Tag: #cybersecurity

Dell Technologies Expands Cybersecurity and Resilience for the AI Era and Emerging Quantum Risks

Dell Technologies  introduces new security by design and cyber resilience capabilities to help organizations secure, detect and recover from next-generation threats. The enhancements address emerging risks from quantum computing and AI by hardening device foundations, strengthening cyber resilience when incidents occur and extending threat detection into AI data platforms.

Why it matters

AI is creating more valuable data and giving attackers new ways to move faster. Quantum computing will accelerate that shift by weakening the encryption technology that organizations use today to protect data and verify software integrity.

These converging threats are driving demand for devices built to resist future attacks, cyber resilience to minimise incident impact and stronger detection across environments where AI data lives. Dell is addressing these security challenges through a layered defence approach across the technology stack, from the PC to the data centre.

Hardening the PC foundation with quantum-ready protections

Quantum computing threatens the security foundations that protect devices today, driving a need for security by design at the deepest firmware layers. Dell is introducing quantum-ready security features to its commercial PCs to protect against attacks that can evade traditional security tools and remain hidden even after a restart or system reinstall.

The upgraded security features harden the PC’s embedded controller (EC), a core hardware security component, to verify firmware updates using signatures designed to resist future quantum-enabled attacks. This helps prevent the controller from accepting malicious or tampered firmware and reduces supply chain risk by validating updates with stronger encryption and digital signatures.

Dell’s enhanced BIOS Verification capability, aligned to post-quantum standards, detects tampering by checking the BIOS against a trusted reference stored securely in Dell’s cloud. If something does not match, this Dell-unique verification2 flags the device and triggers an alert so teams can investigate and respond.

Strengthening cyber resilience with AI-powered recovery

Hardened devices are essential for helping reduce successful attacks, and so is cyber resilience to minimise impact when incidents occur. According to Dell’s Cyber Resilience Insights research, only 40% of global organisations successfully contained and recovered from a cyberattack or incident drill with minimal impact. Dell is strengthening its PowerProtect cyber resilience portfolio to help organisations detect threats like ransomware sooner and recover faster from incidents.

Enhancements to PowerProtect Data Manager help organizations resolve recovery issues faster with an AI-powered assistant that provides contextual guidance during time-sensitive tasks, spot ransomware risk earlier with enhanced anomaly detection that scans Dell PowerStore snapshots and simplify management at scale with a unified dashboard across distributed systems.

PowerProtect Data Domain, the world’s most secure foundation for cyber resilience3, extends protection to smaller sites and strengthens data security in transit. The PowerProtect Data Domain DD3410 appliance delivers up to 2x faster backups and 46% faster data restores,4 empowering organizations to resume operations quickly after an incident. The updated Data Domain Operating System, now including support for Transport Layer Security (TLS) 1.3, helps protect data while it moves between systems and aligns with NIST requirements for encrypted connections.

Extending threat detection from endpoints to AI data platforms

Fast recovery requires early threat detection. AI workloads concentrate valuable data in platforms that traditional endpoint security can miss, creating visibility gaps that attackers exploit. Dell is extending its Managed Detection and Response (MDR) service into environments where unstructured data and AI workloads live.

Building upon the MDR expansion to Dell PowerProtect, Dell MDR now extends to Dell PowerScale, providing organisations with enhanced visibility into threats targeting their AI data storage platforms. Supported by Dell’s expert cybersecurity analysts, this service enables earlier detection of suspicious activity and automates response actions, streamlining security operations and safeguarding critical data.

Additionally, Dell is introducing a new Endpoint Detection and Response (EDR)-only option. This service monitors, investigates and responds to endpoint threats using advanced threat detection and next-generation antivirus capabilities. When used with Dell PCs, the service offers unique visibility into BIOS verification results. If a PC’s BIOS drifts from its trusted baseline due to a potential compromise, an alert is sent to Dell’s MDR team to investigate.

Perspectives:

John Roese, global CTO and chief AI officer, Dell Technologies: “Quantum computing will break the encryption and digital signatures protecting data today, while agentic AI raises the stakes by increasing the value of data and autonomously shares it across teams and organisations. We’ve been preparing for both shifts for almost a decade through our investments in post-quantum cryptography and our approach to cyber resilience and security by design. We are continuing to bring these protections across our portfolio to help organisations navigate emerging technologies and stay ahead of tomorrow’s threats.”

