Governor Abbott Appoints Five To Quantum Initiative Advisory Committee

Posted in Commentary with tags on June 3, 2026 by itnerd

Governor Greg Abbott appointed Victor Fishman, Ph.D. and Lin Zhou, Ph.D. to the Quantum Initiative Advisory Committee for terms set to expire on January 31, 2027. Governor Abbott also appointed Richard “Ross” Coffman for a term set to expire on January 31, 2029, and appointed John Josephakis and Jeff Prevost, Ph.D. for terms set to expire on January 31, 2031. The Initiative will develop a strategic plan for the promotion of the quantum economy in this state.

Victor Fishman, Ph.D. of Allen is the executive director of the Texas Research Alliance. He is a board member on the Dallas Innovation Alliance and the North Texas Innovation Alliance and a member of the National Defense Industrial Association. He is a veteran of the Vietnam war, having served in the U.S. Army Ordnance Corps. Fishman received a Bachelor of Science in Chemistry from the University of Miami, a Master of Science in Chemistry from Clemson University, and a Doctor of Philosophy in Chemistry from The University of Texas (UT) at Austin.

Lin Zhou, Ph.D. of Lubbock is the vice president, chief information officer, and executive director for AI and Quantum Computing at Texas Tech University. He is a founding member of the Texas Quantum Summit and serves on the board of directors for the Lonestar Education and Research Network. Additionally, he is a certified Project Management Professional (PMP) by the Project Management Institute and served on the Texas Department of Information Resources State Strategic Plan Advisory Committee. Zhou received a Bachelor of Science in Physics from Nanjing University and a Doctor of Philosophy in Physics from the University of Glasgow.

Richard “Ross” Coffman of Austin is the president of Forward Edge AI. He received an Honorable Discharge from the United States Army. Coffman received a Bachelor of Arts in Economics and Government from Centre College, a Master of Business Administration from Embry-Riddle Aeronautical University, and he completed a National Security Fellowship at the Harvard Kennedy School.

John Josephakis of Dallas is a global vice president at NVIDIA. Josephakis received a Bachelor of Arts in Economics from UT Austin with a minor in Mechanical Engineering and a Master of Business Administration in Finance from St. Edwards University.

Jeff Prevost, Ph.D. of San Antonio is an associate professor at UT San Antonio where he currently serves as a vice president for the Cyber Manufacturing Innovation Institute as well as the executive director for the Open Cloud Institute. He is a founding member of the Texas Quantum Summit and represents UT San Antonio on the UT System Quantum Planning Committee. He is a senior member of the Institute of Electrical and Electronics Engineers. Prevost received a Bachelor of Science in Economics from Texas A&M University and a Doctor of Philosophy in Electrical Engineering from UT San Antonio.

Free SOCRadar ‘Hacker Score’ Helps MSSPs and MSPs Support Prospects With Automated Threat Assessments to Build Trust and Generate Leads on Day One

Posted in Commentary with tags on June 3, 2026 by itnerd

SOCRadar today launched Hacker Score, a new tool designed to help Managed Security Service Providers (MSSPs) and Managed Service Providers (MSPs) garner immediate trust with prospects by showing them where they are vulnerable using automated external exposure checks in order to generate leads. Available free of charge for a limited time, Hacker Score delivers an instant score of a prospect’s digital footprint, identifying vulnerabilities, leaked credentials, and surface/dark web exposures without a complex set up.

MSSPs and MSPs continue to struggle with the manual, time-consuming process of conducting initial security assessments for prospects. Standard “scans” often lack the depth of Extended Threat Intelligence (XTI), making it difficult for them to differentiate their services from their competitors and prove the necessity of their security stack in a crowded market.

Hacker Score helps organizations see themselves through the eyes of an attacker. By continuously monitoring more than 150 indicators and attack vectors that hackers typically evaluate before launching an attack, Hacker Score reveals what adversaries already know about an organization. Combining attack surface intelligence with SOCRadar’s deep and dark web datasets, including stealer logs, compromised credentials, ransomware intelligence, and phishing infrastructure, Hacker Score delivers a real-world assessment of organizational exposure and highlights the weaknesses most likely to be targeted.

