CrowdStrike vs Palo Alto Cortex XDR: Platform Comparison 2026
Extended Detection and Response has moved from analyst buzzword to budget line item. Security teams that once managed separate EDR, SIEM, and network monitoring tools are consolidating onto XDR platforms that correlate signals across domains into unified incidents, reducing the manual triage load that defeats lean SOC teams.
CrowdStrike and Palo Alto are the two platforms most commonly on the final shortlist. They approach XDR from opposite ends of the security stack. CrowdStrike built one of the most effective endpoint detection engines in the industry, then expanded upward into identity, cloud, and network telemetry. Palo Alto built world-class network security through its NGFW product line, then added endpoint protection and a correlation engine to create Cortex XDR, pairing it with XSOAR for orchestration.
This comparison covers architecture, endpoint detection capability, cross-domain telemetry sources, threat hunting and investigation workflows, SOAR integration, pricing, and a practical decision framework for 2026.
Architecture: EDR-Evolved Falcon vs Network-First Cortex
CrowdStrike's architecture centers on the lightweight Falcon sensor deployed to endpoints as the primary telemetry source. The sensor streams process, network, file, and registry event data to CrowdStrike's Threat Graph, a cloud-based graph database that processes roughly five trillion signals per week across the global install base. This scale provides a feedback loop that few competitors can replicate: a novel attack technique seen on one endpoint generates detection intelligence that propagates to all protected endpoints within minutes through cloud-delivered policy updates. The Falcon platform is modular, with Identity Protection (for Active Directory and Entra ID threat detection), Cloud Security (for cloud workload and container protection), and Exposure Management (for external attack surface discovery) available as add-on modules beyond the core endpoint capability.
Palo Alto Cortex XDR is built on the Cortex Data Lake, a cloud-based data storage and analytics platform that ingests telemetry from the Cortex XDR agent (endpoint), Palo Alto NGFWs (network), Prisma Cloud (cloud workloads), GlobalProtect VPN (user network access), and third-party log sources through connectors. The detection engine runs correlation rules across this multi-source telemetry to build causality chains that link related events across domains into unified incidents. Cortex XSOAR connects to Cortex XDR for automated playbook execution triggered by those incidents.
The fundamental architectural difference determines where each platform has structural advantages. CrowdStrike's Threat Graph global scale means its threat intelligence and behavioral detection accuracy improve continuously as its install base grows, providing a network effect that improves individual customer detection quality. Cortex XDR's multi-source data lake means that for organizations running Palo Alto infrastructure, the cross-domain correlation is native and deep, not dependent on log parsing connectors. For organizations not running Palo Alto NGFWs, both platforms rely on similar log ingestion mechanisms for non-endpoint telemetry.
Deployment complexity is comparable. The Falcon sensor is notoriously lightweight, with low CPU and memory overhead that reduces endpoint performance impact compared to older signature-based AV products. The Cortex XDR agent is similarly designed for low footprint and supports Windows, macOS, and Linux with strong feature parity across platforms.
Endpoint Detection: Falcon vs Cortex XDR Agent
CrowdStrike's endpoint detection capability is built on three layers: ML-based static analysis for file and code execution prevention before detonation, behavioral detection for post-execution attack technique identification, and the Threat Graph for global threat correlation. The behavioral detection layer is where CrowdStrike has consistently differentiated in independent evaluations: its ability to detect sophisticated post-exploitation techniques such as credential dumping, lateral movement via living-off-the-land binaries, and process injection without requiring signatures is a function of the Threat Graph's adversary behavioral models built from years of incident response data.
CrowdStrike also maintains Falcon Intelligence, the in-house threat intelligence team that produces technical and strategic intelligence on named adversary groups. The adversary knowledge embedded in Falcon detections reflects deep tracking of over 230 named groups, including nation-state actors and prolific criminal organizations. When Falcon detects a technique, it often attributes the technique to a specific adversary group and provides context about that group's tooling and objectives, giving analysts immediate triage context beyond a raw alert.
Cortex XDR's endpoint agent combines prevention and detection through Behavioral Threat Protection (BTP), which uses local analysis to detect post-exploitation behavior without signature dependency. The WildFire cloud sandbox integrates with the Cortex XDR agent for unknown file analysis: suspicious files are submitted to WildFire for dynamic analysis and the verdict is returned within minutes to determine if execution should be blocked. WildFire processes hundreds of millions of samples and builds a shared threat database across all Palo Alto customers, providing a similar global threat intelligence feedback loop to CrowdStrike's Threat Graph for file-based threats.
