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Frost Schroeder shared thisWe just wrapped up our Lunch & Learn: AI, Data, and Leadership in Healthcare — a candid, off-the-record discussion on how AI is showing up across healthcare organizations. We explored the accelerating pace of AI versus the reality of governance and oversight, data protection realities in an AI-enabled environment (privacy, security, and operational risk), and the big question: Who owns decisions when the system, not a person, makes the call — and what does that mean for risk across the organization? It was a facilitated peer exchange (not a formal presentation) and the conversation was excellent. Great insights and honest dialogue from healthcare leaders on the real risks, opportunities, and decisions ahead. Thank you to everyone who joined the session and to the CISO Executive Network for putting on such a strong summit. Always valuable spending time with peers who are navigating these complex issues. #AIinHealthcare #CISO #HealthcareCIO #Cybersecurity #HealthTech #DataPrivacy #CyberCrucibleFrost Schroeder shared thisWe are proud sponsors of CISO Executive Network Healthcare Summit DC. Come check out our Lunch & Learn: AI, Data, and Leadership in Healthcare A candid, off-the-record discussion on how AI is showing up across healthcare organizations. The accelerating pace of AI vs. the reality of governance and oversight. Data protection realities in an AI-enabled environment, including privacy, security, and operational risk Who owns decisions when made by the system, not a person? What risk across the organization? This will be a facilitated lunch discussion and peer exchange not a formal presentation. The goal is to facilitate with expert knowledge a direct conversation among healthcare leaders about the risks, opportunities, and decisions ahead.
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Frost Schroeder shared thisGreat event! It was a terrific opportunity to sponsor the Healthcare CIO Summit and share Securement’s cybersecurity perspective with so many healthcare CIOs and CISOs. Valuable conversations focused on their key priorities — evolving threats, regulatory pressures, protecting patient data, and building resilient operations. Looking forward to continuing the dialogue and supporting the industry’s security needs. #HealthcareCIO #Cybersecurity #HealthTech #CISOs #CyberCrucible
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Frost Schroeder posted thisWhere does control actually begin in a modern security stack? Most enterprise security architectures still follow a familiar sequence: activity is observed → telemetry is generated → signals are correlated → behavior is classified → an incident is declared → response begins This model is well understood. It is also increasingly downstream by design. By the time most security systems engage, the organization is already operating in interpretation mode—reconstructing context, validating signals, and coordinating response. Which raises a question I keep coming back to: Have we structurally accepted that security begins only after activity becomes observable? Cyber Crucible intervenes earlier in that chain. Instead of acting after telemetry is generated and classified, it operates at the point where activity is still being resolved in real time—before it becomes observable security data. Architecturally, this corresponds to a kernel-adjacent enforcement layer, but the operational relevance is more important than the terminology: -it prevents escalation before telemetry generation. That shifts the center of gravity away from detection and response, and toward a more uncomfortable question: -where does control actually begin in modern enterprise architecture? Because if most SOC and SIEM pipelines are optimized for what happens after classification, then the real constraint may no longer be detection capability—it may be the assumption that visibility is the first point of control. And I’m not sure that assumption holds anymore in modern environments. Curious how other security leaders are thinking about this: Where does control actually begin in your architecture—pre-telemetry, or post-telemetry? #CyberCrucible #ZeroTrust #EnterpriseSecurity #SOC #CyberDefense
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Frost Schroeder posted thisIs your cybersecurity posture still built on a house of cards? Most enterprises are asking the wrong question. We keep investing in tools that only answer: “Can we detect this threat?” The traditional approach is reactive by design. It waits for ransomware to encrypt files, for data to exfiltrate, or for a breach to occur before it can respond. It’s pattern-first. Signal-first. Impact-first. That model is expensive, exhausting, and increasingly ineffective. At Securement, we’ve engineered a fundamental shift in how enterprises think about security. We change the question from “Can we detect the threat?” to “Can we even allow this action?” No patterns. No signals. No dependency on threat intelligence. No waiting for impact. Instead, we deliver deterministic, control-first security — absolute rules enforced at the physics level of the machine. We’ve built a vertically integrated three-layer architecture that replaces reactive theater with unbreakable certainty: Layer 1 – Cyber Crucible (Execution Control) Sits at the kernel level and enforces the immutable physics of the environment. A calculator app literally cannot open an outbound network connection — not because we detected malware, but because the action is physically impossible. Decisions happen