7 Risk Management Solutions in 2025

Businesses are struggling with growing digital presences, increasing compliance pressures, and the constant risk of cyber threats. How can they keep up? Ransomware costs alone are expected to rise to USD 265 billion per year by 2031, up from $42 billion in the previous year. Such figures make it important to establish controls that can detect, assess, and mitigate risks, including cyber threats, operational risks, or regulatory non-conformities. In order to cope with this, many enterprises use risk management solutions that cover detection, analysis, and response in one program.

Risk management is not about simply fixing software or chasing after threats and vulnerabilities. It aligns threat intelligence, compliance metrics, third-party management, and governance frameworks into a unified approach. Whether we are talking about high risk management solutions for critical infrastructure or standard platforms tackling day-to-day issues, a cohesive approach reduces guesswork and fosters continuity. This article discusses seven tools that define risk management in 2025, including advanced analytics, cloud-based coverage, and real-time automation. Every solution targets a specific area, ranging from GRC (Governance, Risk, and Compliance) to AI-based scanning—providing a wide perspective on the ways companies can protect their assets and information.

What is Risk Management?

Risk management is the systematic identification, analysis, evaluation, control, and monitoring of risks to achieve acceptable levels of protection for a business and its data. These risks may be information technology risks such as cyber threats and compliance risks such as failure to meet regulatory requirements, supply chain risks such as disruptions, and natural risks including disasters. Analyzing the likely impacts and the corresponding responses that may be taken by an organization will help in determining resource deployment and crisis management. It also creates a comprehensive approach to the organization of work and unites security, operational, and executive levels under a single set of rules and regulations. In other words, risk management makes certain that strategic decisions are not arbitrary, but instead are informed by threat analysis and sound principles of governance.

A study indicated that 32% of critical vulnerabilities in enterprise systems last year took more than 180 days without being patched, thus increasing the risk of complex intrusions. This phenomenon underscores the urgency for consistent scanning, thorough analysis, and streamlined patching cycles—particularly for enterprise risk management solutions. Risk management does not solely encompass cybersecurity but also operational and compliance risks. Nevertheless, digital risks continue to dominate. By integrating vulnerability scanning with data classification, organizations can identify which vulnerabilities are more critical and should be addressed first. The next wave of solutions is based on continuous data-driven insights, which would enable faster response and increased oversight.

Need for Risk Management Solutions

Businesses operate in complex risk environments that may encompass information technology, data protection, supply chain disruption, and personnel safety. Traditional methods are not capable of managing these threats at the necessary scale and speed, nor are they capable of integrating all the data into a coherent perspective. Worryingly, 53% of small businesses have over 1,000 sensitive folders that are not encrypted at all, making them vulnerable. Here are five compelling factors why companies can no longer afford not to invest in modern risk management solutions.

1. Unifying Diverse Threat Vectors: With the increasing adoption of digital transformation, organizations are at risk of attacks ranging from invisible software vulnerabilities to physical supply chain disruptions. An integrated system means that data from each domain goes to a centralized location where consolidated reports or dashboards are created. This integration strengthens the focus, allowing senior leaders to address everything from network incursions to reputational damage in a unified manner. Without it, critical warnings could remain trapped within their departments of origin, never reaching those who need to heed them.
2. Minimizing High-Severity Vulnerabilities: High risk management solutions typically focus on the most severe issues first—like remote code execution flaws or data exposure for regulated info. When vulnerabilities or suspicious vendor behaviors are categorized as high priority, then the biggest threats are dealt with first. If left unchecked, severe flaws permit attackers to gain elevated privileges or steal information. Real-time correlation makes sure that none of these hazards are lurking in the background.
3. Enhancing Compliance and Reporting: From GDPR to SOX, regulations require enterprises to provide evidence that they consistently identify and address risks systematically. Such measures are coordinated by a solid risk management platform, which plans audits, searches for compliance issues, and produces documentation. This approach saves the security teams from the stress of haphazard updates and creates a coherent story for regulators. In the long run, the consistent use of tracking helps to build trust with customers and other stakeholders.
4. Strengthening Third-Party Oversight: Today’s supply chains are often complex and interconnected with SaaS providers, contractors, or data processing services. Each can trigger the creation of new infiltration points or compliance vulnerability. Third party risk management solutions unify due diligence, contract compliance checks, and vulnerability scanning for external connections. Integrating third-party risk into risk management dashboards ensures that enterprises protect themselves from attacks originating from partners or supply chains.
5. Faster Decision-Making and Response: Time is a critical factor in risk situations. Tools that combine detection or data analysis shorten decision-making cycles, allowing executives to approve patches or containment actions quickly. This also applies to financial or operational risks: data-driven analysis leads to timely resource reallocation or risk management. In the long run, it provides an organization with a competitive advantage and the ability to remain adaptive even during periods of unpredictability or turbulence.

