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Station Casinos says March <b>cybersecurity</b> incident will not impact operations

Updated: 1 hour ago |Clark County lights up the Welcome to Las Vegas sign purple for Alzheimer's awareness. Updated: 1 hour ago |The new president of Nevada Children’s Hospital says physician recruiting must begin years before the standalone Las Vegas valley facility opens in 2030. Updated: 1 hour ago |The Shade Tree is connecting donations for children living at its shelter. Updated: 2 hours ago |The City of Henderson raises a flag celebrating Juneteenth. Updated: 2 hours ago |Las Vegas Restaurant Week runs June 1–12, with more than 300 restaurants raising money for Three Square to help fight hunger and food insecurity across Southern Nevada. Updated: 2 hours ago |Students at Reno’s AACT Fire Science Academy train through hands-on drills and classroom lessons, with some heading to summer fire camps.

<b>Cybersecurity</b> pioneers gather in Carolina Beach

Cybersecurity pioneers gather in Carolina Beach CAROLINA BEACH, NC (WWAY) — Some of the people who helped build the modern internet and shape today’s cybersecurity industry gathered in Carolina Beach this week for the inaugural NaClCON conference. The three-day event, held at the Courtyard Marriott Carolina Beach Oceanfront, brings together legendary hackers, cybersecurity pioneers, and industry leaders to discuss the history of hacking, technical innovation, and the future of digital security. Among the items on display is the Osborne, the first portable computer released in 1981, highlighting the conference’s focus on the evolution of technology and the people who helped create the digital world that exists today. The event was created by husband-and-wife team Luke McOmie and Melanie Johnson and features keynote speakers, networking opportunities, and vendors showcasing the latest advances in technology. Luke McOmie said one goal of the conference is to challenge misconceptions about the hacking community. “When we say ‘hacking,’ a lot of people think, you know, the scary bad guys that are trying to steal money from you or break into your bank account, or those horrible people that targeted the city here and those kinds of things, this is the exact opposite,” said McOmie. McOmie said the conference highlights the contributions of cybersecurity professionals who work to identify vulnerabilities and strengthen digital security. “These are the people who have helped build and create the industry as it is now; these are the people that do this to help people understand where they’re weak or where they’re insecure, and our activity, especially in our professional lives, day-to-day, are really to try to make this world a better, safer place,” said McOmie. The conference comes as communities across the Cape Fear region continue to face cyber threats. Organizers pointed to recent cyberattacks affecting local governments, including the

OUPI to launch <b>cybersecurity</b> clinic following grant from Google

OUPI to launch cybersecurity clinic following grant from Google TULSA, Okla. — The University of Oklahoma Polytechnic Institute received a $1 million grant from Google to launch a cybersecurity clinic. The OUPI Cybersecurity Clinic is a new initiative that will expand access to cybersecurity services while creating hands-on learning opportunities for students. Housed at OUPI, the clinic will focus primarily on conducting cybersecurity risk assessments for small manufacturers, nonprofit organizations and tribal businesses. Through faculty-supervised engagements, students will work directly with organizations to identify risks, evaluate vulnerabilities and deliver practical, prioritized recommendations to improve resilience. OUPI said cybersecurity clinics at colleges and universities provide real-world training for students while delivering community-focused cybersecurity support, similar to the clinic model used in law and medicine. “This grant positions OUPI to serve Oklahoma, particularly the Tulsa and Northeastern Oklahoma region, in a meaningful and practical way,” said Teri Reed, Ph.D., director of OUPI. “By launching the OUPI Cybersecurity Clinic, we can expand student learning opportunities while providing much-needed cybersecurity support to small manufacturers, nonprofit organizations, and tribal businesses that are vital to our communities and economy.” The clinic's service model is designed for organizations facing growing cyber risk that may not have dedicated cybersecurity staff or access to formal assessment services. OUPI's clinic will emphasize clear communication and recommendations tailored to each organization's size, mission and operational capacity. “Our clinic is designed to meet a real and urgent need in Oklahoma,” said Christopher Freeze, Ph.D., director of the OUPI Cybersecurity Clinic. “Many small manufacturers, nonprofits and tribal businesses face growing cyber threats but often lack the resources for formal assessments. This clinic will provide high-quality, faculty-supervised risk assessments while preparing students to communicate clearly with clients and deliver guidance they can actually use.” I addition to supporting local organizations, the clinic will serve

