List of the Top 3 Threat Intelligence Platforms for Google Security Operations (SecOps) in 2025

Gaining a clear understanding of a digital risk protection solution can greatly improve your preparedness by uncovering the identities of your adversaries, their goals, and the strategies they might employ to compromise your security. Google Digital Risk Protection delivers a thorough digital risk protection offering that includes both self-service SaaS products and a comprehensive managed service model. Each option empowers security professionals to extend their focus beyond their organization, identify critical attack vectors, and uncover malicious activities originating from the deep and dark web, along with ongoing attack campaigns on the surface web. Additionally, the Google Digital Risk Protection solution provides in-depth insights into the profiles of threat actors, including their strategies, techniques, and operational methods, which enriches your understanding of cyber threats. By effectively mapping out your attack surface and monitoring activities across the deep and dark web, you can obtain crucial visibility into risk factors that could threaten your entire enterprise and its supply chain. Such a proactive stance not only fortifies your organization but also builds greater resilience against emerging threats, ensuring you are better prepared for any future challenges. This comprehensive approach allows for ongoing adjustments and enhancements to your security posture, facilitating continuous improvement in risk management strategies.

The CardinalOps platform serves as an AI-powered tool for effectively managing threat exposure, providing organizations with a holistic view of their prevention and detection strategies across multiple areas, including endpoint, cloud, identity, and network. By integrating insights from misconfigurations, vulnerable internet-facing assets, lack of hardening protocols, and weaknesses in detection or prevention, it offers a thorough assessment of vulnerabilities and prioritizes necessary actions based on their relevance to the business and the tactics of potential adversaries. This platform not only aligns its detections and controls with the MITRE ATT&CK framework, enabling users to assess their coverage comprehensively and identify ineffective or missing detection rules, but also generates customized, deployment-ready detection content through seamless API integration with leading SIEM/XDR solutions such as Splunk, Microsoft Sentinel, and IBM QRadar. Furthermore, its capabilities for automation and operationalizing threat intelligence empower security teams to remediate vulnerabilities more quickly and efficiently. Ultimately, this robust solution significantly enhances an organization’s agility in responding to threats, reinforcing its overall security posture and resilience against cyber risks. With continuous updates and improvements, the platform ensures that security measures remain effective against evolving threat landscapes.

Assessing runtime threats, analyzing attacks in real-time, and providing targeted protection for your systems and applications are crucial steps in cybersecurity. By proactively staying one step ahead of potential attackers, organizations can effectively mitigate zero-day attacks. Monitoring attack patterns is essential for a robust defense. ThreatStryker systematically observes, correlates, learns from, and responds to protect your applications. With Deepfence ThreatStryker, users can access a dynamic, interactive, color-coded visualization of their infrastructure, encompassing all active processes and containers. It thoroughly examines hosts and containers to identify any vulnerable elements. Additionally, it reviews configurations to detect misconfigurations related to the file system, processes, and network. By adhering to industry and community standards, ThreatStryker evaluates compliance effectively. Furthermore, it performs an in-depth analysis of network traffic, system behavior, and application interactions, gathering suspicious events over time, which are then classified and correlated with recognized vulnerabilities and patterns that raise concern. This comprehensive approach enhances overall security and fosters a more resilient infrastructure.