assets, processes and objectives. Entries may include data breaches, system vulnerabilities, third-party dependencies, regulatory compliance and more.
- Measuring and communicating cyber risks against the business’s strategic goals enables leadership to make informed decisions. Most progressive cyber GRC platforms provide mechanisms to quantify and communicate risks in a way that aligns with the organization’s strategic objectives.
- Cyber-risk quantification (CRQ) assesses and quantifies cyber risks to align mitigation investments with business objectives and regulatory requirements. By expressing cyber risk in measurable terms, CRQ enables comparison with other enterprise risks, supports prioritization and strengthens communication with executives and risk owners.
Critical Integration Capabilities
- Cybersecurity program performance management (CPPM) platforms aggregate and analyze data from cybersecurity platforms to give a unified view of operational metrics and program performance. They help cybersecurity leaders communicate program status through dashboards for executive and board reporting, strategic planning, budgeting, technology stack analysis, and industry benchmarking. CPPM is mostly SaaS-based, with data integrations that let teams assess cybersecurity posture and remediate based on business needs.
- The incident response management (IRM) within a cyber GRC platform coordinates and formalizes incident handling processes to ensure timely detection, response, remediation and postincident analysis.
- Threat intelligence (TI) data provides contextual insight for identifying and assessing cyber risks, evaluating potential organizational impact and implementing proactive risk mitigation measures. TI enables organizations to monitor emerging threats, vulnerabilities and trends to support timely, risk-informed decision making.
- Integration of cyber GRC with vulnerability management (VM) and continuous threat and exposure management (CTEM) strengthens operational alignment and risk validation. This integration ensures that security efforts reflect business context, supports proactive risk management and provides assurance of the effectiveness of security measures.
- Cyber-physical systems (CPS) present distinct challenges and risks, particularly in sectors dependent on operational technology and physical infrastructure. To effectively manage these risks, cyber GRC platforms designed for such organizations should possess integration capabilities. These capabilities enable the correlation of risks that may arise from vulnerabilities and threats impacting the CPS’s digital and physical components.
In addition to the above mentioned technology capabilities, cyber GRC platforms are also distinct in the following aspects (see Table 2).
Cyber GRC Platforms Versus Enterprise GRC platforms
Aspect | Cyber GRC | Noncyber GRC |
Target role | CISO, other cybersecurity leaders | CIO, CRO, CLO, CCO, CFO, head of ERM |
Target risk | Cyber risk | Risks of corporate compliance, finance, market, operations, etc. |
Integrated systems | TPCRM, VM, SIEM, TI, IAM, cloud-native security data, task tracking, IT assets, BCMP, CPS protection platforms and audit management | Audit findings, policies, privacy impact assessments, CMDB, risk assessment, organization structure |
Target data | Rapid via streaming data integrations enabling real or near-real-time monitoring | Workflow-enabled data collection for mostly quarterly or longer time period |
BCMP=business continuity management planning; CCO = chief compliance officer; CISO= chief information security officer; CLO = chief legal officer; CRO = chief risk officer; ERM = enterprise risk management; IAM = identity and access management, TPCRM = Third-party cyber-risk management | ||
Source: Gartner (April 2026)
Targeted Buyer and Risk Scope
Cyber GRC platforms are specifically and primarily designed for cybersecurity leaders who are responsible for managing cyber risks and ensuring compliance within an organization’s cybersecurity arena. The user interface designs, ease-of-use definitions, workflows, data visualization needs, content libraries and more offered by a cyber GRC platform are fundamentally different from a noncyber GRC platform.
Data Source and Integration
Cyber GRC platforms often offer substantial API scalability, allowing for seamless integration with cybersecurity and other IT systems. This enables data correlation automation and enhances the overall effectiveness and efficiency of cyber-risk data linkages and risk-sensing time scales.