Javier González Belinchón, director, Corporate Infrastructure & Operations, Palladium Hotel Group: “In luxury hospitality, even a brief IT disruption during peak operations can have a major impact. We work with heavy workloads, and PowerProtect Data Manager’s Transparent Snapshots make a real difference. We get no business disruption, lower risk of data loss and the VM backup times are cut in half. Coupled with our PowerProtect Data Domain appliance, deduplication and compression optimize bandwidth, remote backups are seamless and storage requirements are drastically reduced.”

Fernando Montenegro, vice president & practice lead, Cybersecurity & Resilience, Futurum: “As AI adoption expands, security teams need to protect more high-value data in areas where traditional controls may not provide adequate visibility into how threats move across AI workloads and data platforms. Dell’s approach reflects this broader cyber resilience strategy aimed at reducing risk, deepening security visibility and helping organisations recover more effectively when incidents occur.”

Availability: 

    • Quantum-ready security features will be available on new Dell commercial PCs launching in 2026.
    • Dell PowerProtect Data Manager enhancements are now available.
    • Dell PowerProtect Data Domain Operating System updates are now available.
    • Dell PowerProtect Data Domain DD3410 appliance will be available April 15, 2026.
    • Dell Managed Detection and Response (MDR) expansion to Dell PowerScale is now available.
    • Dell Endpoint Detection and Response (EDR)-only option is available April 16, 2026.

How Technology Is Improving Safety in Schools

School safety has shifted from reactive measures to proactive, technology-driven systems. Modern institutions are integrating hardware, software, and data analytics to monitor environments, detect risks, and respond to incidents in real time. These systems are designed to address a range of concerns, including unauthorized access, behavioral risks, and environmental hazards.

Technology is now a central component in creating controlled and secure educational environments.

Access Control and Entry Management

Controlling who enters and exits school facilities is a foundational aspect of safety. Traditional methods such as manual sign-ins are being replaced by digital access control systems.

These systems use keycards, biometric authentication, or mobile credentials to regulate entry points. Access permissions can be assigned based on roles, ensuring that only authorized individuals can enter specific areas.

Advanced systems also log entry and exit data, creating a record that can be reviewed if an incident occurs. This improves accountability and enables faster investigations.

Surveillance and Real-Time Monitoring

Video surveillance systems have evolved beyond passive recording. Modern systems incorporate real-time monitoring, motion detection, and automated alerts.

High-resolution cameras combined with analytics software can identify unusual behavior patterns, such as loitering in restricted areas or unauthorized movement during off-hours.

Key capabilities include:

  • Continuous monitoring of high-risk zones
  • Automated alerts triggered by predefined conditions
  • Integration with security personnel for rapid response

These systems provide situational awareness and reduce response times during incidents.

Environmental and Behavioral Detection Systems

Schools are increasingly deploying sensors to detect environmental and behavioral risks. These systems monitor air quality, noise levels, and specific activities that may indicate unsafe conditions.

For example, solutions from providers such as Triton Sensors use advanced detection technology to identify activities like vaping in restricted areas. These systems provide real-time alerts, allowing administrators to intervene quickly.

Detection systems enhance safety by identifying risks that are not visible through traditional monitoring methods.

Emergency Communication and Alert Systems

Effective communication is critical during emergencies. Technology enables schools to broadcast alerts across multiple channels simultaneously.

Mass notification systems can send messages via text, email, and public address systems. These alerts provide instructions and updates during incidents such as lockdowns or evacuations.

Communication systems support:

  • Rapid dissemination of emergency instructions
  • Coordination between staff, students, and first responders
  • Reduction of confusion during critical situations

Reliable communication improves response coordination and safety outcomes.

Data Integration and Centralized Control

Modern safety systems are most effective when integrated into a centralized platform. This allows administrators to monitor multiple systems from a single interface.

Integration combines data from access control, surveillance, and sensor systems. This provides a comprehensive view of the school environment.

Centralized control enables:

  • Faster decision-making based on real-time data
  • Coordinated responses across different safety systems
  • Simplified management of security operations

Unified systems improve efficiency and reduce fragmentation.

Threat Detection Through Analytics

Data analytics is increasingly used to identify potential threats before they escalate. By analyzing patterns in behavior and system data, schools can detect anomalies that may indicate risk.

For example, repeated access attempts to restricted areas or unusual activity patterns can trigger alerts. Predictive analytics allows administrators to take preventive action.

This approach shifts safety management from reactive to proactive.