Both platforms provide remote response capabilities that allow analysts to investigate and remediate from the detection console without requiring physical access to the endpoint. CrowdStrike's Real Time Response provides a live shell with scripted remediation actions. Cortex XDR's remote response allows file retrieval, process kill, and host isolation with similar capabilities. Both platforms support host isolation (network quarantine) as a containment action that can be triggered from the detection console or automated through response workflows.
Briefings like this, every morning before 9am.
Threat intel, active CVEs, and campaign alerts, distilled for practitioners. 50,000+ subscribers. No noise.
Cross-Domain Telemetry: Where XDR Differentiation Happens
The marketing promise of XDR is correlation across domains: connecting an endpoint event to a network anomaly to a cloud API call to create an incident that tells the full story of an attack rather than generating three separate alerts from three separate tools. The degree to which each platform fulfills this promise depends heavily on how it sources non-endpoint telemetry.
CrowdStrike's native telemetry beyond the endpoint comes from Falcon Identity Protection (Active Directory and Entra ID event monitoring for credential-based attack detection), Falcon Cloud Security (cloud workload protection for AWS, Azure, and GCP instances and Kubernetes), and CrowdStrike Humio (LogScale), a log management and search platform that can ingest arbitrary log sources for hunting and investigation. For network telemetry, CrowdStrike can ingest network data from third-party sources through LogScale connectors, but this is not native sensor-generated network flow data comparable to what a firewall provides.
Cortex XDR's native telemetry advantage comes from Palo Alto NGFW integration. For organizations running PAN-OS firewalls, Cortex Data Lake receives URL filtering logs, IPS alert data, DNS query logs, application identification data, and network session metadata natively without connector development. This provides a level of network visibility depth that CrowdStrike's endpoint-centric architecture does not replicate without a separate network detection tool. GlobalProtect VPN logs add user-to-IP mapping context that allows Cortex XDR to correlate network events to specific identities even when traffic originates from remote access sessions.
The key insight for evaluation is that the network telemetry advantage is conditional. For organizations running Palo Alto NGFWs as their primary perimeter and segmentation firewall, Cortex XDR's cross-domain correlation is substantively stronger than CrowdStrike's for network-adjacent attack patterns like lateral movement detection and exfiltration identification. For organizations running Fortinet, Cisco Meraki, or other NGFW vendors, both platforms have roughly equivalent network context available through log forwarding, and the endpoint detection quality difference becomes the primary differentiator.
Threat Hunting and Investigation
Proactive threat hunting, the practice of searching through telemetry for attacker behaviors that have not triggered automated detection rules, is where mature SOC programs find the threats that dwell in environments undetected for weeks or months. Both platforms provide hunting tools for analysts, and CrowdStrike offers a managed hunting service for organizations that lack internal hunting capacity.
CrowdStrike's hunting interface uses Falcon Query Language (FQL), a purpose-built query language for searching across endpoint telemetry stored in Threat Graph. Analysts can search process execution events, network connections, file operations, and registry changes across all protected endpoints within a configurable time window, useful for hunting indicator-of-compromise matches or technique-based behavioral patterns across the fleet. Threat Graph visualization provides timeline reconstruction for specific endpoints or incidents, showing the sequence of events that constituted an attack.
Cortex XDR's hunting interface uses XQL (XDR Query Language), designed to query across all data sources in Cortex Data Lake, including endpoint, network, and cloud telemetry. For organizations with Palo Alto NGFW data in the lake, XQL hunting can span both endpoint behaviors and network traffic patterns simultaneously, which is a meaningful advantage for hunting techniques like command-and-control beacon detection or lateral movement identification that leave signatures in both endpoint and network telemetry.
Falcon Overwatch is the managed threat hunting differentiator that has no direct equivalent in Palo Alto's portfolio. Overwatch provides 24x7 coverage by CrowdStrike analysts who hunt across customer environments proactively, notifying customers when previously undetected threats are identified. The service is available as an add-on to Falcon Enterprise and is particularly valuable for organizations with limited internal SOC capacity that cannot maintain a dedicated hunting team. Palo Alto offers Cortex XDR as a managed service through its MSSP partner network, but does not provide an internal managed hunting service comparable to Overwatch.
