lfit/itpol

Features

• Cryptographic Key Management - Establishes a comprehensive system for generating and protecting PGP and SSH keys to manage digital identities.
• Workstation Hardening - Provides a detailed hardening guide for workstations encompassing OS configuration, bootloader protection, and hardware isolation.
• Infrastructure Governance Policies - Defines generalized IT policy templates and best practice checklists to unify infrastructure and security guidelines.
• Release Commit Signing - Creates detached signatures and signed tags for software releases to ensure code provenance and integrity.
• Commit Signing - Defines a policy for cryptographically signing Git commits and tags to verify code provenance.
• Cryptographic Identity Proofs - Provides mechanisms to link hardware tokens and digital keys to real-world identities for authenticated communications.
• Signature Policies - Defines digital signature policies for code commits and software releases to ensure provenance.
• Git Commit Signature Verification - Provides guidelines for verifying PGP signatures on Git commits and tags to prevent malicious alterations.
• Governance and Policy Frameworks - Provides organizational guidelines and compliance standards for establishing infrastructure and security policies.
• PGP-SSH Integrations - Integrates PGP keys with SSH agents to provide two-factor authentication for remote server sessions.
• Identity & Key Management - Provides a standardized framework for managing cryptographic identities using PGP, SSH, and hardware tokens.
• IT Policy Templates - Provides a library of standardized IT policy templates and checklists for organizational security governance.
• Workstation Security Hardening - Provides a detailed security hardening guide for workstations, including bootloader protection and full disk encryption.
• Hardware Key Isolation - Implements the isolation of private keys within hardware modules to prevent theft from the host operating system.
• PGP - Manages PGP certification keys and handles identity expiration and revocation to establish verifiable digital identities.
• Secure Communication Workflows - Sign and encrypt emails using cryptographic standards to ensure message authenticity and confidentiality between team members.
• Linux Security Hardening - Provides comprehensive hardening checklists and configuration guidelines specifically for securing Linux workstations.
• Access Control - Provides a framework for defining organizational access control rules, including multi-factor authentication and privilege management.
• Software Supply Chain Security - Defines standards for software supply chain security by requiring cryptographic signatures on all code commits and releases.
• Governance Template Libraries - Provides a comprehensive library of IT policy templates and security checklists for organizational governance.
• Encrypted Communications - Implements secure communication workflows using encrypted messaging and signed email protocols.
• Data Backup Solutions - Establishes requirements and standards for encrypted local backups and zero-knowledge off-site storage.
• Zero-Knowledge Storage - Implements encrypted storage strategies where the service provider cannot access the decryption keys.
• Real-time Messaging - Establishes security protocols for real-time messaging, including point-to-point encryption and identity verification.
• Reusable Policy Templates - Uses standardized templates and checklists to ensure consistency across organizational security and infrastructure guidelines.
• Access Provisioning - Provisions server and VPN access through the exchange of public keys via signed channels.
• Offline Storage Strategies - Implements strategies for backing up private keys to hardcopy and offline encrypted storage.
• Full Disk Encryption - Specifies requirements for encrypting full disks and swap partitions to protect data at rest.
• Hardware Security Module Integrations - Specifies the use of smartcards and hardware security modules to isolate private keys from the operating system.
• Bootloader Password Protection - Defines security standards for UEFI configuration and bootloader password protection.
• Multi-Factor Authentication - Secures accounts using hardware tokens and time-based one-time passwords to prevent credential theft.
• Password Management - Sets standards for the use of password managers and the generation of unique credentials.
• Privileged Access Management - Sets rules for user privilege management and password complexity to reduce the system attack surface.
• Public-Key Access Control - Establishes a framework for provisioning infrastructure access, such as VPNs and servers, via signed public key exchanges.
• Public Key Infrastructure - Facilitates the exchange and verification of signed cryptographic keys for secure server access and team communication.
• Web of Trust Verifications - Implements a Web of Trust model to validate team identities through mutual cryptographic signatures.
• Linux Security - Security policies and configurations for Linux workstations.

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