Dragos Acquires Phosphorus to Bring OT-Native <b>Cybersecurity</b> to the Full xOT Environment

Dragos Acquires Phosphorus to Bring OT-Native Cybersecurity to the Full xOT Environment Dragos expands to protect xOT including OT systems and the billions of connected devices that have reshaped how critical infrastructure operates HANOVER, Md., June 2, 2026 /PRNewswire/ -- Dragos, the global leader in cybersecurity for operational technology (OT) environments, today announced it has acquired Phosphorus, extending the Dragos Platform to protect the billions of connected devices embedded across critical infrastructure and other operational networks. Operational environments have outgrown traditional OT boundaries. Power grids, pipelines, manufacturing facilities, and data centers now depend on an increasingly diverse mix of connected devices and digital systems. Traditional and non-traditional assets alike are woven throughout their operational environments. This expanded environment — OT systems and the billions of connected devices that have reshaped how critical infrastructure operates — is the Extended Operational Technology environment, or xOT. Adversaries are already operating across it. Defenders need a broader scope of visibility, intelligence, and control to defend it. Dragos's acquisition of Phosphorus reflects a deliberate strategy to protect the full operational environment as it exists and operates today. Dragos offers the industry's most comprehensive OT cybersecurity platform. Adding Phosphorus extends Dragos capabilities to secure connected devices across the full xOT environment, delivering deeper device visibility, automated remediation, and continuous risk reduction. "The connected devices you find everywhere in critical infrastructure are largely invisible to the cybersecurity programs that protect operational environments," said Robert M. Lee, CEO and Co-Founder of Dragos. "With Phosphorus, we close that gap and secure xOT, the full environment that matters." "We built Phosphorus to solve the connected device problem — the unmanaged devices, the default credentials, the firmware no one was updating. Together with Dragos, we can solve it with a depth and scale that wasn't possible before. That's what the next

Anthropic invites EU to access Mythos hacking tech

Anthropic has extended an invitation to the European Commission granting the EU’s cyber agency access to its powerful AI hacking tool Mythos, according to a Commission official familiar with the process. The AI firm made the formal invitation after a meeting with the Commission in San Francisco last Thursday, the official said, adding the EU now has to put in place a mechanism to access the model with proper security safeguards. Bloomberg reported on Monday that the EU’s Athens-based cybersecurity agency ENISA was set to get access to Mythos.

Guide issued for healthcare organizations on cyber governance frameworks for secure AI ...

Guide issued for healthcare organizations on cyber governance frameworks for secure AI implementation The Health Sector Coordinating Council’s Cybersecurity Working Group has released a guide to help healthcare organizations establish cyber governance frameworks for secure artificial intelligence implementation. The guide addresses challenges in identifying and mitigating AI-specific cyber risks, including data poisoning, model drift and adversarial attacks, while ensuring compliance with current regulations. It also explores a spectrum of AI technologies used in healthcare, including traditional machine learning models, generative AI and agentic AI systems capable of autonomous action. “This comprehensive guide is a must-read for all healthcare organizations, vendors and suppliers as the development and implementation of various forms of AI into healthcare settings has become widespread at tremendous speed and scale,” said John Riggi, AHA national advisor for cybersecurity and risk. “The secure-by-design and implementation recommendations offered in this guide will help mitigate unintended cybersecurity risk and consequences of AI use in healthcare and help prevent adversarial exploitation of AI-related technical flaws. Mitigating AI cybersecurity risk is part of cyber safety, and cyber safety is patient safety.” For more information on this or other cyber and risk issues, contact Riggi at jriggi@aha.org. For the latest cyber and risk resources and threat intelligence, visit aha.org/cybersecurity.

Station Casinos says March <b>cybersecurity</b> incident will not impact operations

Station Casinos says March cybersecurity incident will not impact operations Las Vegas-based company says unauthorized third party accessed employee’s account in March LAS VEGAS (FOX5) — Station Casinos experienced a cybersecurity incident in March, but the company says it will not have any impact on daily operations. In a statement shared with FOX5 Monday, the company says the cybersecurity incident occurred in March when an unauthorized third party accessed a single employee’s account and associated files. The company added that it promptly took steps to respond to the incident with the assistance of external cybersecurity experts and in cooperation with law enforcement upon detecting it. MORE ON FOX5: People Inc. proposes $18 billion buyout of MGM Resorts Station Casinos is notifying impacted individuals and has notified its regulators and other governmental agencies as required. The company has offered to provide credit monitoring and identity theft protection to all potentially affected individuals. Read Station Casinos’ full statement below: Station Casinos emphasized that the incident is expected to have no impact on the company’s properties or business operations. The company said it also does not believe there will be any negative impact on finances or internal operations in the future. Copyright 2026 KVVU. All rights reserved.