Forensic investigation support is strong on both platforms. CrowdStrike's Real Time Response allows live artifact collection from endpoints during an active investigation. Cortex XDR's causality chain analysis presents the full incident as a connected graph of related events across all telemetry sources, which analysts find useful for understanding attack scope and building timeline reconstructions for post-incident reporting.
SOAR Integration and Response Automation
Response automation is where the two platforms diverge most sharply, and for many organizations it is the deciding factor.
CrowdStrike's native automation capability is Falcon Fusion, a workflow engine that triggers automated response actions based on detection events. Fusion supports host isolation, process termination, file quarantine, user account disabling through integration with identity providers, and notification actions. It is designed for the most common endpoint response workflows and covers the majority of automated response use cases for EDR-centric operations. For more complex multi-step response workflows that span multiple tools, Falcon Fusion is less capable than a dedicated SOAR platform, and most CrowdStrike deployments that require complex orchestration pair it with a third-party SOAR such as Splunk SOAR or ServiceNow Security Operations.
Palo Alto's answer is XSOAR (Cortex XSOAR), which has been the gold standard SOAR platform since Palo Alto acquired Demisto in 2019. With over 900 integrations covering essentially every security tool category, a full graphical playbook editor, case management with SLA tracking, analyst collaboration features, and a threat intelligence management module, XSOAR is the most feature-complete SOAR platform available. Its native integration with Cortex XDR means that an incident detected in Cortex XDR can trigger a XSOAR playbook automatically, with the playbook able to pull additional context from the Cortex Data Lake, check threat intelligence sources, isolate the affected host through Cortex XDR, create a Jira ticket, and notify the on-call analyst, all without manual intervention.
For organizations evaluating both XDR and SOAR simultaneously, the Cortex XDR plus XSOAR combination is compelling because the integration is native and the single-vendor support model reduces the coordination overhead of debugging cross-product incidents. For organizations that have already made a SOAR investment in Splunk SOAR, ServiceNow, or another platform, the XSOAR advantage is less relevant, and CrowdStrike's Falcon Fusion plus existing SOAR integration may be a more practical path.
Pricing, Licensing, and Platform Depth
CrowdStrike's pricing model is modular and per-endpoint. Falcon Go covers basic prevention for smaller organizations. Falcon Pro adds EDR. Falcon Enterprise adds threat intelligence, identity protection, and Overwatch eligibility. Falcon Premium and Falcon Complete (the fully managed MDR tier) add additional modules and managed services. Published list pricing for Falcon Enterprise in mid-market configurations typically falls in the $18 to $25 per endpoint per year range; full platform deployment with cloud security, identity protection, and Overwatch adds meaningfully to this baseline. CrowdStrike offers significant volume discounts for large-scale deployments, and most enterprise deals are negotiated rather than list-priced.
Palo Alto Cortex XDR pricing is organized around Prevent and Pro tiers. Cortex XDR Prevent covers endpoint protection (EPP equivalent). Cortex XDR Pro covers the full XDR platform with cross-domain telemetry, advanced hunting, and investigation capabilities. Published pricing for Cortex XDR Pro typically falls in the $30 to $50 per endpoint per year range for mid-market organizations, with enterprise pricing negotiated. XSOAR is licensed separately; common configurations include a per-user analyst license or a consumption-based license depending on deployment size.
Organizations running existing Palo Alto contracts for NGFW, Prisma Cloud, or Panorama often receive bundled pricing for Cortex XDR that lowers the effective per-endpoint cost relative to a greenfield purchase. This platform consolidation discount is one of Palo Alto's most effective sales tools: organizations that are already paying for NGFW and Prisma Cloud can add Cortex XDR at a lower incremental cost than buying a competing XDR platform and maintaining separate contracts.
Falcon Complete is CrowdStrike's fully managed MDR option where CrowdStrike analysts manage threat hunting, detection triage, and response actions on behalf of the customer. It provides an alternative path to 24x7 coverage for organizations that do not want to build an internal SOC capability. The managed service pricing adds to the per-endpoint base cost but replaces the staffing cost of equivalent internal analyst coverage.
Decision Framework
Selecting between CrowdStrike and Palo Alto Cortex XDR depends on your existing infrastructure, your primary security gaps, and the operational model of your security team.
