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  • Why Obmondo
  • Scope of Service
  • Compliance
  • Pricing
  • Features
  • GitHub
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    • Overview
    • 8.1 User Endpoint Devices
    • 8.2 Privileged Access Rights
    • 8.3 Information Access Restriction
    • 8.4 Access to Source Code
    • 8.5 Secure Authentication
    • 8.6 Capacity Management
    • 8.7 Protection Against Malware
    • 8.8 Management of Technical Vulnerabilities
    • 8.9 Configuration Management
    • 8.10 Information Deletion
    • 8.11 Data masking
    • 8.12 Data leakage prevention
    • 8.13 Information backup
    • 8.14 Redundancy of information processing facilities
    • 8.15 Logging
    • 8.16 Monitoring activities
    • 8.17 Clock synchronization
    • 8.18 Use of privileged utility programs
    • 8.19 Installation of software on operational systems
    • 8.20 Networks security
    • 8.21 Security of Network Services
    • 8.22 Segregation of Networks
    • 8.23 Web filtering
    • 8.24 Use of Cryptography
    • 8.25 Secure Development Life Cycle
    • 8.26 Application Security Requirements
    • 8.27 Secure System Architecture & Engineering Principles
    • 8.28 Secure Coding
    • 8.29 Security Testing in Development and Acceptance
    • 8.30 Outsourced Development
    • 8.31 Separation of Development, Test, and Production Environments
    • 8.32 Change Management
    • 8.33 Test Information Security
    • 8.34 Protection of Information Systems During Audit Testing
      • Overview
      • 8.1 User Endpoint Devices
      • 8.2 Privileged Access Rights
      • 8.3 Information Access Restriction
      • 8.4 Access to Source Code
      • 8.5 Secure Authentication
      • 8.6 Capacity Management
      • 8.7 Protection Against Malware
      • 8.8 Management of Technical Vulnerabilities
      • 8.9 Configuration Management
      • 8.10 Information Deletion
      • 8.11 Data masking
      • 8.12 Data leakage prevention
      • 8.13 Information backup
      • 8.14 Redundancy of information processing facilities
      • 8.15 Logging
      • 8.16 Monitoring activities
      • 8.17 Clock synchronization
      • 8.18 Use of privileged utility programs
      • 8.19 Installation of software on operational systems
      • 8.20 Networks security
      • 8.21 Security of Network Services
      • 8.22 Segregation of Networks
      • 8.23 Web filtering
      • 8.24 Use of Cryptography
      • 8.25 Secure Development Life Cycle
      • 8.26 Application Security Requirements
      • 8.27 Secure System Architecture & Engineering Principles
      • 8.28 Secure Coding
      • 8.29 Security Testing in Development and Acceptance
      • 8.30 Outsourced Development
      • 8.31 Separation of Development, Test, and Production Environments
      • 8.32 Change Management
      • 8.33 Test Information Security
      • 8.34 Protection of Information Systems During Audit Testing
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      1. compliance
      2. 8.3

      Information Access Restriction

      Access to information and other associated assets shall be restricted in accordance with the established topic-specific policy on access control.

      Self-hosted Gitea for enhanced control

      Our use of a self-hosted Gitea setup via KubeAid allows us full authority over our code and data. This arrangement ensures that we can tailor our access policies to meet our specific security requirements.

      Layered authentication for robust security

      We safeguard our Gitea environment with Basic Authentication, complemented by Keycloak for identity management. The implementation of two-factor authentication using YubiKeys adds an additional layer of security, ensuring that access is granted only to verified users.

      Strict adherence to access policies

      Our approach to access restriction is built upon a clear, well-defined policy. This includes managing access to Linux servers and Kubernetes clusters, where permissions are carefully allocated to prevent unauthorized use.

      Dynamic user access based on roles

      By leveraging Keycloak's centralized user identity management and employing role-based access control (RBAC) for our Kubernetes environment, we ensure that users are granted only the permissions necessary for their roles, upholding the principle of least privilege.

      Secure credential management practices

      Sensitive credentials are stored securely utilizing Password store, permitting only users with the correct GPG keys to access them. This method not only protects against unauthorized access but also mitigates the risk of credential exposure.

      On this page

      • Self-hosted Gitea for enhanced control
      • Layered authentication for robust security
      • Strict adherence to access policies
      • Dynamic user access based on roles
      • Secure credential management practices