Glossary: Cybersecurity Terms & Definitions

Two-Factor authentication is an extra layer of security used to ensure the person accessing a website is who they say they are. It is used to prevent unauthorized access, as users must provide two pieces of information: usually a password and a verification code. This code is sent to user's registered email or mobile device, making it difficult for hackers to gain access. Two-factor authentication helps protect personal data from theft or misuse and offers peace of mind when logging in.

802.1x is an authentication protocol used for network access control. It allows users to be authenticated before being allowed connection to a local area network (LAN). It helps ensure only authorized users can gain access, protecting the network from malicious activity or data loss. To use 802.1x, devices must support the protocol and have an authentication server in place. The device attempting to connect sends credentials which are verified against those stored on the authentication server before granting access.

An API Key is like a digital keycard that some websites or apps give to others. It's a special code that allows them to use certain features or get information, sort of like a backstage pass for computer programs.

API Token is an authentication mechanism used to identify and authorize users when accessing a website or application. It enables secure access by providing a unique, encrypted identifier that is used to approve user access. API tokens are used as an additional layer of security, ensuring only authorized users have access to the application. They are easy to use - simply enter the token when prompted during the login process. This reliable form of authentication helps ensure your data remains secure and private.

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.

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.

A Blocklist is a cybersecurity tool used to protect websites from malicious actors. It works by blocking access to sites that have been identified as potential threats, keeping them from accessing sensitive data and compromising the security of users. By using an Blocklist/Blacklist, businesses can proactively guard against attackers and keep their networks safe. It's designed for easy setup and use, allowing for quick and secure protection of customer data.

Browser Isolation is a cybersecurity tool used by companies to help protect their networks from malicious online threats. It works by isolating web browsers from the rest of their network, allowing only approved requests and responses to pass through. This helps prevent hackers from stealing sensitive data or performing malicious attacks on the system. It also prevents users from accessing potentially dangerous websites. Browser Isolation can be set up quickly and easily and gives companies peace of mind when it comes to network security.

A brute-force attack is a method used to gain access to restricted information, accounts, or systems by using trial and error. It involves trying all possible combinations of characters until the correct one is found. Brute-force attacks are commonly used to crack passwords, find hidden files or uncover security flaws in websites and databases. To protect against this type of attack, websites should use strong authentication methods and regularly change their passwords.

A CASB (Cloud Access Security Broker) is a security solution that helps protect data stored in cloud services. It monitors and enforces policies to ensure the safety of any data going in, out and within cloud applications. By using machine learning and analytics, it detects risky behavior and blocks suspicious activities. This provides an extra layer of protection, allowing businesses to maintain compliance while providing secure access to cloud applications. With a CASB, you can control who accesses your apps, what they can do with them and when they can do it from anywhere.

CASB (Cloud Access Security Broker) is a cybersecurity solution for controlling user access to cloud applications. It provides visibility and control over cloud usage activities, including data security, compliance, and threat protection. It helps organizations monitor and protect their sensitive data in the cloud through authentication and encryption. CASB enables administrators to configure policies to control which users have access to what data, as well as how they use it. With CASB, organizations can ensure their cloud applications are secure, compliant with industry regulations, and remain resilient against cyber threats.

Cloud LAN is a secure, cloud-based local area network that helps organizations protect their data. It allows users to connect to the internet while maintaining secure access to internal networks and applications. Cloud LAN utilizes encryption technology and virtual private networks (VPNs) to keep data safe from cyberattacks and other threats. With Cloud LAN, businesses can securely collaborate with remote employees, customers, and partners without worrying about online security threats.

CDN is an online service that accelerates the delivery of content over the internet. It works by caching and distributing web content on a global network of servers located in different geographical locations, making it faster for users to access websites and applications. CDN helps businesses to improve user experience and deliver high-performance content reliably across the globe. By leveraging its advanced technologies, businesses can benefit from higher availability, scalability and security for their applications. It's easy to set up and use - just choose from one of our reliable cloud providers to get started!