Cybersecurity and Digital Safety

As schools adopt more digital tools, cybersecurity becomes a critical component of safety. Protecting student data and preventing unauthorized access to systems is essential.

Security measures include encryption, secure authentication, and regular system monitoring. These controls prevent breaches that could compromise sensitive information.

Digital safety ensures that technological systems themselves do not become vulnerabilities.

Staff Training and System Utilization

Technology alone does not ensure safety. Staff must be trained to use systems effectively and respond appropriately to alerts.

Training programs should cover system operation, emergency procedures, and incident reporting. Well-trained staff can interpret data accurately and take timely action.

Effective utilization of technology depends on both system capability and user competence.

Scalability and Adaptability of Safety Systems

School environments change over time, requiring systems that can adapt to new challenges. Scalable solutions allow institutions to expand or modify safety infrastructure as needed.

Modular systems enable incremental upgrades without replacing entire frameworks. This ensures that safety measures remain aligned with evolving requirements.

Adaptability supports long-term effectiveness.

Balancing Safety and Privacy

Implementing safety technology requires careful consideration of privacy concerns. Surveillance and data collection must comply with legal and ethical standards.

Schools must establish clear policies regarding data usage, storage, and access. Transparency helps maintain trust among students, parents, and staff.

Balancing safety and privacy ensures that security measures are both effective and responsible.

Technology is transforming school safety by enabling real-time monitoring, proactive risk detection, and coordinated response systems. From access control to advanced sensor solutions, these tools provide comprehensive protection across multiple dimensions. When integrated effectively and supported by trained staff, technology enhances both safety and operational efficiency in educational environments.

Qualcom invests €500K to launch new AI practice

Qualcom, a leading Irish provider of IT and cybersecurity services, today announces that it is investing €500,000 to launch its new artificial intelligence (AI) practice. This investment will span three years and, in the continued expansion of its team, Qualcom plans to hire four AI specialists within this timeframe.

The new practice will support secure AI adoption for Irish organisations and enable them to align with evolving regulatory requirements. The investment includes a new partnership with AI infrastructure provider NROC and, as part of this, Qualcom will provide a full wraparound service to secure and manage customers’ AI environments, using NROC’s technology. The funding also includes the training and upskilling of new team members, as well as AI training for Qualcom’s existing managed services and infosec teams.

In turn, the new practice will further enable Qualcom to deliver AI-powered solutions that will secure customers’ Microsoft data, and to provide ultra-secure managed services to businesses. Qualcom has also developed a comprehensive AI policy framework designed to help organisations to incorporate AI tools such as Microsoft Copilot and ChatGPT into their daily operations, while safeguarding sensitive data and ensuring compliance,

The company is launching the new dedicated practice in response to heightened demand among customers for AI solutions, services, and capabilities to drive business growth and remain competitive.

This investment comes as Qualcom celebrated 30 years in business in 2025. The company recently announced that it has boosted the headcount within its support centre by 33%, and enhanced facilities at its Dublin headquarters to equip the business for continued growth.

David Kinsella, Technical Director, Qualcom, said: “This investment in our people, platforms, and capabilities reflects our commitment to supporting customers as they navigate both the opportunities and risks of AI. As we look ahead to the next three years, there’s no doubt that the use and applications of AI will continue to grow exponentially. The launch of the new practice will enable us to adapt quickly in line with industry demand, delivering right first-time services that are fully compliant and maximise IT uptime for businesses in Ireland. We’re looking forward to working closely with customers as we support the secure rollout of AI tools to help them to keep pace with their competitors.”

How Smart Vehicle Technology and Real Time Data Are Reshaping Road Safety and Driver Accountability

Modern vehicles are no longer isolated mechanical machines. They operate as connected platforms equipped with sensors, software, and communication tools that collect and process real time data. Automakers now integrate advanced driver assistance systems, onboard diagnostics, and cloud connectivity to enhance safety and performance. These technologies actively monitor speed, braking patterns, lane positioning, and surrounding traffic conditions to reduce human error and support informed driving decisions.

This transformation reflects a broader shift within the mobility sector. Vehicles now function as part of a digital ecosystem that includes mobile applications, traffic infrastructure, and telematics services. Real time data exchange allows drivers to receive alerts, optimize routes, and respond to road hazards more efficiently. As this technology becomes standard rather than optional, it shapes expectations around safety, transparency, and accountability on the road.