Hacker Score’s features include:

  • External Attack Surface Mapping: Provides visibility into all internet-facing assets.
  • Credential Leak Detection: Identifies employee data exposed in recent breaches or stealer logs.
  • Vulnerability Assessment: Instantly identifies critical, exploitable vulnerabilities across a prospect’s infrastructure.
  • Supply Chain Risk: Evaluates the risk levels of a prospect’s third-party ecosystem.

Astrolight Wins Startup World Cup Regional, Heading to Silicon Valley to Compete for $1M Investment

Posted in Commentary with tags on June 3, 2026 by itnerd

Astrolight has won the Lithuanian regional competition of the Startup World Cup, the world’s leading startup pitch contest. The company will head to the Startup World Cup Grand Finale in San Francisco on November 6, 2026, and compete with finalists from around the world for the title of global champion and a US$1 million investment prize.

Earlier, Astrolight secured contracts and partnerships with the European Space Agency (ESA), industry primes, and leading satellite manufacturers. The company has launched three of its ATLAS-1 laser terminals into orbit for testing, joined a Kepler Communications-led team developing ESA’s HydRON optical multi-orbit transport network, and is working with ESA to build the first Arctic optical ground station in Greenland.

Novaspace, the leading space market research firm, projects global revenues for space laser communication terminals will reach $12.9 billion through 2035, driven by the industry’s structural shift away from radio-frequency (RF) communications as operators face mounting RF spectrum constraints: regulatory scrutiny, licensing delays, and interference bottlenecks.

Similar pressure is now reaching AI infrastructure. As land-based datacenters run into limits around space, power, and cooling, industry leaders are starting to look at putting datacenters and compute systems in orbit, with high-speed laser communications as a core infrastructure layer.

Unlike radio-frequency communication, laser links use narrow and focused beams of infrared light, which can transmit data at up to 100 times faster rates than RF and are extremely resilient to electronic interference, jamming, and interception.

Incidents of electronic warfare in space and on land are growing. Russian GPS spoofing from Kaliningrad can now reach 450 km into Europe, GPS/AIS interference has surged in the Middle East Gulf, and Russia has been accused of intercepting European satellite communications and regularly jamming UK military satellites.

Startup World Cup is a global startup competition and conference organized by Pegasus Tech Ventures, a Silicon Valley-based multinational venture capital firm. The competition includes more than 100 regional events across North America, South America, Europe, Africa, Asia, and Australia, followed by the Grand Finale in Silicon Valley.

DeepTempo Launches Intelligent Defense Platform to Defeat AI-Powered Cyberattacks

Posted in Commentary with tags on June 3, 2026 by itnerd

DeepTempo today announced its Intelligent Defense Platform, the first comprehensive cyber defense system built to deliver machine speed intelligence to enterprises, MSSPs, service providers, and critical infrastructure providers. With this move, DeepTempo has expanded from a LogLM foundation model provider to embrace a system-level approach that both provides visibility into detection quality across an enterprise’s corpus of security telemetry and includes optional integrations with Vigil, the leading OpenSource AI SOC, which DeepTempo launched in April of 2026. 

DeepTempo anticipated today’s reality – the emerging use of AI by attackers is overwhelming human speed cyber security systems. While much has been made of the efficacy of Mythos and similar models in finding vulnerabilities, substantial evidence suggests that attackers are also using AI to orchestrate and execute campaigns that traditional systems struggle to identify and isolate.  

The DeepTempo Intelligent Detection Platform extends existing cybersecurity investments by adding an intelligence layer across threat intelligence, detection, threat hunting, response, and related workflows, making every SIEM, SOAR, and AI SOC more focused and effective, reducing MTTD and MTTR while controlling spending on both human and AI intelligence.  

Use cases in cyber traditionally have been fragmented across countless point products.  Investments in telemetry platforms such as Cribl and data lakes such as Snowflake have made the Intelligent Defense Platform possible. Running in customer environments, DeepTempo’s IDL delivers insights and, optionally, takes actions without the cost, delays, and risk of siloed products that backhaul telemetry into their SaaS solutions for analytics.

DeepTempo’s Intelligent Defense Platform unifies, evaluates, and continuously improves detection across telemetry classes, embracing and supporting existing investments rather than replacing them. Additionally, this learning loop can extend to the use of Vigil and other AI SOCs for common workflows.  By closing this loop with visibility into performance, efficacy, and both historical and projected costs, the Intelligent Defense Layer helps operators transition to the safe and cost-effective use of machine-speed intelligence.  

