Honeywell’s $2M settlement shows self-attestation is now a legal liability, not a formality

Posted in Commentary with tags on September 4, 2026 by itnerd

The DOJ announced Honeywell Aerospace will pay over $2 million to settle False Claims Act allegations tied to NIST 800-171 non-compliance on a DoD contract. 

The Justice Department announced today that Honeywell Aerospace Inc. has agreed to pay $2,042,518 to resolve allegations that it is liable under the False Claims Act for failing to comply with cybersecurity requirements in a contract with the U.S. Department of Defense. Honeywell Aerospace, a corporation headquartered in Phoenix, Arizona, provides aerospace products and solutions to government and commercial customers. Prior to June 29, when Honeywell Aerospace became a standalone public company, it was a business segment of Honeywell International Inc., of Charlotte, North Carolina.

“Government contractors that obtain defense information in administering their contracts must follow required cybersecurity standards,” said Assistant Attorney General Brett A. Shumate of the Justice Department’s Civil Division. “The Justice Department will continue to investigate potential violations of these cybersecurity requirements to protect this critical information.”

“Cybersecurity requirements and standards for federal contractors are in place for a reason: to protect government systems and prevent unauthorized access to government data,” said U.S. Attorney Russ Ferguson for the Western District of North Carolina. “Companies that seek and profit off of government contracts have an obligation to ensure sensitive data is protected.”

The settlement resolves allegations that from April 2020 through December 2023, a business unit of Honeywell International Inc. submitted false claims for payment by failing to comply with cybersecurity requirements specified in National Institute of Standards and Technology (NIST) Special Publication (SP) 800-171, with respect to one of Honeywell’s networks, as required by the contract and regulation.

Justin Beals, CEO & Founder, Strike Graph had this to say:

“”Two million dollars gets the headline, but the number I keep coming back to is eight years. NIST 800-171 has been a contractual requirement since 2017, and Honeywell Aerospace isn’t a two-person shop that couldn’t find the standard — it’s one of the most sophisticated suppliers in the defense industrial base. The government is alleging that from 2020 through 2023, one of its networks didn’t meet requirements the company had already represented to the Department of Defense that it met. That’s the part people miss when they treat a self-assessment like a checkbox. It isn’t a checkbox. When you put a score in SPRS or sign an attestation, you’re making a legal representation to the federal government, and the False Claims Act is the mechanism that turns a paperwork gap into a fraud claim. The whistleblower here was a former employee who walked away with $375,000. Every disgruntled employee, every competitor, every subcontractor in your flow-down is now someone who can see whether your practice actually matches your paperwork. I spent my career building and shipping software, and I’ll say it plainly:

I have never met the engineer who could grade their own work and be right every time. Quality assurance saved me more times than I can count. This settlement is what happens when nobody checked the work.Here’s what actually worries me about this pause. A third-party assessment was never just a hoop to jump through — it was risk mitigation. A C3PAO comes in, validates your implementation, and stands behind that determination, which absorbs exactly the kind of exposure Honeywell just paid two million dollars to resolve. Suspend the phase-two rollout and that requirement doesn’t go anywhere. 800-171 is still in the contract, and the False Claims Act is still the enforcement engine. What goes away is the guidance and the validation. So companies are now shouldering the full weight of getting it right on their own, with no assessor checking whether their self-attestation would survive contact with a whistleblower or a DCIS investigation. And here’s the operator’s reality nobody’s saying out loud: doing this without an experienced assessor usually costs more, not less. I’ve watched companies burn months on false starts because they couldn’t even identify where their controlled data lived or which systems touched it. A good assessor catches that early. Go it alone and you find it in year three, after you’ve already built the wrong thing — or you find out the way Honeywell just did. The ‘delay’ didn’t take the cost off the table. It pushed the cost downstream, pulled the guidance out of the room, and left the fine sitting right where it was. I have loved ones in and around this mission, and the people who wear the uniform are counting on this data being protected. A steady, honest path is cheaper than a settlement, every single time.”

