State College helping those affected by <b>cybersecurity</b> attack
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Cybersecurity
Some systems restored following Harrison County '<b>cybersecurity</b> incident'
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FBI Urges Hospitals to Elevate <b>Cybersecurity</b> as Patient Safety Priority
The federal agency's co-deputy director warns that rising cyberattacks are disrupting care delivery and straining operations. Cybersecurity has become a defining issue for hospital leaders as attacks on the industry continue to climb. Andrew Bailey, co-deputy director of the FBI, urged providers to elevate cyber risk within leadership priorities. His message, shared at the recent AHA Annual Meeting, aligns with new federal data that places healthcare at the center of criminal targeting. An FBI report found that healthcare and public health ranked as the most targeted sector for cyberthreats in 2025. The research documented 460 ransomware attacks and 182 data breaches, for a combined 642 incidents. Financial services had the second-most events with 447. Bailey described a threat environment shaped by organized cybercrime groups that focus on hospitals because of the urgency tied to care delivery. Disruptions tied to ransomware can delay treatment and strain operations during critical moments. "We’re no longer talking about a data crime,” Bailey said. “We’re talking about physical harm to patients." The growing volume of attacks has forced executives to confront cybersecurity realities. A breach now carries operational consequences that extend into patient care. When systems like electronic health records and medication platforms become unavailable, clinicians face delays that can affect outcomes. Bailey emphasized coordination between hospitals and federal agencies as a key step in addressing threats. Early reporting of suspicious activity allows law enforcement to track patterns and act against criminal networks before additional organizations are compromised. How Hospitals Can Respond For hospital leaders, the inevitably of cyber incidents necessitates that cybersecurity be embedded into enterprise risk strategy. That starts with ensuring board-level oversight and clearer accountability, aligning cyber preparedness with quality and safety initiatives. Resilience against operational disruption requires adequate preparation. Hospitals benefit from clinical continuity plans that include manual workflows, backup systems,
Built In, Not Bolted On: What AI-Native Actually Means in <b>Cybersecurity</b> | Databricks Blog
A conversation with Barracuda Chief Product Officer Neal Bradbury on why proprietary data is the real moat when every customer's threat landscape is unique by Aly McGue Cybersecurity companies face a paradox. Their customers keep adding more security tools, expecting more protection. But the data increasingly shows that tool sprawl makes organizations slower to detect and respond to threats. At the same time, AI is accelerating both sides of the equation: giving defenders new capabilities while making it dramatically easier for attackers to operate at scale. For over twenty years, Barracuda has protected organizations from evolving threats with its BarracudaONE cybersecurity platform, which maximizes cyber resilience by unifying protection across email, ,data, networks, applications, and managed XDR. Barracuda uses Databricks for its enterprise data platform, consolidating fragmented data silos to power ML operations, real-time threat correlation, and business intelligence. Using Databricks Genie, the team quickly developed and launched features like natural language log search for its managed XDR solution, allowing customers to query billions of security events in plain language while maintaining strict data isolation. Neal Bradbury is Chief Product Officer at Barracuda, responsible for product management, engineering, security, and cloud operations. He has led the shift toward what Barracuda calls AI-native product development, in which intelligence is built into the core of every application rather than added as an interface on top. The thread running through our conversation was consistent: in an era where attackers operate at scale, the defenders winning with AI are those treating their proprietary security telemetry as a strategic asset. They aren't just adding AI tools; they are building intelligence directly into the data layer to stay ahead of evolving threats. Aly McGue: How do you define an "AI-native application" in your business versus a traditional application? What's the strategic difference for the customer experience?
