RDP (Remote Desktop Protocol)

Network Access Control (NAC) is a cyber security technology that helps protect networks from external threats. NAC works by monitoring and managing user access to the network. It ensures only authorized users with the right credentials can gain entry, while also preventing malicious programs from entering. NAC allows organizations to set policies that specify who has access to certain resources, such as which computers or applications a user can access. By monitoring user activity, NAC can detect suspicious behavior and take appropriate action to limit potential damage from malicious actors or viruses. This helps organizations prevent data breaches, minimize losses due to unauthorized access or misuse of assets, and comply with regulatory standards for data security. With NAC in place, organizations can feel confident in their cyber security posture and better protect their critical assets

mTLS (mutual TLS) is a cyber security protocol that provides secure communication between two or more entities. It works by authenticating each party involved in the communication through encryption and certificates. mTLS establishes trust between parties, ensuring that only those with valid certificates can access the network, data, or application. This makes it difficult for malicious actors to infiltrate or tamper with data as they need a valid certificate to gain access. mTLS is used in many industries, including finance, healthcare and e-commerce, to protect sensitive information from unauthorized access and ensure the authenticity of transactions. mTLS provides an extra layer of protection for digital assets and services, making it essential for organizations looking to adopt robust cybersecurity measures.

Content spoofing is a form of cyber attack in which attackers replace legitimate content on a website with malicious content. It is used to distribute malware and steal confidential information from unsuspecting users. Content spoofing can be done by creating malicious websites, inserting malicious code into existing websites or redirecting traffic. To protect yourself from content spoofing, always look for signs of suspicious activity such as unfamiliar URLs, strange pop-ups or sudden changes in the layout of a website.

SWG (Secure Web Gateway) is a security solution that simplifies the user experience and provides an additional layer of protection against cyber-attacks. It works by verifying user identity when they first log in, and then using single sign-on (SSO) to provide instant access across all platforms without requiring any further authentication. This makes it easier and faster for users to access their accounts, while allowing organizations to restrict external access to sensitive areas of their network. SWG is used by businesses, universities, governments, hospitals and more, as an effective way to protect their digital assets from cyber-attackers while providing a streamlined user experience.

Location permissions enable a user to give an application access to their device's location data. This can be granted when the app is installed, and it will allow the app to detect the user’s position or track their movements. Location permissions are important for many applications, such as mapping apps or delivery services, but they can also be used maliciously by hackers to exploit users’ personal information. Cyber security measures should always include checking what access is granted to applications with location permissions, as well as monitoring how this data is being used.