Best Security Orchestration, Automation and Response (SOAR) Platforms for NetWitness

D3 Security leads in Security Orchestration, Automation, and Response (SOAR), aiding major global firms in enhancing security operations through automation. As cyber threats grow, security teams struggle with alert overload and disjointed tools. D3's Smart SOAR offers a solution with streamlined automation, codeless playbooks, and unlimited, vendor-maintained integrations, maximizing security efficiency. Smart SOAR’s Event Pipeline is a powerful asset for enterprises and MSSPs that streamlines alert-handling with automated data normalization, threat triage, and auto-dismissal of false positives—ensuring that only genuine threats get escalated to analysts. When a real threat is identified, Smart SOAR brings together alerts and rich contextual data to create high-fidelity incidents that provide analysts with the complete picture of an attack. Clients have seen up to a 90% decrease in mean time to detect (MTTD) and mean time to respond (MTTR), focusing on proactive measures to prevent attacks. In 2023, over 70% of our business was from companies dropping their existing SOAR in favor of D3. If you’re frustrated with your SOAR, we have a proven program to get your automation program back on track.

Swimlane Turbine is the world’s fastest and most scalable security automation platform. Turbine is built with the flexibility and cloud scalability needed for enterprises and MSSP to automate any SecOps process, from SOC workflows to vulnerability management, compliance, and beyond. Only Turbine can execute 25 million daily actions per customer, 17 times faster than any other platform, provider, or technology.

The ThreatQ platform for threat intelligence enhances the ability to recognize and mitigate threats by enabling your current security systems and personnel to operate more intelligently rather than with sheer effort. As a versatile and adaptable tool, ThreatQ streamlines security operations by providing efficient threat management and operations capabilities. Its self-adjusting threat library, dynamic workbench, and open exchange facilitate rapid threat comprehension, enabling improved decision-making and quicker detection and response times. Furthermore, it allows for the automatic scoring and prioritization of both internal and external threat intelligence according to your specifications. By automating the aggregation and application of threat intelligence across all teams and systems, organizations can enhance the performance of their existing infrastructure. Integration of tools, teams, and workflows is simplified, and centralized access to threat intelligence sharing, analysis, and investigation is made available to all teams involved. This collaborative approach ensures that everyone can contribute to and benefit from the collective intelligence in real-time.

Utilize playbooks to achieve rapid value realization and facilitate seamless scaling as your organization expands. Tackle typical everyday issues such as phishing and ransomware by implementing ready-to-use use cases, which include playbooks, simulated alerts, and instructional tutorials. Develop playbooks that integrate the various tools essential to your operations through an intuitive drag-and-drop interface. Furthermore, streamline repetitive processes to enhance response times, allowing team members to focus on more strategic tasks. Ensure effective lifecycle management of your playbooks by maintaining, optimizing, troubleshooting, and refining them through features like run analytics, reusable components, version tracking, and rollback options. Incorporate threat intelligence throughout each phase while visualizing crucial contextual information for each threat, detailing who took action, when it occurred, and how all the involved entities relate to an event, product, or source. Innovative technology automatically consolidates contextually linked alerts into a unified threat-centric case, empowering a single analyst to conduct thorough investigations and effectively respond to threats. Additionally, this approach fosters continuous improvement of security protocols, ensuring they remain robust in the face of evolving challenges.