What Anthropic's Mythos Means for the Future of <b>Cybersecurity</b>
What Anthropic’s Mythos Means for the Future of Cybersecurity Two weeks ago, Anthropic announced that its new model, Claude Mythos Preview, can autonomously find and weaponize software vulnerabilities, turning them into working exploits without expert guidance. These were vulnerabilities in key software like operating systems and internet infrastructure that thousands of software developers working on those systems failed to find. This capability will have major security implications, compromising the devices and services we use every day. As a result, Anthropic is not releasing the model to the general public, but instead to a limited number of companies. The news rocked the internet security community. There were few details in Anthropic’s announcement, angering many observers. Some speculate that Anthropic doesn’t have the GPUs to run the thing, and that cybersecurity was the excuse to limit its release. Others argue Anthropic is holding to its AI safety mission. There’s hype and counterhype, reality and marketing. It’s a lot to sort out, even if you’re an expert. We see Mythos as a real but incremental step, one in a long line of incremental steps. But even incremental steps can be important when we look at the big picture. How AI Is Changing Cybersecurity We’ve written about shifting baseline syndrome, a phenomenon that leads people—the public and experts alike—to discount massive long-term changes that are hidden in incremental steps. It has happened with online privacy, and it’s happening with AI. Even if the vulnerabilities found by Mythos could have been found using AI models from last month or last year, they couldn’t have been found by AI models from five years ago. The Mythos announcement reminds us that AI has come a long way in just a few years: The baseline really has shifted. Finding vulnerabilities in source code is the type of task
Ramirez Statement on Being Appointed Top Democrat in the CHS <b>Cybersecurity</b> and ...
Ramirez Statement on Being Appointed Top Democrat in the CHS Cybersecurity and Infrastructure Protection Subcommittee Washington, DC — Today, Congresswoman Delia C. Ramirez (IL-03) released the following statement after being appointed as Ranking Member of the Cybersecurity and Infrastructure Protection Subcommittee of the House Homeland Security Committee: “Under Trump, Vance, Mullin, and Miller, it’s clear that the security of our communities’ information, federal networks, and critical infrastructure have not been priorities. Between the security failures of DOGE, the abuses of immigrant families’ data, and the decimation of CISA’s workforce and resources, Republicans have demonstrated a lack of interest in safeguarding our nation’s cybersecurity and our residents’ civil rights and privacy. In neglecting necessary oversight, Republicans have deregulated emerging technologies, allowed bad actors to profit from violations of our civil rights, and consented to the weaponization of government systems. It is more critical than ever that we assert our Congressional authority and disrupt the blatant corruption making us all less safe. I am thankful for my colleagues' trust in my track record of conducting oversight and holding the Trump administration and Republicans accountable. There is much work to do, and I am ready to roll up my sleeves and get to work to protect our data, rights and privacy, defend CISA’s mission, and dismantle DHS.”
Deploying AI Capabilities for Defensive <b>Cybersecurity</b>
Anthropic’s new initiative—“Project Glasswing,” announced in April 2026—reflects a significant development in the cybersecurity landscape that should command the immediate attention of every C-suite leader, privacy officer, information security professional, and compliance executive in health care and life sciences, financial services and other critical infrastructure industries, and their legal counsel. Project Glasswing is a coalition of leading technology and cybersecurity providers united around a single urgent objective: deploying frontier artificial intelligence (AI) capabilities using Anthropic’s unreleased Mythos Preview AI model for defensive cybersecurity before malicious actors can exploit similar capabilities offensively to attack first party and open source software. The Mythos Preview model and similar autonomous AI capabilities in current and future tools are transforming the cybersecurity risk landscape given the rapid recent development in and accessibility of AI. The Mythos Preview model was able to detect thousands of critical, previously unknown security vulnerabilities, including flaws in every major operating system and web browser. These systems are essential to our interconnected electronic systems and ability to communicate securely. Some of those vulnerabilities, according to Anthropic, had survived undetected for decades. That model is now being deployed as part of Project Glasswing to a select group of organizations under carefully controlled conditions to protect the world's most important and foundational software. The initiative explicitly acknowledges, however, that if these capabilities are not harnessed for defense now, they could be weaponized against critical infrastructure—including health care, financial services, and the Internet. Although AI-driven threat detection and other defensive platforms are well-established solutions, Project Glasswing foreshadows a new era where autonomous AI becomes a potentially omnipotent weapon in the wrong hands. All critical infrastructure organizations should reassess their cybersecurity governance models and information risk frameworks and processes to ensure that they remain legally compliant to address the impact of AI on the cyberthreat