Organizations heavily invested in Palo Alto NGFW infrastructure
Cortex XDR's native NGFW telemetry integration creates cross-domain correlation context that dramatically improves detection of lateral movement and data exfiltration patterns. If your network perimeter runs on PAN-OS, Cortex XDR's cross-domain incidents are substantively richer than what CrowdStrike can produce using connector-sourced network logs.
Organizations prioritizing maximum endpoint detection efficacy with MITRE ATT&CK validation
CrowdStrike has maintained top-tier MITRE ATT&CK results across multiple evaluation cycles and leads in adversary tracking depth with 230+ named groups. For organizations where endpoint detection quality is the primary criterion, CrowdStrike's Threat Graph global behavioral model and adversary intelligence are the strongest arguments for the platform.
Organizations that need a mature SOAR platform alongside XDR
Palo Alto XSOAR is the most feature-rich SOAR platform available, with 900+ integrations and a full playbook engine. Its native integration with Cortex XDR creates a compelling combined investigation and response workflow with single-vendor support. If SOAR capability is on your buying list alongside XDR, the combined Cortex XDR plus XSOAR evaluation often wins on total platform depth.
Organizations with lean security teams that need managed threat hunting
CrowdStrike Falcon Overwatch provides 24x7 elite threat hunting coverage without requiring a large internal SOC team. For organizations that want proactive hunting but cannot staff it internally, Overwatch provides access to CrowdStrike's analyst team and their adversary knowledge base at a per-endpoint add-on cost that is typically lower than the staffing cost of equivalent internal coverage.
Organizations building a unified Palo Alto security platform
For organizations that are already running Palo Alto NGFW, Prisma Cloud, and Panorama, adding Cortex XDR and XSOAR creates a single-vendor security platform from network through endpoint through cloud through SOAR. The platform consolidation discount, unified support contract, and reduced integration overhead can make this path more operationally and financially attractive than maintaining a CrowdStrike contract alongside a separate Palo Alto NGFW relationship.
Mid-market organizations prioritizing endpoint detection without full XDR complexity
CrowdStrike Falcon Enterprise provides best-in-class EDR with a clear modular upgrade path to XDR capabilities as the program matures. For organizations that are not yet ready to operationalize multi-domain telemetry correlation, starting with CrowdStrike's endpoint-centric model and adding identity and cloud modules incrementally is a more manageable adoption path than deploying a full XDR platform on day one.
Integration and Ecosystem Considerations
Neither platform operates in isolation. Integration depth with your existing security stack, identity systems, ticketing platforms, and threat intelligence feeds is a practical consideration that can outweigh platform-level feature comparisons in environments with established tooling.
CrowdStrike integrates natively with Microsoft Sentinel, Splunk, and Palo Alto XSOAR through certified connectors, and its API is well-documented for custom integration development. Identity integration with Active Directory and Microsoft Entra ID through Falcon Identity Protection is native. Cloud integration with AWS, Azure, and Google Cloud is available through Falcon Cloud Security modules.
Cortex XDR integrates natively with XSOAR for orchestration, and through Cortex Data Lake connectors with a broad range of third-party log sources. For organizations using Splunk as their primary SIEM, Cortex XDR data can be forwarded to Splunk; similarly, CrowdStrike events can be forwarded to Splunk. Neither platform requires you to retire your existing SIEM, though both offer data storage alternatives that reduce SIEM ingestion volume by retaining XDR telemetry natively.
Service and support quality is a consideration that formal evaluations rarely surface. Both CrowdStrike and Palo Alto have large partner ecosystems with MSSPs offering managed versions of their platforms. For organizations that prefer vendor-direct support, both offer tiered support contracts with defined response SLAs. Organizations that experienced the CrowdStrike outage in July 2024 may have specific questions about sensor update control mechanisms, which CrowdStrike subsequently improved through its Falcon Content Update deployment controls.
The bottom line
Both platforms are elite and the choice often comes down to which vendor's ecosystem you are already in. CrowdStrike leads on pure endpoint detection, adversary intelligence breadth, and managed threat hunting through Falcon Overwatch. Palo Alto leads on cross-domain XDR when you run Palo Alto NGFWs, and on SOAR maturity through XSOAR for organizations that need sophisticated response automation alongside detection. Organizations building a best-of-breed stack from scratch should weight MITRE ATT&CK results, integration complexity with their current tools, and the operational model of their SOC team. Organizations consolidating around a single security vendor often find Palo Alto's platform breadth more compelling when NGFW and SOAR are already part of the equation.
