cybersecurity

Phishing 2.0: How AI is making cyber scams more convincing

Phishing remains among the most widespread and dangerous cyber threats, especially for individuals and small businesses. These attacks rely on deception—emails, texts, or social messages that impersonate trusted sources to trick people into giving up sensitive information.

Cybercriminals exploit urgency and fear. A typical example is a fake email from a bank saying your account is at risk, prompting you to click a malicious link. Even when emails look legitimate, subtle details—like a strange sender address—can be red flags.

In one recent scam, Netflix users received fake alerts about payment failures. The link led to a fake login page where credentials and payment data were stolen. Similar tactics have been used against QuickBooks users, small businesses, and Microsoft 365 customers.

Small businesses are frequent targets due to limited security resources. Emails mimicking vendors or tech companies often trick employees into handing over credentials, giving attackers access to sensitive systems.

Phishing works because it preys on human psychology: trust, fear, and urgency. And with AI, attackers can now generate more convincing content, making detection harder than ever.

Protection starts with vigilance. Always check sender addresses, avoid clicking suspicious links, and enable multi-factor authentication (MFA). Employee training, secure protocols for sensitive requests, and phishing simulations are critical for businesses.

Phishing attacks will continue to grow in sophistication, but with awareness and layered security practices, users and businesses can stay ahead of the threat.

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Ransomware gangs feud after M&S cyberattack

A turf war has erupted between two significant ransomware gangs, DragonForce and RansomHub, following cyberattacks on UK retailers including Marks and Spencer and Harrods.

Security experts warn that the feud could result in companies being extorted multiple times as criminal groups compete to control the lucrative ransomware-as-a-service (RaaS) market.

DragonForce, a predominantly Russian-speaking group, reportedly triggered the conflict by rebranding as a cartel and expanding its affiliate base.

Tensions escalated after RansomHub’s dark-web site was taken offline in what is believed to be a hostile move by DragonForce, prompting retaliation through digital vandalism.

Cybersecurity analysts say the breakdown in relationships between hacking groups has created instability, increasing the likelihood of future attacks. Experts also point to a growing risk of follow-up extortion attempts by affiliates when criminal partnerships collapse.

The rivalry reflects the ruthless dynamics of the ransomware economy, which is forecast to cost businesses $10 trillion globally by the end of 2025. Victims now face not only technical challenges but also the legal and financial fallout of navigating increasingly unpredictable criminal networks.

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US Cyber Command proposes $5M AI Initiative for 2026 budget

US Cyber Command is seeking $5 million in its fiscal year 2026 budget to launch a new AI project to advance data integration and operational capabilities.

While the amount represents a small fraction of the command’s $1.3 billion research and development (R&D) portfolio, the effort reflects growing emphasis on incorporating AI into cyber operations.

The initiative follows congressional direction set in the fiscal year (FY) 2023 National Defense Authorization Act, which tasked Cyber Command and the Department of Defense’s Chief Information Officer—working with the Chief Digital and Artificial Intelligence Officer, DARPA, the NSA, and the Undersecretary of Defense for Research and Engineering—to produce a five-year guide and implementation plan for rapid AI adoption.

However, this roadmap, developed shortly after, identified priorities for deploying AI systems, applications, and supporting data processes across cyber forces.

Cyber Command formed an AI task force within its Cyber National Mission Force (CNMF) to operationalise these priorities. The newly proposed funding would support the task force’s efforts to establish core data standards, curate and tag operational data, and accelerate the integration of AI and machine learning solutions.

Known as Artificial Intelligence for Cyberspace Operations, the project will focus on piloting AI technologies using an agile 90-day cycle. This approach is designed to rapidly assess potential solutions against real-world use cases, enabling quick iteration in response to evolving cyber threats.

Budget documents indicate the CNMF plans to explore how AI can enhance threat detection, automate data analysis, and support decision-making processes. The command’s Cyber Immersion Laboratory will be essential in testing and evaluating these cyber capabilities, with external organisations conducting independent operational assessments.

The AI roadmap identifies five categories for applying AI across Cyber Command’s enterprise: vulnerabilities and exploits; network security, monitoring, and visualisation; modelling and predictive analytics; persona and identity management; and infrastructure and transport systems.

To fund this effort, Cyber Command plans to shift resources from its operations and maintenance account into its R&D budget as part of the transition from FY2025 to FY2026.

