The cybersecurity market is crowded with marketing fluff. Cut through the noise with deep-dive technical research on hacker automation, the failure of legacy EDR architectures, and the realities of in-memory attacks.
Short takes on machine-speed threats, founder conversations, and recorded talks — the thinking behind autonomous defense.
Explore why rapidly evolving employee AI adoption consistently outpaces traditional security planning cycles, and discover how Cyber Crucible's Fortress AI delivers abstracted, adaptable protection instead of relying on quickly outdated definitions.
Dennis Underwood explains why MDR alert fatigue overwhelms security teams and how AI-driven investigation can compile attack context, while Cyber Crucible’s FortressAI focuses on stopping ransomware in real time, like a cop catching the burglar before the damage is done.
Discover why OAuth tokens and distributed, SaaS-driven work have shifted the real attack surface beyond the network perimeter, and what it means when that trust layer breaks.
Cyber Crucible redefines resilience as preventing attackers from disabling security tools mid-attack, ensuring FortressAI-driven defenses keep functioning and blocking threats in real time rather than recovering after the damage is done.
Discover why stopping machine-speed cyberattacks requires removing humans from real-time response, relying instead on edge-based, adaptive defense like Genetic AI to react in milliseconds—faster than any human-driven EDR or XDR process ever could.
Explore why traditional herd-defense and manual SOC alert triage can no longer keep pace with automated, mutating cyberattacks, and why prevention-first strategies like Cyber Crucible's FortressAI-driven Genetic AI are essential for modern EDR defense.
Cyber Crucible reveals how FortressAI’s deep, real-time memory analysis detects mutating ransomware and supply chain attacks hiding in trusted programs and DLLs—stopping threats without demanding costly hardware upgrades.
Greg Downs shares how Cyber Crucible built frictionless, automated onboarding for its cybersecurity technology, using proof-of-concept trials to rebuild business owners' trust after years of overhyped, overly complex security sales promises.
Dennis Underwood joins Greg Downs on the L.I.T. Podcast to explain how Cyber Crucible and FortressAI deliver quiet, preventative cybersecurity protection that works reliably behind the scenes, much like an elevator inspection or fire suppression system.
Discover why ransomware success is driving hackers toward disciplined, automated smash-and-grab attacks—and how Cyber Crucible's FortressAI-powered Genetic AI defends where legacy EDR, XDR, and MDR solutions fall short.
Emmanuel King explains how ransomware emerged as a market-driven revenue strategy after cybercriminals oversaturated stolen data markets, revealing why Cyber Crucible's FortressAI approach targets extortion tactics directly rather than relying on outdated detection methods.
Learn how Cyber Crucible delivers fully automated, cost-predictable protection for under-resourced manufacturers, securing supply chains, OT environments, oil rigs, and mining control centers without added staffing burdens.
Kim LeStrange explores why cybersecurity often functions like insurance rather than a revenue driver, while warning that AI-driven data leakage—such as intellectual property accidentally uploaded to tools like ChatGPT—could soon trigger costly, headline-making incidents for unprepared companies.
Dennis Underwood joins host Troy Trewin on the Grow a Small Business Podcast to redefine success beyond an IPO, sharing how Cyber Crucible aims to reshape cybersecurity culture and inspire future innovation.
Dennis Underwood joins Troy Trewin on the Grow a Small Business podcast to share Cyber Crucible’s revenue growth from $50K to nearly $2 million, detailing the shift toward positive EBITDA through automation and strategic scaling.
Cyber Crucible founder Dennis shares his origin story—from NSA cybersecurity work to founding the company in 2014—explaining how a 2019 shift in hacker economics inspired FortressAI's preventative approach over traditional EDR recovery tools.
Cyber Crucible demonstrates how machine learning-powered automation closes the gap between discovered and unaddressed security incidents, empowering small security teams to investigate alerts faster and scale risk management without costly headcount growth.
Dennis Underwood, CEO of Cyber Crucible, shares his cryptology background and explains how understanding core encryption principles helps threat hunters identify hackers' mistakes, offering a simplified, foundational approach to grasping cybersecurity concepts.
Dennis Underwood, CEO of Cyber Crucible, shares practical leadership lessons on team alignment, motivation, and letting go of mismatched employees, drawing from entrepreneurial experience and personal anecdotes in a fast-paced six-question interview.
Cyber Crucible CEO and inventor Dennis Underwood shares candid insights on staying ahead of hackers, prioritizing rest and emotional resilience, and building trusted vendor relationships for lasting entrepreneurial success.