DeepTempo’s approach provides an AI-native detection and operations foundation to thwart AI-enabled attackers. Recent research shows that 67.2% of exploited CVEs in 2026 have been zero-days, while 82% of detections in 2025 were malware-free. The window between vulnerability and exploitation has narrowed in the era of AI. DeepTempo’s Intelligent Defense Platform builds upon the LogLM, which was pretrained on billions of logs and performs approximately 279 billion calculations per sequence. The LogLM uncovers complex, compound behavioral patterns that no human-authored rule can anticipate while eliminating the costly and error-prone retraining that undermines traditional anomaly detection.

The Intelligent Defense Platform’s key features include:

  • Pluggable Architecture Extends Capabilities while Reducing Lock-in: DeepTempo has partnered with Cribl, Snowflake, and others at the data layer, and works well with Splunk and other SIEMs, as well as agentic solutions within the SOC.  Agentic intelligence is pluggable through skills and similar patterns, whether Vigil is used or not, allowing users to leverage their own AI solutions, such as enterprise licenses for OpenAI, Gemini, and Claude, as well as on-premises reasoning models.
  • End-to-End Validation and Monitoring: Continuously evaluates the efficacy of existing rule-based and ML-based detections alongside LogLM-generated detections and can also be used to measure the efficacy and projected costs of many workflows.  
  • Broader Telemetry used by the LogLM: DeepTempo’s LogLM has broadened its capabilities and can now ingest network flow, firewall, DNS, WAF, cloud performance, commonOT, and agentic AI logs. In some recent deployments, the LogLM has achieved <1% false positives and <1% false negatives without any adaptation required, far better protecting defenders while saving time and money by being pinpoint focused on malicious behavior.
  • Edge-Appropriate Deployment: DeepTempo has simplified the deployment and management of LogLM and related software at the edge.  Distilled versions of the LogLM run on small systems, for example, adding the state-of-the-art ability to see novel and rapidly evolving attacks to systems running in critical infrastructure, including on fly-away kits. 

This announcement follows DeepTempo’s recent launch of Vigil, the first open-source AI SOC built on an LLM-native architecture, underscoring the company’s commitment to providing security teams with a more transparent, extensible foundation for modern security operations. To learn how DeepTempo is advancing AI-native detection and response through both Vigil and its Intelligent Defense Platform, visit www.deeptempo.ai. Free assessments, or threat hunts, are available for a limited time.  

Black Kite’s 2026 State of Financial Services Report Reveals Ransomware Surge and Vulnerability Deluge Driving Two-Front Cyber Threat

Posted in Commentary with tags on June 3, 2026 by itnerd

Black Kite today released its newest report, 2026 State of Financial Services: The Dual Storm of Ransomware and Vendor Ecosystem Risk, which explores how direct attacks and supply chain risk are now rising together. The report found that direct ransomware attacks are escalating again and occurring concurrently with a massive surge in vendor vulnerabilities, shifting the industry from a single-direction tactical problem to a two-front structural crisis.

The financial sector’s 2024 relief, which was largely fueled by law enforcement disruptions of major ransomware groups like LockBit and Clop, was short-lived. In 2025, direct attacks rebounded as operators restructured under new banners. This fracturing ecosystem saw the number of distinct threat groups targeting finance climb from 37 in 2023, to 45 in 2024, and to 48 in 2025, led by threat actors Qilin, Akira, and Kill Security.

Ransomware targeting within finance has shifted significantly since 2023. In 2023, banks were the primary ransomware target with 71 disclosures compared to 44 disclosures reported by investment firms. By 2025, those positions reversed, banking incidents fell to 36 disclosures, and investment firm disclosures nearly doubled, as they became the most-targeted segment with 84 disclosures (41.6% of all incidents). This investment-sector surge was driven by a September 2025 campaign against South Korean asset managers, which accounted for 32 disclosures (38.1% of the subindustry’s total).

The CVE Volume Problem Is Accelerating, and the Gap is Widening

Over 48,000 CVEs were published globally in 2025 alone, an 18% year-on-year increase. Growing AI adoption is expected to further increase that volume through both AI-assisted vulnerability discovery and the widespread use of AI systems as new attack surfaces. In the 2026 Supply Chain Vulnerability Report, Black Kite Research Group identified 1,240 CVEs as high-priority for third-party risk in 2025, a 59% increase since 2024. 