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How agentic AI is transforming cybersecurity

Cybersecurity is gaining a new teammate—one that never sleeps and acts independently. Agentic AI doesn’t wait for instructions. It detects threats, investigates, and responds in real-time. This new class of AI is beginning to change the way we approach cyber defence.

Unlike traditional AI systems, Agentic AI operates with autonomy. It sets objectives, adapts to environments, and self-corrects without waiting for human input. In cybersecurity, this means instant detection and response, beyond simple automation.

With networks more complex than ever, security teams are stretched thin. Agentic AI offers relief by executing actions like isolating compromised systems or rewriting firewall rules. This technology promises to ease alert fatigue and keep up with evasive threats.

A 2025 Deloitte report says 25% of GenAI-using firms will pilot Agentic AI this year. SailPoint found that 98% of organisations will expand AI agent use in the next 12 months. But rapid adoption also raises concern—96% of tech workers see AI agents as security risks.

The integration of AI agents is expanding to cloud, endpoints, and even physical security. Yet with new power comes new vulnerabilities—from adversaries mimicking AI behaviour to the risk of excessive automation without human checks.

Key challenges include ethical bias, unpredictable errors, and uncertain regulation. In sectors like healthcare and finance, oversight and governance must keep pace. The solution lies in balanced control and continuous human-AI collaboration.

Cybersecurity careers are shifting in response. Hybrid roles such as AI Security Analysts and Threat Intelligence Automation Architects are emerging. To stay relevant, professionals must bridge AI knowledge with security architecture.

Agentic AI is redefining cybersecurity. It boosts speed and intelligence but demands new skills and strong leadership. Adaptation is essential for those who wish to thrive in tomorrow’s AI-driven security landscape.

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Ukraine strengthens cybersecurity ties with EU

Ukraine participated for the first time in the EU National Cybersecurity Coordination Centers meeting and the European Cybersecurity Competence Centre (ECCC) Steering Board in Rome.

The event, supported by Italy’s National Agency for Cybersecurity, focused on enhancing cooperation among EU member states and fostering a unified cyber community.

Natalia Tkachuk, Secretary of Ukraine’s National Coordination Center for Cybersecurity, highlighted the nation’s challenges and experiences in countering cyber threats amidst ongoing conflict.

She emphasized Ukraine’s role in both receiving and sharing cybersecurity knowledge to strengthen collective European security.

Discussions included the establishment of a joint Center of Competence for Cyber Resilience in Ukraine, aiming to counter Russian cyberattacks, disinformation, and sabotage.

The center will utilize artificial intelligence trained on unique Ukrainian data to enhance response capabilities.

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Regions seek role in EU hospital cyber strategy

The European Commission’s latest plan to strengthen hospital cybersecurity has drawn attention from regional authorities across the EU, who say they were excluded from key decisions.

Their absence, they argue, could weaken the strategy’s overall effectiveness.

With cyberattacks on healthcare systems growing, regional representatives insist they should have a seat at the table.

As those directly managing hospitals and public health, they warn that top-down decisions may overlook urgent local challenges and lead to poorly matched policies.

The Commission’s plan includes creating a dedicated health cybersecurity centre under the EU Agency for Cybersecurity (ENISA) and setting up an EU-wide threat alert system.

Yet doubts remain over how these goals will be met without extra funding or clear guidance on regional involvement.

The concerns point to the need for a more collaborative approach that values regional knowledge.

Without it, the EU risks designing cybersecurity protections that fail to reflect the realities inside Europe’s hospitals.

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SK Telecom unveils $700B cybersecurity upgrade

SK Telecom has announced a major cybersecurity initiative worth KRW 700 billion, designed to restore trust and enhance information security after a recent incident.

The company’s new programme, called the Accountability and Commitment Program, includes four elements to protect customers and reinforce transparency.

A central part of the initiative is the Information Protection Innovation Plan, which involves a five-year investment to build a world-class cybersecurity system.

The project will follow the US National Institute of Standards and Technology’s Cybersecurity Framework and aims to position SK Telecom as Korea’s leader in information security by 2028.

To further support affected customers, the company is upgrading its Customer Assurance Package and introducing a Customer Appreciation Package to thank users for their patience and loyalty.

A subscription cancellation fee waiver has also been included to reduce friction for those reconsidering their service.

SK Telecom says it will maintain its commitment to customer safety and service reliability, pledging to fully address all concerns and enhance security and service quality across the board.

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EU races to catch up in quantum tech amid cybersecurity fears

The European Union is ramping up efforts to lead in quantum computing, but cybersecurity experts warn that the technology could upend digital security as we know it.