Risk Management Solutions for 2025

This section introduces seven risk management solutions that address enterprise issues ranging from cyber security threats to compliance negligence. They all address risk in different ways with some offering themselves as GRC solutions, others as threat identification tools or configuration scanners. From the core features, we understand how each offering influences the complexities the enterprise handles, ranging from day-to-day operations to strategic growth.

1. SentinelOne Singularity Cloud Security

Singularity™ Cloud Security is a CNAPP solution that provides real-time security from build-time to runtime across public, private, on-prem, and hybrid clouds. It provides coverage for all workloads, such as VMs, containers, and serverless deployments, including the use of AI and advanced analytics for threat detection. This approach stands as an example of enterprise risk management solutions that unify detection, patch orchestration, compliance checks, and threat intelligence in one platform. This synergy assists organizations in mitigating risks and addressing configuration deficiencies more effectively to enhance the risk position.

Platform at a Glance

1. Full Coverage: The platform covers a wide range of resources, including Kubernetes servers, physical machines and across multiple cloud providers. This coverage makes sure that no team has to use one tool for container scanning and another for on-prem endpoints. It also integrates threat information into a single dashboard by consolidating telemetry and activity logs. This approach fosters consistent policy enforcement and real-time issue detection.
2. AI-Driven Threat Detection: Self-learning AI engines analyze the processes, identifying any anomalies that could be signs of an attack. This goes beyond conventional signature-based scanning, which does not detect zero-day exploits or advanced threats. Through the integration of big data analytics, the system enhances the specificity of alerts in the course of time. It also links vulnerabilities with active exploits, making it easier to decide on patches or quarantine measures.
3. Hyper Automation: Reducing manual tasks also means quick response to incidents. By integrating with DevOps pipelines or IT service management tools, the system can automatically apply patches, adjust cloud configurations, or create new container images if necessary. This is in line with broader ‘infrastructure as code’ approaches to ensure that security is not compromised while staying adaptable. As a result, the approach narrows disparities between discovery, triage, and resolution.

Features:

1. Real-Time CNAPP: Enhances security coverage from build-time checks to runtime detection across multi-cloud assets.
2. Secret Scanning: Detects credentials or tokens inadvertently disclosed in containers, code repositories, or logs.
3. Risk Prioritization: Uses Verified Exploit Paths™ to sort vulnerabilities by how an attacker might actually use them.
4. Low Kernel Dependency: It makes it easier to deploy since it does not interfere with the operating system or require high-level drivers.
5. AI-powered threat Intelligence: Integrates vulnerability data with global attack patterns to avoid missing any exploits.

Core Problems SentinelOne Solves in Risk and Threat Exposure

Some of the core risks and threats that SentinelOne addresses are as follows:

1. Temporary or increased workload or expansion in cloud environments without supervision.
2. Fragmented compliance data lacking real-time alignment with vulnerabilities.
3. Manual patch cycles, which slow or eliminate the possibility of fast or automated corrections.
4. Unknown or overlooked configurations or credentials that attackers leverage to move laterally.

Testimonials:

“Singularity Cloud Workload Security has real-time threat detection capabilities. We have tested it with multiple clients and ourselves, and it has detected malware every time we have been attacked. Compared to other major security vendors, Singularity Cloud Workload Security had the best detection rates for all the malware we threw at it during our proof of concept.