Organizations need to ensure that they follow all rules and regulations at all times without fail. Otherwise I hope that the DoJ smacks them silly until they comply.

Hisense Brings True-to-Life Colour, Eye Comfort and Immersive Entertainment to IFA 2026

Posted in Commentary with tags on September 4, 2026 by itnerd

Hisense is showcasing its latest display, laser and audio innovations at IFA 2026 under the theme “Innovating a Brighter Life,” bringing together vivid picture quality, viewing comfort and immersive sound for a more enjoyable home entertainment experience.

At IFA 2026, Hisense products have also been recognized across multiple categories at the IFA Innovation Awards, with the Hisense Soundbar UX1 named a Winner and the 116UXS MiniLED TV, UR8 TV, REGZA RGB MiniLED TV ZX Series and Laser Projector XR10 named Honourees.

Making its European debut, the Hisense 116UXS showcases the next evolution of RGB MiniLED powered by Chromagic 2.0 Technology. Its four-colour backlight adds a dedicated cyan light source to red, green and blue, reaching 110% of BT.2020. The 116UXS has also received both Pantone Validated RGB MiniLED and Pantone Colour certifications, further validating its colour performance. Combined with peak brightness of 10,000 nits, the Hi-View AI Engine RGB and an Obsidian Panel, the 116UXS delivers enhanced colour accuracy, contrast and depth for a true-to-life viewing experience.

The 116UXS also pairs advanced colour performance with hardware-level eye comfort. Its low-blue-light solution enables comfortable extended viewing without compromising picture quality, earning TÜV Rheinland Low Blue Light (Hardware Solution) certification. Beyond the flagship, the entire 2026 RGB MiniLED lineup — including the UR9S and UR8S — has received TÜV Rheinland Eye Comfort certification, making eye-friendly display a standard across the range rather than a flagship exclusive.

Hisense and TÜV Rheinland marked the certification achievements at IFA 2026 in a joint event attended by Henk Pieters, Senior Vice President of Global Sales, Marketing & Communication, Business Stream Products, TÜV Rheinland Group, and Sonny Ming, General Manager of TV Product Marketing at Hisense Global Commercial Centre.

This focus on viewing comfort also extends across Hisense’s laser products. The laser projector XR10, laser cinema PX4 Pro and laser TV L9Q Pro have received TÜV Rheinland Eye Comfort certification, while the C3 series and other models further expand the lineup for immersive large-screen entertainment.

Beyond display and projection, Hisense is showcasing soundbars, speakers and headphones. The UX1 soundbar combines 11.2.6-channel sound, Dolby Atmos, DTS and Hi-Concerto integration with selected Hisense TVs for a seamless, immersive audiovisual experience. The Hisense HiClips open-ear true wireless earbuds weigh just 5.5g per earbud and feature a flexible design for comfortable all-day wear.

Together, these innovations showcase Hisense’s vision for a more comfortable, vivid and immersive home entertainment ecosystem, making every day experiences brighter and more enjoyable.

NSA’s Cyber Hygiene Best Practices Name the Right Threats But Answer With Wrong Architecture

Posted in Commentary with tags on September 4, 2026 by itnerd

The National Security Agency released its best practices for cyber hygiene yesterday but created some confusion for users in its identification of threats and suggestions of wrong architecture according to AI and cybersecurity expert, Chris Nyhuis, who is CEO of Vigilant:

