CodeB Identity Solutions

By centralizing the authentication process and reducing the number of passwords users need to manage, SSO helps in minimizing the risks of password-related security incidents, such as breaches due to weak or compromised passwords.

Absolutely, SSO not only enhances user convenience but also eases IT management by centralizing authentication processes, reducing the number of password reset requests, and enabling more efficient user access management.

Yes, SSO is designed to be integrated with a variety of applications and systems, allowing users to seamlessly access multiple services with a single login, enhancing interoperability and user convenience.

No, one of the main advantages of SSO is that users need to remember only one set of credentials to access multiple systems or applications, simplifying the login process and reducing password fatigue.

SSO can reduce security risks associated with weak or stolen credentials as it typically supports strong authentication methods. Users don’t have to disclose sensitive information like passwords multiple times, minimizing the risk of exposure.

Single Sign-On (SSO) is an authentication technology that allows users to log in once to an application or system and gain automatic access to other connected applications or systems without needing to log in again.

A REST API (Representational State Transfer Application Programming Interface) is an interface for software applications, based on the REST architectural style. REST is a design concept for distributed systems where resources, such as data, functions, or services, are uniquely identified and can be manipulated using standard HTTP methods like GET, POST, PUT, and DELETE.

A REST API allows applications to access these resources by sending HTTP requests to a server, which then returns or manipulates the requested resources. RESTful APIs are popular due to their lightweight, scalable nature and their ability to be utilized by a variety of client and server systems, regardless of the programming language or operating system used. They offer a standardized way for different software components to communicate and interact over the internet, enhancing interoperability and flexibility in software development.

PC Login refers to the process where a user logs in to a computer or another device using their credentials. In some instances, “PC Login” can also refer to a software application, such as a Single Sign-On (SSO) or Two-Factor Authentication (2FA) solution, which allows users to log in once and gain access to multiple systems without being prompted to log in again to each of them.

2FA, or Two-Factor Authentication, is a security process in which a user is required to provide two forms of identification before gaining access to an account or system. Typically, the first form of identification is a password. The second form can be a one-time code sent to a mobile phone or a fingerprint captured via a card or sensor. This method adds an extra layer of security, making it more difficult for unauthorized users to gain access.

Passwordless authentication refers to a method of logging into an account or system without using a traditional password. Instead of relying on a password that a user must memorize or keep track of, passwordless authentication utilizes other forms of identification, such as biometric factors (e.g., fingerprints or facial recognition) or possession of a physical device (e.g., a security key or mobile phone), to verify a user's identity. This approach can offer a more secure and convenient way for users to access their accounts and can help reduce the risk of security breaches associated with passwords.

RFID, or Radio-Frequency Identification, is a technology used for the automatic identification and tracking of objects or individuals using radio waves. An RFID system consists of a reader and one or more RFID tags, which contain a microchip and an antenna to send signals to the reader.

Mifare is a contactless smart card technology developed by NXP Semiconductors (formerly Philips Semiconductors). It enables wireless data transfer between a Mifare card and a reader device. Mifare cards can be utilized in various applications such as in public transport for ticket payments, in companies for access control, or as an electronic wallet for payments in stores. There are several variants of Mifare cards, differing in storage capacity, transmission speed, and security features, including Mifare Classic, Mifare Plus, and Mifare Desfire. Mifare cards are used globally and are a widely adopted contactless smart card technology.

Mifare DESFire is a contactless smart card technology that offers higher security compared to older Mifare technologies. Developed by NXP Semiconductors (formerly Philips Semiconductors), it is an extension of the Mifare family. Unlike Mifare Classic, which is based on older technology, Mifare DESFire provides stronger encryption and authentication to ensure the security of the data on the card. It can be used in various applications such as public transport, healthcare, and access control. Mifare DESFire cards have larger storage space and support faster data transfers than Mifare Classic cards. They also have a higher level of security and can store multiple applications on one card. Mifare DESFire cards represent a more advanced smart card technology and are often used in security-critical applications.

OIDC, or OpenID Connect, is an open standard for authenticating and authorizing users in web and mobile applications. It is built upon OAuth 2.0, a protocol for authorization exchange between web applications and Application Programming Interfaces (APIs).

OpenID Connect provides a secure way to authenticate users without requiring them to use separate login credentials for each application. With OIDC, a user can log in to a single Identity Provider platform, which then conveys the user’s identity to the web or mobile applications the user wishes to access.

The protocol enhances security by employing various technologies and standards, including JSON Web Tokens (JWT) and Transport Layer Security (TLS), and supports multiple authentication factors such as passwords, biometric data, and physical security keys.

Supported and implemented by numerous companies and organizations, including Google, Microsoft, Salesforce, and the U.S. government, OIDC offers a standardized method for secure and convenient user authentication across various use cases.

OpenID is an open protocol allowing users to log in to various websites and services without needing to register with each one individually. Instead of logging in to each service with a separate username and password, users can log in once with an OpenID provider and then use their OpenID credentials to access other services.

The concept behind OpenID is to create a user-friendly way to interact with various services on the internet without the need to register and log in to each service individually. It can be considered a form of Single Sign-On system, enabling users to access different services using just one username and password. This approach streamlines the user experience, reducing the hassle of managing multiple login credentials.