SCYTHE continuously validates your EDR against real adversary techniques — in your actual environment — so you know your true detection coverage, not just your theoretical coverage. 

• Continuous, real-environment testing: Runs real MITRE ATT&CK-mapped techniques on a scheduled or change-triggered basis — validating detection, alerting, and response across multi-stage attack chains, not just isolated techniques.

  Daily / weekly schedules Change-event triggers Multi-stage campaigns

• Full response chain validation: Goes beyond "did the EDR fire?" — verifying that detections generate usable SIEM alerts, trigger the correct SOC workflows, and execute the expected response actions end to end.

  EDR-SIEM correlation SOC workflow validation Regression after changes

• Broad EDR platform support:  Integrates bidirectionally with the most widely deployed enterprise EDR platforms, with API-based support for others.

  Crowdstrike Falcon Microsoft Defender SentinelOne Cortex XDR Carbon Black Others

Learn more →

Most detection rules are deployed and never verified. SCYTHE integrates directly into the detection engineering workflow — validating that SIEM rules fire against real adversary behavior, in your actual environment, before attackers find the gaps first.

• Validate & regression-test detection rules: Run realistics technique emulations against your production SIEM to confirm rules fire correctly against your actual log sources and field mappings — before deployment and automatically after every platform change, parser update, or new log source addition.

  Pre-deployment validation Regression Testing CTI-driven rule testing

• Measure ATT&CK coverage density: Every test result maps to the MITRE ATT&CK framework, generating a coverage heatmap that shows exactly which techniques your detection library catches and which it misses — making improvement visible and regression impossible to miss.

  ATT&CK heatmap Coverage gaps Continuous measurement

• Broad SIEM platform support: Bidirectional integrations push test events, correlate results, and validate alert generation natively across the most widely deployed SIEM platforms.

  Splunk Microsoft Sentinel Elastic SIEM IBM QRadar Google Chronicle Others

Learn more →

OT/ICS environments can't be tested like enterprise IT, availability is non-negotiable, agents can't be deployed everywhere, and the threat actors targeting critical infrastructure use techniques purpose-built for industrial systems. SCYTHE is designed for exactly these constraints.

• Production-safe emulation built for OT constraints: Every test is controlled, auditable, and scoped to your operational risk tolerance, with no accidental destructive execution. Agentless deployment models support environments where software cannot be installed on ICS components, and full IT/OT kill-chain validation covers the convergence points real adversaries exploit.

  No mandatory agents IT/OT boundary testing OT-specifics techniques

• Mapped to the real threat actors targeting critical infrastructure: Emulation campaigns are built around nation-state and ransomware actors with demonstrated OT targeting, not generic IT techniques repurposed for industrial environments.

  Living-off-the-land TTPs OT-specific threat actors (i.e., VOLTZITE, Sandworm, Triton, Alpha, & more)

• Supports critical infrastructure regulatory compliance: Continuous validation provides the measurable evidence base required across the major frameworks governing OT cybersecurity programs.

  NERP CIP IEC 62443 NIST CSF TSA security directives

Learn more →

Most threat intelligence stops at the report. Teams read about a new APT campaign, note the TTPs, and file the PDF. SCYTHE closes the gap between knowing what adversaries do and knowing whether your environment can stop them — turning raw CTI into executed emulation within hours of a new report dropping.

• From intelligence report to live emulation in hours: When a new CISA advisory, ISAC bulletin, or threat actor TTP report lands, SCYTHE lets analysts translate observed adversary behaviors directly into executable campaigns — mapping IOCs and techniques to ATT&CK, building the emulation, and running it against your environment before the threat has time to exploit the gap.

  Rapid TTP translation CISA advisory response Same-day emulation ISAC feed integration

• Validate controls against the actors targeting your sector: Generic threat intel has limited value without environmental context. SCYTHE maps your CTI feeds to the specific threat actors most relevant to your industry and geography, then emulates their actual TTPs against your production defenses — so you know whether your controls hold against the adversaries who are actively targeting organizations like yours.

  Sector-specific actor mapping Named threat actor TTPs Environmental context ATT&CK alignment

• Close the loop between intel, detection, and measurement: SCYTHE turns CTI into a closed feedback loop — emulate the technique, measure whether detection fires, fix the gap, re-emulate to confirm. Every CTI-driven test result feeds back into your ATT&CK coverage heatmap, giving CTI and detection engineering teams a shared, living record of which threats have been validated and which remain untested..

  Detection gap identification Coverage heatmap updates CTI–detection feedback loop

A red team engagement is only as valuable as the adversary it emulates. SCYTHE gives red teams a purpose-built platform to plan, execute, and report realistic threat-actor campaigns — with the rigor, repeatability, and operator control that bespoke tooling and manual tradecraft alone can't deliver.

• Real adversary campaigns, not generic attack scripts: SCYTHE's campaign library emulates named threat actors, mapped to MITRE ATT&CK and built from real-world TTPs, so every red team engagement reflects the specific actors your organization actually faces, from initial access through objectives, not a checklist of generic techniques.

  Named threat actor emulation Full kill-chain campaigns Custom campaign builder

• Operator control built for all red teams: SCYTHE's C2 platform gives operators granular, real-time control over campaign execution (with configurable implant behavior, communication profiles, and payload delivery) so red teams can operate with the precision and situational awareness that complex engagements demand, while maintaining a complete, auditable record of every action taken.

  Flexible C2 framework Configurable implants Agent or agentless operation Full audit trail

• Reporting that drives remediation, not just findings: Every campaign generates structured, evidence-backed output mapped to ATT&CK, giving leadership a clear picture of what was tested and what was exposed, and giving defenders the specific technique context they need to actually fix what the red team found.

  ATT&CK-mapping findings Evidence chain per technique Remediation-ready artifacts

Purple teaming only works when both sides share a common operating picture. SCYTHE is the shared platform, giving offensive and defensive teams a structured, repeatable environment to run techniques together, measure what detection catches, and build detection coverage that improves with every session.

• A shared platform for offense and defense to work together: SCYTHE replaces the whiteboard-and-spreadsheet workflow of traditional purple team exercises with a structured platform where red and blue teams execute techniques, observe detection outcomes, and iterate on detection logic in real time, in the same environment, against the same data, with a shared record of every result.

  Real-time collaboration Shared execution record Structured exercise workflow Detection iteration loops

• Technique-by-technique detection improvement: Each ATT&CK-mapped technique execution produces an immediate, measurable detection outcome — detected, alerted, missed, or partially caught. Teams use that feedback to tune rules, fix gaps, and re-run the technique before moving on, turning each exercise into a documented improvement to the detection library rather than a list of observations.

  Immediate detection feedback Rule tuning in-session Re-test after fixes ATT&CK coverage tracking

• Exercises that build a lasting program, not one-time events: Every purple team session in SCYTHE contributes to a growing, measurable body of coverage evidence, including a live ATT&CK heatmap that shows where your detection program has been tested and hardened, and where it hasn't. Leadership gets the program-level view, and defenders get the technique-level context to keep improving between exercises.

  Cumulative coverage heatmap CTI-driven exercise planning Program-level reporting