“My thoughts are that the NSA didn’t get it necessarily wrong but they also didn’t get it right. The guidance names the right threat and then answers it with the wrong architecture. It correctly identifies AI-accelerated living off the land activity as the core problem, then recommends endpoint detection, log aggregation, and behavioral baselines, which are the three things that fail hardest against an attacker using legitimate signed binaries. It tells defenders to baseline traffic and detect anomalies but never requires them to actually capture that traffic. The segmentation guidance leans on next-generation firewalls, and firewalls are themselves an attack surface: they get exploited, misconfigured, and turned into the pivot point. You need collection in front of that control plane, a passive tap and full-stack detection that sees the traffic regardless of whether the enforcement device is trustworthy or still under your control. Behavioral learning has the same problem. AI-driven attackers can pace themselves to the baseline, introduce entropy, and shape their own activity into what the model has already learned to call normal. A system trained to recognize normal is a system an adversary can teach. The answer is not more defensive AI reviewing yesterday’s logs; it is network evidence you actually hold and human forensic validation on top of it. “

Hopefully the NSA hears this feedback and “gets it”. Because advice like this only works if everybody listens.

Guest Post: Check Point Brings OpenAI Daybreak Models Across Its Security Platform to Help Defenders Find, Validate, and Remediate Risk

Posted in Commentary with tags on September 4, 2026 by itnerd

By Jonathan Zanger, Chief Technology Officer

Three months ago, Check Point and OpenAI began expanding our work together through Daybreak, OpenAI’s cyber defense initiative. Since then, we have taken the partnership further, bringing OpenAI’s frontier cyber models into Check Point products and security workflows through the Daybreak Defense Network. And last week, we joined more than a hundred technology and security companies in backing OpenAI’s call for a collective, global surge in cyber defense.

Each moved us forward, but the work doesn’t stop there. Security must continuously adapt as new threats and attacker capabilities emerge, the software and technology stacks we protect evolve, and organizations find new ways to put AI to work. As attackers move faster and operate with greater scale and sophistication, defenders need to take advantage of the same advances in AI. That’s the core of our collaboration with OpenAI: putting frontier AI to work to help defenders stay ahead.

 Putting Frontier AI to Work Across Cyber Defense

We are working with OpenAI to help organizations stay ahead of increasingly sophisticated attacks. By incorporating OpenAI Daybreak models into the Check Point security platform, we can build, test and continuously strengthen security – while bringing those capabilities directly into the security workflows customers already rely on.

Customers can benefit from the use of frontier AI models across the security lifecycle.

OpenAI’s frontier cyber reasoning is becoming part of how we discover risk, validate what is actually exploitable, accelerate protection, investigate threats and secure customer environments. Combined with Check Point’s security intelligence, context and enforcement, this helps customers move from large volumes of security information to validated risk, actionable decisions and faster protection.

How Check Point Customers Will Benefit

Agentic Exposure Validation (Exposure Management): Effective exposure management means going beyond identifying potential risk to proving what attackers can exploit and preventing them from doing so. Our multi-agent pipeline separates real, exploitable risk from theoretical findings. We’re now piloting OpenAI’s frontier cyber models within that system, combining their advanced reasoning with Check Point’s security context, controls and evidence to validate attack paths, prioritize proven risk and accelerate remediation.

Keystone (Agentic Security Management): Check Point is reinventing network security with an autonomous, intent-driven approach to security management. Instead of manually managing policies and configurations, customers define their security intent while AI continuously understands the environment, identifies risk and determines how controls should adapt. We’re bringing OpenAI’s frontier cyber reasoning into this process to help investigate potential attack paths, understand vulnerabilities and risky exposures, and identify the appropriate remediation.

Autonomous Workspace Platform: Our investigation pipeline correlates email, endpoint, mobile and browser telemetry into a smaller set of investigated, high-confidence incidents instead of a raw alert queue. We’re applying OpenAI’s advanced cyber reasoning to investigate complex threats across malware behavior, attacker techniques and credential-abuse chains. This is helping to deliver clearer verdicts and severity and remediation guidance, while reducing the burden on security teams.