Army extends cyber awareness challenge and privacy training to five years
The Army has relaxed requirements for its cybersecurity awareness and information privacy training from an annual recertification to once every five years, according to a memo from the Army’s chief information officer. The change took effect Feb. 27, according to the memo from Leonel Garciga posted on his official LinkedIn account that day. “The Army is making a change that gives Soldiers and civilians more time to focus on their core missions,” said an announcement on the Army Chief Information Officer LinkedIn account. The memorandum was published on the Army Publishing Directorate website, with similar announcements posted on social media platforms Facebook and X. “The update supports broader efforts across the Department of War to reduce mandatory training requirements and restore mission focus,” the LinkedIn post states. Cybersecurity training originated with the Federal Information Security Modernization Act of 2014. The act required federal agencies to implement security programs and provide training to inform users of the risks associated with their activities and their responsibility to comply with preventative measures. The change to five-year training was also publicized in a March 27 post on the Army Chief Information Officer’s account on X. Garciga’s office did not respond to requests for comment by email April 21. Defense Secretary Pete Hegseth in a memo Sept. 30 called on each military branch to “relax the mandatory frequency for cybersecurity training.” The memo also called for reduced frequency of Privacy Act training that refreshes the user’s familiarity with how to identify and safeguard personally identifiable information. An Army veteran and cyber specialist, who requested anonymity because he fears reprisal for publicly criticizing the new policy, said the previous training already saved time for vigilant users by giving them the option to test out. “The worst part about the mandate is that it still requires the
<b>Cybersecurity</b> considerations 2026
As AI and technology adoption accelerates across enterprises, organizations are increasingly grappling with how to govern and secure emerging technologies, particularly with the rise of agentic AI and autonomous systems. In parallel, expanding digital ecosystems are increasing interconnectivity across systems and data flows, reshaping how enterprises operate. This is driving a rethink of digital transformation strategies, as cyber defense moves beyond perimeter protection towards more embedded, continuous resilience across the organization. In Malaysia, the cyber threat landscape in 2026 is becoming more complex, driven by increasingly sophisticated threat actors and rising cyber activity targeting both enterprises and critical infrastructure. Greater reliance on cloud services, data platforms, and third-party ecosystems is deepening systemic exposure across industries. At the same time, Malaysia’s ambition to become an AI-driven nation by 2030 is accelerating national focus on governance and risk oversight, supported by initiatives such as the MY-AI Standards platform and the updated National Cryptography Policy (NCP 2025), which strengthens digital sovereignty and protection of critical national infrastructure. The KPMG Cybersecurity Considerations 2026 highlights how organizations are navigating a rapidly evolving risk environment. It underscores eight key priorities around resilience building, cyber exposure management, and enabling secure AI adoption within enterprise environments. From a CISO perspective, cybersecurity now extends beyond traditional perimeter defense, with the role becoming increasingly front-line and decision-critical – focused on anticipating disruption, enabling faster response, and continuously adapting defense mechanisms in step with evolving digital and AI-driven risk. Eight key cybersecurity considerations for 2026 Cybersecurity considerations 2026 Building trust and enabling innovation in a dynamic world
<b>Cybersecurity</b> Adapts To The AI Era
Cybersecurity adapts to the AI era April 28, 2026 By Peter Saunders Talking Points Cyberattacks on critical infrastructure are accelerating in the age of artificial intelligence (AI), according to Axis Communications’ annual cybersecurity summit, which was held today in Mississauga, Ont. Wayne Dorris (pictured, top left), the company’s cybersecurity program manager for the Americas, set the stage by reflecting on such major attacks as Volt Typhoon’s KV-botnet in 2022 and the Raptor Train botnet in 2024, as well as discussing military and defence departments’ success in hacking Internet Protocol (IP) cameras and manipulating video in areas of conflict, including Ukraine, Israel and Iran. He referenced a 2025 device security threat report from Palo Alto Networks, which showed IP cameras are often ‘unpatched’ and running outdated firmware. Globally, some 35 million IP cameras are exposed. When Axis learned of such vulnerabilities in some of its products, it developed a patch within 10 days and communicated the need for updates to its regional partners. Still, some customers said they would no longer use their cameras. Now, AI has demanded its own response, as platforms like Claude Mythos can discover bugs and exploit systems. “AI has induced attacks at higher speed,” Dorris said. “The AI models have reached coding capacity where they can surpass all but the most skilled people at finding and exploiting software vulnerabilities.” Indeed, Axis is now patching more than 10 vulnerabilities every day. Dorris was followed by Shi-lin Chan (pictured, top right), the company’s chair of cybersecurity communications, who provided a message of reassurance by highlighting how Axis not only meets international cybersecurity regulations, but goes beyond them. These include the European Union’s (EU’s) Cyber Resilience Act and Network and Information Security 2 (NIS2) Directive and, in the U.S., the Cybersecurity and Infrastructure Security Agency’s (CISA’s) Secure By Design