Dennis Underwood, CEO of Cyber Crucible, shares his cybersecurity origin story—from a grad-school botnet takedown gone dramatic—while explaining his mission to make automated, affordable security tools accessible beyond enterprise budgets.
Dennis Underwood, CEO of Cyber Crucible, discusses how modern ransomware attacks encrypt entire enterprise networks in under a minute using parallel techniques, why traditional detection and backup strategies fail, and what true proactive ransomware mitigation requires.
Dennis Underwood challenges misleading ransomware statistics, exposes why companies investing in EDR and security budgets are often targeted more, and reveals how Cyber Crucible approaches risk quantification to guide smarter security spending decisions.
Dennis Underwood joins David Raviv to trace his path from self-taught IT troubleshooting and early hacking curiosity to professional threat hunting, revealing how EQ, gut instinct, and hands-on experience shape real-world cybersecurity expertise.
Dennis Underwood, CEO of Cyber Crucible, breaks down how data extortion attacks are prepared and executed, exposing why traditional endpoint security fails and revealing the real strategy needed to stop extortionists before encryption occurs.
Dennis Underwood explains how Cyber Crucible's ransomware response automation helps technology-dependent businesses proactively prevent data extortion, protecting operations before attacks strike rather than reacting after devastating breaches occur.
Learn how Cyber Crucible engineer Kyle Newman dynamically reverse engineers the Dharma ransomware protocol, examining real cipher text, key blobs, AES-256 and RSA-1024 encryption, and its two-step scan-and-ransom process.
Explore ransomware's evolution from simple sabotage to sophisticated encryption schemes—covering key management tactics, hacker maturation, and rising ransom demands—offering security professionals critical context for building stronger defenses like those powered by Cyber Crucible.
Dennis Underwood, CEO of Cyber Crucible, shares his journey from combat veteran to cybersecurity leader, offering practical career guidance for transitioning military members pursuing careers in cyber.
Cyber Crucible traces its founding to CEO Dennis Underwood's military and NSA-linked cybersecurity research, revealing how repeated invention success stories and the 2019 rise of ransomware inspired him to build a fully automated, preventative security company.
Delivering a first-hand account from Cyber Crucible CEO Dennis Underwood, this discussion explores his path from military and intelligence work into founding an autonomous cybersecurity company built to outpace AI-driven hackers without relying on manual, people-dependent defenses.
Cyber Crucible’s founder reflects on the company’s pandemic-era origins—coding from repurposed sports arenas—through its evolution into a patent-rich, revenue-generating, international enterprise security provider heading into 2025.
Cyber Crucible's CEO shares 2025 ransomware predictions, revealing how attackers manipulate EDR tools, execute right-sized attacks for quick payments, and why security statistics may become increasingly unreliable industry-wide.
Discover how Cyber Crucible achieved profitable, patent-driven growth without relying on traditional venture capital, and learn why this crowdfunding opportunity invites customers to invest directly in its innovative, machine-learning-powered ransomware and data theft prevention technology.
Dennis Underwood, founder of Cyber Crucible, reflects on inventing groundbreaking cybersecurity solutions during COVID isolation, revealing how simplicity, quiet expertise, and stripped-down focus unlock resilience, creativity, and breakthrough innovation.
Dennis Underwood shares Cyber Crucible's origin story, revealing why he built FortressAI and Genetic AI to automate ransomware defense as EDR and XDR approaches struggle against constantly mutating, AI-driven hacker tactics.
A 20-year cybersecurity veteran shares firsthand testing results proving Cyber Crucible's automated ransomware, data theft, and identity theft prevention achieves a genuine 100% success rate without human intervention.
A 20-year cybersecurity veteran recounts independently verifying Cyber Crucible's automated, 100% effective ransomware and data theft prevention through rigorous third-party lab testing before endorsing it to organizations.
Dennis Underwood, founder and CEO of Cyber Crucible, explains how the company's Genetic AI-driven FortressAI technology masters attacker behavior at the operating-system level to stop ransomware and data theft with a 100% prevention success rate.
Cyber Crucible's CEO traces ransomware's roots back 15 to 20 years, revealing how a stolen-data market collapse forced cybercriminals to pivot toward extortion, shaping today's ransomware threat landscape.
See the difference for yourself. Schedule a live technical demo to witness realistic, zero-day attacks and AI data leaks neutralized autonomously in under 200 milliseconds.