Automated remediation is policy-based, which makes it very useful. The SentinelOne platform gathers all information about how the threat played out and all the changes that were affected on our system. Using this information makes it very easy to remediate all the damage because we know what happened. Automated remediation is amazing and a key differentiator from other competitors.”

• William Mailhot (Pre-sales Engineer at a Tech Services Company)

Explore how users rely on SentinelOne to strengthen risk management, as shared on  Gartner Peer Insights and Peerspot. 

1. ServiceNow Governance Risk and Compliance (GRC)

ServiceNow GRC combines risk assessment, control management, and policy automation. It links with the asset and incident modules, aligning governance activities with other IT processes. It also provides risk scoring and compliance tracking frameworks. Furthermore, the platform integrates with external vulnerability data or threat feeds for consolidated visibility.

Features:

1. Policy and Compliance: Defines policies (ISO, HIPAA, PCI) and links tasks to control.
2. Risk Assessment Engine: Provides risk ratings and initiates remediation actions when risk levels are exceeded.
3. Third-Party Risk: Supports vendor oversight with configurable assessments and tracking.
4. Issue Management: Automated assignments handle vulnerabilities and compliance gaps resulting from open routes.

See how users rate ServiceNow GRC on PeerSpot.

1. Archer

Archer (previously RSA Archer) is a suite of governance, risk, and compliance solutions that include threat data management, vendor management, control libraries, and other related modules. The platform can support operational risk, IT risk, or compliance requirements, which can be integrated in the future. It consolidates the risk data of an organization to provide an overall picture of the risk status. Its analytics features allow it to link vulnerability information to the decision-making process at various organizational levels.

Features:

1. Configurable Dashboards: Allows customization of risk and compliance KPIs according to the department.
2. Data-Driven Risk Assessments: These involve pulling in feeds from vulnerability tools or audit findings to compile heat maps.
3. Policy Framework: Checks if there is a central source of corporate policies and associates them with controls.
4. Automated Workflows: Controls the patching process, vendor checks or incident management.

Discover what users say about Archer for GRC on Peerspot.

1. OpenPages GRC Platform (IBM)

OpenPages is an IBM platform that integrates risk management, compliance, and audit with analytics based on artificial intelligence. The platform uses Watson integration to identify anomalies in big data, which can range from financial transactions to security records. It comprises credit and operational risk, privacy risk, and information technology risk. The platform confirms policy compliance by bringing together sources of data from a broad range of contexts into a unified model.

Features:

1. AI Analytics: Utilizes Watson to point out areas that require attention for risk or compliance work.
2. Unified Data Model: Integration of data from the financial, cybersecurity, and regulatory domains.
3. Monitoring of Updated Regulations: Monitors new regulations and identifies potential weaknesses in existing procedures.
4. Incident Management: Coordinates a response plan on high risk events or breaches.

Explore how users review IBM OpenPages on Peerspot.

1. AuditBoard

AuditBoard is designed to integrate audit work, risk, and compliance processes in one platform. Originally, it was designed for auditing capabilities and, over time, expanded to include risk and compliance workflows. It links risk registers, policy compliance, and real-time monitoring in one place. Security scanning or ITSM systems integration allows correlating vulnerability information with open tasks.

Features:

1. Risk Register: This enumerates risks categorized under strategic, operational, or compliance risks.
2. Workflow Automation: The platform manages activities such as risk assessments or control checks to be performed repetitively.
3. Audit Coordination: Coordinates several departments for audits, records audit results, and follow-ups.
4. Compliance Mapping: Ensures that processes are mapped to be in compliance with SOX, PCI, or other standards, minimizing redundancy.

Check out what users think of AuditBoard on Peerspot.

1. MetricStream Enterprise GRC Solution

MetricStream has a GRC suite that covers operational risk, IT risk, and compliance in large or distributed enterprises. It is designed to enable various units to share information for a common risk assessment. It also incorporates AI-based tools, ranging from identification to remediation. A centralized dashboard provides an overview of risk trends and outstanding items.

Features:

1. GRC Modules: This covers operational risk, IT risk, compliance, and business continuity.
2. Vendor Risk Management: Tracks third-party relationships, audits, and service-level agreements.
3. Issue Tracking: This directs the discovered vulnerabilities or control gaps to a specific individual or department.
4. Configurable Dashboards: Display real-time risk information, compliance, and outstanding tasks.