NexPloit: NexPloit transforms vulnerability information into verified attack material that can drive automated protection development, without relying on publicly available exploit code. We’re leveraging OpenAI’s frontier cyber models to accelerate critical stages of that research: understanding vulnerable code and patches, identifying realistic exploitation paths, and reaching verified results faster. For customers, that means faster protection against newly disclosed vulnerabilities.

Through OpenAI Daybreak Defense Network, we are putting frontier AI to work across the security lifecycle to helping customers identify proven risk, act faster, automate more of their security operations, and ultimately prevent more attacks.

 From Frontier Capability to Trusted Security

We’re taking a phased approach to these launches. Some capabilities are running in production today, others are in development and being tested with design partners, and more will follow as the technology advances. What ties them together is the same discipline in every case: govern what the model can see, constrain what it can act on, test and verify what it produces, and only then allow it to take on more of the work within approved security workflows.

As frontier models become more capable, our goal is to translate those advances into security outcomes customers can trust. This allows us to continuously expand what AI can do while maintaining the controls required for enterprise security.

Why This Matters

Our work with OpenAI operates in two dimensions: we use frontier AI to strengthen how we defend our customers, and we help customers adopt and use OpenAI technologies securely. As AI moves from answering questions to writing code, operating enterprise agents and taking actions, both sides of that relationship become increasingly important.

Security must keep pace. Threat actors are gaining new capabilities, the technology environments we protect continue to evolve, and our customers are finding new ways to put AI to work. For Check Point, that means continuously leveraging advances in AI to improve prevention, accelerate security operations and enable security systems to take on more of the complexity themselves.

Our goal is to give organizations the confidence to embrace what AI makes possible while staying protected against evolving risks. Through our work with OpenAI, we’re putting frontier AI to work for defenders and helping our customers put it to work securely.

Hisense Unveils AI-Powered “Companion Living” at IFA 2026

Posted in Commentary with tags on September 4, 2026 by itnerd

Hisense is showcasing its vision of “Companion Living” at IFA 2026 under the theme “Innovating a Brighter Life,” bringing AI into everyday experiences through its V AIOS and AI Companion Suite.

At the centre is V AIOS, the next evolution of VIDAA OS, built around four core AI capabilities: Sense, Think, Communicate and Execute. Together, these capabilities enable V AIOS to sense people, devices, and their surroundings, understand context and intent, communicate naturally across people and devices and coordinate content, devices and services to take action on the user’s behalf. The result is a more intuitive and human-centered foundation for intelligent living.

Building on this AI foundation, the AI Companion Suite brings intelligence into three everyday areas: cooking, laundry and air quality. In the kitchen, intelligence comes together across the space to make cooking feel effortless. By understanding individual food preferences, available ingredients and context, the kitchen can coordinate the refrigerator, oven and other appliances to recommend what to make and guide the cooking process — transforming what’s in the fridge into a dinner made just for you.

In laundry, the same intelligence helps take the guesswork out of garment care, recognizing fabrics and coordinating washing and drying for the way each item should be treated. In the living space, the UR9 serves as a gateway to the connected home, bringing together comfort and energy management to adapt airflow and the home environment around people and conditions.

Together, these innovations demonstrate how AI can move beyond individual smart devices to become a more proactive, personalized and effortless part of everyday life.

Beyond the home, Hisense also announced its partnership with UEFA EURO 2028, marking its fourth consecutive UEFA European Championship partnership, following its collaborations around the 2016, 2020 and 2024 tournaments. From everyday living to global sporting moments, Hisense continues to bring its vision of “Innovating a Brighter Life” to life through technology that brings people closer.

SentinelOne and Cloudflare bring OpenAI Daybreak models into security offerings

Posted in Commentary with tags , on September 4, 2026 by itnerd

SentinelOne and Cloudflare have each announced that they are bringing OpenAI’s Daybreak models into their security offerings this week. Both are using GPT-5.6 Cyber, OpenAI’s newest cyber model, to help customers find and address exploitable vulnerabilities before attackers can take advantage of them. The announcements are separate, but both sit within the OpenAI Daybreak Defense Network.

