Fixure is a groundbreaking Security Decision Intelligence platform that operates at Layer-5, sitting above your existing security tools to provide a unified, coherent view of your security posture. It is designed for security teams drowning in alerts from multiple vendors—SIEMs, vulnerability scanners, EDRs, and more—who need to quickly identify what is truly critical. By leveraging patented AI technology, Fixure transforms a chaotic flood of signals into clear, defensible decisions, enabling teams to act with confidence. Its core value lies in reconciling conflicting data points and prioritizing what matters, ultimately reducing noise and improving response times.
The fundamental problem Fixure addresses is the fragmentation and duplication of security signals that plague modern operations. Security vendors generate massive volumes of alerts, often overlapping or even contradicting each other, leading to alert fatigue, wasted resources, and missed threats. Analysts spend hours manually correlating events from different tools, struggling to separate genuine incidents from false positives. This not only slows incident response but also undermines trust in the security tools themselves. Fixure directly tackles this pain point by automatically deduplicating and consolidating signals, so teams can focus on real threats without getting lost in the noise.
The first major feature of Fixure is its AI-powered deduplication engine. This engine uses advanced machine learning algorithms to analyze alerts from disparate sources—such as network intrusions, endpoint detections, and cloud misconfigurations—and identify which ones refer to the same underlying event. It then merges duplicates into a single, enriched alert, preserving all relevant details while removing redundancy. The benefit is immediate: security analysts see a cleaner, more manageable queue of alerts, drastically reducing the time spent on manual triage. By eliminating false duplication, the engine also surfaces patterns that might otherwise be overlooked, enhancing threat detection accuracy.
A second core capability is unified signal processing, which ingests and normalizes security data from all connected tools into a single model of reality. Fixure does not replace your existing investments; it works as a cognitive layer on top, translating different data formats and terminologies into a common language. This unification allows teams to view their entire security landscape coherently, without switching between dashboards or manually reconciling logs. The result is a comprehensive, real-time picture of what is happening across the environment, enabling faster and more informed decisions. This feature is especially valuable in heterogeneous environments where no single tool provides full visibility.
admin
A third distinguishing feature is the decision intelligence layer that explains downstream impact. Fixure not only consolidates signals but also evaluates each alert’s potential consequences—for example, whether a vulnerability could lead to data exfiltration or how a detection relates to critical assets. This impact analysis is presented in clear, contextual language, giving security teams the rationale they need to prioritize actions. Additionally, Fixure provides defensible output, meaning that choices can be documented and justified to stakeholders, such as executives or auditors. This transforms security operations from reactive firefighting to a proactive, intelligence-driven discipline.
The overall workflow of Fixure is designed to be non-disruptive and additive. It integrates via APIs with existing security tools—vulnerability scanners, SIEMs, ticketing systems, and more—without requiring changes to existing workflows. Once connected, it continuously listens to the signal stream, deduplicates in real time, and presents a unified view through its own dashboard. Teams can then drill down into specific alerts, investigate correlations, and see the reasoning behind each recommendation. The platform also supports export of its unified model to other systems, ensuring that decisions are seamlessly shared across the organization.
Concrete use cases for Fixure include vulnerability management, where teams can consolidate findings from multiple scanners (e.g., Tenable, Qualys, Nessus) and focus on the most critical exposures first. In incident response, analysts use Fixure to correlate alerts from EDR and SIEM tools, quickly identifying the root cause and chain of events. For compliance reporting, the platform provides a traceable record of decisions made, showing how each alert was prioritized and resolved. Another scenario is daily security operations, where SOC teams use Fixure to reduce the number of alerts they must manually review, cutting response times by hours. In each case, the outcome is a more efficient, confident security team that can articulate the rationale behind its actions.
Fixure is built for security professionals in mid-to-large enterprises—specifically SOC analysts, incident responders, vulnerability managers, and CISOs who oversee multiple tools and teams. The platform is cloud-based and integrates with a wide range of popular security tools via REST APIs, requiring minimal setup. Currently in limited beta, Fixure offers exclusive benefits: early access to AI features, direct feedback sessions with founders, a 50% discount off standard enterprise pricing, and priority support via a dedicated Slack channel. This beta program is designed to co-develop the product with real users. Ultimately, Fixure empowers security teams to move from data overload to clear, defensible decisions, making it an essential layer for modern security operations.
Fixure is designed for security professionals in mid-to-large enterprises, including Security Operations Center (SOC) analysts, incident responders, vulnerability management specialists, and Chief Information Security Officers (CISOs). It is also valuable for security architects who oversee multi-tool environments and need a unified view. The platform targets teams that are overwhelmed by alert overload from multiple security tools and seek to reduce noise, improve decision-making speed, and provide defensible rationale for their actions. Beta participants include early adopters in vulnerability management and security operations who want to shape the product's evolution.