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.

Cross-site scripting (XSS) is a type of cyber attack where malicious code is injected into websites to steal user data. It can be used to gain access to administrative accounts, redirect users to other pages or inject malicious content onto the website. XSS is most easily deployed by sending malicious code via links or web forms and can be prevented with proper validation and sanitization techniques. XSS attacks are extremely dangerous as they can allow attackers to control your website and access confidential information.

A DDoS attack is an attempt to disrupt an online service by flooding it with traffic from multiple sources. It paralyzes the server, making it unable to respond to legitimate requests. Cybercriminals use this type of attack to extort money, damage a company’s reputation or just cause disruption. To protect against these attacks, organizations must deploy strong security measures and monitor their networks for suspicious activity.

DNS Filtering is like having a gatekeeper for the internet. It decides which websites you can or cannot visit based on their names. It helps keep bad or unwanted stuff away, making your online experience safer and more in line with the rules.

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.

A DoS attack (Denial of Service attack) is a malicious cyberattack intended to overwhelm a system with requests, making it unavailable for legitimate users. It is used to disrupt services and cause denial of access to resources, like websites or apps. It exploits vulnerabilities in networks or software to flood the system with requests or data packets, using up its resources and making it unresponsive. Companies must be aware and have strategies in place to stop such attacks as they can lead to significant losses in revenue and reputation.

End-point security is a type of cybersecurity used to protect networks and devices from malicious attacks. It helps detect and prevent threats, by utilizing a range of tools to monitor user activity and secure the system. It can be used for antivirus protection, firewalls, data encryption, identity management and more. End-point security provides an important layer of defense against cyberattacks, allowing organizations to keep their information safe and secure. To use it, organizations must set up appropriate end-point security solutions according to their needs.

Faas means Firewall as a Service. You can use the firewall as a hardware appliance (physical computer in your network), as a virtual appliance (still a computer, but it's running in the cloud), or you can pay for a firewall as a service. It means you are not responsible for the firewall itself. Instead, your provider is making sure it's running and secure; you are just specifying what it should be doing. An example is Azure Firewall.

File transfer protocol, or FTP, is a network protocol that enables data transfer between computers connected to a computer network. FTP servers can manage and host content within an organization's private network. Their purpose plays an acritical role in directly engaging with network files and resources. Thus, isolating FTP servers from internal systems is crucial to mitigate data loss or exploitation.

A Firewall is a tool for securing a computer or network environment. It acts as a barrier between the internal and external networks, preventing malicious traffic from entering the network while allowing legitimate traffic to pass through. Firewalls are used to protect valuable data from unauthorized access, detect and prevent attacks, and ensure that only approved users can access restricted areas. Firewalls use various technologies such as packet filtering, application gateway security, URL filtering, etc., to monitor and control incoming and outgoing network traffic. To use a firewall effectively, it must be properly configured according to the specific needs of the organization.

IP stands for Internet Protocol, which is the set of rules that makes it possible for devices to communicate over the Internet. With billions of people accessing the Internet every day, unique identifiers are necessary to keep track of who is doing what. The Internet Protocol solves this by assigning IP numbers to every device accessing the Internet. Every assigned number is an IP address.

IP tracking, also known as IP grabbing, extracts the IP addresses of unknowing users with third-party services. Malicious individuals can manipulate IP addresses to affect users' access to websites and online content.

An identity provider (IdP or IDP) stores and manages users’ digital identities. Think of an IdP as being like a guest list, but for digital and cloud-hosted applications instead of an event. An IdP may check user identities via username-password combinations and other factors, or it may simply provide a list of user identities that another service provider (like an SSO) checks.

