Put your team inside a live cyber incident. Release injects on the clock, capture every decision, and use AI to assess responses against your guidance while the exercise unfolds. Have a complete Action Action Review prepared within seconds of ENDEX.
Payment systems are encrypted. The threat actor claims customer data was exfiltrated.
Decide whether to isolate the payment environment and activate breach counsel.
The response protects core operations and preserves evidence. Escalation authority is clear.
02 / How it feels
Injects arrive on the clock, departments commit decisions, ENDEX is called, and the after action review (AAR) is drafted before anyone leaves the room.
One hour, played in thirty seconds
03 / 2026 Threat picture
Why the rehearsal matters
eCrime breakout time
29 min
Average time for an intruder to move from the first compromised host to another system — faster than most escalation calls.
Source: CrowdStrike 2026 GTR →Median attacker dwell
14 days
Global median dwell time before detection, published March 23, 2026 by Mandiant and Google Cloud.
Source: Mandiant M-Trends 2026 →Human element in breaches
62%
62 percent of breaches involved a person; 48 percent involved a third party and 48 percent involved ransomware.
Source: Verizon DBIR 2026 →Average breach cost
$4.99M
Global average, July 29, 2026; the United States average is $11.5M and one in four malicious breaches was artificial intelligence (AI) enabled.
Source: IBM Cost of a Data Breach 2026 →SOURCES AND VERIFICATION
04 / The exercise
Time-phased injects drawn from 2025-2026 threat activity: edge appliance zero-days, deepfake authorization calls, software-as-a-service (SaaS) tenant compromise, and double-extortion ransomware against operations.
An AI-drafted after-action review the moment ENDEX (end of exercise) is called — decisions, timing, gaps, and recommendations, mapped to the framework and ready to circulate.
05 / Attack vectors
Every scenario, inject, response, and AAR finding is tagged to the same vector set.
Encryption plus data-theft extortion against production systems and backups.
Voice-cloned executives and help-desk pretexting used to move money or reset access.
A trusted vendor, managed service provider (MSP), or software-as-a-service (SaaS) tenant becomes the path into your environment.
Identity and multi-factor authentication (MFA) attacks: push fatigue, token theft, and session hijack that bypass second factors.
Exposed storage, over-scoped roles, and orphaned keys in cloud tenancy.
Operational technology (OT) and industrial control system (ICS) disruption, where safety and physical process take priority.
Malicious or negligent staff exfiltrating data or sabotaging operations.
Distributed denial of service (DDoS): volumetric and application-layer floods that take public services offline.
Unpatched virtual private network (VPN), firewall, or file-transfer appliance exploited at the perimeter.
Business email compromise (BEC): mailbox takeover and invoice manipulation that redirect outbound payments.
Application programming interface (API) abuse: stolen tokens, abused webhooks, and over-permissive integrations between software-as-a-service systems.
Destructive malware with no ransom demand, aimed at denying recovery and erasing evidence.
06 / What it does
Scenario shaping, inject drafting, and guidance review — available to Executive Sponsors and Operators only.
Every Participant response is time-stamped and matched against the Planning Guidance for that inject.
Pick a vector, set the stage gates, and generate a time-phased inject chain in minutes.
Cloud-hosted and browser-based. Distributed teams, one shared exercise clock.
Reusable injects tagged by vector, severity, and Cybersecurity Framework (CSF) function across all twelve attack vectors.
After action review mapped to the National Institute of Standards and Technology (NIST) Cybersecurity Framework (CSF) 2.0, Special Publication (SP) 800-61r3, and SP 800-84.
07 / Roles
Flip any card to see a day in that console.
Own the outcome. Set the guidance.
Approve the scenario, define Planning Guidance, and read the after action review (AAR) against your risk posture.
Build and run the exercise.
Assemble injects, control the clock, release stage gates, and call ENDEX (end of exercise).
Decide under pressure.
Receive injects live, log decisions, and see how the team performed once the exercise closes.