Manufacturers also collaborate with software developers and telecommunications providers to strengthen connectivity reliability. Over the air updates improve system performance without requiring physical servicing, while cloud platforms store anonymized performance data to refine future safety features. This continuous improvement cycle ensures that vehicles evolve long after purchase. As hardware and software operate together, connected mobility systems create an environment where prevention and informed response replace reactive measures.

Technology and Accountability After a Road Collision

According to www.accidentjusticepro.com, a car accident is not only a moment of physical impact. It triggers insurance claims, liability assessments, potential legal action, and safety reviews that can extend for months. Traditionally, fault determination relied heavily on eyewitness accounts, physical damage inspection, and police reports. These methods often produced conflicting narratives, especially in complex multi vehicle collisions. Today, connected vehicle systems and digital recording tools provide a structured layer of evidence that reshapes how a car accident is evaluated from both legal and technical perspectives.

When a car accident occurs, event data recorders capture pre impact speed, braking input, seatbelt usage, airbag deployment timing, and steering direction. Telematics systems log GPS positioning and vehicle behavior in real time. This information can confirm whether a driver attempted evasive action, exceeded speed limits, or ignored automated safety warnings. Insurance providers and legal professionals increasingly rely on this data to resolve disputes more efficiently. While the collision itself remains a serious and often disruptive event, technology reduces ambiguity in its aftermath and introduces measurable accountability into what was once largely subjective analysis.

Artificial Intelligence in Risk Detection

Artificial intelligence has expanded the capabilities of vehicle safety systems. Advanced algorithms analyze patterns from millions of driving scenarios to detect potential risks in real time. Lane departure warnings, adaptive cruise control, automatic emergency braking, and pedestrian detection systems operate by interpreting sensor inputs within fractions of a second. These features reduce reaction time gaps that often contribute to roadway incidents.

Beyond in vehicle systems, AI also supports traffic management platforms. Cities deploy smart traffic signals and predictive analytics to monitor congestion and adjust flow dynamically. This broader infrastructure integration reduces bottlenecks and high risk intersections. By combining vehicle intelligence with smart city frameworks, the transportation ecosystem becomes more responsive and data driven, contributing to safer road environments overall.

Machine learning models continue to improve as they process larger volumes of driving data. Developers refine algorithms to account for diverse weather conditions, road surfaces, and traffic behaviors. As a result, safety systems adapt more effectively to real world variability. Continuous algorithm training strengthens predictive accuracy and enhances driver assistance reliability without increasing complexity for the user.

Telematics and Behavioral Insights

Telematics systems collect ongoing driving data, including acceleration patterns, braking intensity, and cornering behavior. Fleet operators and insurers use this information to evaluate driving performance and encourage responsible habits. Drivers receive feedback through mobile dashboards, allowing them to identify areas for improvement and reduce risky behaviors over time.

This data driven approach promotes accountability without constant supervision. Rather than relying solely on post incident assessments, telematics shifts attention toward prevention. Businesses that manage vehicle fleets benefit from reduced operational risks, while individual drivers gain greater awareness of how their habits influence safety outcomes. The growing adoption of telematics reflects the broader digital transformation within transportation technology.

Behavioral analytics platforms also support customized training initiatives. Organizations can identify consistent risk indicators and design targeted coaching programs to address them. Over time, this structured feedback loop encourages measurable improvement in driving standards. Telematics therefore functions not only as a monitoring tool but also as a practical mechanism for long term risk reduction and performance enhancement.

Cybersecurity and Data Integrity in Modern Vehicles

As vehicles become increasingly connected, cybersecurity becomes a critical priority. Protecting sensitive driving data and preventing unauthorized system access is essential to maintain trust in digital mobility platforms. Manufacturers invest in encryption protocols, secure software updates, and network monitoring to reduce vulnerabilities. Without strong safeguards, connected systems could expose drivers to privacy risks or operational disruptions.

Data integrity also affects accountability. Accurate records must remain tamper resistant to ensure fairness in assessments and investigations. Reliable cybersecurity frameworks support the legitimacy of digital evidence and protect both drivers and service providers. As connected vehicles continue to evolve, maintaining robust security standards remains central to sustaining confidence in smart transportation technologies.

Security architecture now incorporates multi layer defenses that isolate critical vehicle functions from external communication channels. Regular penetration testing and vulnerability assessments strengthen system resilience against emerging threats. By embedding security principles into design rather than treating them as afterthoughts, manufacturers protect both operational stability and data credibility. This proactive approach reinforces trust in connected vehicle ecosystems.