Internet Access Security (IAS) is a form of cybersecurity that safeguards users against unauthorized access to networks, data, and online resources. It works by using authentication measures such as passwords, two-factor authentication, biometric authentication, and digital certificates to verify the identity of users. IAS also implements encryption for data privacy, firewalls for network protection, intrusion prevention systems for identifying cyber threats and malware scanning to detect malicious software. These measures help protect businesses and individuals from cyber attacks such as phishing scams, ransomware attacks, and other forms of malicious activity. Internet Access Security is an essential part of keeping networks secure and safeguarding data within them.

Layer 3 hardware is a type of network hardware that is used to read and forward data across a network. It works by reading the IP addresses contained within each packet of data and forwarding them to their destination. Layer 3 hardware is most commonly used in corporate networks, but can also be integrated into home networks for increased security. Layer 3 hardware helps protect against cyberattacks by authenticating users before allowing access to the network, and by detecting malicious traffic before it reaches its intended destination. It also offers additional features like Quality of Service (QoS) for prioritizing important traffic, as well as features like Network Address Translation (NAT) for hiding private IP addresses from public view. By providing these extra layers of protection, Layer 3 hardware helps ensure that data remains secure while it is transferred across the network.

Least Privilege Access is a cyber security control that helps to ensure only the right people have access to the right resources. It works by setting up limits on what each person can access and do in a particular system or network. This control is used to reduce the risk of unauthorized access, misuse, or alteration of sensitive information. It also helps to prevent malicious actors from gaining complete control over systems. In addition, Least Privilege Access ensures that users only have as much privilege as they need to perform their tasks and nothing more. By using this control, organizations are able to protect their data from cyber threats while allowing employees and customers to use the system with ease.

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.

Malware is a malicious software that infects your device to steal or damage data. It is usually spread through email attachments, downloading software, or websites and can be used for a variety of activities such as spying on you, stealing passwords, and holding your files hostage for ransom. Malware attacks are one of the biggest threats to cyber security and can be difficult to detect. To stay safe from malware, it’s important to keep your computer up-to-date with the latest security patches and have antivirus software installed. Additionally, only open emails from trusted sources and don't click on any suspicious links or attachments. If you take these precautions then you can protect yourself from becoming a victim of malware.

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.

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

Network Isolation Access Client is an innovative cyber security tool designed to help protect networks. It works by creating a virtual “air gap” around your network, blocking any access from outside sources that may pose a threat. This makes it impossible for hackers or malicious programs to infiltrate the network, while still allowing authorized users to access the resources they need. It is also used as a way of monitoring user activity, ensuring that only authorized personnel can access sensitive data or applications. By keeping out unwanted threats and maintaining secure access, Network Isolation Access Controller helps keep networks safe and secure.

Network segmentation is a cyber security technique used to divide a network into smaller, isolated parts. It helps decrease the risk of malware or malicious attacks spreading across the entire network, as well as keep sensitive data and applications separate from other less secure components. Segmentation works by creating virtual walls between different network segments, making it difficult for unauthorized users to gain access to restricted areas. This technique is often used in conjunction with firewalls and other security protocols to further reinforce the safety of the network. Network segmentation is extremely important for enterprise-level organizations that have complex networks and need additional safeguards in place. With this technology, they can ensure that their networks remain secure while still allowing authorized personnel access to needed resources.

OAuth is an authentication protocol that helps to ensure secure online access. It works by allowing users to log in with a third-party provider like Google or Facebook, instead of providing passwords or other sensitive information directly to the service they are trying to access. OAuth is an essential tool for cyber security, as it allows services to verify user identity without needing any personal information from the user. By using OAuth, organizations can create more secure systems and strengthen their overall security posture. Additionally, because OAuth does not require the user to remember multiple passwords, it is also usable for a wide range of users, from enterprise-level organizations down to individual users. With its convenience and strong security features, OAuth is an invaluable tool for keeping data safe and preventing unauthorized access.