Stony Brook University partners with Mineola's RevBits to enhance <b>cybersecurity</b> education

Adina Genn//June 1, 2026// Adina Genn//June 1, 2026// Stony Brook University is partnering with RevBits, a Mineola-based cybersecurity software company, whose CEO, David Schiffer, is one of the first graduates of the university’s computer science department. Terms of the deal were not immediately disclosed. The university’s College of Engineering and Applied Sciences Department of Computer Science’s Ethos Lab will integrate RevBits’ cybersecurity offerings into the classroom. The partnership is designed to advance cybersecurity education and equip students with practical experience responding to modern threats in a realistic, controlled environment. “At the Ethos Lab, our core mission is to push the boundaries of cybersecurity and privacy research while equipping our students with the practical skills required to tackle real-world challenges,” Amir Rahmati, assistant professor of the university’s computer science department, said in a news release about the collaboration with RevBits. “This partnership with RevBits allows us to bridge the crucial gap between academic theory and industry application,” Rahmati said. “By giving our students hands-on access to a comprehensive security platform and integrating these advanced tools into our curriculum, we are preparing them to secure and defend complex production pipelines, providing invaluable experience for our students as they transition into the professional cybersecurity workforce,” Rahmati added. The computer science department will use the RevBits cybersecurity platform to develop hands-on lab environments and support a cybersecurity-focused curriculum, helping students apply classroom concepts in practical settings. The platform simulates real-world cybersecurity scenarios across key areas such as protecting devices and email, managing system access, securing networks and detecting advanced threats. “We are incredibly proud to participate in the educational process in general and specifically with Stony Brook University to help the next generation of cybersecurity professionals develop the necessary skill sets to battle the growing threat landscape,” Schiffer said in the news release. “Additionally,

FIU researcher discovers how to turn a computer's storage chip into a <b>cybersecurity</b> shield

FIU researcher discovers how to turn a computer's storage chip into a cybersecurity shield Hackers are ruthless. They can take control of your computer, delete files and disappear without a trace. FIU cybersecurity researcher Weidong Zhu has discovered a way to transform a computer's storage chip into an additional tool for cyber defense. Working with collaborators at the University of Florida, Zhu created a system that makes data on these chips last longer — extending the lifespan of your files in the critical window after your computer is compromised. “Our system extends recoverable data history up to 126 days,” said Zhu, an assistant professor at FIU’s Knight Foundation School of Computing & Information Sciences whose work is part of the Center for Integrated Security, Privacy, and Trustworthy AI (CIERTA). “Even if your computer is infected, your data can survive on your drive.” Storage chips, known as solid-state drives (SSDs), have intrigued cybersecurity researchers for years. As hardware — not software — they offer unique safety benefits during an attack. “Think of it like a vault inside a bank,” Zhu said. “The bank [operating system] might get robbed, but if the vault [SSD controller] has its own independent lock and its own security guard, the robbers can't crack it just because they got past the front door.” However, turning that security potential into real-world value has proven difficult. Repurposing a solid-state drive to do both defense and storage is tricky. Defense improvements can burden the SSDs, slowing them down and reducing performance. Without solving that problem, the chips aren't practical for cybersecurity. “This is the problem we have solved, helping to clear the way for storage devices to become a major asset in the fight against hackers,” Zhu said. The Innovation Current SSDs perform what engineers call “garbage collection” blindly: they

Why yards and vessel operators can't afford to ignore maritime <b>cybersecurity</b>