The focus of each launch is slightly different:

  • SentinelOne: AI-assisted exposure finding and compromise assessment
    SentinelOne is expanding its Wayfinder Frontier AI Services, adding GPT-5.6 Cyber alongside its existing model lineup to help customers identify and remediate exploitable threats before nation-state and cybercriminal actors can capitalise on them. The expansion pairs frontier AI with SentinelOne’s offensive and defensive security experts, adding AI-powered code risk analysis and AI-enabled compromise assessment, both rolling out in private preview.
  • Cloudflare: AI-powered vulnerability discovery and edge defence
    Cloudflare has launched Vulnerability Discovery and Remediation, available in early access through Cloudflare Managed Defense. The service uses OpenAI Daybreak models, including GPT-5.6 Cyber, to find, prioritise and help fix software vulnerabilities. Cloudflare is combining AI-powered code analysis with its real-time Internet traffic intelligence, so customers can block attacks at the edge with tailored WAF rules while developers work on a permanent fix. No edge rule or code patch takes effect without human approval.

Both releases are linked here: SentinelOne and Cloudflare

The Thomson Reuters breach should concern every organization

Posted in Commentary with tags on September 4, 2026 by itnerd

The Thomson Reuters’ C-Track breach is a pretty stark reminder that an organization’s security is only as strong as the vendors and platforms it trusts.Don’t know what I am talking about? This will help:

https://cybernews.com/news/thomson-reuters-c-track-court-records-breach

Kevin Surace, CEO, TokenCore (https://www.linkedin.com/in/ksurace)

“Incidents like the C-Track breach illustrate the vulnerability of modern supply chains: an organization can maintain an airtight internal perimeter, but still be completely exposed through a trusted vendor. Because court and government platforms aggregate massive quantities of high-value data, they are prime targets. While the exact forensic vector is still emerging, breaches of this scale in cloud-hosted environments almost always trace back to identity compromise. Traditional multi-factor authentication, such as push notifications or text codes, is highly susceptible to adversary-in-the-middle phishing and a dozen other compromises in the wild. To truly secure interconnected systems, organizations must mandate that vendors adopt phishing-resistant, hardware-based biometric identity. Software-layer credentials pr passkeys alone are no longer enough to stop sophisticated supply-chain incursions.”

Denis Calderone, Principal/CTO, Suzu Labs (https://www.linkedin.com/in/deniscalderone)

“The same third-party vendor risk that’s been hitting banks, hospitals, and retailers all year just reached the US court system. Thomson Reuters’ C-Track case management platform was breached between March and June, and the blast radius covers appellate courts in at least a dozen US states, the US Virgin Islands, and Ontario.

“The data at risk here can be highly sensitive. Sealed filings can include protective orders, confidential informant identities, SSNs, medical records, and health insurance information. Some of that data was sealed to protect someone’s physical safety. Thomson Reuters confirmed that confidential, redacted, or sealed information may have been impacted, and the access ran nearly four months, from March 1 through June 29, before anyone noticed. A CVSS 9.1 vulnerability in C-Track from September 2024 allowed privilege escalation through a simple form field manipulation. Thomson Reuters patched it, but that was a rudimentary server side check failure that kind of which does not exactly inspire confidence for the courts that were trusting this platform with their most sensitive records.

“And then there’s the disclosure timing. Thomson Reuters detected the breach on June 30 and publicly disclosed on September 2. That’s 64 days. Many of the affected states have 60-day breach notification deadlines. Sixty-four days is not a coincidence. They rode the legal maximum. Montana and Ontario were quietly told on July 23, six weeks before the public learned. 