Across all financial services vendors, 50.2% carry high-severity CVEs. As CVE volume increases and exploitation timelines compress globally, the operational impact on financial institutions is becoming increasingly direct. According to Verizon’s latest Data Breach Investigations Report (DBIR), vulnerability exploitation overtook phishing as the leading initial access vector for breaches for the first time in the report’s history. In this environment, visibility into the supply chain vulnerabilities that can introduce the greatest operational risk is essential.

Key findings from the report:

  • Ransomware returns to finance: Direct ransomware attacks on financial institutions resumed their upward trajectory in 2025 after a brief decline the year before. Reported incidents increased by 30% from 2024 to 2025, while early 2026 data indicates the trend is accelerating further, with Q1 incidents rising 76% year-over-year.
  • Vendor risk is a sector-wide threat: In September 2025, Qilin’s compromise of a single South Korean MSP cascaded into 32 financial institutions and over 2 terabytes of stolen data, making South Korea the second-most-targeted country for finance ransomware that year.
  • A reorganized threat ecosystem: The number of distinct threat groups targeting finance climbed to 48 in 2025, led by emerging threat actors Qilin, Akira, and Kill Security. The dismantlement of major ransomware groups did not reduce the threat; it rerouted it. Operators from disrupted groups have rebuilt under new banners. Emerging actors have rapidly filled the vacuum, with Qilin alone responsible for 59 finance-sector incidents in the past year.
  • Vendor vulnerabilities multiply: From 2024 to 2025, the number of critical vulnerabilities carried across vendors serving the financial sector increased 387%. Among the 140 vendors whose client base is meaningfully concentrated in finance, critical vulnerabilities increased 181%.
  • Active exploitation at scale: 54% of the 140 vendors whose client base is meaningfully concentrated in finance carry at least one vulnerability listed in CISA’s Known Exploited Vulnerabilities (KEV) catalog, meaning those vulnerabilities are actively being exploited in the wild.
  • Patch management gaps are widespread across the financial supply chain: Critical-level patch management failures are present in 78% of the 140 vendors whose client base is meaningfully concentrated in finance. As exploit timelines compress and vulnerability exploitation overtakes phishing as a leading breach vector, the ability to identify, prioritize, and drive remediation of the most critical exposures across the vendor ecosystem is becoming increasingly essential.

Financial institutions now face simultaneous pressure from direct ransomware targeting and the growing volume of exploitable vulnerabilities carried across their vendor ecosystem. While the sector itself operates under extensive regulatory scrutiny, many third-party vendors face far less pressure to mature at the same pace, widening the exposure gap across the financial supply chain.

As vulnerability exploitation becomes a leading initial access vector and exploit timelines continue to compress, resilience increasingly depends on the ability to continuously identify, prioritize, and respond to critical exposures across both internal environments and third-party relationships. In this environment, capabilities such as continuous monitoring, predictive analytics, and quantified risk are no longer differentiators, but operational requirements.

To read the report, visit https://blackkite.com/reports/2026-financial-services-report.

Microsoft pulls the plug on passwords TOMORROW

Posted in Commentary with tags on June 3, 2026 by itnerd

Tomorrow, June 4, Microsoft is officially retiring the master password feature for its Edge browser.

The move marks the end of password-based authentication for the browser’s built-in manager and a broader shift toward passwordless authentication across the Microsoft ecosystem. Users will now be required to use device-based authentication methods, such as Windows Hello (PIN, fingerprint, or facial recognition) to access their saved passwords in Edge. It’s the latest move in Microsoft’s offensive against passwords, pushing the world toward a passwordless future of passkeys and biometrics. If you haven’t set up Windows Hello yet, you should act now.

Ignas Valancius, VP of engineering at the cybersecurity company NordPass, comments:

“By disabling the master password in Edge, Microsoft isn’t just changing a setting — they’re forcing a change in habit. While biometrics and passkeys are considered more convenient and secure than passwords, this ‘cold turkey’ transition might become unpleasant for users who prefer to hold on to their passwords.