In a new strategy published Wednesday, the European Commission admitted that Europe trails the United States and China in commercialising quantum technology, despite its strong academic presence. The bloc is now calling for more private investment to close the gap.

Quantum computing offers revolutionary potential, from drug discovery to defence applications. But its power poses a serious risk: it could break today’s internet encryption.

Current digital security relies on public key cryptography — complex maths that conventional computers can’t solve. But quantum machines could one day easily break these codes, making sensitive data readable to malicious actors.

Experts fear a ‘store now, decrypt later’ scenario, where adversaries collect encrypted data now and crack it once quantum capabilities mature. That could expose government secrets and critical infrastructure.

The EU is also concerned about losing control over homegrown tech companies to foreign investors. While Europe leads in quantum research output, it only receives 5% of global private funding. In contrast, the US and China attract over 90% combined.

European cybersecurity agencies published a roadmap for transitioning to post-quantum cryptography to address the threat. The aim is to secure critical infrastructure by 2030 — a deadline shared by the US, UK, and Australia.

IBM recently said it could release a workable quantum computer by 2029, highlighting the urgency of the challenge. Experts stress that replacing encryption is only part of the task. The broader transition will affect billions of systems, requiring enormous technical and logistical effort.

Governments are already reacting. Some EU states have imposed export restrictions on quantum tech, fearing their communications could be exposed. Despite the risks, European officials say the worst-case scenarios are not inevitable, but doing nothing is not an option.

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Billing software firm hit by ransomware attack

Healthcare billing platform Horizon Healthcare RCM has confirmed it suffered a ransomware attack, where threat actors stole sensitive data before encrypting its systems. The cybercriminal group, suspected to be affiliated with LockBit, reportedly demanded a ransom, which the company is believed to have paid to prevent public exposure of the stolen data.

The breach occurred in June 2024 and affected Horizon’s cloud-based revenue-cycle management platform. Although the company has not disclosed how many clients were impacted, it has notified healthcare providers using its services and is working with cybersecurity experts to assess the full scope of the incident.

Security analysts believe the attackers exfiltrated significant data, including protected health information, before deploying ransomware. While systems were eventually restored, concerns remain over long-term privacy risks and potential regulatory consequences for affected healthcare organisations.

Ransomware attacks on third-party vendors pose significant risks to the healthcare sector. Experts stress the importance of vendor risk assessments, data encryption, and secure system configurations to limit exposure.

As ransomware actors increasingly target supply-chain providers, proactive monitoring and resilience strategies are becoming essential for safeguarding critical data infrastructure.

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Researchers track financial cyberattacks in Africa and spot new ransomware group

Cybersecurity researchers have identified a series of cyberattacks targeting African financial institutions since at least July 2023. The campaign, attributed to a threat cluster named CL-CRI-1014 by Palo Alto Networks Unit 42, involves using open-source and publicly available tools to maintain unauthorised access to compromised systems.

According to Unit 42, ‘CL’ stands for ‘cluster’ and ‘CRI’ refers to ‘criminal motivation.’ The threat actor is believed to be operating as an initial access broker (IAB), seeking to obtain entry into networks and sell access to other cybercriminals on underground forums.

Researchers noted that the group employs methods to evade detection by spoofing legitimate software, including copying digital signatures and using application icons from Microsoft Teams, Palo Alto Networks Cortex, and VMware Tools to disguise malicious payloads. Tools deployed include PoshC2 for command-and-control, Chisel for network tunnelling, and Classroom Spy for remote access.

While the initial intrusion vector remains unclear, once access is achieved, the attackers reportedly use MeshCentral Agent and Classroom Spy to control machines, with Chisel deployed to bypass firewalls. PoshC2 is propagated across Windows hosts and persisted through various techniques, including services, scheduled tasks, and startup shortcuts. In some cases, stolen user credentials were used to set up proxies via PoshC2.

Trustwave SpiderLabs has reported the emergence of a new ransomware group named Dire Wolf, which has claimed 16 victims across multiple countries, including the United States, India, and Italy, with primary targets in the technology, manufacturing, and financial sectors.

Dire Wolf ransomware was developed in Golang. It includes disabling system logging, terminating a predefined list of services and applications, and deleting shadow copies to hinder recovery. Although details about the group’s initial access or lateral movement techniques are unknown, Trustwave advises organisations to maintain standard cybersecurity practices and monitor for the techniques observed during the analysis.

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