# Ubiq Security Documentation Documentation

> Technical documentation for Ubiq Security’s identity-driven data security platform, including encryption, tokenization, masking, key management, SDKs, APIs, and integrations.

## Guides
- [Ubiq Platform Overview](https://dev.ubiqsecurity.com/docs/ubiq-platform-one-pager.md): A high-level overview of Ubiq's capabilities.
- [Ubiq Identity-Driven Data Security](https://dev.ubiqsecurity.com/docs/what-is-ubiq.md): Identity-driven, data-level security with built-in key management.
- [Data Protection Techniques](https://dev.ubiqsecurity.com/docs/data-protection-techniques.md): How to choose the right one for your use case
- [Access & Authentication Models](https://dev.ubiqsecurity.com/docs/access-authentication-models.md)
- [Quickstart](https://dev.ubiqsecurity.com/docs/quickstart.md): This quickstart guide walks you through setting up and testing the Ubiq Data Security platform, from account creation and dataset configuration to API key generation and encrypting your first piece of data using our integrations and SDKs. Designed for developers and security engineers, it helps you validate Ubiq’s capabilities in a few simple steps with practical examples and pointers for deeper integration.
- [Concepts](https://dev.ubiqsecurity.com/docs/concepts.md)
- [Datasets](https://dev.ubiqsecurity.com/docs/datasets.md): Step-by-step instructions for creating **Datasets**
- [Key Caching and Runtime Context Caching](https://dev.ubiqsecurity.com/docs/key-caching-runtime-context-caching.md): Technical guide to Ubiq SDK key caching, including how runtime context caching improves encryption performance, reduces backend calls, and supports resilient protect/unprotect operations.
- [Service Continuity and Caching](https://dev.ubiqsecurity.com/docs/service-continuity-caching.md): How Ubiq supports runtime continuity during temporary connectivity interruptions through secure local caching.
- [Customer-Controlled Key Management](https://dev.ubiqsecurity.com/docs/customer-controlled-key-management.md): Customer Managed Key / BYOK and Bring Your Own HSM / BYOHSM options for Ubiq-protected workflows.
- [Data Recovery and Offboarding](https://dev.ubiqsecurity.com/docs/data-recovery-offboarding.md): Bulk decrypt/export workflows and offboarding guidance for Ubiq-protected data.
- [Migrating from Legacy Tokenization and Encryption Platforms](https://dev.ubiqsecurity.com/docs/migrating-from-legacy-tokenization-encryption-platforms.md): Migration patterns for moving from legacy tokenization and encryption platforms to Ubiq.
- [How to Choose a Data Protection Type: Datasets & Encryption](https://dev.ubiqsecurity.com/docs/how-to-choose-a-data-protection-type.md)
- [How to Encrypt Structured Data](https://dev.ubiqsecurity.com/docs/how-to-encrypt-structured-data.md)
- [How to Partially Encrypt (Mask) Data While Preserving Format](https://dev.ubiqsecurity.com/docs/how-to-partially-encrypt-mask-data-while-preserving-format.md)
- [How to Configure Structured Datasets and Calculate Key Rotations](https://dev.ubiqsecurity.com/docs/how-to-configure-structured-datasets-and-calculate-key-rotations.md)
- [How to Migrate Data to Data-Level Protection](https://dev.ubiqsecurity.com/docs/data-encryption-migration-guide.md): How to migrate structured data to Ubiq encryption, tokenization, or masking, including bulk conversion, progressive encryption, and legacy platform transitions.
- [Apigee Integration](https://dev.ubiqsecurity.com/docs/apigee-integration.md): Method of including the Ubiq Security Platform into Apigee flows.