“And there absolutely are people who prefer passwords, because we’re creatures of habit. We can all relate to that feeling of being in a comfort zone and not wanting to change anything. Users who want to stick with a master password can easily find alternatives in third-party password managers. But personally I think a push toward passwordless authentication is a positive development.

“When people manage too many passwords, they tend to reuse them or create simple variations, such as changing a single letter or number. This practice creates significant vulnerabilities — if one of these accounts is breached, all other accounts sharing the same or a similar password become compromised.

“Microsoft began phasing out password-based authentication last year, starting with its Authenticator app. Passwords and autofill features were moved to the password manager built into the Microsoft Edge browser (similar to how the Google Chrome manager works).

“At the end of February 2026, the company removed support for master passwords in the browser. While it was no longer possible to create a new master password, existing ones continued to function — until now. After June 4, 2026, legacy master passwords will stop working entirely, and users will be able to access the password manager via device authentication only.

“Such steps taken by Big Tech companies have likely helped reduce the number of passwords people juggle. Our recent research shows that the average number of passwords an individual manages dropped from 168 in 2024 to 120 in 2026, with work-related passwords seeing a similar decrease from 87 to 67.

“Users are increasingly opting for the convenience of logging in through single sign-on (SSO) with their primary account, such as Google, Apple, or Facebook. The growing adoption and promotion of password alternatives like passkeys, Apple Face IDs, Windows Hello, and WebAuthn are contributing to this long-awaited decline. Our own offering of passkeys may also have played a role in this trend.”

Passwords need to die. But whether it’s passwordless authentication or PassKeys, it time for the password to die and I am all here for it.

Trump serves up executive order for government oversight of AI models 

Posted in Commentary with tags on June 2, 2026 by itnerd

In a policy shift, President Trump today signed an executive order asking technology companies to give the government access to frontier artificial intelligence models for 30 days before they’re released to the public. The EO also contained specific actions for the Department of War, Homeland Security, CISA, OMB, Director of Cybersecurity through the NSA.

Doc McConnell, Head of Policy and Compliance, Finite State (https://finitestate.io/ 

(former CISA Branch Chief; former Senior Advisor for Cybersecurity Policy, U.S. Office of Management and Budget, Executive Office of the President):

“This EO acknowledges the central role that frontier models will play in critical infrastructure cybersecurity, but it reinforces the approach that we’ve seen so far from AI labs: limiting access to the most capable tools to a small group of companies and government agencies, while excluding most cybersecurity practitioners. Meanwhile, malicious actors are finding new ways to leverage available AI tooling to accelerate and enhance their attacks.

“The cybersecurity community is strongest when it works together — transparently identifying, managing, and discussing the risks that affect all technology users. The path to stronger cybersecurity is more information sharing, not less. Classified benchmarking, nondisclosure requirements, and early access pilots will delay getting these models into the hands of the cyber defenders who can put them to use today.

“I encourage the federal government and the frontier labs to expand their outreach to the broader community. Better cybersecurity requires more transparency, more information-sharing, and more robust partnerships.”

Jacob Krell, Senior Director: Secure AI Solutions & Cybersecurity, Suzu Labs (https://suzulabs.com/home-suzu-labs ):

“The tension here is hard to ignore. The administration is asking for greater federal oversight of frontier AI models because of cybersecurity and national security concerns, while also proposing significant reductions to CISA, the nation’s lead civilian cyber defense agency. That creates a capacity question. Expanding the government’s role in AI security oversight while reducing resources available for cyber defense and risk management sends mixed signals about how these risks should be addressed.

“That tension becomes even sharper when viewed through the Anthropic and Mythos lens. Mythos appears to be one of the core catalysts for this shift, given its reported ability to assist with vulnerability discovery and cyber operations at a level that has raised concern across government and industry. At the same time, the Department of War has separately designated Anthropic as a supply chain risk to national security. So the government is, in effect, responding to the risk demonstrated by Anthropic’s frontier AI capability while also treating Anthropic itself as part of the supply chain risk conversation.

“That is the policy contradiction enterprises should watch. If the U.S. wants more oversight of advanced AI because these systems can materially change the cyber threat landscape, that oversight needs to be matched with durable cyber capacity, clear governance, and trusted public-private coordination. Cutting CISA while expanding AI security review risks creating a framework that is ambitious on paper but thin operationally. The FY2027 proposal reportedly includes a $707 million reduction to CISA, roughly 30% of its FY2025 budget.

