Archive for the Commentary Category

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.

QStar Integrates with BeeGFS to Reduce Storage Costs Through Intelligent Archiving

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

QStar Technologies today announced integration between QStar Network Migrator and the BeeGFS parallel file system, enabling organizations to reduce primary storage costs through intelligent policy-based archiving for HPC, AI, analytics and research environments.

BeeGFS is a high-performance parallel file system widely used in HPC, AI, analytics and large-scale research applications that require fast, scalable access to shared data. QStar Network Migrator is an enterprise-class hierarchical storage management (HSM) solution that automates the migration of infrequently accessed files using policy-based data management to lower-cost archive storage, including tape, cloud and object storage platforms.

The integration uses the BeeGFS Data Management API (DMAPI) to provide QStar Network Migrator with direct access to file metadata without requiring traditional file system scans, significantly reducing scan times and minimizing performance impact on primary storage systems.

Organizations can define migration policies using metadata attributes such as last access time, file ownership, group membership, size or file type. Files may be copied or migrated transparently while maintaining user access through lightweight links or stubs to one or more NFS archive destinations.

These archive destinations are commonly managed by QStar Archive Manager, which provides NFS-based archive gateways with intelligent caching and support for tape libraries, cloud platforms and object storage systems. Replication options allow organizations to protect archived data across multiple tape libraries or combinations of tape, cloud and object storage for enhanced resilience and long-term retention.

As AI, analytics and HPC environments continue to generate unprecedented volumes of data, organizations are increasingly seeking scalable solutions that balance high-performance storage with cost-efficient long-term retention.

QStar Technologies will feature its intelligent archiving software at ISC2026 in Booth B20, June 23 – 25, in Hamburg, Germany. The BeeGFS parallel file system will be featured at the Fraunhofer ITWM Booth L40.

Hacker group Lapsus$ claims to have stolen 180GB of internal data from IKEA franchisee

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

The threat actor known as Lapsus$ claims to be selling 180GB of internal data allegedly stolen from Ingka Group, the largest franchisee of the IKEA brand, operating hundreds of stores and digital channels across 32 countries.

Cybernews took a look at the claims. Here are the key findings:

  • In the data sample, Cybernews researchers found roughly 6,300 directory names referencing internal tools, CMS platforms, and the IKEA Android app, but the actual contents of those directories remain unverified.
  • IKEA has not officially confirmed the breach.
  • The allegedly stolen data relates to source code, not customer records. The listing references internal source code repositories, e-commerce architecture maps, supply chain logistics systems, cloud infrastructure, and AI/MLOps repositories.
  • Even without customer data, the leak poses serious security risks. Exposed source code could reveal unpatched vulnerabilities, internal system architecture, and communication patterns between applications, giving attackers a detailed roadmap for more targeted future attacks.
  • The Lapsus$ gang has previously claimed breaches at Adidas, AstraZeneca, Microsoft, Uber and Vodafone.

For more information, here’s the full report: https://cybernews.com/security/ikea-source-code-data-sale-lapsus

Hackers hijacked Instagram accounts by tricking Meta AI support chatbot into granting access

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

Instagram has resolved a security issue that allowed several users’ accounts to get hacked. The attack appeared to rely on tricking Meta’s own AI-powered support chatbot into granting access to a victim’s account. The compromised accounts include the Instagram handle for the Obama-era White House, which appears to have been inactive since 2017; and the account of the U.S. Space Force’s chief master sergeant John Bentinvegna.

Commenting on this news is Dan Moore, Sr. Director, CIAM Strategy & Identity Standards atFusionAuth

“This is a great illustration of why AI agent authorization is the harder, and more critical, problem than authentication. Meta’s bot verified nothing about who was asking; it just helpfully did what it was told to do, up to and including sending the attacker email a confirmation code to make sure the new email address was valid. The industry is pretty focused on keeping AI from saying bad things. That’s fine, as long as we don’t completely overlook whether AI should be allowed to do what it’s trying to do.”

While AI can go both ways, we need to focus on what it can do. And focus on what it can’t do.

AI contributing to rising burnout with CISOs; leading to migraines, insomnia and sick days

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

Cybersecurity firm Binalyze is releasing new research revealing how AI is intensifying pressure on already overstretched security teams as the volume and complexity of cyber threats increases.  