- [MaxCompute Integration Overview](https://dev.ubiqsecurity.com/docs/maxcompute-integration-overview.md)
- [MaxCompute Integration](https://dev.ubiqsecurity.com/docs/maxcompute-integration.md): Step-by-step instructions for protecting data in your MaxCompute application
- [BigQuery Integration Overview](https://dev.ubiqsecurity.com/docs/bigquery-integration-overview.md)
- [BigQuery Integration](https://dev.ubiqsecurity.com/docs/bigquery-integration.md): Step-by-step instructions for protecting data in your BigQuery application
- [Postgres / Greenplum Integration Overview](https://dev.ubiqsecurity.com/docs/postgres-greenplum-integration-overview.md)
- [Postgres / Greenplum Integration](https://dev.ubiqsecurity.com/docs/postgres-greenplum-integration.md): Step-by-step instructions for protecting data in your Postgres / Greenplum Integration
- [Snowflake Integration Overview](https://dev.ubiqsecurity.com/docs/snowflake-integration-overview.md)
- [Snowflake Integration](https://dev.ubiqsecurity.com/docs/snowflake-integration.md): Step-by-step instructions for protecting data in your Snowflake application
- [C/C++ Libraries](https://dev.ubiqsecurity.com/docs/c-libraries.md): Step-by-step instructions for protecting data in your C application
- [C#.NET Library](https://dev.ubiqsecurity.com/docs/dotnet-library.md): Step-by-step instructions for protecting data in your C#.NET application
- [Go Library](https://dev.ubiqsecurity.com/docs/go-library.md): Step-by-step instructions for protecting data in your Go application
- [Java Library](https://dev.ubiqsecurity.com/docs/java-library.md): Step-by-step instructions for protecting data in your Java application
- [Node.js Library](https://dev.ubiqsecurity.com/docs/javascript-library.md): Step-by-step instructions for protecting data in your JavaScript application
- [PHP Library](https://dev.ubiqsecurity.com/docs/php-library.md): Step-by-step instructions for protecting data in your PHP application
- [Python Library](https://dev.ubiqsecurity.com/docs/python-library.md): Step-by-step instructions for protecting data in your Python application
- [Ruby Library](https://dev.ubiqsecurity.com/docs/ruby-library.md): Step-by-step instructions for protecting data in your Ruby application
- [IDP and SCIM Integrations](https://dev.ubiqsecurity.com/docs/idp-integrations.md): Modern enterprises manage identity and data security in separate silos. IAM systems decide who can access applications, while data teams handle encryption and key management independently. Ubiq bridges that divide by integrating directly with your Identity Provider (IdP), allowing IAM to govern cryptographic data access controls such as encryption, tokenization, and masking. This alignment ensures that every cryptographic operation, down to a single record, is authorized by identity and consistent with your organization’s existing access policies.
- [Entra IDP Integration](https://dev.ubiqsecurity.com/docs/idp-integration-entra.md): Step-by-step instructions for Entra ID Integration
- [Okta IDP Integration](https://dev.ubiqsecurity.com/docs/idp-integration-okta.md): Step-by-step instructions for Okta (IDP) Integration
- [Observability Integrations](https://dev.ubiqsecurity.com/docs/observability-integration-setup.md)
- [Versioning and Support Policy](https://dev.ubiqsecurity.com/docs/libraries-and-support-policy.md)
- [API](https://dev.ubiqsecurity.com/docs/api.md)
- [Rate Limits](https://dev.ubiqsecurity.com/docs/rate-limits.md)
- [Event Logs](https://dev.ubiqsecurity.com/docs/events-log.md)
- [Security History Logs](https://dev.ubiqsecurity.com/docs/security-history.md)
- [Permissions Matrix](https://dev.ubiqsecurity.com/docs/permissions-matrix.md): Here's how roles relate to specific actions users can complete
- [Account Administration](https://dev.ubiqsecurity.com/docs/account-administration.md)
- [SSO for the Ubiq Dashboard](https://dev.ubiqsecurity.com/docs/sso.md): Ubiq supports Single Sign-On (SSO) for secure, centralized access to the Ubiq Dashboard. By integrating with your existing Identity Provider (e.g., Okta, Entra ID, Google Workspace), SSO ensures every login follows your organization’s MFA, access, and session policies, eliminating separate credentials and strengthening Zero Trust alignment across your identity and data layers.
- [Entra SSO Integration](https://dev.ubiqsecurity.com/docs/entra-sso.md): These enterprise configurations enable SSO login to Ubiq dashboard via Microsoft Entra as the identity provider (IdP).
- [Okta SSO Integration](https://dev.ubiqsecurity.com/docs/okta-sso.md): These enterprise configurations enable SSO login to Ubiq dashboard via Okta as the identity provider (IdP).
- [Google SSO Integration](https://dev.ubiqsecurity.com/docs/google-sso.md): These enterprise configurations enable SSO login to Ubiq dashboard via Google Workspace as the identity provider (IdP).