Key Benefits and Uses
The benefits and uses of cyber GRC platforms can greatly enhance an organization’s cybersecurity governance and compliance efforts. Some key benefits and uses include:
Benefits and Uses of Cyber GRC Platforms
Benefit area | Related capability | Organizational benefit |
Centralized cyber-risk visibility | Cyber-risk register | Establishes a structured repository of identified risks, vulnerabilities, impacts, controls, responsible parties and remediation status, improving enterprisewide risk transparency. |
Improved operational efficiency | Workflow automation, CCM, CCCA | Reduces manual effort across risk assessments, compliance monitoring, policy management, incident response workflows and audit management, enabling focus on higher-value activities. |
Reduced compliance burden | C3A | Streamlines certification, evidence gathering and control monitoring processes, lowering regulatory risk and potential reputational damage. |
Faster detection and mitigation | CCM | Enables continuous oversight of security controls, supporting earlier identification of weaknesses and minimizing breach impact. |
Risk-informed decision making | CRQ | Translates technical cyber risk into financial and operational impact, supporting prioritization and resource allocation decisions. |
Cost optimization | Automation and internalized assessments | Reduces reliance on external consultants and recurring professional services. |
Enhanced reporting and communication | Analytics, reporting and visualization | Provides structured reports and metrics that support executive decision making and demonstrate compliance to stakeholders. |
Improved third-party risk oversight | Vendor risk monitoring capabilities | Strengthens assessment and monitoring of vendor security controls to reduce supply chain risk exposure. |
Scalable governance and adaptability | Integrated architecture and automation | Scales with evolving threats, regulatory changes, increasing data volumes and digital transformation initiatives. |
Source: Gartner (April 2026)
Risks
- Integrating technical and business data sources is critical to realizing the full value of cyber GRC platforms, yet it’s often incomplete or insufficient. Without effective integration, organizations lack a comprehensive view of cyber risks and compliance aligned to digital business goals. Automation also depends on mature control processes and access to accurate, reliable data.
- Organizational readiness and change management can impede successful implementation. Cyber GRC adoption requires process changes, role adjustments and targeted training. Organizations must invest in skills development and knowledge transfer or consider external support to ensure effective deployment and sustained value.
- Platform overlap and function redundancy may create confusion during procurement and implementation. Similar capabilities across cyber GRC, broader enterprise GRC and cybersecurity monitoring platforms can lead to duplication and unclear ownership if not carefully evaluated.
- Misalignment between IT, security and business objectives can limit effectiveness. Differing priorities and perspectives require strong communication and collaboration to ensure cyber GRC supports organizational goals.
- Budget constraints and limited financial resources may restrict implementation and management of cyber GRC platforms. The dynamic nature of cyberthreats necessitates continuous updates and upgrades, which can be resource-intensive. Organizations need to carefully allocate their resources to ensure the effective functioning of cyber GRC.
- In hyperscale global organizations, organizations may need to invest in multiple cyber GRC platforms to support complex requirements in loosely federated environments. This can add complexity and increase the challenges of managing the function. Organizations should carefully assess their needs and select platforms that can effectively address their specific requirements.
Alternatives
There are applicable risk management processes and capabilities that could be adopted by distinctively different risk domains. For example, cyber risk, IT risk and third-party risk could share overlaps in processes and potentially use the same technology platform.
While alternative platforms may offer cyber GRC capabilities or can be extended to automate cyber GRC processes, specialized cyber GRC platforms are specifically designed to address the unique challenges and requirements of cybersecurity. However, the following options are viable to some situations (see Table 4).
A High-Level Capability Comparison Between Cyber and Noncyber GRC
Capabilities | Cyber GRC | Other GRC | Task platforms | Excel |
Cyber-risk register | 5 | 1 | - | - |
Cybersecurity-specific frameworks | 5 | 1 | 1 | - |
Frameworks crosswalk | 4 | 3 | - | - |
Cyber GRC workflow automation | 5 | 3 | 4 | 1 |
Business-aligned cyber-risk reporting | 5 | 2 | - | - |
CCM | 5 | 1 | - | - |
CCCA | 5 | 2 | - | - |
CRQ | 5 | 2 | - | - |
Cyber insurance support | 5 | - | - | - |
CPPM | 3 | 1 | - | - |
VM/TI | 3 | - | - | - |
IR | 4 | 2 | - | - |
CTEM | 3 | 2 | - | - |
This table uses a 0 to 5 scale, where 5 means full support to the capability and 0 means no capability. Please note: not all the capabilities depicted in the above table are offered by all the relevant cyber GRC platforms. | ||||
Source: Gartner (April 2026)
Other GRC Platform
When adopting a noncyber GRC platform for managing cyber GRC, consider the following:
- Pre-existing adoption If a generic GRC platform with a dedicated cyber GRC module or capability has already been adopted by other risk functions within the organization (see Magic Quadrant for Governance, Risk and Compliance Tools, Assurance Leaders), leveraging that existing platform can ensure consistency in reporting and streamline overall GRC processes. This can be a viable option if the platform adequately addresses the organization’s cyber-risk management needs.
