In a world where sporting events attract large crowds, managing security in sports infrastructures is a priority. To ensure a secure environment while remaining adaptable to technological changes, open protocols prove essential. By allowing for easy integration of access control systems, especially biometric ones, they offer enhanced interoperability and optimize investments. Discover how these protocols are transforming security management in sports complexes.
Open protocols: what are they?
Open protocols are communication standards that facilitate the integration of various technologies, regardless of the provider. Unlike proprietary protocols, they allow multiple systems to work together, which is particularly useful in sports infrastructures where security needs evolve rapidly. For access control systems, for instance, these protocols enable the integration of biometric solutions with existing devices, such as badge readers or cameras.
Biometric technologies, such as facial recognition or fingerprint scanning, play a growing role in access control. With open protocols, it becomes easier to adopt these technologies without having to replace entire systems. This ability to integrate new security solutions seamlessly is a major asset for sports site managers.
How sports infrastructures benefit
One of the main advantages of open protocols in sports infrastructures lies in the improvement of access control systems. During events, thousands of people pass through secure entry points, and biometrics becomes an essential tool for ensuring both speed and security. Thanks to open protocols, these systems can be easily updated or replaced without disrupting the overall infrastructure. This allows stadiums and other facilities to remain at the forefront of security technology.
Moreover, open protocols offer centralized management of access points. For example, it becomes possible to use a biometric system for main entrances while having additional controls for specific areas, like locker rooms or VIP zones. This flexibility is particularly useful for adjusting the security level depending on the event or potential risks.
Finally, by making it easier to add new technologies without excessive costs, open protocols allow sports infrastructure managers to optimize budgets while ensuring a high level of security.
Concrete examples of successful applications
Many sports infrastructures worldwide have adopted open protocols to enhance their security. For example, some stadiums have integrated facial recognition systems into their access control, while maintaining more traditional devices like access cards. This combination, made possible by open protocols, helps speed up entry flows while maintaining strict security.
In another case, a large multi-sports complex successfully unified its video surveillance and biometric access control systems under a single platform. This enables managers to monitor spectator movements in real time and respond immediately in case of a threat. Thanks to open protocols, they could integrate technologies from different suppliers without having to overhaul their entire infrastructure.
Thus, open protocols represent an essential solution for sports infrastructure managers. They provide the necessary flexibility to integrate the latest innovations in access control and biometrics while optimizing costs and ensuring increased security.
Source: https://blog.hidglobal.com/fr/de-lexcellence-sportive-la-securite-intelligente-limpact-des-protocoles-ouverts-pour-les
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Directive NIS2: are you ready for the new security obligations?
BiometricsThe European NIS2 directive, effective in 2024, introduces stricter requirements for cybersecurity and physical security. These obligations apply to companies managing critical infrastructures or providing essential services. Discover the key steps to prepare effectively.
Understanding the objectives of the NIS2 directive
Adopted to address the increase in cyber threats, the NIS2 directive aims to enhance the resilience of critical infrastructures in Europe. It expands its scope to supply chains and requires companies to adopt proactive risk management.
The main obligations include:
These measures encourage organizations to adopt an integrated approach, combining digital and physical security, to protect their systems and ensure service continuity.
Assessing risks to enhance your security
Compliance with the NIS2 directive starts with a thorough risk assessment. This process helps identify vulnerabilities and set security priorities. Here are three steps to structure this approach:
This assessment should include a supply chain analysis, as providers play a key role in the overall protection of infrastructures.
Securing your physical access control systems
The NIS2 directive highlights the importance of physical security as a complement to cybersecurity. Access control systems must be closely monitored to avoid any point of failure. Key elements to analyze include:
A comprehensive approach ensures stronger protection against risks, whether physical or digital in nature.
Preparing your organization for the NIS2 directive means taking concrete steps to reduce vulnerabilities and ensure compliance. A rigorous risk assessment and a complete securing of your systems are essential steps to protect your infrastructures and meet the new European requirements.
Source: https://blog.hidglobal.com/fr/directive-nis2-votre-systeme-de-controle-dacces-physique-est-il-pret-tout-ce-quil-faut-savoir-sur
IDEMIA and INTERPOL: a strengthened collaboration through advanced biometrics
BiometricsIDEMIA and INTERPOL partner once again to enhance international security. Discover how the updated multibiometric system MBIS from IDEMIA tackles identification challenges and combats transnational crime.