Open ports are network entry points that allow external devices to connect through the Internet. They can be found on computers, servers, and other connected devices. Open ports are used for a variety of purposes, including remote access, data transfer, and online applications. For example, web browsers use open ports to send and receive requests from websites. In terms of cyber security, open ports can create vulnerabilities if not monitored or locked down properly. Attackers can exploit an open port to gain unauthorized access or launch malicious attacks - potentially leading to data theft or damage to systems. To prevent such threats, organizations must ensure they maintain tight control over their open ports and regularly update their systems with the latest security patches. By following these practices, companies can reduce the risk of attack and protect their data from malicious actors.

Phishing is a form of social engineering attack used to steal personal information and data. It is typically done by posing as a trusted source and sending malicious links or emails that appear to come from legitimate sources. Attackers usually use phishing techniques to gain access to passwords, credit card numbers, and other sensitive data. Phishing attacks can also be used for financial gain or to spread malware. Cyber security professionals must understand the common types of phishing scams, such as deceptive emails, clone websites, and malicious pop-ups, in order to protect against them. Organizations should also provide awareness training to their employees so they know what to look out for when it comes to phishing attempts. By staying vigilant and taking proactive measures against these threats, companies can reduce the risk of falling victim to a successful phishing attack.

Public keys are cryptographic keys used in cybersecurity to provide secure communication. It is a form of asymmetric cryptography, meaning that two different keys are used: one for encryption (public key) and one for decryption (private key). The public key is shared publicly and can be used to encrypt messages or data. The private key must remain a secret and is then used to decrypt the encrypted message or data. Public keys help ensure that only the intended recipient can read the message, as only they possess the private key needed to decrypt it. In cyber security, public keys are often used to authenticate users or encrypt communications between parties.

Remote Desktop Protocol (RDP) is an encrypted protocol used to access remote computers or networks securely. It enables users to remotely control and manage a computer from a different location, as if they were physically present in front of the machine. RDP works by authenticating the user with public keys and sending encrypted commands across a network that can only be decrypted with the corresponding private key on the remote computer or server. RDP is commonly used for secure remote access, secure file transfer, and virtual desktop infrastructure (VDI). In terms of cyber security, RDP is one of the most reliable protocols for ensuring data confidentiality and integrity during remote access sessions.

Ransomware is a type of malicious software used by cyber criminals to take control of your computer or digital device. It works by encrypting data stored on the device, preventing you from accessing it unless you pay a ransom fee. Ransomware can be spread via email attachments, malicious websites or online ads. It is particularly dangerous as it can affect individuals, businesses and even government institutions. Cyber security experts must remain vigilant and use the latest technologies to protect against Ransomware attacks. Individuals should also take steps such as keeping their devices up-to-date with the latest patches and avoiding suspicious links or downloads to stay safe from this form of cybercrime.

SASE (Secure Access Service Edge) is a cloud-based network architecture that provides secure access to applications and services over the internet. It combines network security capabilities such as firewalls, encryption, authentication, and threat intelligence with better performance and scalability. By utilizing a single platform for all access requests, SASE eliminates the need for multiple hardware and software solutions. It is used to protect online resources from malicious threats while enabling businesses to remain agile and cost-effective. SASE's focus on unified security makes it an excellent choice for organizations looking to improve their cyber security posture in today’s digital world.

SD-WAN provides an innovative solution to modern cyber security threats. It stands for Software Defined Wide Area Network and is a secure, virtual network that enables organizations to securely connect their remote offices, users and cloud applications with increased bandwidth and improved performance. SD-WAN leverages cloud technologies such as encryption and authentication to protect data from unauthorized access. It also allows for more efficient use of available bandwidth by balancing traffic across multiple connection lines. As a result, organizations can benefit from better reliability, cost savings and enhanced flexibility in managing their network connections. In addition to providing greater control of user access, SD-WAN can help protect against cyber attacks by minimizing the attack surface, while providing quick response times in the event of a security breach or attack.

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.