Florida Moves to Formalize State Cyber Support for Local Govs
As cyber threats grow, states are continuing to explore ways to better support local governments. A recent example comes from Florida, where state lawmakers have advanced legislation to formalize a statewide cybersecurity assistance program for local jurisdictions. As covered in a Government Technology article, following the close of the Florida 2026 legislative session, House Bill 1085 has been sent to the Governor for final consideration. If enacted, the bill would take effect July 1 and establish the Local Government Cybersecurity Protection Program (LGCPP) within the Florida Digital Service. The program would codify and expand upon existing efforts by the state to provide cybersecurity assistance to local governments by offering access to state-provided services and coordinated support. Under the proposed program, participating local governments would receive cybersecurity capabilities such as: - Asset discovery and inventory tools - Endpoint detection and response systems - Security operations platforms - Additional cybersecurity monitoring and protection services In exchange, local governments would agree to share certain telemetry data with the state’s cybersecurity operations center, a provision aimed at strengthening statewide threat awareness and response coordination. The program would be authorized through July 1, 2031. From the Government Technology article: A bill analysis shows that in fiscal year 2025-26, 199 local governments have received $65.1 million in state cybersecurity support, paying for a list of capabilities, including asset discovery inventory, endpoint detection and response, security operation platforms, and security systems. These efforts complement prior budget-driven initiatives; since fiscal year 2022-23, the state has funded similar cybersecurity support efforts through annual appropriations. Read the full Government Technology article.
Harrison County works to restore services after <b>cybersecurity</b> incident
CLARKSBURG, W.Va. — The insurer for Harrison County brought a team in to restore computer and internet service for county agencies and also will help investigate a cybersecurity incident that crippled county services late last week and early this week. The FBI also has been contacted, Harrison County Commission President Susan Thomas said. As of Tuesday, some services were being restored, including the ability to pay taxes online, Thomas said. She added that paychecks also would be issued on time for release Thursday to county employees. County Administrator Laura Pysz released a brief statement saying that the commissioners know the situation “is frustrating and that our community wants clear answers. We do, too. We are committed to being open and transparent and will share confirmed information as soon as we have it. Right now, because this is an active investigation, it is important that we do not speculate or share unverified details that could compromise the process or our system security.” The team brought in by the insurance company is “going to make recommendations” once services are back up to prevent this from happening again, Thomas said; the county suffered a similar cybersecurity incident about seven years ago. “I won’t stop until we follow through, or someone gives us some advice and says, ‘This is what you need to do,’” Thomas added. While some services are returning to digital availability, residents are still encouraged to call county offices ahead of time to confirm specific departments are fully operational before making a trip in person. You must be logged in to react. Click any reaction to login. You must be logged in to rate. Click any rating to login. Keep it Clean. Please avoid obscene, vulgar, lewd, racist or sexually-oriented language. PLEASE TURN OFF YOUR CAPS LOCK. Don't Threaten. Threats of
CCNDR to expand <b>cybersecurity</b> resources for non-profits with new CoLab
CCNDR to expand cybersecurity resources for non-profits with new CoLab In a recent survey of 8,000 non-profits, CCNDR also found that equity-denied organizations face significant barriers in digital skills and training. Why It Matters The Canadian Centre for Nonprofit Digital Resilience (CCNDR) began as a collective between seven co-founding organizations and is now housed within Imagine Canada. Over the next three years, CCNDR will focus on supporting the non-profit sector with data management and literacy, cybersecurity awareness, and emerging technologies like AI. The Canadian Centre for Nonprofit Digital Resilience (CCNDR) will be launching a new cybersecurity CoLab for the non-profit sector this year. Increasing cybersecurity awareness in the social purpose space will be one of CCNDR’s focus areas over the next three years, based on a national survey of 8,000 non-profits. “We hear very loudly and clearly that