Biometric technology supporting international investigations
In July 2024, IDEMIA delivered an updated version of its multibiometric identification system (MBIS) to INTERPOL. This system features a recently evaluated biometric recognition algorithm that ranked among the best in assessments conducted by the National Institute of Standards and Technology (NIST).
With these new capabilities, INTERPOL’s 196 member countries can submit biometric queries, including fingerprints and facial recognition, to the organization’s global database. This technology supports forensic investigations and provides precise analysis of traces left at crime scenes, increasing the likelihood of solving complex cases.
Technological advancements for global security
The partnership between IDEMIA and INTERPOL is not new. In 1999, IDEMIA provided the organization with its first automated fingerprint identification system (AFIS). Today, with the updated MBIS, this collaboration reaches a new milestone.
The MBIS 5/MBSS incorporates the latest innovations in biometric algorithms. These tools enable not only fast and accurate recognition but also full interoperability with INTERPOL’s Bio HUB. This system centralizes biometric data and facilitates access for law enforcement agencies, thereby enhancing coordination in the fight against transnational crime.
A shared commitment to innovative solutions
The upgrade of this multibiometric system reflects IDEMIA’s commitment to delivering reliable and effective technologies to international organizations. IDEMIA’s solutions are renowned for their quality and reliability, which explains their adoption by major players like INTERPOL.
This collaboration also underscores the importance of investing in biometric technologies to address today’s security challenges. By providing solutions tailored to the needs of law enforcement, IDEMIA helps strengthen international organizations’ ability to identify criminals and protect populations.
When used ethically and responsibly, biometric technologies play a key role in global security. This renewed partnership between IDEMIA and INTERPOL is concrete proof of that.
Source: https://www.idemia.com/fr/communique-de-presse/idemia-public-security-ips-fournit-interpol-un-systeme-didentification-multibiometrique-mbis-mis-jour-equipe-dalgorithmes-de-derniere-generation-2024-11-07
Security and access control: how to choose a solution suitable for SMEs
HIDWith the rise of cyberattacks and data breaches, security has become a critical issue for small and medium-sized enterprises (SMEs). However, finding a reliable, effective, and affordable access control system is not always easy. Between biometric solutions, different types of credentials, and technological innovations, how can an SME optimize its security without exceeding its budget?
The importance of access control in securing SMEs
In terms of security, SMEs often face financial and logistical challenges that differ from those of larger corporations. However, they are just as exposed to risks. An appropriate access control system protects premises, secures data, and reassures teams. For example, solutions like HID Signo and Seos®, with biometric and mobile credential options, provide enhanced security while remaining affordable for SMEs. By choosing a scalable system, companies can also adjust their security level as they grow.
Choosing scalable and affordable solutions
One of the main challenges for SMEs is finding a balance between efficiency and cost. Today’s access control market offers flexible and scalable solutions tailored to businesses of all sizes. Depending on their budget, SMEs can prioritize basic solutions, including credentials such as HID cards or biometric identifiers. These options are easy to deploy and provide centralized management, often accessible via cloud platforms. A scalable solution allows businesses to start with essential features and add tools as needed over time.
Biometrics: a key asset to enhance SME security
Biometric access control systems are increasingly favored by SMEs for their precision and reliability. Unlike codes or badges, biometrics (such as fingerprints or facial recognition) are unique to each user, thereby reducing the risk of fraud. For SMEs, choosing a biometric solution ensures secure access without the hassle of managing badges or keys. Moreover, modern biometric technologies, like those from HID, offer high levels of security while being simple to deploy in medium-sized organizations.
Securing premises, protecting data, and ensuring employee well-being are essential priorities for any SME. A suitable access control system that incorporates the latest security innovations contributes to the sustainability and peace of mind of the business.
Source: https://blog.hidglobal.com/fr/pme-7-criteres-importants-pour-evaluer-un-systeme-de-controle-dacces
Anticipate the challenges of post-quantum cryptography in identity management
BiometricsPost-quantum cryptography, an emerging technology, represents a critical turning point for identity system security in the digital age. Faced with the imminent threat of quantum computers, which could compromise current cryptographic methods, companies like IDEMIA are positioning themselves to adapt their solutions and enhance the security of sensitive data. In this article, we explore why it is necessary to act now and how biometrics and cryptographic agility play a crucial role in this process.