Rather than easing the burden, the research finds that 68% of CISOs say AI is contributing to rising burnout risk across security operations and the human impact is already being felt. Security leaders report burnout symptoms including, migraines and headaches (43%), lethargy or lack of energy (42%), increased numbers of sick days (33%), extended time off sick or stressed (30%), and insomnia (28%).

The report reveals that AI is accelerating capabilities on both sides of the cyber battlefield for attackers and defenders. This is fuelling a surge in attack volumes while creating an explosion of data that is overwhelming already stretched security teams. To reduce the risk of burnout and help teams stay ahead of threats, organisations must find ways to tame growing data complexity and democratise proactive threat investigations across the security function.

I have reprinted the entire report below:

Anthropic, EU ​cybersecurity ⁠agency have “productive” meetings regarding Mythos access

Posted in Commentary with tags on June 1, 2026 by itnerd

Reuters is reporting that The European Commission has had several productive meetings with​ Anthropic on potential access ‌for EU bodies to Anthropic’s Mythos. 

The European Commission is in ‌contact with Anthropic ‌regarding Mythos and is assessing its ​possible implications, European Economic Commissioner Valdis Dombrovskis told reporters on Monday.

“The commission representatives ‌met with ⁠Anthropic and was briefed on technical details around ⁠cyber capabilities and the risk of this Mythos ​preview, so ​we ​are currently assessing ‌possible implications in light of the EU policies and legislation,” Dombrovskis said.

Uzair Gadit, CEO, Secure.com:

Giving a regulator like ENISA hands-on access to a frontier model is a smart move, particularly given that Anthropic has filed to go public. Defenders learn fastest when they can test these systems directly, not read about them secondhand. This is a well considered move, aligning with Anthropic’s filing to go public.

The real question isn’t whether AI belongs in cybersecurity. It’s where it helps and where it quietly creates new risk. A model can triage and investigate at a speed no human team matches, but judgment calls still need a person in the loop. 

Europe putting its own experts that close to the technology is how you build informed policy instead of guessing at it.

The threat landscape didn’t evolve — it massively accelerated. What used to require a skilled hacker and days of preparation now takes an AI tool and mere minutes.

Joshua Marpet, Senior product security consultant, Finite State:

Mythos, while reportedly equaled in capability by ChatGPT 5.5, among other frontier models, is still an incredibly powerful AI framework. The usage of Mythos by ENISA is fascinating. Will they use it to find vulnerabilities in EU RED and EU CRA Certified products? Or products coming up for certification? Are they going to try to use it to determine what exploits should be rated at what level? I have to assume that there are multiple questions that Mythos can and will answer for ENISA.

 Importantly, will this change the initial certification or certification maintenance process? That’s a question to be answered in the fullness of time.

Steven Swift, Managing Director, Suzu Labs:

Anthropic continues to keep Mythos behind closed doors, primarily as a marketing stunt. New frontier models have an established pattern of incremental improvements despite exaggerated marketing claims. We should expect Mythos to perform similarly once released more widely. Anthropic has stated that they will be making a public release of Mythos in the not too distant future, though the public release is expected to contain additional safety guardrails which are not present on their internal builds.

This is especially interesting for Mythos, which has been reported to have a heavy emphasis on its capabilities around vulnerability management and information security. As these functions are both critical for defenders, in order to build more secure, robust systems. But they’re also the same functions that allow bad actors to leverage those same functions for malicious intent.

Anthropic is trying to walk a very tight line. If safety tuning is too restrictive, the model won’t be useful for defenders. If its too permissive, it’ll be too easy for bad actors to leverage.

Granting access to the EU ahead of a more general release gets some additional eyes on the model, and provides Anthropic a larger userbase from which to solicit feedback from. Its not clear to what extent the EU release will contain safety guardrails, or if they’re being granted access to the unrestricted model.


John Carberry, Solution Sleuth, Xcape Inc.

Expanding early access to Anthropic’s Claude Mythos Preview introduces an asymmetric shift in global risk management, forcing organizations to navigate an automated security arms race where defense must match the velocity of AI-driven exploitation. Because sophisticated adversaries are already utilizing advanced models to automate zero-day discoveries and craft complex exploit chains, restricting access to defensive entities guarantees systemic failure.