cyberrisk is very strong in the sector, and there is a major gap there for non-profits that they don’t know how to grapple with,” said Wilfreda Edward, executive director of CCNDR. Non-profits often handle “deeply personal data” about individuals’ health, immigration status, and housing, and “yet are among the least resourced to protect it,” CCNDR wrote in its new strategic plan. The CoLab model brings together non-profit practitioners and technical experts to design technology solutions for the needs of non-profits and charities. CCNDR’s first CoLab, focused on AI upskilling, gives non-profits access to self-paced learning and credentials. CCNDR is also working on providing Canadian non-profits with a cybersecurity readiness pathway to better equip organizations to respond and recover should their systems be compromised, Edward said. CCNDR’s national survey, carried out with Open North, also found that non-profits want to work with what they already have rather than looking for additional tools or new staff. According to Edward, non-profits are already “inundated with
PBSD victim of $3.2 million <b>cybersecurity</b> incident
The Pine Bluff School District lost more than $3.2 million in a Dec. 17 cybersecurity incident that has since come under federal investigation, Superintendent Jennifer Barbaree said Monday. During the district board’s monthly meeting, Barbaree said the district processed a wire transfer of $3,204,639.55 for what she said “was believed to be a legitimate invoice from a trusted vendor as part of the district’s ongoing construction project.” The district is nearing completion of its new high school campus at its original location on West 11th Avenue. “The director of finance contacted the vendor to confirm receipt of payment and learned the company had sent the invoice for construction services rendered, but the company had not requested the invoice to be paid via wire transfer,” Barbaree said, reading from a statement. “It was discovered this incident was the result of a sophisticated cyberattack. A district email employee account had been compromised, and, while a legitimate invoice had been received, fraudulent wiring instructions were later introduced in the same email thread through a phishing scheme designed to closely mimic authentic communications.” The district acted immediately as the finance director notified the bank; law enforcement was engaged “without delay,” Barbaree continued. “Because this was an active federal investigation involving a cybercrime, we were directed to maintain strict confidentiality,” Barbaree said. She later clarified the FBI was investigating. “Sharing details publicly at this time could have compromised the investigation and potentially hindered efforts to recover the funds by law enforcement. For that reason, we were not able to provide updates sooner.” Independent reporting for Pine Bluff & Jefferson County since 1881. The investigation, Barbaree added, is largely complete and “a substantial portion” of the stolen funds could be recovered within the next two weeks. The exact amount, however, has not been finalized by authorities,
Optimal Spending on <b>Cybersecurity</b> Measures Collection Offers a St
Optimal Spending on Cybersecurity Measures Collection Offers a Strategic Roadmap for Smarter Cyber Risk Investment Optimal Spending on Cybersecurity Measures Collection Offers a Strategic Roadmap for Smarter Cyber Risk Investment Press Release Date 04-27-2026 Cybersecurity and Risk Management Author Helps Organizations Align Security Spend With Privacy, Compliance, DevOps, Health Info & Third Party Risk NEW YORK CITY, NY, UNITED STATES, April 27, 2026 /EINPresswire.com/ -- As cyber threats continue to evolve and organizations face growing pressure to protect sensitive data, author Tara Kissoon delivers a timely and practical collection through her Optimal Spending on Cybersecurity Measures series. Across titles focused on risk management, health information, digital privacy and data protection, DevOps, third party risk management, and AI, Kissoon examines one of the most critical questions facing modern organizations: How can leaders make smarter decisions about cybersecurity investments? The collection explores the strategic choices organizations make when implementing cybersecurity controls, particularly when budget limitations, regulatory requirements, business priorities, and stakeholder expectations compete for attention. Kissoon introduces readers to business-driven risk assessments, cyber risk investment models, and cybersecurity risk management frameworks that can help organizations evaluate security initiatives with greater clarity and accountability. Rather than treating cybersecurity as a purely technical issue, Kissoon positions it as a business risk management challenge. Her work addresses how organizations can assess the value of security measures, determine funding priorities, and demonstrate compliance with privacy laws, data protection requirements, government regulations, and industry standards. Through case studies and applied frameworks, the books provide readers with a practical view of how cybersecurity decisions are made inside real organizational environments. Kissoon’s inspiration for the collection comes from the growing need for leaders to bridge the gap between compliance obligations and meaningful security investment. As organizations continue to rely on cloud systems, DevOps practices, health data platforms, third party
Optimal Spending on <b>Cybersecurity</b> Measures Collection Offers a Strategic Roadmap for ...
