July 24, 2026
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HID Global: 16 billion passwords just leaked. Still using one?

It’s time to say goodbye to traditional passwords and explore four powerful passwordless authentication methods. This article looks at how FIDO, PKI, biometrics and push notifications are changing the way organizations secure accounts and how they improve both protection and user experience.

Passwords have long been the weakest link in digital security. Hackers target them relentlessly, leading to breaches that expose sensitive company data and personal information. On top of that, password fatigue frustrates users who are forced to manage dozens of complex logins across different systems. As a result, more organizations are moving to passwordless authentication — replacing passwords with modern technologies such as cryptographic keys, biometrics and trusted devices.

Below are four leading passwordless authentication methods and their advantages:

  1. FIDO

FIDO (Fast Identity Online) is an industry-standard method built on public-key cryptography. It creates a private-public key pair, with the private key securely stored on a user’s device such as a security key or smartphone, and the public key registered with the service provider. During login, the private key signs a server challenge that is verified using the public key. This ensures strong authentication without exposing sensitive data.

Passkeys — FIDO credentials — are supported by major tech providers like Google, Apple and Microsoft. Thanks to broad adoption, FIDO is now suitable for both consumer apps and enterprise systems such as Office 365 and Google Workspace.

Benefits:

  • Resistant to phishing attacks
  • Eliminates the need to type passwords
  • Works across a wide range of devices and services
  1. Public Key Infrastructure (PKI)

PKI also relies on cryptographic key pairs, but ties a single key to a user identity through a digital certificate issued by trusted Certificate Authorities (CAs). While FIDO generates a new pair for each service, PKI enables one certificate to work across multiple domains, making it efficient for larger organizations.

Benefits:

  • Strong, phishing-resistant authentication
  • Enables cross-domain access through a trust hierarchy
  • Supports login, data encryption and digital signatures

PKI remains a cornerstone for governments and enterprises that manage sensitive data and need proven, large-scale security.

  1. Biometrics

Biometric authentication uses unique physical or behavioral traits such as fingerprints, facial structure, iris patterns or voice recognition. Specialized sensors capture and analyze these traits, comparing them with stored templates. Because they are inherently unique, biometrics provide a level of security that is extremely difficult to forge.

Benefits:

  • No more weak or reused passwords
  • Convenient and fast login experience
  • Difficult for attackers to replicate remotely

From unlocking a phone with a fingerprint to logging into banking apps with facial recognition, biometrics combine usability with strong protection.

  1. Push Notifications

Push notification-based authentication links identity to a registered device. When a login is attempted, the user receives a secure prompt to approve or deny the request. This adds a real-time verification step that attackers without the device cannot bypass.

Benefits:

  • Users instantly approve or reject access
  • Strong protection through device possession
  • No codes or passwords required

Conclusion

The future of secure access lies in passwordless authentication. By eliminating passwords, organizations can reduce risks, prevent breaches and offer users a seamless experience. Whether the goal is stronger protection, greater efficiency or modernization of IT systems, passwordless technologies such as FIDO, PKI, biometrics and push notifications are paving the way. Now is the time to act. Partner with HID to implement passwordless solutions and build a safer, more secure digital future.

Italy Tests New Surveillance System to Catch Drivers Overtaking on Solid Lines

According to Italian media, a new traffic surveillance system called the “sorpassometro” (officially SV3) has been introduced and is being tested in the country to detect illegal overtaking on road sections marked with solid lines.This device complements speed cameras and average-speed monitoring systems, but unlike them, it does not measure speed or average speed — instead, it specifically targets overtaking violations where such maneuvers are strictly prohibited.

The “sorpassometro” operates through a combination of road-embedded sensors and cameras. Once a violation is detected, the system automatically transmits the vehicle’s information together with video evidence to the authorities, who then issue a penalty notice to the vehicle’s owner. These devices are most often installed in areas with reduced visibility or near so-called blind curves, where risky overtaking can lead to serious consequences.

One of the first “sorpassometro” units was installed in early August in Calabria, in the province of Cosenza, along the SS18 highway, a road notorious for reckless driving maneuvers and frequent accidents. It records 15-second video clips as indisputable evidence of violations, enabling authorities to sanction reckless drivers more effectively and strengthen accident prevention. Penalties range from monetary fines and penalty points on the driver’s license to license suspension in more severe cases.