“The concern is not regulation itself. The concern is whether regulation is being paired with the operational capability needed to make it effective. If U.S. companies face additional review requirements while foreign and open-weight models continue to move quickly, organizations may increasingly look elsewhere to maintain speed, cost efficiency, and competitive advantage.

“DeepSeek demonstrated how quickly that shift can happen. In a matter of weeks, it became one of the most downloaded AI applications in the United States and challenged assumptions about the cost and resources required to build advanced AI systems. The lesson is that capable alternatives already exist, and users are willing to adopt them when they provide sufficient value.

“The challenge for policymakers will be finding the right balance between security, innovation, and competitiveness. Effective oversight can improve trust and resilience, but if domestic AI becomes meaningfully harder to develop or deploy than foreign alternatives, the result may be to push adoption toward less transparent and less governable platforms rather than reducing risk overall.”

The real test will be if the executive order holds up to real and sustained scrutiny. We will wait and see on that front.

UPDATE: We have additional commentary start with Justin Beals, CEO & Founder, Strike Graph

“The administration is right that overregulation can stifle American AI competitiveness—we’ve seen firsthand how fragmented, unpredictable compliance requirements slow innovation and create unnecessary burden for organizations trying to build responsibly. But removing guardrails without replacing them with clear, enforceable standards doesn’t reduce risk; it just redistributes it onto the companies and consumers that end up holding the bag when something goes wrong.

What the industry actually needs isn’t less governance—it’s smarter governance. Our own research found that 68% of compliance leaders say predictability in government policy is extremely important to them. Constant whiplash between administrations doesn’t give businesses the certainty they need to build AI programs that are both innovative and secure.

The real test of this executive order will be whether it accelerates a coherent federal framework or creates a vacuum that bad actors exploit. If the goal is American AI leadership, that leadership has to be built on trust—and trust requires proof, not just permission.”

Dale Hoak, CISO, RegScale

“This executive order acknowledges something the security community has been warning about for months: frontier AI models are no longer theoretical business tools — they are becoming operational cyber capabilities. Models capable of discovering vulnerabilities, automating reconnaissance, writing exploit code, and accelerating offensive operations fundamentally change the threat landscape.

The reality is that voluntary testing alone will not solve the problem. Most organizations are already deploying AI faster than they can govern it. Security teams are struggling to maintain visibility into where AI is being used, what models are connected to sensitive data, and whether those systems are introducing new attack paths into the enterprise. AI governance cannot become another annual compliance checklist or point-in-time certification exercise—organizations need continuous monitoring, continuous validation, and automated assurance the same way they manage cloud infrastructure, identity, or endpoint security today.”

John Skinner, CEO, iCOUNTER

“This executive order acknowledges that frontier AI models are now part of the national security landscape. The concern is not simply what a model can generate, but how those capabilities could be operationalized by adversaries at scale. The key challenge moving forward will be ensuring that intelligence gathered through these evaluations translates into actionable risk mitigation—enabling both government and industry to counter emerging threats before they are widely weaponized.”

UPDATE #2: More comments. First from Josh Picolet, VP of Detection and Analysis, Team Cymru:

     “The cybersecurity implications of frontier AI models extend beyond the models themselves and into the infrastructure, ecosystems, and actors that will leverage them. Whether these systems are used for defense, vulnerability research, or offensive operations, defenders need visibility into the infrastructure supporting their deployment and abuse, which may result in continued logging visibility gaps plaguing defenders. The value of any evaluation framework will ultimately depend on how effectively it connects model capabilities to real-world threat intelligence. Understanding who is operationalizing these technologies, and how they are being deployed in the wild, will be critical to staying ahead of emerging threats.”

Gidi Cohen, CEO, Bonfy:

     “The executive order signed today reflects something the security community has understood for a while: frontier AI models are no longer just productivity tools. They are infrastructure with national security implications.

The order’s focus on benchmarking “advanced cyber capabilities” before release is a meaningful signal. But benchmarking a model in a controlled pre-release window is very different from governing what that model does once it’s running inside enterprise workflows at scale. The hard problem isn’t what a model can do in isolation. It’s what it does with real data, in real organizational contexts, on behalf of real users — often without anyone watching.