Why yards and vessel operators can’t afford to ignore maritime cybersecurity Written by Heather ErvinMaritime cybersecurity is no longer just a technology issue. Increasingly, it is becoming an operational, compliance and project management challenge affecting vessel owners, operators and shipyards alike. That growing industry shift will be explored during the upcoming Marine Log and the Society of Naval Architects and Marine Engineers (SNAME) virtual event, “From Regulation to Drawing Board: What USCG Cybersecurity Rules Mean for Vessel Design & Construction,” scheduled for June 4 at 11 a.m. ET. The event will open with a presentation by Gaute Hjellbakk Pettersen, head of group maritime technology, Vard Group AS. The session will examine how new U.S. Coast Guard cybersecurity requirements are beginning to influence vessel construction, retrofit planning, shipyard coordination and operational decision-making across the maritime industry. For vessel owners and operators, cybersecurity failures can carry consequences far beyond data loss, including operational disruption, equipment downtime, compliance exposure and increased business risk. At the same time, shipyards and project teams are facing growing pressure to address cybersecurity considerations earlier in both newbuild and repair projects as vessels become increasingly dependent on connected systems and integrated operational technology. Topics will include operational technology integration, project coordination, lifecycle risk management and the broader operational implications of cybersecurity regulations for commercial vessels. The event will also explore how stakeholders can improve coordination between owners, yards, designers and technology providers throughout the vessel lifecycle. Speakers include Lt. William Quigley, vessel branch lead, Office of Maritime Cybersecurity Policy, U.S. Coast Guard; Cliff Neve, vice president of maritime cybersecurity, MAD Security; Ethan Trupia, senior marine electrical engineer, Boksa Marine Design; and Drew Orvieto, director of marine solutions, Siemens Energy. The panel discussion will be moderated by Scott Dickerson, founder and principal, CISO LLC. The session is intended for

Carahsoft Partner Pavilion Showcases <b>Cybersecurity</b>

RESTON, Va., June 01, 2026 (GLOBE NEWSWIRE) -- Carahsoft Technology Corp., The Trusted Government IT Solutions Provider®, will be joined by more than 100 of its technology partners at TechNet Cyber, a flagship event, in Baltimore, Maryland, on June 2-4, 2026. Hosted by AFCEA, the event will bring together members of the Defense Information Systems Agency, DoW Chief Information Office, U.S. Cyber Command, service cyber components, Government agencies, industry, academia and military services to discuss the technologies and strategies shaping the future of cyber mission success. LEARN: AFCEA’s TechNet Cyber will serve as a center of gravity for a whole-of-Government effort to bring together the policy, strategic architecture, operations and C2 needed to meet the global security challenges and successfully operate in a digital environment. This year’s theme, “Dominating the Digital Battlespace: Confidence, Speed, Precision,” will be reflected throughout three days of keynote sessions, solution showcases, networking opportunities and technical discussions. The event will also feature continuing education opportunities, career fairs, special fundraising opportunities and more. Explore the full agenda here, and the list of speakers here. NETWORK WITH CARAHSOFT: Carahsoft will host a partner pavilion in the exhibit hall featuring more than 40 technology partners. Attendees can visit the Carahsoft pavilion starting at booth #2733 for live cyber demonstrations and connect with Carahsoft partners throughout the pavilion. More than 100 additional partners will also participate across the TechNet Cyber show floor outside of Carahsoft’s pavilion offerings. Carahsoft Partner Pavilion Demos: Tuesday, June 2: | Wednesday, June 3: | Thursday, June 4: | Demo’s in Carahsoft’s Cyber Vertical Alley: Tuesday, June 2: | Wednesday, June 3: | Thursday, June 4: | Carahsoft Partners Participating in Carahsoft’s Partner Pavilion: | | | | | | | | | | | | | | | | | | | | | |

<b>Cybersecurity</b> summit at Oakland University June 16 - 17

Cybersecurity summit at Oakland University June 16 - 17 Dr. Dariusz Mikulski, a lead research scientist at the U.S. Army’s Ground Vehicle Systems Center (GVSC) in Warren, and co-chair and cybersecurity expert Jennifer Tisdale stopped by the studio to discuss why Michigan is uniquely positioned at the epicenter of this national defense strategy. Visit NDIA-Mich.org for tickets and more information.