offline in ~200 ms. No cloud. No threat feeds. Just physics. Layer 2 – ADUS / Fortress Control (Data & AI Control) The unyielding vault that governs data movement. It creates a hard physical boundary so restricted assets can never leave their secure zone — regardless of who asks or what the justification is. Layer 3 – Agentic AI (Resilience in Intelligence) An incorruptible forensic laboratory that analyzes any evidence, no matter how deceptive, without ever being tricked into opening the door. This isn’t another detection tool. It’s a new paradigm: security that makes breaches physically and logically impossible. For C-suite leaders, that means: -Dramatically lower breach risk -Reduced reliance on constant patching and threat hunting -Greater boardroom confidence and insurance defensibility -A true shift from reactive spend to proactive, deterministic control The future of cybersecurity isn’t better detection. It’s engineering unbreakable laws. What do you think — is your organization ready to move from a house of cards to physics-based certainty? 👇 CISOs, CEOs, and security leaders: If you’re tired of the endless reactive cycle, drop a comment or DM me. Happy to share how this applies to your environment. #Cybersecurity #CyberRisk #ZeroTrust #CISO #Boardroom #InfoSec #Ransomware #AI #CyberCrucible #DeterministicSecurity #Securement #CyberDefense #EnterpriseSecurity
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Frost Schroeder posted thisThe SOC Is Dead — And the Databricks CEO Just Confirmed It On March 24, 2026, Databricks CEO Ali Ghodsi spoke on CNBC at RSA and made a statement that sent ripples through the industry: “AI is going to kill the SIEM this year… This is the year AI kills the SIEM.” He wasn’t being dramatic for clicks. He was being direct. Ten months ago I posted “The SOC Is Dead” and caught serious heat. Half the comments were defensive — some even angry. People treated the SOC like it was untouchable. Fast forward to today, and one of the biggest names in AI is saying essentially the same thing. Let me put it simply: Humans + SIEM = SOC. If the SIEM dies, the entire equation we’ve been sold for decades collapses. That means the SOC as we know it today is also dead. The traditional SOC was built on a reactive model: flood the system with data, generate thousands of alerts, and hope overworked analysts can keep up. It’s expensive, slow, and frankly — it profits from failure. Breaches happen, budgets increase, tools multiply. Ghodsi’s core point is brutal but honest: AI-powered attackers now move at machine speed. Legacy SIEMs and human-heavy SOCs simply cannot keep up anymore. The old model is both technically obsolete and economically unsustainable. So what comes next? Not a bigger SOC. Not more dashboards. Not more analysts buried in alerts. The future is prevention-first, agentic security — systems that actually stop threats before they execute. This is exactly why we built Securement differently. Securement enforces prevention at the operating system’s deepest layer — stopping malicious processes before they can execute or steal data. We govern sensitive data before it ever leaves the local environment. We don’t classify after the fact. We create real-time, autonomous boundaries at the source. The result is true digital immunity with virtually no disruption. The SOC isn’t disappearing overnight. But its current form — humans + SIEM endlessly chasing alerts — is already on life support. The real question for every CISO and security leader right now isn’t whether the old model dies. The question is: What are you replacing it with? We are here to help. Where would you like us to start? Poll: Do you believe the traditional SOC (as we know it today) is dying? Yes, it’s already becoming obsolete No, it still has a strong future Somewhere in between — it needs major evolution Hashtags: #Cybersecurity #SOC #SIEM #AISecurity #PreventionFirst #CISO #DigitalImmunity #CyberSec #ZeroTrust #CyberCrucible #Databricks #SecurityOperations #CybersecurityInnovation
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Frost Schroeder posted thisThe cybersecurity landscape is changing fast — and not in favor of traditional defenses. EDR, DLP, pattern-based detection, web-based AI filters, and even the biggest names in legacy cybersecurity are struggling. Bad actors are now supercharged with AI tools, evolving their attacks faster than signature-based and behavior-based systems can keep up. At our company, we took a completely different approach. We operate in-memory, stopping threats before they ever reach the CPU. While other solutions wait for something to happen in their detection layer — by the time they react, it’s often already too late. Our patented technology was built from the ground up to stop modern attacks and ransomware. And the results speak for themselves: ✅ 100% effective against the threats we’ve faced. Can any other cybersecurity vendor confidently say the same? We’re proud to deliver this level of protection to our clients in an era where traditional tools are falling behind. If you’re tired of reactive security that’s always one step behind the attackers, let’s talk. #Cybersecurity #Ransomware #EDR #AIinSecurity #ZeroTrust #EndpointSecurity #CyberCrucible