- [AI Data Access](https://dev.ubiqsecurity.com/docs/use-cases-ai.md)
- [AI におけるデータアクセスのユースケース](https://dev.ubiqsecurity.com/docs/use-cases-ai-jp.md)
- [Banking and Financial Services](https://dev.ubiqsecurity.com/docs/use-cases-banking-fsi.md)
- [Energy, Utilities, and Critical Infrastructure](https://dev.ubiqsecurity.com/docs/use-cases-energy-utilities.md)
- [Healthcare and Life Sciences](https://dev.ubiqsecurity.com/docs/use-cases-healthcare.md)
- [Government and Government Contractors](https://dev.ubiqsecurity.com/docs/use-cases-government.md)
- [Insurance](https://dev.ubiqsecurity.com/docs/use-cases-insurance.md)
- [Media, Sports, and Entertainment](https://dev.ubiqsecurity.com/docs/use-cases-media-entertainment.md)
- [Payments and Fintech](https://dev.ubiqsecurity.com/docs/use-cases-payments.md)
- [Post-Quantum Cryptography and Agility](https://dev.ubiqsecurity.com/docs/use-cases-post-quantum-cryptography-agility.md)
- [Retail and E-commerce](https://dev.ubiqsecurity.com/docs/use-cases-retail.md)
- [Technology and SaaS Platforms](https://dev.ubiqsecurity.com/docs/use-cases-technology.md)
- [Telecommunications](https://dev.ubiqsecurity.com/docs/use-cases-telecommunications.md)
- [AWS DynamoDB vs Ubiq](https://dev.ubiqsecurity.com/docs/dynamodb-native-security-vs-ubiq-runtime-sensitive-data-protection.md): Compare DynamoDB native security controls with Ubiq runtime sensitive data protection. Learn how DynamoDB governs IAM access, resource policies, fine-grained access conditions, KMS encryption, Streams, exports, and monitoring, and how Ubiq protects sensitive values across applications, APIs, Lambda functions, service accounts, BI tools, AI workflows, exports, and downstream systems.
- [AWS RDS/Aurora vs Ubiq](https://dev.ubiqsecurity.com/docs/aws-rds-aurora-native-security-vs-ubiq-runtime-sensitive-data-protection.md): Compare AWS RDS and Aurora native security controls with Ubiq runtime sensitive data protection. Learn how AWS governs managed database access, KMS encryption, network security, monitoring, and auditability, and how Ubiq protects sensitive values across applications, APIs, service accounts, BI tools, AI workflows, exports, and downstream systems.
- [BigQuery vs Ubiq](https://dev.ubiqsecurity.com/docs/bigquery-native-security-vs-ubiq-runtime-sensitive-data-protection.md): Compare BigQuery native security controls with Ubiq runtime sensitive data protection. Learn how BigQuery governs IAM, policy tags, data masking, row-level security, authorized views, audit logs, and encryption at rest, and how Ubiq protects sensitive values across service accounts, pipelines, BI tools, AI workflows, exports, and downstream systems.
- [Databricks vs Ubiq](https://dev.ubiqsecurity.com/docs/databricks-native-security-vs-ubiq-runtime-sensitive-data-protection.md): Compare Databricks native security controls with Ubiq runtime sensitive data protection. Learn how Databricks governs platform access and how Ubiq protects sensitive values across users, service principals, jobs, notebooks, pipelines, BI tools, AI workflows, exports, and downstream systems.
- [MongoDB vs Ubiq](https://dev.ubiqsecurity.com/docs/mongodb-native-encryption-vs-ubiq-runtime-sensitive-data-protection.md): Compare MongoDB native security and encryption controls with Ubiq runtime sensitive data protection. Learn how MongoDB protects fields with CSFLE and Queryable Encryption, and how Ubiq governs sensitive value exposure across applications, APIs, service accounts, BI tools, AI workflows, exports, and downstream systems.
- [Microsoft SQL vs Ubiq](https://dev.ubiqsecurity.com/docs/microsoft-sql-tde-always-encrypted-vs-ubiq-runtime-sensitive-data-protection.md): Compare Microsoft SQL TDE and Always Encrypted with Ubiq runtime sensitive data protection. Learn how SQL Server and Azure SQL protect data at rest and selected encrypted columns, and how Ubiq governs sensitive value exposure across applications, APIs, service accounts, BI tools, AI workflows, exports, and downstream systems.