A New Standard for Road Responsibility

The integration of smart vehicle systems, real time analytics, and connected infrastructure has redefined how responsibility is evaluated on the road. Decisions are no longer based solely on testimony or fragmented observations. Instead, comprehensive datasets provide structured insight into driving behavior and vehicle performance. This shift supports more objective evaluations and encourages higher safety standards across the mobility sector.

Looking ahead, continued innovation in sensor technology, AI modeling, and infrastructure connectivity will further refine how road incidents are prevented and assessed. As technology advances, drivers, manufacturers, insurers, and regulators must collaborate to balance innovation with ethical data practices. Smart mobility systems are not simply convenience features. They represent a structural change in how road safety and accountability are approached in a digitally connected world.

As adoption expands, expectations around transparency and measurable responsibility will continue to rise. Stakeholders across the transportation industry will rely more heavily on verified digital records and predictive systems to guide policy and operational standards. The result is a mobility landscape shaped by data driven evaluation and continuous improvement. Smart vehicle technology has established a durable framework that reshapes how safety, performance, and accountability coexist on modern roads.

 

Quest Software Opens New Centre for Advanced AI Architecture in Ireland

Quest Software, a global leader in data management, cybersecurity, and platform modernization, today announced the opening of its new Centre for Advanced AI Architecture. The opening is supported by the Irish Government through IDA Ireland. To learn more, visit quest.com.

AI adoption is increasing across every sector, and organizations need stronger foundations in data, security, and modern platforms. The new centre will play a central role in meeting these needs through applied research and development, and engineering work, to deliver market-leading and first-of-a-kind innovations that will help drive customer success and Quest growth.

The centre expands Quest’s global AI initiative and strengthens the company’s focus on helping customers succeed in the AI era. This includes a $350 million capital infusion announced earlier this year along with new executive leadership to support Quest’s growth. The planned investment in the Cork Centre for Advanced AI Architecture is a key part of that initiative and supports the company’s strategy across three key areas: trusted AI-ready data, AI-powered cybersecurity, and platform modernization to scale with AI demands. The centre will serve as a hub for applied research and development. Teams in Cork will work across AI engineering, data science, cybersecurity, and software development to advance these priorities and strengthen Quest’s market-leading products in these areas.

Michael McGrath, European Commissioner for Democracy, Justice, the Rule of Law and Consumer Protection said: “I am very pleased to join the team at Quest Software here in Cork to celebrate this significant investment in skills, talent, and jobs. The European Commission recognises the urgent need to expand Europe’s pool of AI expertise. That is why, a few months ago, we launched the AI Continent Action Plan — to train and attract more AI researchers and professionals, and to strengthen AI skills and literacy across our workforce.

The announcement aligns perfectly with that ambition. It strengthens Europe’s innovation capacity and is a strong endorsement of Cork and the wider Southwest region. It demonstrates the role Cork plays as a dynamic contributor to Europe’s digital future, and its importance for companies like Quest as they scale their European presence.”

Tim Page, CEO at Quest Software said: “This investment strengthens our growth and supports the work we are doing to advance our products for the AI era and help us deliver AI that customers can trust. By investing in technology and talent, and partnering with local universities and research institutions, we can help develop the next generation of AI and cybersecurity professionals.”

Peter Burke, TD, Minister for Enterprise Tourism and Employment said: “Quest Software’s decision to expand in Cork is a fantastic endorsement of Ireland’s reputation as a hub for innovation and talent. This investment will create high quality jobs and strengthen our technology ecosystem. The Government is committed to fostering an environment where companies like Quest can thrive, and to supporting long-term regional growth. The announcement is a clear signal of confidence in our workforce and enterprise strategy. I wish Quest Software every success in the future with the new Centre for Advanced AI Architecture.”

Dónal Travers, Executive Director, IDA Ireland said: “The opening by Quest Software of its Centre for Advanced AI Architecture, which is being announced, signifies the company’s vote of confidence in Ireland’s AI innovation environment. This project positions Quest at the forefront of Enterprise AI transformation, delivering technically differentiated solutions that offer global impact. I wish to congratulate the Quest team and assure them of IDA Ireland’s continued support and partnership.”

Quest’s investment and the creation of new roles will contribute to an economic impact in Cork and across Ireland. According to IDA Ireland, every 10 jobs created in IDA client companies support an additional eight jobs in the wider economy.

As part of its expansion plans with the new Centre for Advanced AI Architecture, Quest plans to collaborate with Irish universities to develop courses, training programs, and skills development opportunities focused on AI and cybersecurity for people interested in technology careers.