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Frost Schroeder posted thisI’ve been running OpenClaw on my Mac the past few weeks. Two reactions: 1️⃣ This is incredible. 2️⃣ This is slightly terrifying. If you work in cybersecurity, tools like this should immediately trigger your threat-modeling brain. The productivity jump is real. It feels like having a digital operator working beside you 24/7. Researching. Building. Testing. Executing tasks. But most people experimenting with agentic AI tools don’t realize what they’ve actually installed. Under the hood, tools like OpenClaw are essentially: • high-privilege processes • always running • ingesting untrusted data • autonomously executing code From a security perspective, that combination is exactly what we’ve spent decades trying to prevent inside production environments. Now we’re installing it voluntarily because the upside is so compelling. And I get it. I’m doing it too. But the reality is this: These systems are autonomous code execution engines connected to the internet and your data. Which means the attack surface just changed. Malicious prompts. Poisoned data. Compromised plugins. Identity theft through agents. Security teams will need to rethink monitoring, runtime protection, and behavioral detection for a world where machines are making decisions inside the environment. Some platforms like Cyber Crucible are starting to explore this with kernel-level visibility and autonomous detection. But the bigger shift is architectural. Agentic AI will absolutely transform productivity. It will also transform how systems get attacked. Curious where people are landing on this right now. If you’re experimenting with autonomous agents like OpenClaw, which approach best describes you? 1️⃣ Running it directly on your machine 2️⃣ Isolated in a VM or container 3️⃣ Testing in a lab environment only 4️⃣ Not touching it yet Reply with the number. I’d love to hear how others are thinking about this. 🔐 #cybercrucible #CyberSecurity #CISO #Ransomware #SecurityArchitecture #ZeroDay #SOC #InfoSec #CyberWar
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Frost Schroeder posted thisZero Trust in 2026: The Firewall Is Lying to You If your security model still says “inside the network = trusted,” you’re already compromised. Not soon. Already. Attackers don’t break in anymore. They log in. Stolen credentials. Native admin tools. Legit remote access. No malware. No alerts. No noise. Breakout time reality: • Average lateral movement: ~48 minutes • Fastest recorded: 51 seconds Read that again. By the time your SOC opens the ticket, the attacker is already: – Moving laterally – Disabling agents – Staging data – Or encrypting systems Detection didn’t fail. It just showed up after the crime. ⸻ What Zero Trust Actually Means (No Marketing) Zero Trust isn’t a product. It’s the end of free movement. Every request is: – Narrow – Temporary – Continuously re-verified Micro-segmentation turns compromise into a dead end. Credential theft stops being catastrophic. Lateral movement becomes impossible. VPNs? They’re now attack accelerators. ⸻ Where Zero Trust Quietly Breaks Here’s the part most vendors skip: Most attacks succeed after identity checks pass. That’s why Zero Trust has to extend below the OS. ⸻ Why Cyber Crucible Is Interesting Cyber Crucible enforces Zero Trust at the kernel—where attackers actually operate. • Autonomous, real-time prevention • Sub-200ms response • No cloud dependency • <0.5% CPU, <10MB memory • Stops ransomware, credential theft, and data exfil as they execute It doesn’t alert. It terminates. Zero-days. Living-off-the-land. Tool hijacking. Stopped before damage. That’s what prevention looks like. ⸻ Bottom line: The perimeter is dead. Trust nothing. Verify everything. Or get owned before your first meeting. Question for the room: What’s blocking Zero Trust in your org right now? Legacy apps, identity debt, or leadership still funding detection theater? #CyberCrucible
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Frost Schroeder posted thisWhitelisting was 2010 defense. Today it’s a neon sign saying “ABUSE THESE PROCESSES HERE.” Many EDRs? Still too file/reputation-heavy, too cloud-dependent, too human-delayed. Detection after damage isn’t prevention—it’s cleanup billing. The brutal truth: Clinging to these layers is corporate self-deception. Billions wasted on “next-gen” EDR dashboards and rigid allowlists, yet ransomware crews in 2025-2026 are still printing money. Why? Attackers don’t drop files—they abuse your approved processes (svchost, explorer, rundll32, powershell) via injection, hollowing, reflective loading, and LOLBins. No disk artifacts = blind signatures. Worse: • BYOI (Bring Your Own Installer) tricks kill EDR agents mid-upgrade (Babuk/SentinelOne style) • EDR killers (AuKill, ABYSSWORKER, vulnerable drivers) nuke protections pre-payload • Safe Mode reboots sideline most agents • Memory-only/syscall evasion blinds behavioral hooks Your “trusted” whitelist? It’s literally advertising the perfect hideouts: privileged, long-running, signed-by-Microsoft processes ripe for rental. Many EDRs chase IOCs and alerts after the fact—too slow, too noisy, too late. Real stop-the-bleed demands kernel-level, autonomous behavioral scrutiny that judges deeds, not signatures: anomalous threads, RWX in non-image regions, credential-grab patterns, handle abuse. Detect rogue behavior in <200ms, suspend surgically—no quarantines, no downtime, no cloud crutch. Anything less? You’re still handing attackers the master key while billing for the cleanup. Who’s still betting the farm on whitelists + standard EDR configs in 2026? Defend your stack below—or admit it’s time to burn the illusions and go full autonomous behavioral prevention. No excuses. 🔥💀🛡️ #Cybersecurity #EDR #Ransomware #EndpointSecurity #BehavioralAnalytics #FilelessAttacks #LOLBins
Frost Schroeder commented on a post
1d
Resilience is not the same as defense.