- Integration capabilities — If a generic GRC platform has modern application architecture and offers scalability and integration capabilities, it can be considered for managing cyber GRC. If the platform allows for seamless integration of data from security systems and other relevant sources, it can provide a holistic view of cyber risks and enable effective risk management.
- Organizational mandate If your organization has mandated the use of a single GRC platform for reporting purposes and has already invested in a broader GRC platform, extending the usage of the platform may be necessary. However, careful consideration should be given to the upfront investment required for customization or configuration changes, as well as the long-term cost of ownership and support.
Example vendors: Archer, Avertro, Cav, Centraleyes, CyberArrow, CyberSaint Security, Cyber Sierra, CyNation, Cypago, DigitalXForce, EGERIE, HyperGRC, LogicGate, Ostendio, Seconize, ServiceNow, SureCloud, TrustCloud, ZenGRC.
IT Project Management Platforms
When adopting an IT project management platform for cyber GRC, consider the following scenarios:
- Organizations without a formal office of the CISO or CIO: In organizations without a dedicated cybersecurity function, the IT department may already have project management platforms in place for tracking configuration changes, issues or general task management. In such cases, these existing platforms can be utilized to track cyber-GRC-related content and tasks.
- No budget: Leveraging an existing project management platform eliminates the need for additional investments in specialized cyber GRC platforms. It allows organizations to utilize the capabilities of their existing platform without incurring additional costs.
Example vendors: Jira, ServiceNow, Asana, Trello
Caution: GRC requires capabilities that IT PM platforms do not offer. For example, control libraries, formal risk scoring frameworks, regulatory mappings, audit trail and compliance reporting.
Microsoft Excel Spreadsheets
When to consider the option of doing nothing for the moment and continuing to use Excel spreadsheets?
- Mostly for nonregulated SMBs: There is no externally imposed obligation for compliance and no dedicated GRC functions. Cyber GRC is largely about managing a small set of cybersecurity policies, managing issues and tracking incidents.
Recommendations
- Evaluate your cyber-risk and compliance requirements to establish a clear understanding of organizational needs and priorities before selecting a cyber GRC platform.
- Ensure buy-in from senior stakeholders for successful implementation, sustained adoption and cross-functional alignment.
- Select a platform that aligns with organizational architecture and strategy by evaluating integration capabilities, connectors and low- or no-code configuration options to ensure compatibility with existing IT and control environments.
- Invest in role-based training and enablement to support effective platform adoption, focusing on both operational use and the underlying principles of cyber GRC governance.
- Involve stakeholders from business, legal, compliance and operations in the evaluation process to ensure the cyber GRC platform aligns with overall organizational objectives and supports broader strategies, not just cybersecurity technical goals.
- Involve enterprise architecture in early stage evaluation to establish a common data model and reporting configuration.
Representative Providers
- Archer
- Avertro
- Cav
- Centraleyes
- CyberSaint
- EGERIE
- HyperGRC
- LogicGate
- RiskRecon
- ServiceNow
- SureCloud
- ZenGRC
Please note: The above list is not exhaustive, and a few of them have extended their technology capabilities outside cyber GRC.
The cyber-risk management cohort (three analysts on average) jointly takes over 1,000 inquiries per year to answer technology “buying”-related questions from CISOs or their GRC teams.
Gartner Technology Adoption Roadmap for Large Enterprises for 2026 Survey. This survey was conducted with IT leaders to understand their deployment plans and adoption timelines, as well as the perceived value and risks, for more than 200 technologies across infrastructure and operations; data and analytics; software engineering; cybersecurity; and strategic portfolio management. The survey was conducted through an online panel from August through October 2025 among 731 respondents from North America, EMEA and Asia/Pacific across industries in enterprises with annual revenue of more than $1 billion. Qualified respondents were CxOs, senior IT leaders, their peers or their direct reports across several business functions — including infrastructure and operations (n = 105), strategic portfolio management (n = 118), data and analytics (n = 136), cybersecurity (n = 142), software engineering leadership (n = 117), and apps (n = 113). Respondents indicated their enterprise’s current adoption plan for each technology across the following stages: not monitoring, monitoring, planning, piloting, in deployment, and already deployed. These results were aggregated to determine an average adoption stage for each technology, allowing leaders across segments to cut through vendor hype to determine which technologies to invest in and when, in order to remain competitive among their peers. Disclaimer: The results of this survey do not represent global findings or the market as a whole, but reflect the sentiments of the respondents and companies surveyed.