Ireland has become a leading location for AI research and skills. The country produces nearly 1,500 AI-related Masters graduates each year and has nearly doubled its PhD output in AI fields since 2019. Ireland was also the first country to develop an industry-driven nationwide Postgraduate Master of Science in Artificial Intelligence. This depth of talent and the active research environment were important factors in selecting Cork for the new centre.

ESET celebrates Black Friday with up to 50% off

ESET, a global leader in cybersecurity solutions, is offering savvy shoppers up to 50% off ESET HOME Security to celebrate Black Friday 2025. Deals are available from now until Tuesday 2nd December, giving consumers the opportunity to save on ESET’s latest all-in-one solution.

Protecting more than 100 million homes around the world, ESET’s cutting-edge security products are based on more than 30 years of research and are continually updated to address real-time threats. ESET HOME Security is a streamlined offering for consumers with three subscription tiers that provide users with broad and reliable digital life protection.

ESET is offering up to 50% off all three subscription tiers from now until 2nd December 2025:

UK Deals*:

ESET HOME Security Essential – 30% off 3 devices/1 year – was £44.99, now £31.49

ESET HOME Security Premium – 40% off 3 devices/1 year – was £74.99, now £44.99

ESET HOME Security Ultimate – 50% off 5 devices/1 year – was £114.98, now £57.49

US Deals*:

ESET HOME Security Essential – 50% off 1 devices/1 year – was $49.99, now $24.99

ESET HOME Security Premium – 50% off 1 devices/1 year – was $79.99, now $39.99

ESET HOME Security Ultimate – 50% off 5 devices/1 year – was $179.99, now £89.99

*Discount varies depending on the number of devices and length of subscription.

Despite ESET HOME Security already having a long list of features including Antivirus & Antispyware, Firewall, Ransomware Shield, Anti-Phishing, Safe Banking, Safe Browsing, Dark Web Monitoring, VPN, Folder Guard and Gamer Mode to name a few. ESET has recently introduced new upgrades to the software that include:

  • Ransomware Remediation – seamlessly creates encrypted backups so users can detect, block, and recover from ransomware with minimal disruption.
  • Enhanced scam protection – now covers SMS, email, phone calls, URLs, QR codes, and malicious files.
  • New tools: Microphone Monitor and Website Security Inspector to improve phishing detection.
  • ESET VPN – now available to Premium users (previously Ultimate only).
  • ESET HOME platform – updated for easier family protection and better overall user experience.
  • ESET Link Checker – a free online tool that scans any URL for phishing, scams, and malware.

These updates are designed to address the evolving threat landscape with special attention to prevention, ensuring a best-in-class user experience.

For more information on ESET’s Black Friday discounts and award-winning internet security for Windows, macOS and Android, visit www.eset.com.

Ekco launches new Dublin HQ

Ekco, one of Europe’s leading security-first managed service providers, today announces the opening of its new headquarters, featuring a state-of-the-art Security Operations Centre (SOC), in Dublin’s Grand Canal Dock. The opening comes as Ekco is targeting revenues exceeding €100 million in Ireland and €200 million globally by year-end 2025. Together, the new HQ and SOC will enable Ekco to accelerate its growth in Ireland, boost cyber resilience for businesses, and deliver an enhanced offering to customers.

This is Ekco’s third global SOC and builds on the success of its existing cybersecurity facilities in the UK and Malaysia. It will help to meet growing customer demand for advanced cybersecurity products and services. The SOC will combine advanced threat detection capabilities with Ekco’s expert analysts to identify and respond to threats quickly, and protect businesses from evolving cyber risks. It will also support compliance and enable businesses to align with regulatory requirements, while safeguarding personal and company information.

The SOC can automatically take action when serious threats are detected, including isolating affected devices without the need for manual intervention, helping to ensure faster protection. Ekco’s incident response team has also grown in order to respond to security incidents more effectively, with responses to potential threats increasing by more than 200% over the past six months.

Following a number of strategic acquisitions in Ireland – amounting to seven in the last two years – the new HQ will provide a central hub for Ekco’s approximately 500 employees in Ireland. It will contribute to enhanced collaboration between teams to facilitate more comprehensive customer solutions, while also streamlining processes and service delivery.

In addition, the new HQ provides boosted capacity and will enable the company to expand its customer base in Ireland, with plans to increase the number of customers by 15% in 2026. This will include growth in the public, finance, legal, and professional services sectors. Ekco is also on a path of aggressive global growth and is continuing to expand in key international markets including the UK, Europe, Asia, Africa, and the U.S.