Frequently asked questions
What is the difference between EDR and XDR?
EDR, or Endpoint Detection and Response, focuses exclusively on endpoint telemetry from laptops, servers, and workstations to detect threats and enable response actions. XDR, or Extended Detection and Response, extends that scope to ingest and correlate telemetry from multiple security domains simultaneously including endpoint, network traffic, cloud workloads, identity systems, and email. The practical difference is correlation context: an EDR alert tells you a malicious process ran on an endpoint, while an XDR platform can correlate that endpoint event with the anomalous VPN login that preceded it, the lateral movement network traffic captured by the NGFW, and the cloud API call made afterward, producing a single unified incident with the full attack chain reconstructed. XDR reduces alert fatigue by collapsing related signals from multiple tools into correlated incidents rather than generating separate alerts from each domain, which is why ESG Research found a 72-hour average reduction in MTTD for organizations that consolidated onto a unified XDR platform.
Is CrowdStrike or Palo Alto Cortex XDR better?
Neither platform is universally superior; the right choice depends on your existing infrastructure and your primary detection gaps. CrowdStrike is generally better for organizations that prioritize maximum endpoint detection efficacy, MITRE ATT&CK evaluation results, adversary intelligence depth, and managed threat hunting through Falcon Overwatch. Palo Alto is generally better for organizations that run Palo Alto NGFWs and want native network telemetry correlation in their XDR platform, or that need a mature SOAR platform through XSOAR alongside their XDR capability. The architectural difference is fundamental: CrowdStrike built from the endpoint outward, while Palo Alto built from the network inward. Which starting point is more valuable depends on where your current visibility gaps are. Organizations without meaningful network telemetry today will see more incremental lift from Cortex XDR's NGFW integration; organizations without mature threat hunting will see more lift from CrowdStrike's Overwatch capability.
How do CrowdStrike and Cortex XDR compare in MITRE ATT&CK evaluations?
Both CrowdStrike and Palo Alto have consistently achieved top-tier results in the MITRE ATT&CK Evaluations Enterprise series, which tests vendor platforms against real-world adversary techniques used by named threat groups. In the 2023 evaluation, CrowdStrike recorded zero detection delays across the full evaluation, meaning every technique was detected without requiring delayed analysis. Palo Alto Cortex XDR also achieved strong results with high detection coverage rates. The MITRE evaluations do not produce a ranked list or declare a winner; they provide technique-level visibility into how each platform detects specific attack behaviors. Security teams evaluating platforms based on MITRE results should review the raw technique-level data rather than vendor-summarized results, paying particular attention to detection coverage for the specific techniques most relevant to their threat model. Both platforms perform at the top tier, making the MITRE evaluation a tiebreaker rather than a decisive differentiator.
What is Cortex XSOAR and does it come with Cortex XDR?
Cortex XSOAR (formerly Demisto before Palo Alto's acquisition) is Palo Alto's security orchestration, automation, and response platform with over 900 integrations covering SIEM tools, ticketing systems, threat intelligence platforms, firewalls, endpoint tools, and cloud providers. It provides a full playbook engine for codifying investigation and response workflows, case management, collaboration features, and threat intelligence management capabilities. XSOAR is a separate product from Cortex XDR and is licensed independently; it does not come included with Cortex XDR licenses by default. However, Palo Alto offers bundled pricing and native integration between Cortex XDR and XSOAR that is tighter than what is achievable with third-party SOAR platforms. For organizations evaluating both XDR and SOAR, the native Cortex XDR plus XSOAR combination provides a compelling single-vendor argument: incident data from Cortex XDR flows natively into XSOAR for automated playbook execution, and XSOAR response actions can trigger containment actions back to Cortex XDR without API integration development work.
What is CrowdStrike Falcon Overwatch?
Falcon Overwatch is CrowdStrike's managed threat hunting service, staffed by CrowdStrike analysts who perform 24x7 proactive hunting across the telemetry generated by Falcon sensor-protected endpoints. The service is designed for organizations that deploy CrowdStrike but lack the internal SOC capacity to perform continuous proactive hunting rather than just reviewing automated alerts. Overwatch analysts hunt for sophisticated adversary behaviors that have not yet triggered automated detection rules, using Falcon's Threat Graph and proprietary threat intelligence about the 230+ named adversary groups CrowdStrike tracks. When Overwatch identifies a threat, it notifies the customer with a Falcon Complete notification and actionable remediation guidance within minutes. Falcon Overwatch is purchased as an add-on to Falcon Enterprise or higher tier subscriptions and is priced per endpoint, making it accessible to mid-market organizations that cannot otherwise fund a dedicated internal threat hunting team.