Learn how MetricStream GRC is rated by users on Peerspot.

1. Onspring

Onspring is a cloud-based GRC and risk management software with configurability that does not require coding. Its workflow builder caters to different governance or compliance processes. It can import data from vulnerability scanners, spreadsheets, or business applications to aggregate risk information. Notifications are also sent to stakeholders in case new issues occur or when a task takes more time than required.

Features:

1. Drag-and-Drop Workflow Builder: Enables the creation or modification of processes in a drag-and-drop style.
2. Real-Time Dashboards: Provides information on the open risks, tasks assigned to the auditor, and the schedules for the audit.
3. Data Integration: Imports the vulnerability findings and integrates them into larger risk registers
4. Notifications: Informs stakeholders of SLA violations, new vulnerabilities, or compliance activities

Find out how users experience Onspring’s GRC features on Peerspot.

Key Factors to Consider When Selecting a Risk Management System

The process of choosing risk management solutions is not always easy. Each platform targets various aspects, ranging from the integration of GRC with other solutions to deep vulnerability scanning or patch management. Here, we outline five tips that will help you make a choice in accordance with the size of your enterprise, your budget, and your compliance requirements:

1. Coverage of Risk Domains: Ensure that the solution addresses the risk areas relevant to your organization—cybersecurity, compliance, operational, and financial. While some of these tools are effective in GRC, others are ineffective in real-time threat identification. Others emphasize high-risk management solutions for crucial systems but lack wide coverage. Ensure that you understand and define your needs and that the solution addresses them comprehensively.
2. Integration with Existing Ecosystem: Does the solution integrate with your current threat scanners, SIEM, or DevOps workflow? Risk data silos are detrimental to synergy and hinder effective risk response. For example, hooking third party risk management solutions into contract management or vendor portals fosters a single source of truth. The more integration layers exist, the fewer operations you need to perform to get the result.
3. Reporting and Compliance: Audit trails, role-based dashboards, and compliance templates make it easier for external reviews. An integrated solution that can compile tasks or logs from scanning tools eliminates the need for staff to enter the data manually. Over time, robust reporting fosters transparency for regulators and top management. Assess the effectiveness of these solutions in generating compliance documents on demand or on a specific schedule.
4. Scalability and Performance: Organizations with thousands of endpoints or multiple cloud instances cannot afford to wait for slow dashboards or for scanning to take a long time. Solutions must be able to process big data without slowing down frequently. Consequently, container-based or ephemeral expansions require real-time coverage. To ensure that the tool is expandable to accommodate the growth of your environment, verify the user references or trials.
5. Vendor and Community Support: Risk management solutions are highly advanced, and thus, implementing them can be quite challenging. Make sure the provider provides enough training materials, documentation, or online communities. Some also offer managed services or advisory teams for continuous performance improvement. Having a strong community behind it can help speed up troubleshooting, especially when specific situations are encountered.

Conclusion

Risk management goes beyond simply looking for identified problems or waiting for a set of regulatory directives. When vulnerability detection is integrated with governance, policy, and third-party solutions, an enterprise can address operations as one unit. From dedicated GRC platforms to AI-based scanning solutions, the market is full of options suited to different situations. Choosing the best option is all about coverage in terms of multiple risk domains and compatibility with current working processes. In the long run, organizations get a comprehensive view of their overall risk exposure, which reduces the potential for blind spots and quicker responses.

Still, locating weaknesses or misconfigurations is only half the problem. As a result, solutions such as SentinelOne combine analytics with threat detection in real-time and eliminate any gap between threat identification and prevention. With patch orchestration tied to deep AI-based detection, the platform transforms routine tasks into an active defense layer that can integrate into multi-cloud or on-prem environments. This fosters a proactive approach where potential attacks are either isolated or patched immediately.

Wondering how SentinelOne complements risk management solutions and strengthens your environment? Get in touch with SentinelOne today to learn how the platform integrates real-time coverage, orchestration, and threat intelligence for today’s enterprise.