EU organizations buckle under rising compliance pressure

EU organizations buckle under rising compliance pressure Cybersecurity governance in the EU is shifting under expanding frameworks such as NIS2 and DORA, while AI raises new questions for security teams. What the future brings is hard to predict, and organizations must find a way to cope. Antonija Vojnović, Governance, Risk and Compliance Department Manager at Span, spoke with Help Net Security at the Span Cyber Security Arena conference about how these regulatory frameworks are shaping compliance priorities and day-to-day decision-making. Compliance overload across organizations Companies in the EU are dealing with an increasing volume of regulations, with frameworks overlapping in some areas while differing in others. “Not everyone can explain what applies to whom and why. For example, GDPR and NIS2 affect different types of data, but they should complement each other,” Vojnović said. Organizations are often unsure where to start or how to prioritize compliance efforts. NIS2 implementation differs among EU member states because it is a directive, which means each country must translate it into national legislation. “Croatia has legislation in place. Slovenia also has legislation, though not in the same form.” Vojnović says the goal of NIS2 is to improve awareness and align cybersecurity standards at EU level, but not all countries are at the same level of maturity. Different countries and companies need different amounts of time to adapt. In Croatia, she notes, organizations are still waiting for the first audits to understand how enforcement will work in practice, what penalties will look like, and whether changes will follow after initial findings. She adds that uncertainty remains around implementation and scope, including which organizations will fall under the directive. Parallel regulatory pressure Asked whether the growing set of regulations will ultimately help, Vojnović says regulations are useful, but too many are being introduced at the same

<b>Cybersecurity</b> Venture Capital Ecosystem Remained Resilient Amid AI Dominance : Research

PitchBook has indicated in a new report that the cybersecurity venture capital landscape entered 2026 with notable stability in capital deployment, even as deal volume reached its lowest point in years. According to PitchBook data, total deal value in the first quarter held nearly flat at approximately $5 billion, dipping just 1% from the previous quarter. However, the number of transactions fell to 198—the fewest since 2018—underscoring a structural shift toward selective investing in proven, high-potential platforms rather than broad market participation. PitchBook also mentioned that year-over-year figures reinforce this trend: deal value rose 23% compared to Q1 2025, while transaction count declined by a similar margin. Investors are prioritizing companies with strong revenue traction, clear paths to exit, and defensible differentiation—particularly those leveraging artificial intelligence. A key highlight was the reversal in funding stages. The PitchBook report also stated that early-stage investments surged to $2.1 billion across 60 deals, surpassing late-stage activity ($1.7 billion) for the first time since Q3 2022. This shift does not indicate a broad reopening for seed and Series A companies but rather reflects the ability of AI-native security startups to attract massive early checks. Firms like Tenex.AI, Upwind Security, and Armadin secured rounds exceeding $180 million, with some achieving unicorn valuations from the outset. Traditional late-stage deal counts remained steady at around 70, showing sustained support for more mature players. Sector dynamics varied. Security operations (SecOps) led with $1.8 billion across 59 deals, up 30% sequentially. According to the insights from PitchBook, this segment benefits from its central role in real-time threat detection, response, and AI-powered orchestration, as enterprises consolidate around advanced SIEM and automation platforms. The research report from PitchBook pointed out that identity and access management followed with $779 million, driven by the explosion of machine and AI-agent identities alongside persistent credential-based

Indian exam board admits to <b>cybersecurity</b> holes found by teen | The Straits Times

Indian exam board admits to cybersecurity holes found by teen Sign up now: Get insights on Asia's fast-moving developments A national school exam board in India said it has been monitoring and has contained vulnerabilities in its online grading portal for one of the country’s most important school-leaving exams after a teenage cybersecurity researcher first flagged them. The Central Board of Secondary Education (CBSE), which is government-run and one of India’s main school exam boards, said in a post on social media platform X that it has been “closely monitoring” weaknesses in the OnMark portal – an online grading website for teachers – after they were publicly flagged. The portal, introduced in 2026, uploads scanned copies of students’ physical answer books for teachers to grade digitally. The controversy stems from complaints by students that their physical answer sheets did not match the digital versions shared by the education board upon request for re-evaluation. The incident has sparked outrage on social media, forcing the CBSE and Indian Education Minister Dharmendra Pradhan to address the concerns. In India, millions of students sit the exam each year as a gateway to further higher studies. In 2026, around 1.8 million took the exam across the country, according to the CBSE. It announced the results of the exams on May 13. “The identified vulnerabilities have been contained and other exploitable weaknesses are being ruled out,” it said in the post. Cybersecurity experts from government agencies and top engineering colleges have been deployed to strengthen the systems, including moving them to “a more secure set-up”, it added. It is the latest episode to beset India’s education industry, which in May was rocked by the annulment of a national exam for medical students following a probe. It has also raised questions about the security of digital exam-marking