Does Cortex XDR require Palo Alto firewalls to work?
No, Cortex XDR does not require Palo Alto NGFWs to function. Cortex XDR Prevent provides endpoint protection (prevention, detection, and response) using the Cortex XDR agent without any network infrastructure requirement. Cortex XDR Pro extends detection across network and cloud telemetry through log ingestion from third-party sources via API connectors and Cortex Data Lake. The competitive advantage that Palo Alto NGFW integration provides is native, high-fidelity network telemetry without requiring log parsing or connector development; NGFW logs flow into Cortex Data Lake automatically for organizations running PAN-OS firewalls. For organizations running Fortinet, Cisco, or other NGFWs, Cortex XDR can still ingest network telemetry but through log forwarding connectors rather than the native integration, which may reduce the depth of network context available for correlation. The practical guidance is that Cortex XDR is a strong standalone endpoint solution regardless of firewall vendor, but its cross-domain XDR differentiation is most compelling when Palo Alto NGFWs provide the network telemetry layer.
How much does Palo Alto Cortex XDR cost per endpoint?
Palo Alto Cortex XDR is available in two primary licensing tiers. Cortex XDR Prevent is the endpoint protection tier providing prevention, behavioral detection, and response capabilities for the Cortex XDR agent, typically positioned as an EPP replacement. Cortex XDR Pro is the full XDR tier that adds cross-domain correlation, network and cloud telemetry ingestion, advanced threat hunting with XQL, and extended investigation capabilities. Published pricing for Cortex XDR Pro in mid-market configurations typically falls in the $30 to $50 per endpoint per year range, with enterprise discounts available for large-scale deployments. Organizations running existing Palo Alto NGFW and Prisma Cloud contracts frequently receive bundled pricing that lowers the effective per-endpoint cost for Cortex XDR when it is added to an existing Palo Alto relationship. XSOAR is licensed separately on a consumption-based or per-user model depending on the tier. Budget for implementation professional services when factoring total cost of ownership.
What is the difference between CrowdStrike Falcon and Cortex XDR Pro?
CrowdStrike Falcon Enterprise is the primary tier that combines EDR with threat intelligence, identity protection integration, and access to Falcon Overwatch managed threat hunting. The Falcon platform is modular, with cloud security, exposure management, and identity threat detection available as additional modules. Cortex XDR Pro is the full XDR tier from Palo Alto that provides cross-domain correlation across endpoint, network, and cloud telemetry, with XSOAR available as a companion SOAR product. The core detection philosophy differs: CrowdStrike's Threat Graph processes endpoint telemetry from hundreds of millions of protected endpoints to build a global threat intelligence graph that informs detections on your environment. Cortex XDR's Cortex Data Lake correlates endpoint telemetry with network and cloud data to build incident chains that span domains. Both approaches achieve strong detection results in MITRE evaluations; the Threat Graph's global scale gives CrowdStrike a breadth-of-adversary-knowledge advantage, while Cortex XDR's network integration gives Palo Alto a cross-domain kill-chain visibility advantage in environments with Palo Alto NGFW coverage.
Sources & references
Free resources
Critical CVE Reference Card 2025–2026
25 actively exploited vulnerabilities with CVSS scores, exploit status, and patch availability. Print it, pin it, share it with your SOC team.
Ransomware Incident Response Playbook
Step-by-step 24-hour IR checklist covering detection, containment, eradication, and recovery. Built for SOC teams, IR leads, and CISOs.
Get threat intel before your inbox does.
50,000+ security professionals read Decryption Digest for early warnings on zero-days, ransomware, and nation-state campaigns. Free, weekly, no spam.
Unsubscribe anytime. We never sell your data.
Founder & Cybersecurity Evangelist, Decryption Digest
Cybersecurity professional with expertise in threat intelligence, vulnerability research, and enterprise security. Covers zero-days, ransomware, and nation-state operations for 50,000+ security professionals weekly.
The Mythos Brief is free.
AI that finds 27-year-old zero-days. What it means for your security program.