Zero Trust Security

Device Permissions are settings that allow a user to control which applications or programs can access data on their device. They give users full control over how their device is used and also help protect private information from theft or misuse. Device permissions allow users to grant or deny access to specific functions, like camera and location services, ensuring that only trusted applications can access sensitive information. By enabling these settings, users can protect their online security and privacy.

VPN stands for Virtual Private Network and is a type of secure connection that creates a barrier between you and the internet, allowing you to access the web safely and privately. VPNs work by encrypting your data and connecting you to an external server, which routes your data through its own server before it reaches its destination. This helps protect your data from prying eyes and malicious activity. VPNs are used to protect sensitive information when browsing online, such as credit card numbers or passwords. Additionally, they allow users to unblock content that may be blocked in their current location. For example, if you are traveling abroad and want to stream video content from home, a VPN can help you bypass geographical restrictions. Finally, VPNs play an important role in cybersecurity by helping keep personal information safe from hackers and other cybercriminals. By avoiding public networks or accessing the internet through a secure connection like a VPN, individuals can reduce their risk of being targeted by malicious attackers.

Mandatory Access Control (MAC) is a type of access control system that limits access to resources based on security labels. It is used in many different types of organizations and for many cyber security purposes. MAC works by assigning each user a specific label, or clearance level, that determines what data they can view or modify. Access to sensitive information like financial records or customer data is limited to those with the highest clearance levels, while access to less important information is made available to everybody. By setting up these levels of security, organizations can ensure that only authorized users are granted access to sensitive information, providing them with increased security and protection from malicious attacks.

TLS (Transport Layer Security) is a type of digital encryption that helps protect data sent over the internet. It works by encrypting communication between two systems so that it can’t be intercepted by any third-party. TLS is commonly used for banking and ecommerce transactions to ensure customer information stays secure, but it can be used for almost any type of online communication. It's also key to providing an additional layer of security against increasingly sophisticated cyber-attacks. TLS is used widely in healthcare, government and financial services around the world and continues to evolve as new threats emerge. By providing secure connections and authentication, TLS is an essential part of any comprehensive cybersecurity strategy.

Software-defined Networking (SDN) is a revolutionary way for networks to be managed and operated. It separates the network control plane from the data forwarding plane, allowing for more flexibility and control. This helps enable automated networking processes, better security measures, and improved performance. SDN is used by organizations that require high levels of agility in their networks, such as those involving large enterprises or cloud computing applications. SDN also benefits cyber security by providing visibility into network traffic and giving administrators more control over how data is routed through the network. This means organizations can better protect themselves from malicious attacks and respond quickly to threats.