Acronis and Intel Partner to Deliver Efficient, AI-Driven Threat Detection for Endpoint Devices

Acronis Cyber Protect Cloud, a SaaS-based, multi-tenant platform, delivers award-winning protection from cyber threats, including next-generation antivirus, email security, data loss prevention (DLP), and endpoint and extended detection and response (EDR/XDR). Security professionals who use Acronis spend less time juggling tools thanks to its natively integrated solution that integrates cybersecurity, endpoint, and posture management, data protection, automated backups, and disaster recovery. Acronis also proudly aligns with NIST cybersecurity functions, helping users identify, protect, detect, respond to, and recover from threats more effectively.

“Cyber protection must be natively integrated and AI-powered to address modern cyber threats,” said Gaidar Magdanurov, President at Acronis. “Our collaboration with Intel empowers MSPs and corporate IT to deliver real-time security at the endpoint with minimal impact to system performance, protecting the productivity of users. Our collaboration with Intel takes the headache out of IT security for users and IT administrators.”

“Together, Intel and Acronis are delivering fast, AI-powered security right on the device,” said Carla Rodríguez, Vice President and General Manager, Client Software Enabling at Intel. “By running complex security tasks on an AI PC with Intel Core Ultra processors, we enable partners like Acronis to deliver breakthrough protection with lower latency and improved performance and privacy.”

Traditional antimalware software often struggles to detect modern threats and can consume excessive system resources, resulting in slowdowns, increased support tickets, and reduced productivity.

Fragmented security solutions further strain overburdened IT teams while increasing operational complexity. Acronis Cyber Protect Cloud addresses this with natively integrated cyber protection, minimizing the impact on system performance. And with Intel technology, it runs even more efficiently.

To learn more about AI PCs powered by Intel and Acronis Cyber Protect Cloud, visit: https://solutions.acronis.com/en-us/integrations/ai-pcs-powered-by-intel-and-acronis-cyber-protect-cloud/

Urbanization and Smart City Investments Propel Intelligent Transport Market to $55 Billion

A new report from Marketsandmarkets predicts that the intelligent transportation system market is expected to reach USD 55.36 billion by 2030 from USD 42.55 billion in 2025, at a CAGR of 5.4% during the forecast period. The rising need for efficient traffic management, reduction in road accidents, and increasing adoption of smart mobility solutions are cited as being the market growth drivers.

Rapid urbanisation, government investments in smart city infrastructure, and advancements in connected vehicle technologies further fuel the adoption of ITS. Moreover, integration of AI, IoT, and data analytics in traffic control, alongside growing public-private partnerships, is expected to enhance transportation efficiency and safety globally.

Demand for real-time data analytics drives information management

The information management segment is expected to witness the highest CAGR in the intelligent transportation system market during the forecast period due to the growing demand for real-time traffic data analytics, increasing adoption of cloud-based platforms and IoT devices, and the rising need for integrated multimodal transport information systems. Real-time traffic data analytics enable faster and smarter decision-making for traffic control, helping to reduce congestion and improve road safety. This capability drives strong adoption by governments and urban planners seeking more efficient traffic flow and incident response.

Additionally, cloud-based platforms and IoT devices are revolutionising the ITS landscape by offering scalable and cost-effective solutions for collecting, sharing, and analysing transportation data. These technologies allow cities and municipalities to deploy intelligent systems with lower infrastructure investment, accelerating market expansion across developed and developing regions. Furthermore, the rising focus on integrated multimodal transport requires robust information management systems that can unify data across various transportation modes, such as buses, trains, ferries, and ridesharing services, to provide a seamless and reliable commuter experience. As cities aim to improve mobility, efficiency, and sustainability, the need for intelligent information systems becomes increasingly critical, positioning this segment for strong and sustained growth over the forecast period.

Roads segment holds the largest market share

During the forecast period, the roadways segment is expected to hold the largest market size in the intelligent transportation system market due to increasing traffic congestion in urban areas, growing government investments in smart road infrastructure, and rising demand for advanced safety and traffic management solutions. Increasing urban traffic congestion drives the urgent need for ITS solutions like smart traffic signals and congestion management systems to enhance mobility and reduce delays.

Governments across the globe are investing heavily in smart infrastructure, supporting the large-scale deployment of technologies such as surveillance systems and automated tolling solutions to improve traffic flow and safety. Furthermore, the rising demand for advanced safety and traffic management solutions is fueling the adoption of collision avoidance systems, real-time traffic alerts, and emergency response systems, particularly in road-based transport, which is the most widely used mode of transportation. These factors contribute to the dominant share of the roadways segment in the market.