“Legal and government sectors are no different from any other, they still need to carefully vet their third-party partners who host any part of their critical infrastructure or operation. Scrutinize contractual audit rights, backup encryption requirements, and incident notification timelines. The federal judiciary learned this the hard way after the CM/ECF breach last year and responded by pulling sealed documents out of electronic access entirely. State courts on third-party platforms need to have that same conversation before the next vendor breach decides it for them.”

John Strand, Owner, Black Hills Information Security (https://www.linkedin.com/in/john-strand-a1b4b62)

“I feel like these third-party vendor, supply chain, and SaaS attacks are coming at a greater frequency, especially since the advent of AI. AI is really good at attacking third-party platforms, and while we don’t necessarily know all the details about this particular incident, it reinforces something organizations need to start taking much more seriously.

“The security of an organization is no longer just the security of that organization. It’s an ecosystem.

“Your security is tied to every cloud platform, SaaS product, third-party vendor, and external service that has access to your systems or your data. If one of those organizations gets compromised, their security problem can very quickly become your security problem. I think organizations need to start pushing back on their vendors.

“Ask your SaaS and third-party providers when they last received a penetration test. Ask for a letter of attestation. There should be something from the penetration testing firm stating that they actually evaluated the security controls of that organization and are willing to stand behind the work they performed.

“And it should be a reputable penetration testing firm. Not some stupid pen test puppy mill that ran a vulnerability scanner, generated a 400-page report, and called it a day.

“We need to start putting additional responsibility on SaaS providers and third-party vendors because they’re increasingly becoming part of the attack surface of every organization that uses them.

“But there’s another side of this that I think people need to watch very closely. A lot of organizations are looking at the SaaS products they’re paying for and asking a pretty reasonable question: ‘Why can’t we just rebuild this ourselves using AI?’

“And the answer is that, in many cases, they absolutely can.

“That’s going to create another security problem. We’re going to see organizations rapidly building internal applications that previously would have been purchased from established vendors. That’s going to lead to application sprawl, more APIs, more authentication systems, more integrations, and ultimately a much larger attack surface.

“So we’re potentially moving into a really interesting cycle. AI makes it easier to attack SaaS and third-party platforms. Those attacks make organizations less comfortable trusting third parties. AI then makes it easier for those organizations to replace third-party applications with software they’ve built themselves.

And every new application becomes another thing that has to be secured.

“That’s the part of the AI, SaaS, and third-party vendor churn that I think we’re going to be dealing with for quite some time.”

Security takes on many forms. Passwordless, MFA are two examples. It is time that all organizations take on all those forms to avoid getting pwned.

LLMjacking Leverages Leaked AWS IAM Access Key to Steal Paid Access to AI Models

Posted in Commentary with tags on September 4, 2026 by itnerd

A new attack method called “LLMjacking” has enabled attackers to use a leaked AWS credential to hijack paid access to AI models, create new users inside accounts and subscribe to models in the AWS Marketplace.

More details here: https://www.fortinet.com/blog/threat-research/someone-else-is-using-your-ai

Dan Moore, Sr. Director CIAM Strategy at cybersecurity company FusionAuth, provided the following comments:

“Abusing cloud accounts to resell access to premium AI models has graduated from an opportunistic hobby to a real business. Last month it was Poison Claude reselling fraudulently obtained access to Anthropic’s latest models on the cheap. This month it’s attackers using leaked AWS IAM keys to spin up new AWS accounts and running up Bedrock charges that researchers report can cost victims $100K/day.

AI doesn’t remove the need for security best practices. Use short-lived credentials rather than long-lived static API keys, force regular key rotation if long-lived credentials must be used, and enforce least privilege in both situations. Beyond that, set up alerting for budget overruns, privileged account creation or high resource consumption.”

People need to recognize that AI without safeguards means risk for organizations. Therefore you need to make sure that all and any safeguards are in place before deploying AI.

UK considers new powers to shut down dangerous AI and block risky tech suppliers

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

UK lawmakers are considering giving the government emergency powers to deactivate powerful AI systems and shut down data centers if the technology poses a national security threat.