Governments and enterprises are grappling with the same underlying challenge: AI systems that were evaluated as safe at the configuration level can still behave in ways that violate policy, expose sensitive data, or act outside of business intent once deployed. That gap (between what a system is approved to do and what it actually does in production) is where the real risk lives.

Early access and capability benchmarking are a start. But the governance conversation needs to extend past the release gate and into runtime. Because that’s where AI meets data, and where policy either holds or it doesn’t.”

UPDATE #3: Rohit Dhamankar, VP of M&A and AI Strategy at Fortra adds this:

“Trump’s AI executive order signed today is more significant than the headlines suggest — and more honest than most policy in this space.The voluntary framing is intentional. Companies aren’t forced to hand over their models. The government gets a look, not a veto. Smart. Mandatory pre-clearance would have killed the order before the ink dried.The real motivation? When a frontier AI model starts finding decades-old software vulnerabilities at scale, Washington stops theorising about risk and starts writing orders. That’s what happened here.

30 days is a start. It was 90 days in the original draft — walked back, presumably to keep industry at the table. But let’s be clear: 30 days to test a frontier model against the software running your banks, hospitals and power grids is not a security programme. It’s a gesture toward one.

What’s actually needed is a permanent government lab — running the latest models continuously against critical infrastructure, finding vulnerabilities, patching them before adversaries get there first. Not a one-time pre-release review. A living, breathing capability that keeps pace with the models.

The order nods in that direction with an AI cybersecurity clearinghouse. Whether that becomes the real thing or a well-named filing cabinet depends entirely on execution.

I hope the lab is already being built. Because the models are not waiting for the bureaucracy to catch up — and neither are the adversaries watching this from the outside.”

UPDATE #4: Yagub Rahimov,CEO, Polygraf AI adds this:

     “This is not a SaaS rally. We are seeing real utility, real empowerment and that cuts both ways. The very same model that is empowering American companies and our warfighters will also be empowering the adversaries who are exploiting American technology to attack American interests. This is not speculation. This is the operational reality we are living in today in the “early” AI age.

Think about nuclear power. We all can agree about it being a transformative technology with clean energy, life-changing impact, a genuine leap for humanity. But the world collectively understood it very early on that you could not let it proliferate without constraint. Not because the technology was evil. Because the stakes demanded governance and control equal to its capability. With AI we are at that same inflection point.

Any technical expert, any cyber-aware thought leader with genuine national interest should support mandatory testing of high-impact models before public release. It is not just tech, we have moral and ethical obligations not just for ourselves but for our children and future generations.


But here is where I get to live up to my nickname “Mr. Paranoid”, and I think you should too.

Imagine a model passes a 90-day federal review. Clean bill of health, cleared for everyone. Then that model lands inside an enterprise environment where behavioral guardrails were never built. Then these agents are given rights to run against sensitive systems with no audit trail. Operators neither have clear visibility nor have they properly defined what a secure AI interaction should even look like at the workflow level. What do you think will happen next?

We cannot govern AI only at its origin point. We must govern it where it operates and what it operates on. I believe, the next executive action, and there will need to be one, must move downstream from model testing to deployment enforcement: inline, real-time behavioral controls that follow the model into production the same way a firewall follows network traffic. I believe this will come through within 12 months.

I also expect a significant wave of enterprises moving to airgapped, on-premise operations, partially or completely, precisely because they understand this gap and cannot wait for policy to close it. Compliance and security isn’t a checkbox anymore, it is the beginning and the end of everything.

Here is the final thing that keeps me up at night. Every infrastructure has gaps. Human security teams, constrained by resources and bandwidth, have missed and will miss some of them, guaranteed. But a fully automated model with massive computational power under a nation-state on a mission will not miss them. It will find every gap, systematically, at machine speed. The question is not whether those gaps get found. The question is who will find them first, a good actor or a bad one? And right now, my honest assessment is that bad actors are running faster in that race than we are prepared to admit.”

SOCRadar Named to Inc.’s 2026 Best Workplaces List

Posted in Commentary with tags on June 2, 2026 by itnerd

SOCRadar is proud to announce it has been named to Inc.’s 2026 Best Workplaces list and recognized in the Security industry category. The list, which can be found at Inc.com,honors American companies that have built exceptional workplaces and vibrant cultures that support their teams and businesses, whether in-person, remote, or hybrid.