Cybersecurity and Risk Management Author Helps Organizations Align Security Spend With Privacy, Compliance, DevOps, Health Info & Third Party Risk NEW YORK CITY, NY, UNITED STATES, April 27, 2026 /EINPresswire.com/ — As cyber threats continue to evolve and organizations face growing pressure to protect sensitive data, author Tara Kissoon delivers a timely and practical collection through her Optimal Spending on Cybersecurity Measures series. Across titles focused on risk management, health information, digital privacy and data protection, DevOps, third party risk management, and AI, Kissoon examines one of the most critical questions facing modern organizations: How can leaders make smarter decisions about cybersecurity investments? The collection explores the strategic choices organizations make when implementing cybersecurity controls, particularly when budget limitations, regulatory requirements, business priorities, and stakeholder expectations compete for attention. Kissoon introduces readers to business-driven risk assessments, cyber risk investment models, and cybersecurity risk management frameworks that can help organizations evaluate security initiatives with greater clarity and accountability. Rather than treating cybersecurity as a purely technical issue, Kissoon positions it as a business risk management challenge. Her work addresses how organizations can assess the value of security measures, determine funding priorities, and demonstrate compliance with privacy laws, data protection requirements, government regulations, and industry standards. Through case studies and applied frameworks, the books provide readers with a practical view of how cybersecurity decisions are made inside real organizational environments. Kissoon’s inspiration for the collection comes from the growing need for leaders to bridge the gap between compliance obligations and meaningful security investment. As organizations continue to rely on cloud systems, DevOps practices, health data platforms, third party service providers, and AI, the risks surrounding sensitive information have become increasingly complex. Her books respond to this challenge by offering structured methods for evaluating risk, protecting data, and supporting informed decision-making. The series
Essential Skills for <b>Cybersecurity</b> Analysts
Essential Skills for Cybersecurity Analysts News from NYC's Top Cybersecurity Master's Program 15 Essential Cybersecurity Analyst Skills According to the International Monetary Fund (IMF), cyber attacks continue to rise globally, driving increased demand for cybersecurity professionals.¹ That explains why the demand for cybersecurity experts is at an all-time high, and it's expected to continue to grow.² If you want to start or advance your career as a cybersecurity analyst, now may be the best time to make a move. Keep reading to discover the top cybersecurity analyst skills you need to succeed. Cybersecurity analysts combine technical expertise with analytical thinking and communication skills. The most successful professionals develop strengths across several areas, including threat detection, risk management, cloud security, and incident response. The following guide highlights 15 essential cybersecurity analyst skills and explains why each one matters in modern security teams. Technical Cybersecurity Skills 1. Threat Intelligence Analysis With threat intelligence analysis skills, you can gather and analyze security information from multiple external sources, including in-depth cybersecurity reports from reputable organizations. The aim is to spot patterns that provide insights into common cybersecurity threats, such as phishing and ransomware. The ability to conduct an in-depth threat analysis helps you reveal:³ - Specific cyber threats a company faces and the assets that are exposed - Techniques cybercriminals might use to target the organization - Signs of a particular attack - Actionable ways to prevent or remediate cyber threats 2. Incident Response Preventing attacks is the main goal of cybersecurity. But when data breaches do occur, knowing what to do can help minimize the damage and losses. With incident response cybersecurity expertise, you'll understand how to identify, contain and resolve different types of cyber attacks. This can help your organization mitigate security incidents before they escalate. Common incident response technologies include:⁴ -
WA digital drivers licence trial sparks <b>cybersecurity</b> concerns from expert
WA digital drivers licence trial sparks cybersecurity concerns from expert In short: A cybersecurity expert is worried about potential security concerns when Western Australia rolls out a trial of digital drivers licences in the middle of next year. Curtin University's Dr Reza Ryan has told the ABC the data protection technology for digital credentials is not protected well enough yet to be rolled out on a mass scale. But another cybersecurity expert believes smartphones are equipped with enough security features to ensure people can have faith in the technology. A cybersecurity expert has warned people's privacy and security could be at risk once Western Australia rolls out its new digital drivers licences. The state government announced last week that a trial of the system would begin in the middle of 2027, with the aim of a wider rollout by the end of the year. Curtin University's Dr Reza Ryan said the centralised nature of these databases would create one giant honey pot of data for potential hackers. "If they hack that centralised system, they can get access to all the information about the people … the system could eventually be used for broader surveillance and to track individuals," he said. Dr Ryan told the ABC the data protection technology for digital credentials was not protected well enough yet to be rolled out on a mass scale. "Many existing Australian digital licenses do not meet the international security standard, making it more vulnerable to fraud rather than being safer," he said. The app that will store the digital licence, ServiceWA, uses "on-app holograms" as a security measure to arm devices against potential forgery. But Dr Ryan warned against these holograms, which he believes are not up to an industry standard that was advanced enough to be protected against frauds carried out
Massachusetts Attorney General Names MET Senior Associate Dean Lou Chitkushev to ...
