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Web application isolation is an important cyber security concept that isolates web applications from each other to improve security. It works by creating a secure environment where web apps are housed in virtual compartments and can only interact with approved resources. This ensures that attacks on one application do not affect the others. Web application isolation is used to protect sensitive data and systems from malicious attacks, as well as provide users with a secure online experience. By isolating applications, businesses can reduce the risk of cyber threats such as malware, phishing, and data breaches. Web application isolation is an effective way for organizations to protect their digital assets and provide better service to their customers.

Allowlist is a tool used to protect digital assets and networks. It blocks malicious activity by creating a list of known safe IP addresses, domains and URLs that are authorized to access the network. This helps prevent unauthorized access, phishing attacks and malicious software downloads. By allowing only trusted sources into the system, organizations can safely manage their cyber security risks. Allowlist/Whitelist is easy to use - it just requires setting up an allowlist policy within the system's firewall.

802.1x Access Control List (ACL) is a security protocol that enables secure access to networks, devices and applications. It is used to control access by allowing or denying certain types of traffic at the user level. ACLs can be used to identify, authenticate and authorize users, allowing them access only to specific resources they are authorized to use. It helps protect against unauthorized access, data theft and malicious activity on networks. Use of 802.1x ACL provides an extra layer of protection for data and resources within a network environment.

Le contrôle d'accès au réseau (NAC) est une technologie de cybersécurité qui permet de protéger les réseaux contre les menaces extérieures. Le contrôle d'accès au réseau fonctionne en surveillant et en gérant l'accès des utilisateurs au réseau. Il veille à ce que seuls les utilisateurs autorisés disposant des bonnes informations d'identification puissent accéder au réseau, tout en empêchant les programmes malveillants d'y pénétrer. Le NAC permet aux organisations de définir des politiques qui spécifient qui a accès à certaines ressources, comme les ordinateurs ou les applications auxquels un utilisateur peut accéder. En surveillant l'activité des utilisateurs, le NAC peut détecter les comportements suspects et prendre les mesures appropriées pour limiter les dommages potentiels causés par des acteurs malveillants ou des virus. Cela aide les organisations à prévenir les violations de données, à minimiser les pertes dues à un accès non autorisé ou à une mauvaise utilisation des actifs, et à se conformer aux normes réglementaires en matière de sécurité des données. Avec NAC en place, les organisations peuvent avoir confiance dans leur posture de cybersécurité et mieux protéger leurs actifs critiques.

SSO (Single Sign-on) is an authentication process that allows users to access multiple applications with just one set of credentials. It eliminates the need for users to log in separately for each application they use, thus simplifying and streamlining the user experience. SSO works by granting users access across multiple platforms by verifying their identity only once, and then passing the same authentication every time they log in to other services. This saves time and effort, while also increasing security as it reduces the chance of a user forgetting or mistyping their credentials. Additionally, SSO helps protect against cyber attacks by allowing organizations to control which parts of their network are accessible from outside sources. By limiting external access to specific areas, organizations can limit the potential damage attackers can cause if they manage to gain unauthorized access.