Software-defined Perimeter (SDP) is a cybersecurity technology that helps organizations protect critical systems and data. It works by creating an invisible “perimeter” around the network, creating a secure “tunnel” for communication between authorized users and the organization’s systems. This tunnel protects communications from outside interference, allowing only verified users access to the system. SDP also helps prevent visibility of sensitive information by isolating the data from prying eyes. Additionally, it provides quick response times in the event of a security breach or attack, helping reduce damage and downtime. By providing greater control over user access and better protection against malicious actors, SDP makes organizations more secure and resilient to cyber threats.

SSL (Secure Sockets Layer) is the most widely used security protocol on the Internet. It is a technology that establishes an encrypted link between a server and a client, ensuring that all data passed between them remains private and secure. It works by verifying the identity of each end using digital certificates issued by Certificate Authorities, to ensure secure communication between the two. SSL is mainly used for e-commerce websites to ensure safe online transactions for their customers. It can also be used to secure email servers, webmail services, instant messaging applications and other online communication services. Additionally, SSL helps protect against cyber attacks as it provides encryption and authentication capabilities that help prevent unauthorized access to sensitive information. By providing data encryption and authentication measures, SSL can help protect organizations from malicious attempts to compromise networks or harvest data.

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.

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.

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.

A Trojan is a type of malicious software that allows an attacker to access your system and data. It disguises itself as legitimate software, and once it's installed on your computer, it can grant an attacker access to any information stored on the system. Trojans are commonly used in cyber-attacks to steal data or damage systems. They can be spread through infected emails, websites, downloads and applications. In order to protect yourself from the threat of Trojans, make sure you have antivirus and antimalware software installed and regularly updated. Additionally, use two-factor authentication whenever possible, avoid clicking links or downloading attachments from unknown sources, and ensure any programs you do download are legitimate. By following these precautions, you can better protect yourself against Trojans and other cyber threats.

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.

A web application firewall (WAF) is a security feature designed to protect websites from malicious online activity. It works by inspecting incoming and outgoing traffic for malicious content. If it identifies something suspicious, usually through its own set of rules, the WAF will block the request and alert the site administrator. This helps protect against a wide range of cyber threats such as SQL injection attacks, cross-site scripting (XSS), data breaches, and distributed denial of service (DDoS) attacks. WAFs are essential tools in defending against cyber threats and help ensure websites stay secure for users. With the ever-evolving landscape of cyber threats, investing in a WAF is an important step to ensuring your website’s safety and security.

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.

Zero Trust Network Access (ZTNA) is an approach to cyber security that provides users with secure access to applications and data within a network. It works by verifying every request that a user attempts to make before granting them access, as well as continuously monitoring user behavior for any suspicious activity. This makes it nearly impossible for hackers to gain unauthorized access, as each request is reviewed in real-time. ZTNA is used by organizations looking for greater protection against malicious attacks. By deploying this technology, they can ensure their sensitive data remains safe while providing customers with a more secure online experience.

Zero Trust Security is an approach to cyber security that eliminates the traditional concept of trusting any user or device within a network. Instead, users and devices must be authenticated and authorized for access to resources based on identity and context. This approach creates an environment where security protocols are constantly in place, and each user is subject to verification every time they attempt to access an application or system. This makes it much more difficult for hackers to gain unauthorized access, as each request is individually monitored. Zero Trust Security has become increasingly popular among organizations looking for stronger data protection measures, as it provides an extra layer of defense against malicious attacks on their networks. By implementing Zero Trust Security, organizations can keep their sensitive data secure while providing a safer online experience for their customers.

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.

An encryption algorithm is a tool used to scramble and protect sensitive information. It works by turning readable data into unreadable code, making it impossible for anyone without the right key to access it. Encryption algorithms are used on websites and databases to keep data secure and safe from cyber threats, ensuring that only authorized users can access the information. To use an encryption algorithm, you must create a key and encrypt your data with it before sending it over the internet.