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4.5.3.1
FeaturesFortressAIDetects attempts to bypass policy controls through the use of screenshots.Cyber Crucible CoreSupports reinitializing an agent’s identity without requiring a full redeployment. This fixes situations where a machine with Cyber Crucible installe...
4.5.3.2
FeaturesFortressAINoneCyber Crucible CoreKernel Buffer Operation EnhancementThe driver leverages buffers to temporarily store telemetry that is ultimately sent to the customer dashboard. This activity is distinct from behavioral model population or operations...
Deployment & Agent Management
Installing, configuring, updating, and verifying the Cyber Crucible agent, including onboarding, system requirements, and network configuration.
Dashboard & Reporting
Using the Cyber Crucible web application - agent visibility, process activity, memory analytics, and executive reporting.
Administration
Users, groups, licensing, SSO, and notification configuration.
Releases & Updates
Software releases, upgrade guidance, maintenance notifications, and quality assurance.
Threats Explained
Plain-language explanations of the attack techniques Cyber Crucible is built to stop - fileless malware, in-memory attacks, hacker automation, infostealers, and session-token theft.
Digital Identity Explained
What session tokens, refresh tokens, cookies, API keys, and wallet keys actually are, why attackers target them, and how Cyber Crucible's kernel behavioral engine protects them without ever reading them.
How Cyber Crucible Compares
Straight answers to the comparison and evaluation questions buyers ask - versus EDR, XDR, MDR, antivirus, DLP, and backup-based recovery.
Architecture & Technology
How Cyber Crucible works under the hood - Genetic AI, kernel-level operation, Rogue Process Prevention, operating-system independence, and why decisions are made on the endpoint.
FortressAI & Generative AI Security
How FortressAI governs generative AI use at the kernel level - stopping data leaks to ChatGPT, Copilot, Gemini and other AI tools before they happen.
Compliance & Risk
How autonomous, on-device prevention affects regulatory obligations, breach disclosure, data sovereignty, cyber insurance, and board-level risk reporting.
Industry Solutions
How autonomous prevention applies to specific sectors - healthcare, manufacturing and OT, financial services, government, education, maritime, and managed service providers.
Proof & Evaluation
Evidence, testing, and evaluation guidance - documented results, how to run a meaningful proof of concept, and what to ask any prevention vendor.
What is a fileless (in-memory) attack?
Short answer: A fileless attack is one that never writes a program to disk. The attacker injects malicious code directly into the memory of a legitimate, trusted process and builds their payload there. Because no file is ever created, security tools that scan ...
What is hacker automation, and why does it break traditional defenses?
Short answer: Hacker automation is the use of scripts, AI, and robotic process automation to run every stage of an attack at machine speed. An automated attack can infiltrate a machine, steal data, and delete its own in-memory tools in seconds — far faster tha...
Why do automated attacks target the same locations on every computer?
Short answer: Attackers don't know anything about your specific environment, so their automation is written against locations that exist on virtually every machine — user profile folders, drive letters, and application data directories. That predictability is ...
What is an infostealer, and why is session-token theft so dangerous?
Short answer: An infostealer is malware built to grab digital identity material — passwords, session tokens, API keys, and VPN credentials — and exfiltrate it fast. A stolen session token is dangerous because it often bypasses passwords and multi-factor authen...