1 2025 Gartner Cybersecurity Innovations in AI Risk Management and Use Survey. This survey was conducted to understand how organizations are managing the cybersecurity risks of generative AI (GenAI) and AI techniques that support it. The research was conducted online from 21 March through 9 May 2025 among 302 cybersecurity leaders in the North America (n = 181), EMEA (n = 71) and Asia/Pacific (n = 50) regions. Qualifying organizations reported enterprisewide revenue of at least $250 million or equivalent for fiscal 2024 and were senior cybersecurity management involved in activities related to AI cybersecurity risk management within their organization. Disclaimer: The results of this survey do not represent global findings or the market as a whole, but reflect the sentiments of the respondents and companies surveyed.
2 2026 Gartner Board of Directors Survey. This survey aimed to explore board dynamics and practices, including board personality types, group dynamics and views on critical issues of the day. The survey was conducted online from 14 April through 22 May 2025 among 330 respondents from North America (n = 186), Europe (n = 70), Asia/Pacific (n = 64) and Latin America (n = 10). Respondents were nonexecutive members of a corporate board of directors at organizations across various company sizes and industries, with the exception of governments, nonprofits, charities and nongovernmental organizations (NGOs). Disclaimer: The results of this survey do not represent global findings or the market as a whole, but reflect the sentiments of the respondents and companies surveyed.
Note 1: Cyber GRC Platform Evaluation Criteria
Common Cyber GRC platform Evaluation Criteria
When evaluating cyber GRC platforms, organizations typically consider several key criteria to ensure they meet their specific needs and requirements. See Table 5 for the common evaluation criteria for cyber GRC platforms.
Cyber GRC Platform Evaluation Criteria
Category | Description |
Cyber-risk register (mandatory) | A centralized repository documenting identified cyber risks, their status and mitigation actions. Facilitates tracking, prioritization and reporting of cyber risks. |
Managing cybersecurity-specific frameworks and standards (mandatory) | The process of adopting, implementing and maintaining compliance with cybersecurity frameworks like National Institute of Standards and Technology (NIST), International Organization for Standardization (ISO), or customer information systems (CIS). Ensures organizational alignment with industry best practices. |
Framework crosswalk (mandatory) | Cross-framework synthesis including the ability to recycle collected evidence and map the state of existing cybersecurity controls to multiple frameworks and regulations, such as ISO 2700, NIST CSF, etc. |
Cyber GRC process workflow automation (mandatory) | Automating GRC processes specific to cybersecurity. Improves efficiency, accuracy and accountability in risk management activities. |
Measuring and communicating cyber risks against the business’s strategic goals (mandatory) | Assessing cyber risks in the context of business objectives and priorities. Enables informed decision making and alignment between security and business strategy. |
Continuous, near-real-time data collection (mandatory) | The ongoing gathering of data from systems and environments with minimal delay. Enables immediate visibility into security posture and compliance status. |
Advanced risk analytics and decision making (mandatory) | Automated investigation planning, executing queries across integrated platforms to gather evidence and application of reasoning to draw an executive summary of the risk posture. |
Policy management (mandatory) | Developing, updating and enforcing organizational policies to ensure compliance and consistent operations. Centralizes policy documentation and streamlines communication, review and approval workflows. |
Integration capabilities | Ability to integrate with other cybersecurity and IT systems (e.g., SIEM, IAM, VM). |
Real-time monitoring | Capability for continuous, near-real-time data collection and monitoring. |
Continuous compliance automation (C3A) (optional) | Features for automating compliance processes. |
CCM | Features for monitoring control drift. |
Cyber-risk quantification (CRQ) (optional) | Capabilities for assigning a financial or numerical value to cyber risks. Helps organizations prioritize investments and communicate risk in business terms. |
Risk assessment and management | Capabilities for identifying, assessing and managing cyber risks. |
Incident response (optional) | Capabilities for summarizing and capturing insights of cybersecurity incidents. |
User interface and usability | Ease of use, user interface design and user experience. |
Reporting and analytics | Advanced data analytics and reporting capabilities. |
Scalability | Ability to scale with the organization’s growth and increasing complexity. |
Customer support and training | Quality of customer support and availability of training resources. |
Cost-effectiveness | Overall value for money considering features and pricing. |
Source: Gartner (April 2026)