Massachusetts Attorney General Names MET Senior Associate Dean Lou Chitkushev to State’s Cybersecurity-Minded Health Information Council Dr. Lou Chitkushev—Boston University MET College’s senior associate dean for academic affairs, director of health informatics and health sciences, and professor of computer science—has been appointed to the Massachusetts Center for Health Information and Analysis (CHIA) Oversight Council by Attorney General Andrea Campbell. A leading scholar in the intersection of technology and healthcare, Dr. Chitkushev will bring his considerable health informatics and cybersecurity expertise to the 11-person council, where he will serve a five-year term overseeing the independent state agency tasked with “promoting a transparent and equitable healthcare system across the Commonwealth,” according to a press release. CHIA, which in 2025 boasted 200 employees and a $33 million budget, seeks to advance a healthcare system where mutual, accessible, trusted information security sets a foundation for common progress, giving Massachusetts residents and organizations the confidence they need to make sound, informed decisions pertaining to healthcare. As an independent agency, CHIA is uniquely positioned to serve the public interest. According to the release, “CHIA’s independence ensures that its agenda and findings are guided by the public good, free from industry or political influence.” It aims to achieve its goals through the use of the “unparalleled” datasets the agency is able to collect as part of its mission. As a member of the CHIA Oversight Council, Dr. Chitkushev will help supervise CHIA’s budget allocations while providing strategic guidance on its research and analytics. The cofounder and associate director of Boston University’s Center for Reliable Information Systems & Cyber Security (RISCS), Dr. Chitkushev brings a wealth of qualifications to the opportunity. He cofounded what is now the BU MET MS in Health Informatics program, and previously helped Boston University earn its designation as a Center of Academic Excellence
Guarding Goals, Protecting Systems: Embry-Riddle Soccer Star Excels in <b>Cybersecurity</b>
Guarding Goals, Protecting Systems: Embry-Riddle Soccer Star Excels in Cybersecurity Natalia Sepulveda (’26) is known for her composure, discipline and ability to lead on the soccer field. As a defender and team leader for Embry-Riddle Aeronautical University’s Prescott women’s soccer team, she protects her teammates with the same vigilance and foresight she brings to her studies in Cyber Intelligence and Security. Together, those traits have defined a comeback story rooted in resilience, purpose and belief. Sepulveda is pursuing a Master of Science in Cyber Intelligence and Security. In January 2026, she was named a first-team All-American by the United Soccer Coaches Association, helping lead Embry-Riddle to a national semifinal run and marking a historic milestone for the program. A Journey Shaped by Resilience Her path to that moment was anything but straightforward. A first-generation college graduate with a bachelor’s degree in Criminal Justice, Sepulveda always knew she wanted to continue her education. With remaining athletic eligibility, she saw graduate school as both a second chance in soccer and a strategic step forward. Sepulveda’s journey to Prescott included stops at other universities, where she competed at the Division I level and earned an invitation to train with the Mexico U-21 Women’s National Team. But her experience later took a difficult turn. She faced challenges that led to self-doubt and a loss of passion for the sport she had played since age 10. She stepped away from soccer, unsure if she would ever return. But the feeling that her story was unfinished stayed with her. A native of Tucson, Arizona, Sepulveda grew up playing soccer alongside athletes who chose Embry-Riddle, though she initially looked elsewhere while exploring her academic path. “Something in my gut told me Embry-Riddle would be the perfect fit for soccer and school,” she said. When Embry-Riddle Head Coach