Compare Fig vs. Spectrum

Fig enhances Security Operations Resilience for contemporary SOC teams, empowering them to endure transformations without succumbing to disruptions. While change can jeopardize a SOC's functionality, it can also serve as a source of strength, and Fig ensures that both detection and response mechanisms remain operational during instances of drift and intentional modifications. Drift occurs when alterations from upstream sources inadvertently disrupt detection protocols and automations, leaving teams without alerts or guidance and potentially facing lengthy and arduous processes to identify and rectify issues. In addition, planned changes, such as enhancements in SecOps and infrastructure initiatives, often progress at a cautious pace to prevent any adverse effects on production systems. To address these challenges, Fig equips teams with drift detection tools that identify when a detection or response fails, drift repair capabilities that pinpoint the underlying cause, recommend solutions, conduct tests, and facilitate deployment upon approval, along with change modeling features that allow teams to simulate proposed initiatives and evaluate their potential consequences prior to implementation in production. This comprehensive approach ensures that SOC teams can navigate the complexities of change with confidence and efficiency.

Spectrum empowers security teams to oversee the entire detection lifecycle, integrating seamlessly with any SIEM, data lake, or tool. It begins by pinpointing the elements that require detection, moves on to the development and deployment phases, and ensures ongoing functionality. By continuously assessing your threat coverage in relation to real-world threats, internal discoveries, and the specific characteristics of your environment, Spectrum highlights the critical gaps that must be addressed. This includes emerging threats, coverage deficiencies, insights from red team assessments, and custom applications. Spectrum evaluates all of these factors and formulates a detection strategy optimized for your unique environment and technology stack. It generates high-quality detection rules tailored to your specific environment and data sources, transitioning smoothly from strategy to deployment-ready solutions without manual intervention. Additionally, it consistently oversees all active detections, recognizes any deviations, fine-tunes them for precision, and maintains robust coverage amidst any changes to prevent any unnoticed failures. This proactive approach ensures that your security posture remains strong and resilient.