Steve MacNicholas, CEO Ireland, Ekco, said: “The opening of our new Dublin headquarters signifies our commitment to safeguarding businesses and driving consistent growth for Ekco in Ireland. We are on an exciting acquisition path, supplemented by planned organic growth, and this new hub will provide a central location for employees to collaborate. Furthermore, as our team continues to grow internationally, this state-of-the-art facility cements our commitment to Ireland as a leader in cybersecurity.

“The launch of our third SOC represents a significant step for our business as we look to meet the ever-increasing demand for future-ready cybersecurity services. This will enable us to deliver an enhanced service to our customers, ultimately helping businesses to stay ahead of evolving cyber threats, and provide our solutions to an increased client base.”

Why Every Startup Needs a Cybersecurity Mindset from Day One

North Carolina has become a strong base for new businesses and tech startups. Cities like Raleigh, Charlotte, and Wilmington are attracting investors and entrepreneurs from around the country. But as more startups move their operations online, many forget one critical part of running a digital business — cybersecurity.

For new founders, it’s easy to focus on product design, funding, and marketing while ignoring online safety. Many believe that hackers only target big corporations. The truth is the opposite. Small startups are often seen as easy targets because they usually lack solid protection. A single data breach can lead to lost customers, legal issues, and serious financial damage.

Cybersecurity should not be something to think about later. It needs to be built into the foundation of every startup from day one. When security becomes part of the company culture early on, it protects not just data but also the business’s reputation and long-term growth.

  • Startups Are Prime Targets, Not Too Small to Hack

Many small business owners assume cybercriminals don’t care about them. In reality, hackers often prefer startups because they are easier to breach. New businesses rely heavily on digital platforms, online payments, and cloud tools, yet they usually skip professional security setups to save costs.

Attackers know this. They use phishing emails, fake invoices, and malware to steal data or disrupt operations. Even a small leak of customer information can destroy trust before a startup has a chance to grow. Thinking that a company is “too small to hack” is a costly mistake. Every business that collects, stores, or shares data online is a potential target.

Founders who want to understand cybersecurity from both a technical and management perspective can look to programs such as the University of North Carolina Wilmington’s online MBA in cybersecurity. The program, offered through the Cameron School of Business, combines leadership training with practical knowledge in security management. Its 100% online format makes it accessible to working professionals, and its AACSB accreditation highlights its academic quality.

Taking security seriously from the start helps close those gaps and signals that the company values responsibility.

2. The Real Cost of a Cyberattack for a Young Business

A cyberattack doesn’t just mean a temporary loss of access to files. It can stop business operations, expose client data, and lead to expensive recovery processes. For a young business, that can mean the end of operations entirely.

When a startup suffers a breach, it may lose customer trust instantly. People hesitate to share information again. Investors also become cautious, seeing the business as risky. On top of that, startups may face costs for legal advice, technical recovery, and communication damage control. In some cases, working with an internet content removal service becomes necessary to address harmful posts or leaked information that could damage a young company’s reputation.

The financial loss is only part of the problem. The emotional stress and lost time can be just as harmful. That’s why prevention is always cheaper and more effective than trying to recover after a crisis.

3. Building a Security-First Culture Early On

Cybersecurity is not only about technology; it’s also about behavior. Startups can reduce risks by creating a workplace culture where everyone understands their role in keeping data safe. That starts with leadership.

Founders and managers need to set clear rules about password management, data storage, and software updates. Regular reminders and simple training sessions go a long way. Encouraging open communication about suspicious emails or activities also helps detect threats faster.

When security becomes a shared responsibility, it feels like part of the company’s DNA rather than an afterthought. This mindset builds trust across the team and with customers as well.

4. Meeting Legal and Customer Expectations Around Data Protection

Today, customers expect their personal information to be safe. Governments are also enforcing stricter data protection laws. Even small startups must show that they follow basic security standards if they want to win contracts or partnerships.

If a startup handles customer payments or stores personal details, it must use secure systems. Being transparent about how data is collected and protected can make clients more confident. Many investors and partners now ask about security practices before making deals.

Startups that take privacy seriously early on will find it easier to grow in regulated industries and attract more business opportunities.

5. Reducing Risk by Tackling Human Error Early

Most cyber incidents don’t start with advanced hacking. They start with simple mistakes. Employees might click on a fake email, use weak passwords, or send data to the wrong person. These small actions can open the door to serious problems.