Why we must prepare for post-quantum cryptography today
The development of quantum computers disrupts current security systems, particularly in identity management. Traditional cryptographic systems are based on mathematical principles that risk being rapidly outpaced by the computing power of future quantum machines. These computers, capable of solving problems that would take classical computers thousands of years, pose a serious threat to data security. This is why IDEMIA, a major player in identity management and biometrics, advocates acting now by adopting post-quantum cryptographic solutions.
Although these technologies are not yet fully developed, now is the time to start deploying hybrid protocols that combine both traditional and post-quantum cryptography. This enables a smooth transition while ensuring immediate protection. By adopting a proactive approach, companies can anticipate future risks and guard against massive security breaches.
Biometrics: a pillar of security in identity management
Biometrics is a fundamental element of modern identity management, ensuring user authenticity through unique biological characteristics such as fingerprints or facial recognition. However, these systems, like other identity solutions, are vulnerable to sophisticated attacks, especially those that could exploit quantum capabilities.
This is why IDEMIA integrates post-quantum algorithms into its biometric solutions. This enhances security and protects users’ sensitive data, whether for access to government, banking, or commercial services. By focusing on biometrics and post-quantum cryptography, IDEMIA ensures identity management that is both secure and resilient against tomorrow’s threats.
Agile and scalable identity management
One of the major challenges in identity management in the face of post-quantum cryptography is agility. Systems must be able to quickly adapt to technological developments and integrate security updates without compromising user experience. IDEMIA is therefore working to develop solutions that allow cryptographic algorithms to be updated smoothly in response to evolving threats.
By adopting a flexible architecture, IDEMIA enables scalable identity management that can meet future demands while ensuring enhanced security today.
The importance of open protocols for security in sports infrastructures
Biometrics, HIDIn a world where sporting events attract large crowds, managing security in sports infrastructures is a priority. To ensure a secure environment while remaining adaptable to technological changes, open protocols prove essential. By allowing for easy integration of access control systems, especially biometric ones, they offer enhanced interoperability and optimize investments. Discover how these protocols are transforming security management in sports complexes.
Open protocols: what are they?
Open protocols are communication standards that facilitate the integration of various technologies, regardless of the provider. Unlike proprietary protocols, they allow multiple systems to work together, which is particularly useful in sports infrastructures where security needs evolve rapidly. For access control systems, for instance, these protocols enable the integration of biometric solutions with existing devices, such as badge readers or cameras.
Biometric technologies, such as facial recognition or fingerprint scanning, play a growing role in access control. With open protocols, it becomes easier to adopt these technologies without having to replace entire systems. This ability to integrate new security solutions seamlessly is a major asset for sports site managers.
How sports infrastructures benefit
One of the main advantages of open protocols in sports infrastructures lies in the improvement of access control systems. During events, thousands of people pass through secure entry points, and biometrics becomes an essential tool for ensuring both speed and security. Thanks to open protocols, these systems can be easily updated or replaced without disrupting the overall infrastructure. This allows stadiums and other facilities to remain at the forefront of security technology.
Moreover, open protocols offer centralized management of access points. For example, it becomes possible to use a biometric system for main entrances while having additional controls for specific areas, like locker rooms or VIP zones. This flexibility is particularly useful for adjusting the security level depending on the event or potential risks.
Finally, by making it easier to add new technologies without excessive costs, open protocols allow sports infrastructure managers to optimize budgets while ensuring a high level of security.
Concrete examples of successful applications
Many sports infrastructures worldwide have adopted open protocols to enhance their security. For example, some stadiums have integrated facial recognition systems into their access control, while maintaining more traditional devices like access cards. This combination, made possible by open protocols, helps speed up entry flows while maintaining strict security.
In another case, a large multi-sports complex successfully unified its video surveillance and biometric access control systems under a single platform. This enables managers to monitor spectator movements in real time and respond immediately in case of a threat. Thanks to open protocols, they could integrate technologies from different suppliers without having to overhaul their entire infrastructure.
Thus, open protocols represent an essential solution for sports infrastructure managers. They provide the necessary flexibility to integrate the latest innovations in access control and biometrics while optimizing costs and ensuring increased security.
Source: https://blog.hidglobal.com/fr/de-lexcellence-sportive-la-securite-intelligente-limpact-des-protocoles-ouverts-pour-les