Asia Pacific to dominate the global market

Asia Pacific is projected to dominate the global intelligent transportation system market during the forecast period due to rapid urbanisation and growing vehicle population, increasing government initiatives and investments in smart city and transport infrastructure, and rising adoption of advanced technologies like AI, IoT, and 5G in transportation networks.

Rapid urbanisation and the surge in vehicle ownership have led to worsening traffic congestion and heightened safety concerns across major cities, prompting governments and urban planners to adopt ITS solutions for improved traffic flow and management.

Additionally, significant government investments in smart city initiatives and transport modernisation are driving the large-scale deployment of technologies such as adaptive traffic control systems, electronic toll collection, and advanced public transit management. Furthermore, the widespread adoption of AI, IoT, and 5G across the region enables real-time communication, predictive traffic analytics, and automation, enhancing transportation efficiency and safety. These factors collectively position the Asia Pacific as a global ITS innovation and adoption leader.

Key player profiles

The report profiles key players such as Siemens, Hitachi, Mundys, Indra Sistemas, Verra Mobility, Cubic Corporation, Conduent, Kapsch Trafficcom, Thales, and Teledyne Technologies, for example. These players have adopted various organic and inorganic growth strategies such as product launches, expansions, acquisitions, partnerships, collaborations, agreements, and investments.

Trend Micro Launches Cybertron, Industry’s First Proactive Cybersecurity AI

Trend Micro has introduced Trend Cybertron, a pioneering cybersecurity large language model (LLM) designed to reshape how enterprises manage cyber risk. Built on over 36 years of threat intelligence and more than two decades of AI innovation, Cybertron merges the reasoning power of Agentic AI with curated datasets and real-world expertise.

The solution integrates directly with Trend Vision One™, combining threat data, analytics, and advanced engines to deliver end-to-end visibility and protection. It enables proactive risk management by predicting attack paths, modeling threats, and recommending mitigation strategies before breaches occur.

Unlike reactive security approaches, Cybertron empowers IT teams to anticipate risk with exact precision across the entire attack surface. By doing so, organizations can move ahead of attackers, mitigating threats before they materialize.

This launch is especially relevant in regions such as the Middle East & Africa, where rapid adoption of AI-driven systems in government, banking, and smart cities has made security a pressing priority. Trend Micro notes that the average cost of a cyberattack in the region stands at $8.75 million, nearly double the global average.

“Security teams are overwhelmed by alert volumes and increasingly complex infrastructures,” said Bilal Baig, Regional Technical Director for the Mediterranean Middle East and Africa at Trend Micro. “Cybertron automates analysis and prioritizes threats based on real-time intelligence, allowing teams to focus on the most critical issues.”

Customer reports highlight up to 99% faster remediation when using Cybertron, setting a new standard for proactive defense. The model continuously evolves through agentic AI capabilities, adapting to novel threats and optimizing response with every interaction.

By integrating cybersecurity LLMs, curated threat intelligence, and intelligent AI agents, Cybertron provides organizations with clarity, speed, and confidence. It draws from global intelligence to prioritize risks and recommend precise actions, enabling teams to strengthen resilience.

Now available worldwide, Trend Cybertron represents a paradigm shift in cybersecurity, moving the industry firmly toward AI-driven proactive defense. It underscores Trend Micro’s mission to deliver innovative, future-ready solutions that safeguard digital transformation.

Video Surveillance in Sarajevo as the Ideal Solution Against Illegal Dumping

One of the biggest challenges to keeping Sarajevo clean is the issue of illegal dumping, with around 150 such sites currently identified, said Mirsad Jašarević, director of the public utility company KJKP “Rad,” in an interview with the news agency Fena. He emphasized that since taking over the leadership of the company, a project has been launched to establish a video surveillance system aimed at preventing the formation of illegal dumps. “This is an effective system that, in cooperation with municipalities and the Ministry of Internal Affairs, will work on detecting and preventing the creation of dumps at an early stage,” said Jašarević. According to him, the study has been completed, and the signing of memorandums and agreements with the relevant institutions is underway. “This week we are signing memorandums with the Ministry of Internal Affairs, and all relevant institutions are involved in the process,” he added.

The video surveillance system will enable continuous monitoring of critical locations and a swift response from the competent services, significantly reducing the number of illegal dumps.