Carnival customer information, including passport details, impacted by data breach, cruise line says

MIAMI -- Carnival Corporation said a data breach enabled hackers to access sensitive information, including passengers' dates of birth and passport numbers. The cruise line announced on Wednesday that the incident, which happened in April, began when an unauthorized actor used social engineering to deceive an employee and gain access to the company's system. Carnival claims that although the company quickly blocked the unauthorized activity, the hackers were still able to access passengers' personal information. The cruise line outlined the following as the impacted data it knew to be involved in the incident: The cruise line said it had reached out to customers affected by the breach and was providing them with credit monitoring services at no charge. Carnival advised its customers to remain vigilant against identity theft and fraud and to contact local police if they suspect they are victims. The cruise line said it was reviewing its cybersecurity measures and taking steps to further safeguard its systems. Carnival did not say how many customers were impacted by the data breach.

Why <b>Cybersecurity</b> Is Becoming the Real Barrier to FinTech Expansion in MENA

FinTech growth across the Middle East has created a strong pull for foreign startups, including companies from South Korea seeking expansion beyond increasingly saturated domestic markets. Yet many fintech products never reach deployment despite technical readiness and visible market demand. Across Saudi Arabia, the UAE, and other MENA markets, regulators are quietly shifting cybersecurity into a licensing requirement, turning cloud infrastructure, audit readiness, and data governance into decisive market-entry barriers for fintech expansion. Saudi Arabia’s FinTech Growth Is Accelerating Alongside Regulatory Pressure Saudi Arabia has rapidly become one of the region’s largest fintech growth markets. According to Saudi Arabia’s Financial Sector Development Program Annual Report 2024, the Kingdom reached 261 operating fintech companies by the end of 2024, surpassing its original 2025 target of 230 companies. Electronic payments also accounted for 79% of total retail payment transactions during the year, while cumulative fintech venture capital investment exceeded SAR 7.6 billion (approx. USD 2.03 billion). The UAE is also strengthening its position as a regional financial technology hub. A Korean Global ICT report estimated the UAE ICT market at around USD 17 billion in 2024, including approximately USD 3.2 billion in fintech and USD 600 million in cybersecurity. The figures reflect how financial services expansion and cybersecurity infrastructure are increasingly developing together across the Gulf’s digital economy push. At the same time, Saudi Arabia’s broader digital transformation agenda under Vision 2030 continues pushing banks, financial institutions, and government-linked platforms toward larger-scale digital infrastructure adoption. That is why Korean startups operating in payments, AI finance, digital banking tools, lending infrastructure, regtech, and financial SaaS increasingly view the Gulf as a strategic growth region. However, expanding into the region is becoming less dependent on product demand alone. Financial regulators are now placing greater weight on cybersecurity governance, operational resilience, and infrastructure accountability before

Why visibility is the new frontline of <b>cybersecurity</b>

Why visibility is the new frontline of cybersecurity Adam Turner In an era of machine-speed cyberattacks, Agentic AI is the key to neutralising cybersecurity threats which can escalate in just minutes. Industry reports show the average eCrime breakout time – the period between initial access and lateral movement onto another system – has dropped to only 29 minutes, a 65 per cent increase in speed from 2024, with the fastest recorded breakout taking only 27 seconds. In response, traditional human-only reactive security is evolving into a model where AI agents act as background partners to help quickly identify and neutralise threats. A security partner Unlike simple chatbots, modern AI agents are capable of independently executing actions and orchestrating workflows. In a security context, this allows them to correlate information and respond to incidents much faster than humans can react. Advertisement As such, Security Operations Centres (SOCs) are increasingly relying on AI agents to manage the sheer volume of digital threats. These tools allow teams to detect and resolve security incidents quickly, significantly cutting down the time it takes to stop a live attack, explains, Michelle Abraham, senior research director in the International Data Corporation’s Security and Trust Group. Overcoming blind spots The ability for AI agents to observe all relevant data, agent actions and system states in real time – with few blind spots – is a baseline requirement, Abraham continues. This includes transparency to correlate signals across domains such as identity, endpoint, network, cloud and SaaS. “AI agents require zero blind spot visibility in order to detect lateral movement, privilege escalation and multi-stage attacks, in order to provide auditable, explainable and reversible actions,” she says. “Relying on fragmented data and control planes means agents operate with partial context, which leads to missed detections, increased false positives and negatives, and