The award is the result of comprehensive measurement and evaluation of hundreds of applicants. The process involved a detailed employee survey conducted by Quantum Workplace, covering critical elements such as management effectiveness, perks, professional development, and overall company culture. Each company’s benefits were also audited to determine the overall score. SOCRadar is honored to be included among the 507 companies recognized this year.

SOCRadar is one of the fastest growing cybersecurity companies in the world with a significant global footprint of customers in 150+ countries. Its Extended Threat Intelligence Platform leverages AI and machine learning to enhance threat detection and deliver actionable intelligence that helps businesses proactively defend against cyber attacks. As a pioneer delivering advanced threat intelligence solutions, SOCRadar’s mission is to fortify organizational defenses, mitigate external risks, and foster a safer digital ecosystem worldwide.

To view the full list of winners, visit Inc.com.

Anthropic’s Glasswing rollout is a good start — but access isn’t the same as ongoing security 

Posted in Commentary with tags on June 2, 2026 by itnerd

Anthropic is expanding access to its most advanced frontier model, Mythos, to roughly 200 organizations through Project Glasswing.

Through the expansion, access to Claude Mythos Preview — Anthropic’s model for identifying software vulnerabilities in codebases — will be granted to around 150 additional organizations, all of which must clear security requirements before joining. Participating organizations now span more than 15 countries, with Anthropic signaling plans to broaden that geographic footprint going forward.

Justin Beals, CEO & Founder, Strike Graph, an AI-native GRC and compliance management platform:

“Controlled rollout of frontier AI is the right instinct. But opacity is not a security strategy. Anthropic has published some metrics, and that’s a start, but the validation methodology is self-selected. They chose which findings to send for independent review, and the reviewers were contractors they hired. The broader security community needs access to independent, third-party evaluation across the full corpus. As these tools become more capable, the organizations cleared to use them become high-value targets. Access without continuous compliance validation is just a slower version of the same risk. Whoever gets access, the standard should be verifiable transparency, not curated receipts.”

I for one am cautiously optimistic. But I have see more in terms of controls coming from Anthropic before I feel 100% comfortable.

Marlabs 2026 AI Adoption Report Provides Playbook for Companies to Drive Significant AI Value

Posted in Commentary on June 2, 2026 by itnerd

Marlabs, a leading AI consulting and transformation provider, today announced the availability of its new research report, “2026 Enterprise AI Adoption Playbook: AI Divide Is Becoming a Competitive Moat — And Widening Fast.”

The 2026 AI Adoption Playbook shows a winner-take-most dynamic where top-tier enterprises are pulling away through better operational execution, governance, and integration. About 80% of firms only capture 25% or less of AI’s total economic value, according to PwC’s 2026 AI Performance Study.

Analyzing the 10 most consequential 2026 enterprise AI surveys, representing more than 30,000 leaders across 100 countries, Marlabs 2026 AI Adoption Playbook provides clear guidance for organizations to convert this ubiquitous tool use into measurable value.

The 2026 AI Adoption Playbook identifies four major findings shaping enterprise AI enterprise strategy today:

  • AI adoption is universal, but value capture is not: 88% are deploying AI, yet only 12% of CEOs report both lower costs and higher revenue from AI
  • Scaling AI remains a major enterprise challenge: 79% stated significant challenges moving AI initiatives into production and measurable ROI
  • Security, governance, and risk are slowing agentic AI: Two-thirds cite security and risk as the top barrier to scaling agentic AI
  • Talent and skills gaps are now the top barrier: 62% said talent shortages and AI skills gaps are the leading obstacles to scaling AI transformation

To help enterprises close the gap between AI experimentation and AI value, the report outlines the Marlabs ABCs of AgilityAI:

  • Align: Before committing valuable time and resources, align leadership, data, and teams so that they’re pointed in the same direction
  • Build: Build with a disciplined AI engineering lifecycle, powered by proven accelerators to compress the path from concept to execution
  • Control: Protect your investments with governance that creates trust, manages risk, and creates a value cycle that compounds over time

Availability

The “2026 Enterprise AI Adoption Playbook: AI Divide Is Becoming a Competitive Moat — And Widening Fast” is available for immediate download here.