The proposed “kill switch,” introduced as an amendment to the Cyber Security and Resilience Bill, is intended as a last-resort mechanism to stop a runaway AI system before it can compromise critical national infrastructure.

At the same time, the UK government has introduced separate amendments to the same cybersecurity bill that would allow ministers to prevent critical infrastructure organizations from using technology suppliers deemed high risk. The new authority is aimed at supply-chain threats, where attackers can compromise a smaller technology provider and use its access to reach more sensitive organizations.

The move follows a recent cyberattack that forced a small UK power generation facility offline for four days.

Jacob Krell, Senior Director: Secure AI Solutions & Cybersecurity, Suzu Labs:

“A government-mandated remote shutdown capability for data centers is a pre-installed denial-of-service mechanism waiting for the wrong hands. The amendment to the UK’s Cyber Security and Resilience Bill would require operators to build and maintain the exact infrastructure an attacker would need to cause the disruption the legislation claims to prevent. Compromise the authorization channel, and the government has handed the attacker a shutdown switch labeled “safety.”

“Responsibility for containing an AI system sits with the operator running it. If you’re deploying AI on critical infrastructure and cannot kill your own workload when it goes sideways, a minister reaching for a centralized override just confirms nobody expected operators to manage their own systems.

“Cybersecurity minister Baroness Lloyd rejected the proposal, arguing that directing an organization to stop using a specific AI model is more proportionate than shutting down shared infrastructure thousands of services depend on. She’s right.

“The supply-chain provisions in the same bill, letting ministers block critical infrastructure operators from using high-risk technology suppliers, respond to something real. An Iran-linked cyberattack forced a small UK energy generator offline for four days in July. Controlling which vendors touch critical networks addresses the entry point. A kill switch addresses the blast radius after the breach has already happened, and it does so by adding a new attack surface to defend.”

John Strand, Owner, Black Hills Information Security, Inc.:

“I feel like conversations like this in legislatures around the world are incredibly important, and I think many of the provisions being discussed absolutely should be put in place.

“However, I also think the way the conversation is arcing fundamentally misses the point of what AI actually is.

“AI is not something that can be controlled simply by regulating powerful companies like Anthropic, Google, and OpenAI. The technology is already dispersed. With roughly $5,000 worth of hardware, someone can run a highly functional model locally that may be slower than the most powerful commercial models, but can potentially be every bit as destructive.

“If our entire strategy for AI safety is built around restricting what large companies can do with potentially dangerous models, we’re addressing only one part of the problem. Those restrictions may be valuable, but they don’t address what happens when capable models are downloaded, modified, fine-tuned, and operated completely outside those environments.

“There needs to be a much larger conversation about mitigating controls. We need to be thinking about how organizations detect and respond to AI-enabled attacks, how infrastructure is protected when the attacker has access to these capabilities, and what defensive technologies need to change when powerful AI is available to practically anyone willing to invest a few thousand dollars in hardware.

“Regulating the largest AI companies may be part of the answer.

“It cannot be the entire answer.”

I seriously doubt that this is the answer. Thus I hope this gets the time and consideration that this does deserve.

The CISA and FBI advise organizations to drop PR spin during major IT, OT outages 

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

The CISA and the FBI, alongside cybersecurity agencies from Australia, Canada, New Zealand and the UK, have released new guidance for communicating during major IT and OT outages, warning that poor communication can compound the operational damage caused by an incident.

The agencies specifically advise organizations to avoid PR and marketing language, clearly state what is known and unknown, and provide customers with technical and actionable information rather than vague descriptions such as “service degradation.”

The guidance recommends that organizations establish outage communication plans before an incident, including predefined thresholds for when notifications are required, designated spokespeople, backup communication channels and procedures for reaching customers, regulators and critical infrastructure operators.