- [Azure Native Security vs. Data-Layer Enforcement: Why Encryption at Rest Isn’t Enough for Analytics](https://dev.ubiqsecurity.com/docs/azure-native-security-vs-data-layer-enforcement.md): Compare Azure native security controls with Ubiq data-layer enforcement for analytics workloads. Learn why encryption at rest, RBAC, and platform access controls are not enough to reduce sensitive field exposure across users, pipelines, BI tools, AI workflows, and downstream systems.
- [MySQL/MariaDB vs Ubiq](https://dev.ubiqsecurity.com/docs/mysql-mariadb-native-security-vs-ubiq-runtime-sensitive-data-protection.md): Compare MySQL and MariaDB native security controls with Ubiq runtime sensitive data protection. Learn how users, roles, privileges, grants, TLS, audit controls, and encryption at rest help secure database access, and how Ubiq protects sensitive values across applications, APIs, service accounts, BI tools, AI workflows, exports, logs, and downstream systems.
- [Oracle vs Ubiq](https://dev.ubiqsecurity.com/docs/oracle-tde-database-vault-vs-ubiq-runtime-sensitive-data-protection.md): Compare Oracle TDE and Oracle Database Vault with Ubiq runtime sensitive data protection. Learn how Oracle protects data at rest and privileged database access, and how Ubiq governs sensitive value exposure across applications, APIs, service accounts, BI tools, AI workflows, exports, and downstream systems.
- [PostgreSQL vs Ubiq](https://dev.ubiqsecurity.com/docs/postgresql-native-security-vs-ubiq-runtime-sensitive-data-protection.md): Compare PostgreSQL native security controls with Ubiq runtime sensitive data protection. Learn how PostgreSQL roles, privileges, row-level security, column grants, SSL/TLS, and pgcrypto help secure database access, and how Ubiq protects sensitive values across applications, APIs, service accounts, BI tools, AI workflows, exports, logs, and downstream systems.
- [Redis/Valkey vs Ubiq](https://dev.ubiqsecurity.com/docs/redis-elasticache-valkey-native-security-vs-ubiq-runtime-sensitive-data-protection.md): Compare Redis, ElastiCache, and Valkey native security controls with Ubiq runtime sensitive data protection. Learn how ACLs, authentication, TLS, network controls, encryption at rest, backups, and monitoring help secure cache access, and how Ubiq protects sensitive values across sessions, tokens, APIs, applications, AI workflows, logs, and downstream systems.
- [Snowflake vs Ubiq](https://dev.ubiqsecurity.com/docs/snowflake-native-security-vs-ubiq-runtime-sensitive-data-protection.md): Compare Snowflake native security controls with Ubiq runtime sensitive data protection. Learn how Snowflake governs platform access and how Ubiq protects sensitive values across users, service accounts, pipelines, BI tools, AI workflows, exports, and downstream systems.
- [Native Database Encryption vs Ubiq](https://dev.ubiqsecurity.com/docs/native-database-encryption-vs-ubiq-runtime-sensitive-data-protection.md): Compare native database encryption with Ubiq runtime sensitive data protection. Learn how TDE, tablespace encryption, column encryption, CSFLE, Always Encrypted, KMS integrations, and managed-service encryption protect database data, and how Ubiq governs sensitive value exposure across applications, APIs, service accounts, BI tools, AI workflows, exports, logs, and downstream systems.
- [Databricks Clean Rooms vs Ubiq](https://dev.ubiqsecurity.com/docs/databricks-clean-rooms-runtime-sensitive-data-protection.md): Learn how Snowflake Clean Rooms support governed data collaboration, where sensitive data exposure can still occur, and how Ubiq provides runtime protection for sensitive values across users, pipelines, BI tools, AI workflows, and downstream systems.
- [Snowflake Clean Rooms vs Ubiq](https://dev.ubiqsecurity.com/docs/snowflake-clean-rooms-runtime-sensitive-data-protection.md): Learn how Snowflake Clean Rooms support governed data collaboration, where sensitive data exposure can still occur, and how Ubiq provides runtime protection for sensitive values across users, pipelines, BI tools, AI workflows, and downstream systems.
- [Fortanix vs Ubiq](https://dev.ubiqsecurity.com/docs/fortanix-vs-ubiq-runtime-sensitive-data-protection.md): Compare Fortanix with Ubiq runtime sensitive data protection. Learn how Fortanix supports DSM, key management, HSM, secrets, tokenization, encryption, and confidential computing, and how Ubiq provides identity-aware cleartext access control across applications, databases, warehouses, APIs, BI tools, AI workflows, exports, and downstream systems.