The project is based on legal frameworks and professional analyses, and represents an important step in modernizing public utility services and preserving public space. Jašarević also announced the organization of a round table and an international scientific conference in September on the topic of preventing illegal dumping. As he stressed, video surveillance is a key element in the effort to make Bosnia and Herzegovina’s capital a cleaner and safer city.

Axis Communications Report Highlights Emerging AI Trends in Video Surveillance

Axis Communications has released a new report, “The State of AI in Video Surveillance,” offering fresh insights on how artificial intelligence is transforming safety, security, business intelligence, and operational efficiency. The research shows that AI deployment has surged in the past two years, fueled by higher customer demand, new use cases, and growing awareness of its applications. Mats Thulin, Director AI & Analytics Solutions at Axis, stated, “AI remains one of the most powerful and transformative technologies within the video surveillance industry. This new research reveals that while there are significant opportunities for AI to improve safety and security, operational efficiency and business intelligence, there must be a focus on ethical implementation and meaningful integrations which drive value.”

The report highlights that the shift from on-premise systems to hybrid cloud and edge AI architectures is accelerating, enabling scalability, faster processing, and better bandwidth usage.

Hybrid models are gaining preference, combining edge AI’s real-time processing on cameras with the scalability of the cloud for long-term data storage. Respondents also pointed to the importance of integrating multiple data sources, including video, audio, and environmental data, to enhance situational awareness and deliver actionable insights. Pairing video with audio analysis, for example, can allow faster and more accurate emergency responses. Another key finding is that facial recognition is gaining wider adoption in many countries, supported by new regulations clarifying its ethical and responsible use.

Experts predict its continued growth, but stress that alignment with privacy rules and transparency remain essential. The study combines qualitative interviews with AI experts from the Axis global partner network and survey data from distributors, partners, and end customers in more than 60 countries. Together, these findings reflect a rapidly evolving video surveillance industry where AI is both a driver of innovation and a subject of ethical debate. The full report is available for download on the manufacturer’s official website.

Cybersecurity Incidents Dominate the Week: Microsoft, DaVita, and Interpol Crackdown in Africa

The past week was marked by a wave of significant cybersecurity incidents worldwide. Microsoft announced it is limiting the information shared with Chinese companies through its Microsoft Active Protections Program (MAPP), following concerns that PoC exploit code may have been leaked and abused by Chinese threat actors.
Instead of detailed technical code, Microsoft will now provide only general descriptions of vulnerabilities to these firms. Meanwhile, Hunt.io published an in-depth analysis of the leaked Ermac 3.0 banking trojan source code, revealing both powerful data theft capabilities and serious security flaws. In Africa, Interpol carried out Operation Serengeti 2.0, arresting more than 1,200 individuals linked to cybercrime and recovering nearly $100 million while dismantling 11,000 malicious networks. The operation targeted investment fraud schemes, illicit cryptocurrency operations, and inheritance scams.

Separately, Microsoft patched a logging issue in Copilot that allowed some interactions to bypass audit logs, raising concerns for industries where log integrity is critical.

Researchers also warned that agentic AI integrated into web browsers could be exploited by attackers through techniques such as Scamlexity and ClickFix. Healthcare provider DaVita disclosed that its recent ransomware-related data breach now affects nearly 2.7 million people, with the Interlock group claiming responsibility. Together, these events underscore the growing complexity of today’s cyber threat landscape and the urgent need for stronger defenses across industries.

AI, IoT and Cloud Propel Global Workplace Safety Market Toward Rapid Expansion by 2030

The global workplace safety market is expected to almost double in size, rising from USD 19.64 billion in 2025 to USD 38.55 billion by 2030, according to a new report from MarketsandMarkets. The projected CAGR of 14.4% is fueled by stricter regulations, a stronger emphasis on worker well-being, and the adoption of advanced safety technologies. Enterprises are increasingly turning to AI-powered monitoring systems, wearables, and predictive analytics to prevent risks, reduce incidents, and support real-time decision-making. Analysts note that ESG compliance, digital transformation, and recent high-profile accidents have accelerated the need for comprehensive safety frameworks addressing both physical and mental health risks. Within hardware, the safety sensors segment is poised to lead, as sensors capable of detecting gas leaks, fires, and other hazards become essential in industrial environments.

The integration of AI and IoT is enhancing the capabilities of these smart sensors, improving incident detection and response times. Cloud deployment models are also gaining momentum, offering scalability, remote access, and centralised data management for global enterprises.