During an outage, providers should explain which systems are affected, the scope and operational impact, and the known cause without speculating when an investigation is still underway. The agencies also call for continuous, time-stamped updates throughout an outage, including recovery milestones and actions being taken.

Joshua Marpet, Senior Product Security Consultant, Finite State:

“Agencies advocating clear communication with timely updates, and avoiding PR style language is great! Useless, but great. Companies will use whatever language their crisis communications firm advocates for, because that is how they avoid liability. Firms with the backbone to be open, honest, and transparent are not exactly the majority out there. Unless you have communication strategies mandated, you have an perfect example of Marpet’s law “Unless it’s mandated, or someone is paying for it, ain’t gonna happen”

“The EU CRA is a great example of mandating that type of communication. 24 hours, 72 hours, and 14 days, after an incident, there are specific types of communications with defined pieces of data you MUST give to the public and stakeholders. This is what we need, not best wishes and prayers.”

Denis Calderone, CTO, Suzu Labs:

“Let’s be honest, at a high level, none of this is new. Cross-functional incident teams, designated spokespeople, escalation paths, time-stamped updates, practice transparency. All of that has been in every incident response framework going back to NIST 800-61. Where this guidance actually adds value is in the operational specifics and the timing. It explicitly tells organizations to assume that their own telecommunications and primary communication channels may be disrupted or unreliable during a crisis. That means establishing and testing backup methods like radios, SMS phone trees, and out-of-band channels before you need them. When I run tabletop exercises for clients, one of the first things I do is take their communications down. Email is gone, Teams is gone, your status page is offline. Now coordinate your response and communicate with your customers. Most organizations completely fall apart at that point, and that is exactly the scenario this guidance is built for.

“The timing also matters. This drops alongside CISA’s CI Fortify initiative, which tells critical infrastructure operators to prepare to deliberately disconnect OT systems from third-party networks during a geopolitical crisis. If you’re a water utility or a power plant making a real-time decision about whether to isolate, you need your service providers telling you exactly what is happening and what is not happening. The guidance specifically calls for articulating “what it is and what it is not” to prevent misattribution. After the year we’ve had with attacks against water utilities, ports, power generation, and PLC suppliers, CISA clearly does not want the next big CI outage to trigger days of “was this a nation-state attack?” speculation while downstream operators are making blind isolation decisions.

“What gives this more weight than a typical government advisory is who helped write it. Microsoft, Sophos, Cloudflare, and American Water all contributed. Cloudflare’s November 2025 outage is explicitly cited as an informing event, and for good reason. Their status page went down during the incident, their own response team initially misidentified the root cause partly because of the communication breakdown, and the whole thing spiraled. The organizations that have been through it are helping write the playbook, and that gives the operational details real credibility.”

John Strand, Owner, Black Hills Information Security, Inc.:

“I think everything in this plan is great. There’s just one area I wish they would address more directly. When the decision is made to shut down network access, there need to be very clear lines defining who is authorized to make that decision and what political protections exist for the people making those calls.

“During a breach of this nature, one of the biggest communication problems is often figuring out who’s on first and who’s on second. Who can actually make the call? Who has the authority to shut down access?

“What often happens is that the decision gets escalated again and again and again until it eventually reaches a director, CEO, commissioner, or some other senior official who has enough authority to make the call. Meanwhile, valuable time is being lost.

“Incident response plans need to go deeper than motherhood and apple pie statements about communicating with customers, coordinating between organizations, and keeping everyone informed. That’s all important, but the plan needs to explicitly identify who has the authority to make the really hard decisions during an incident.

“Just as importantly, there needs to be political cover for the people who make those decisions.

“Hindsight is always 20/20. After an incident, everyone gets to sit around and analyze whether shutting something down was absolutely necessary. The person making that decision in the middle of an active breach doesn’t have that luxury.”

Notifications should never be like Apple release notes of “bug fixes and performance improvements”. They should have clear communication in them 100% of the time. Organizations need to work on that now.