1. Attack Protection
  • Overview
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  • Security
    • Overview
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    • Attack Protection
      • Bot Detection
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      • Secure OpenID Connect (OIDC)
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    • Authentication
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      • GET Auth Status
    • Token
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    • Mutli-Factor Authentication (MFA)
      • MFA Access Token
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    • Organization
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      • GET Configuration By Client Id
      • GET Configuration By Custom Domain
  1. Attack Protection

Secure OpenID Connect (OIDC)

Introduction
OpenID Connect (OIDC) is a popular authentication protocol built upon OAuth 2.0 that simplifies user login and simplifies sharing user identity information between applications. SSOJet leverages OIDC to provide secure Single Sign-On (SSO) functionality. This document details how SSOJet implements secure OIDC practices to ensure user privacy and robust authentication.
Scope
This document covers the following aspects of Secure OIDC for SSOJet:
OIDC security considerations
SSOJet's implementation of secure OIDC practices
Best practices for enhancing OIDC security
Ongoing maintenance and improvement
OIDC Security Considerations
While OIDC offers convenience, it's crucial to address potential security concerns:
ID Token Exposure: Breaches of ID tokens, containing user information, can compromise user privacy.
OpenID Relying Party (RP) Trust: Trusting relying parties (applications requesting user information) requires careful evaluation to prevent unauthorized access.
Authorization Code Theft: Theft of authorization codes used to exchange for access tokens can grant unauthorized application access.
Phishing Attacks: Malicious actors may attempt to trick users into logging in to phishing sites and stealing their credentials.
SSOJet's Implementation of Secure OIDC Practices
SSOJet prioritizes security in its OIDC implementation through several measures:
1.
HTTPS Enforcement:
Enforcing HTTPS communication for all OIDC interactions to encrypt data in transit and prevent eavesdropping.
2.
ID Token Security:
Implementing short-lived ID tokens to minimize the risk of exposure even if compromised.
Signing ID tokens with strong cryptographic keys to ensure their authenticity and integrity.
3.
Relying Party (RP) Validation:
Rigorously vetting relying parties before granting them access to user information.
Utilizing strict authorization scopes to control the data accessible to each relying party.
4.
Code Verifier and Challenge Flow:
Employing the Proof Key for Code Exchange (PKCE) flow to prevent authorization code theft.
Using code verifiers and challenges to ensure the legitimacy of authorization code requests.
5.
MFA Integration:
Offering and encouraging Multi-Factor Authentication (MFA) for additional login security.
Requiring MFA for high-risk transactions or access attempts.
6.
Phishing Countermeasures:
Implementing measures like email verification and user education to mitigate phishing attempts.
Best Practices for Enhancing OIDC Security
SSOJet adheres to best practices to continually improve OIDC security:
1.
Regular Security Reviews:
Conducting periodic security assessments of the OIDC implementation to identify vulnerabilities.
Staying updated on the latest OIDC security threats and best practices.
2.
Monitoring and Logging:
Monitoring OIDC activity for suspicious behavior, such as anomalous login attempts or unauthorized access requests.
Logging all OIDC interactions for audit purposes and incident response.
3.
User Education:
Educating users about phishing attempts and best practices for secure login procedures.
Raising awareness about the importance of strong passwords and not reusing them across platforms.
4.
Least Privilege Access:
Granting relying parties access only to the minimum amount of user information required for their intended functionality.
Minimizing the attack surface by restricting data exposure.
Ongoing Maintenance and Improvement
SSOJet is committed to maintaining and improving its secure OIDC practices:
1.
Security Patch Management:
Promptly applying security patches to address vulnerabilities in underlying OIDC libraries and frameworks.
Staying informed about potential security exploits and taking necessary mitigation actions.
2.
Security Feature Enhancements:
Continuously evaluating and implementing new security features and protocols to strengthen OIDC implementation.
Adapting to evolving security threats and industry best practices.
3.
User Education Initiatives:
Providing ongoing security awareness programs to educate users about OIDC security and best practices.
Highlighting the importance of user vigilance in protecting their login credentials.
Conclusion
SSOJet prioritizes secure OIDC implementation to safeguard user privacy and prevent unauthorized access. By employing robust security practices, including HTTPS enforcement, ID token security, RP validation, PKCE flow, MFA integration, and user education, SSOJet provides a reliable and secure Single Sign-On experience. Ongoing maintenance, monitoring, and user awareness initiatives ensure that SSOJet's secure OIDC practices remain effective in the face of evolving threats.
For any security-related inquiries or to report a security incident, please contact our security team at:
Email: support@ssojet.com
This document provides a comprehensive overview of Secure OIDC for SSOJet.
Modified at 2024-06-18 09:12:11
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