This trend is reinforced by the rise of hybrid work and the shift toward digital safety platforms that rely on predictive analytics and continuous updates. Regionally, Europe is expected to post the highest growth rate, driven by stringent EU workplace safety regulations and a strong commitment to worker welfare. Initiatives such as the EU Strategic Framework on Health and Safety at Work 2021–2027 are further spurring investment in advanced monitoring, analytics, and well-being programs.

Major industry players shaping this market include IBM, Honeywell, Hexagon, Appian, Microsoft, Bosch, Cority, HSI, Hitachi, and Kinetic.

The Practical Guide to Becoming Crypto-Agile – Insights from HID Global

In a world where change is the only constant, adaptability is the new competitive edge — not just in business strategy, but in cybersecurity as well. Enter crypto-agility: the ability to rapidly update and deploy cryptographic systems in response to emerging threats, new standards and technological advancements.

What Is Crypto-Agility and Why Does It Matter?

Just as business agility helps companies stay competitive, crypto-agility ensures that company data and systems remain secure in the face of change. Cryptographic algorithms and protocols are not static — they evolve as researchers discover vulnerabilities or develop more secure methods. Without crypto-agility, organizations risk falling behind, leaving sensitive data exposed to increasingly sophisticated cyber threats.

Understanding Cryptography in Cybersecurity

At its core, cryptography protects data by encoding it so that only authorized parties can access it. This is often managed through public key infrastructure (PKI), which uses digital certificates to encrypt and decrypt information. These certificates define how data is secured and who can access it.

However, as encryption standards evolve, so must the systems that rely on them. That’s where crypto-agility comes in.

What Does Crypto-Agility Look Like in Practice?

Crypto-agility is more than a buzzword — it’s a strategic capability that enables organizations to respond quickly to cryptographic changes without compromising security or uptime. With HID’s PKI solutions, crypto-agility becomes a built-in advantage. In practice, crypto-agility lets you: 

  • Quickly replace outdated or vulnerable algorithmswithout overhauling entire systems — HID PKIaaS enables seamless algorithm updates across your infrastructure — no need to rip and replace systems. This flexibility ensures your cryptographic foundation evolves with emerging threats and standards.
  • Mitigate risks from certificate distrust or mass revocations— HID’s support for multi-CA architectures allows organizations to switch certificates between trusted certificate authorities with minimal disruption. This agility is critical during events like CA distrust or large-scale revocations.
  • Adapt to new cryptographic standardswithout re-inventing the wheel — HID PKIaaS is designed with modularity and standards-alignment in mind, making it easy to adopt new protocols and encryption methods as they become industry norms
  • Prepare for the post-quantumera — HID’s cloud-based PKIaaS is built by cryptographic experts to help you stay ahead of quantum threats. It provides a future-ready foundation that supports hybrid and quantum-safe algorithms — so you don’t have to be a cryptography expert to be secure.
  • Maintain compliance with evolving regulations and best practices— HID’s solutions are aligned with global standards like NIST and CA/B Forum guidelines. As regulations evolve — such as the move to 47-day certificate lifespans — HID helps you stay compliant without added complexity.
  • Automate certificate life cycle management to reduce risk— HID Enterprise SSL and PKIaaS offer robust automation tools that eliminate manual errors, reduce audit failures and ensure certificates are always up to date — critical for maintaining trust and operational continuity

Building a Crypto-Agile Strategy

Achieving crypto-agility requires more than just technical upgrades — it demands a strategic approach. Here are key steps to consider:

  1. Audit your current cryptographic assets. Understand what algorithms, keys and certificates are in use across your organization.
  2. Establish a cryptographic baseline. Define the minimum standards your systems must meet.
  3. Implement flexible encryption platforms. Choose solutions that support rapid updates and integration with existing infrastructure.
  4. Develop clear policies and protocols. Ensure your teams know how to respond to cryptographic changes and threats.

The Bottom Line

Crypto-agility is no longer optional — it’s a critical component of modern cybersecurity. By embracing agile cryptographic practices, organizations can protect their data, maintain trust and stay resilient in an ever-changing digital world.

For more information, please visit the website: https://campaigns.hidglobal.com/

 

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a&s Adria – professional security magazine for providing total security solutions is a monthly circulating publication and a licenced representative of Messe Frankfurt New Era Business Media for Adriatic region, which consists of following countries: Bosnia and Herzegovina, Croatia, Kosovo, Montenegro, FYR Macedonia, Slovenia and Serbia.