Startups can prevent many of these issues through early awareness. Training sessions don’t have to be complicated. A short meeting on how to spot phishing emails or how to create strong passwords can make a big difference. Encouraging the use of two-factor authentication and password managers helps too.

Leaders should also set an example. When management takes cybersecurity seriously, employees follow. Making cybersecurity part of regular discussions keeps it top of mind and builds accountability within the team.

A strong cybersecurity mindset doesn’t just protect a startup — it helps it grow. When teams plan for security early, they operate with more confidence and credibility. They can handle customer data responsibly, attract investor trust, and focus on innovation without constant worry.

The message is simple: it’s never too early to start protecting what matters most. A secure startup is a stronger startup, ready to face the digital challenges of the modern business world.

Cybersecurity Leader Proofpoint Launches AI Innvoation Centre in Cork

Proofpoint, a leading cybersecurity and compliance company, today announced that it is continuing to expand operations out of its international hub in Cork. The ongoing investment will bring new specialist roles to the city centre location, including data scientists and artificial intelligence (AI) and large language model (LLMs) specialists, as the company launches its AI Innovation Centre.  This project is supported by the Irish Government through IDA Ireland.

Today’s cyberthreats are growing in sophistication and attackers are no longer simply targeting infrastructure; they’re targeting people. Proofpoint research shows that in response to this, 87% of global CISOs are looking to deploy AI-powered capabilities to help protect against human error and advanced human-centred cyber threats. Proofpoint continues to innovate on its AI-powered defences for organisations, with its human-centric solutions designed and deployed with data privacy and security at front of mind.

Proofpoint’s new AI Innovation Centre will create a privacy-attested AI environment, ensuring the safety and anonymity of all data used to train Proofpoint’s models. AI and ML require powerful detection models and a high-fidelity data pipeline to yield accurate detection rates, operational efficiencies, and automated protection. The AI Innovation Centre will allow the acquisition of larger data sets, allowing Proofpoint’s LLMs to be used in industry-leading, high-volume, high-velocity cases, improving overall threat detection for organisations.

“The ongoing expansion of Proofpoint in Cork is a clear reflection of Ireland’s continued success in attracting world-class companies to establish their international hubs here,” said Peter Burke, Minister for Enterprise, Tourism and Employment. “The creation of up to 100 new roles in the coming years, including in AI and large language models, further strengthens our position as a global technology and innovation hub.”

To drive this initiative, Proofpoint will be bringing 45 new specialist roles to its Ireland location, with a continued growth trajectory of up to 100 additional roles over the coming years. The roles will include data scientists, and AI and LLM specialists.  Looking ahead, Proofpoint will also bring a security operations team to Cork, and increase roles in other functions such as its data security team. As part of this, Proofpoint is also expanding its office space in Cork.

 

“Our ongoing investment in our Ireland-based business is critical to our international growth, and to strengthening our ability to protect European organisations,” said Remi Thomas, Chief Financial Officer at Proofpoint. “Today’s cyber-attacks are growing in sophistication, and AI plays a critical role in an organisation’s defence against these threats. We are excited to tap into Cork’s technical talent base to further strengthen our industry-leading AI-driven solutions, enabling us to detect and prevent emerging threats at an unprecedented scale, while keeping data secure.”

 

“AI is a defining capability that truly sets Proofpoint apart.  We have some of the most extensive human-centric threat intelligence data, which amplifies the power of our AI solutions, and ensures that our models are continuously improving and adapting to new threats,” said Kevin Leusing, Chief Technologist, EMEA at Proofpoint. “The launch of our AI Centre here in Cork will further enhance these capabilities by integrating the latest AI advancements with our unparalleled dataset, staying ahead of even the most sophisticated attackers.”

 

“Cork continues to cement its position as a leading cybersecurity hub, and today’s announcement from Proofpoint underscores the region’s growing significance in this sector,” said Michael Lohan, CEO, IDA Ireland. “Ireland’s rich talent pool, particularly in emerging technologies like AI and cybersecurity, is a key factor in attracting such high-calibre investments.”

 

To find out more about Proofpoint’s human-centric security solutions, visit: https://www.proofpoint.com/uk

 

To read more on the launch of Proofpoint’s Cork operations, please visit: https://www.proofpoint.com/uk/newsroom/press-releases/cybersecurity-leader-proofpoint-expands-global-presence-international-hub