Project Glasswing’s integration of the European Union Agency for Cybersecurity, or ENISA, represents a critical geopolitical rebalancing, allowing international defenders to scan critical infrastructure before adversarial actors weaponize those same flaws. For security leaders, this transition means traditional, human-centric patching timelines are officially obsolete, shifting the enterprise bottleneck from vulnerability discovery to human remediation capacity. Organizations must proactively integrate automated code review, implement machine-speed patching workflows, and embed agentic AI safeguards directly into their development pipelines to survive an attack surface that now scales at the speed of computation. If you thought keeping up with patch Tuesday was difficult, wait until you are triaging ten thousand zero-days discovered by an AI before lunch.

Critical Takeaways

  • The defensive arms race is active: Granting ENISA access to Claude Mythos Preview acknowledges that sophisticated adversaries are already deploying autonomous toolkits, making defensive AI adoption an operational necessity.
  • Remediation is the primary bottleneck: With autonomous models surfacing thousands of zero-day vulnerabilities in weeks, the enterprise challenge pivots entirely from flaw discovery to human patching capacity.
  • Traditional vulnerability management is obsolete: Security leaders must transition toward automated triage and machine-speed mitigation to counter threats that scale at computational velocity.

Personally, the EU has to do less talking and more listening in order to get resolution rather than create more problems. But I suspect that the EU has to learn the hard way on this front.

Deepgram Delivers Private Voice AI to Regulated Industries with On-Premises Deployments Powered by Fortanix Confidential AI and NVIDIA Confidential Computing

Posted in Commentary with tags on June 1, 2026 by itnerd

Deepgram and Fortanix today announced a partnership that will enable enterprises to run voice AI in their own environment on their own terms while ensuring their most sensitive data is securely protected. Under terms of the agreement, Deepgram can leverage Fortanix Confidential AI and NVIDIA Confidential Computing to add an additional layer of advanced security to self-hosted environments to ensure that its proprietary model weights, built on business-critical intellectual property, can be deployed while protecting against model theft or inappropriate use. With this announcement, Deepgram and Fortanix continue to raise the bar for model-in-use protection in the most security-sensitive on-prem environments, enabling increased voice AI adoption in highly regulated industries. 

For enterprises, especially those in highly regulated industries, security requirements continue to tighten. Organizations handling patient conversations, financial transactions, or classified information increasingly require that sensitive audio and AI model weights remain protected not only at rest and in transit, but also during active processing in their own environments. This level of protection enables organizations to build highly-secure real-time voice applications without sacrificing on performance.

The on-premises solution runs Deepgram’s voice AI models with Fortanix Confidential AI on NVIDIA Confidential Computing-enabled GPUs, creating a hardware-isolated environment where both audio data and model weights remain encrypted and protected throughout active use. NVIDIA GPUs with Confidential Computing enable AI workloads to process sensitive data inside a trusted execution environment — a capability traditional infrastructure cannot provide. By bringing together best-in-class voice AI models, hardware-rooted isolation, and a jointly engineered, pre-integrated stack, the partnership delivers a level of in-use data protection that, until now, has not been practical to deploy at enterprise scale. 

The Deepgram, Fortanix, and NVIDIA solution opens the door to a variety of on-prem security-demanding voice AI applications: private, on-prem voice agents handling sensitive customer and patient interactions; enterprise-wide transcription layers that capture every call, meeting, and internal conversation for analytics, compliance, and search; and voice-enabled IT, operations, and service desk applications running entirely inside an organization’s secure perimeter. For regulated enterprises, this turns voice into a production-ready interface without sacrificing the real-time performance the experience demands.

Deepgram’s voice AI models deliver the real-time voice understanding and generation with the accuracy, consistency, and low latency that enterprise use demands. Designed for any environment including those with the highest confidentiality and regulatory needs, Deepgram’s models bring voice AI to enterprise organizations across virtually every industry vertical, including those with sensitive, regulated use cases that have historically been out of reach.

Fortanix Confidential AI protects data and AI model weights while they’re actively running. It builds on NVIDIA GPUs with Confidential Computing to create Trusted Execution Environments (TEEs) that isolate the AI workload from the underlying infrastructure and OS. Data and AI models run safely inside Confidential Computing, encrypted in memory, and inaccessible to the host operating system or even privileged administrators. As a result, regulated organizations can unlock AI innovation with trust, security, and sovereignty at the core, while meeting HIPAA, GDPR, and national-data residency requirements.

To learn more, please reach out to Deepgram at: partners@deepgram.com