- [Protegrity vs Ubiq](https://dev.ubiqsecurity.com/docs/protegrity-vs-ubiq-runtime-sensitive-data-protection.md): Compare Protegrity with Ubiq runtime sensitive data protection. Learn how Protegrity supports enterprise data security, tokenization, masking, encryption, and privacy workflows, and how Ubiq provides identity-aware cleartext access control across applications, databases, warehouses, APIs, BI tools, AI workflows, exports, and downstream systems.
- [Skyflow vs Ubiq](https://dev.ubiqsecurity.com/docs/skyflow-data-privacy-vault-vs-ubiq-runtime-sensitive-data-protection.md): Compare Skyflow Data Privacy Vault with Ubiq runtime sensitive data protection. Learn how Skyflow isolates, tokenizes, redacts, and governs sensitive customer data through vault-based workflows, and how Ubiq provides identity-aware cleartext access control across existing applications, databases, warehouses, APIs, BI tools, AI workflows, exports, and downstream systems.
- [Thales CipherTrust vs Ubiq](https://dev.ubiqsecurity.com/docs/thales-ciphertrust-vs-ubiq-runtime-sensitive-data-protection.md): Compare Thales CipherTrust with Ubiq runtime sensitive data protection. Learn how CipherTrust supports enterprise key management, discovery, transparent encryption, tokenization, masking, and centralized policy, and how Ubiq provides identity-aware cleartext access control across applications, databases, warehouses, APIs, BI tools, AI workflows, exports, and downstream systems.
- [Voltage SecureData vs Ubiq](https://dev.ubiqsecurity.com/docs/opentext-voltage-securedata-vs-ubiq-runtime-sensitive-data-protection.md): Compare OpenText Voltage SecureData with Ubiq runtime sensitive data protection. Learn how Voltage supports enterprise data protection with format-preserving encryption, tokenization, masking, hashing, and key management, and how Ubiq provides identity-aware cleartext access control across applications, databases, warehouses, APIs, BI tools, AI workflows, exports, and downstream systems.
- [DLP vs Ubiq](https://dev.ubiqsecurity.com/docs/dlp-vs-ubiq-runtime-sensitive-data-protection.md): Compare DLP tools with Ubiq runtime sensitive data protection. Learn how DLP detects and controls sensitive data movement, and how Ubiq reduces cleartext exposure across applications, databases, warehouses, APIs, BI tools, AI workflows, exports, and downstream systems.
- [DSPM vs Ubiq](https://dev.ubiqsecurity.com/docs/dspm-vs-ubiq-runtime-sensitive-data-protection.md): Compare DSPM tools with Ubiq runtime sensitive data protection. Learn how DSPM discovers, classifies, and assesses sensitive data risk, and how Ubiq enforces identity-aware protection for sensitive values across applications, databases, warehouses, APIs, BI tools, AI workflows, exports, and downstream systems.
- [IAM/IGA vs Ubiq](https://dev.ubiqsecurity.com/docs/iam-iga-vs-ubiq-runtime-sensitive-data-protection.md): Compare IAM and IGA with Ubiq runtime sensitive data protection. Learn how identity and access governance controls system access, entitlements, provisioning, and access reviews, and how Ubiq governs sensitive value exposure across applications, databases, warehouses, APIs, BI tools, AI workflows, exports, and downstream systems.
- [KMS/Vault vs Ubiq](https://dev.ubiqsecurity.com/docs/kms-vault-vs-ubiq-runtime-sensitive-data-protection.md): Compare KMS and Vault systems with Ubiq runtime sensitive data protection. Learn how key management and secrets platforms protect cryptographic materials, and how Ubiq enforces identity-aware protection for sensitive values across applications, databases, warehouses, APIs, BI tools, AI workflows, exports, and downstream systems.
- [Microsoft Purview vs Ubiq](https://dev.ubiqsecurity.com/docs/microsoft-purview-vs-ubiq-runtime-sensitive-data-protection.md): Compare Microsoft Purview with Ubiq runtime sensitive data protection. Learn how Purview supports sensitivity labels, information protection, DLP, DSPM, governance, audit, compliance, and AI posture, and how Ubiq provides identity-aware cleartext access control across applications, databases, warehouses, APIs, BI tools, AI workflows, exports, and downstream systems.