Most traditional SOC approaches remain reactive — waiting for the breach to happen and then responding. In 2026, businesses and governments need more than that. They need proactive, prevention-first solutions that stop threats before they materialize.
#CyberCrucible
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Frost Schroeder liked thisFrost Schroeder liked thisAI adoption is moving faster than governance. 🏃🏻 Most organisations think they have visibility… until they actually look. When we deploy in real environments, the biggest surprise isn’t the risk - it’s the volume of unknown usage happening in the background. If you don’t have full visibility, you have to assume you’re underestimating the risk. Let us show you what’s really happening in your environment ➡ cybercrucible.com #CyberSecurity #AI #DataSecurity #InfoSec
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Frost Schroeder liked thisFrost Schroeder liked thisLast weekend, I graduated from Duke University - The Fuqua School of Business. Earning my MBA has been one of the most transformational, intense, and introspective experiences of my life, and I’m incredibly grateful for two years spent reflecting, trying new things, and cementing my near-perfect Duke basketball attendance record. Leaving a career in compliance to reestablish myself in sports marketing was anything but easy, and I’m deeply thankful for the people who encouraged me to trust my instincts and take the leap. Special thanks to my friends-turned-career-coaches Olivia Termini and Luke Powers, my brilliant and endlessly patient math tutor and game day companion Marissa Klee, my personal hype man Steve Misuraca, and my amazing teammates and mentors Maggie McHugh, Alexa Corcoleotes, and Ceri Mobley. I’m excited to officially begin my next chapter tomorrow at THE·TEAM in Brooklyn as a Manager in Brand Consulting, working with American Express across their National Basketball Association (NBA), WNBA (Women's National Basketball Association), and USA Basketball partnerships. Cheers to the Class of 2026, and as always, Let’s Go Duke!
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Frost Schroeder liked thisFrost Schroeder liked thisCareer update - I’ve joined NinjaOne !! Excited to share that I’ve joined NinjaOne as the Northeast Partner Manager! I’m incredibly grateful for the opportunity to join such a high-growth organization with an outstanding culture and a strong commitment to innovation, partnership, and customer success. From the start, it was clear that the team at NinjaOne is building something truly special, and I’m thrilled to be part of this next chapter. Looking forward to connecting with partners and long term friends across the Northeast. Thank you to everyone who has supported me throughout my journey — excited for what’s next! #NinjaOne #ChannelPartners #Partnerships #SaaS #Leadership #NewRole
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Frost Schroeder liked thisFrost Schroeder liked thisThree days. Dozens of conversations. One shared goal: moving New Jersey counties forward. Last week, Christopher Clark, Bill Hrehowsik, Ryan Kastner, and Matthew Krone joined NJAC’s 75th Annual Conference — connecting with county leaders, exchanging ideas in workshops and keynotes, and diving into real conversations on the exhibit floor about the challenges and opportunities ahead. What stood out most? The collaboration. It’s clear that across NJ counties, there’s strong momentum to innovate, modernize, and better serve communities. Thank you to NJAC for bringing everyone together for such a meaningful event. We’re excited to keep the conversation going. Reach out to Aspire today at Info@AspireTransforms.com.
Experience & Education
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Securement
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Honors & Awards
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IOT Industry Partner of the Year
Cisco
Our team has been recognized with 2 awards at the Cisco Partner Summit Digital 2020!
• IoT/Industry Partner of the Year
• Meraki Elevate Partner of the Year
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US - Execution Excellence – Regional Partner of the Year
Cisco
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US - Services Partner of the Year
Cisco
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SLED Breakaway Partner of the Year
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Ingram SLED Elite Board Member
Ingram Micro Public Sector Elite
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Cisco US Public Sector Connected Justice Partner Of the Year 2013
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