- [The Fallacy of Storage Encryption (TDE, FDE, and SSE)](https://dev.ubiqsecurity.com/docs/the-fallacy-of-storage-encryption-tde-fde-and-sse.md)
- [Best Practices for Key Wrapping, Storage, and Management](https://dev.ubiqsecurity.com/docs/key-mgmt-best-practices.md): This article outlines technical best practices for managing symmetric encryption keys, including secure generation, storage, wrapping, rotation, and lifecycle management, aligned with NIST guidance and real-world implementation considerations.
- [Preparing for a Post-Quantum World: Symmetric Crypto Agility Considerations and Ubiq's Approach](https://dev.ubiqsecurity.com/docs/crypto-agility.md): This whitepaper explains why crypto agility is essential for preparing enterprise systems for a post quantum future. It outlines how organizations can design architectures that switch encryption, tokenization, or masking algorithms through centralized, policy driven control instead of code changes. It also reviews current NIST guidance, confirming that while AES 256 remains secure for now, the ability to adopt new algorithms quickly is critical. Finally, it details how Ubiq enables this agility in practice, allowing customers to change cryptographic algorithms or adopt future post quantum standards with a few clicks, no disruption, and full compatibility across all systems. The outcome is stronger resilience, faster response to change, and long term data protection without reengineering.
- [ポスト量子時代への備え：対称暗号アジリティの考察とUbiqのアプローチ](https://dev.ubiqsecurity.com/docs/crypto-agility-jp.md): 本書は、ポスト量子時代に備える上で 暗号アジリティ（Crypto Agility）がなぜ不可欠であるかを解説します。   アプリケーションコードを改修することなく、中央集約型のポリシー制御によって暗号アルゴリズムを切り替えられるシステム設計の考え方を示します。   また、現在のNISTの指針を整理し、AES-256は依然として有効である一方で、新しいアルゴリズムを迅速に採用できる体制が鍵であることを確認します。   さらに、Ubiqがどのようにこのアジリティを実現しているかを紹介し、数回のクリックでアルゴリズム変更や将来のポスト量子標準への移行を、システム停止や互換性問題なく実現できることを説明します。    その結果、より高いレジリエンス、迅速な変化対応、そして再設計を必要としない長期的なデータ保護を可能にします。
- [Securing Data Access by AI Systems](https://dev.ubiqsecurity.com/docs/securing-data-access-by-ai-systems.md): As AI adoption accelerates, many organizations assume they need a new category of “AI data security.” This paper explains why that assumption is worth revisiting. AI systems are simply identities accessing data, and protecting sensitive data means applying existing data access controls consistently, not introducing new security models.
- [AIシステムによるデータアクセスのセキュリティ](https://dev.ubiqsecurity.com/docs/securing-data-access-by-ai-systems-jp.md): AIの導入が加速する中、多くの組織は「AIデータセキュリティ」という新しいカテゴリが必要だと考えがちです。本稿では、その前提がなぜ誤っているのかを説明します。AIシステムは単にデータにアクセスする「アイデンティティ」に過ぎません。重要なのは、新しいセキュリティモデルを導入することではなく、既存のデータアクセス制御を一貫して適用することです。
- [Why You Must Protect Sensitive Data in Cloud and Data Platform Environments](https://dev.ubiqsecurity.com/docs/cloud-data-security-sensitive-data-protection.md): Learn how to protect sensitive data in cloud environments (AWS, Azure, GCP) and managed platforms, including why traditional encryption and BYOK fall short, how BYOE works, and how to achieve true data security through separation of control.
- [Vaulted vs Vaultless Tokenization: Architectural Differences, Security Risks, and Modern Best Practices](https://dev.ubiqsecurity.com/docs/vaulted-vs-vaultless-tokenization.md): This whitepaper explains the differences between vaulted and vaultless tokenization, including security risks, architectural tradeoffs, and real-world threat models. Learn why centralized token vaults create systemic risk and how distributed approaches improve data protection across on-prem, cloud, and managed environments.
- [Frequently Asked Questions](https://dev.ubiqsecurity.com/docs/faq.md): Welcome to Ubiq's Frequently Asked Questions (FAQ) page. Here, we've compiled answers to common inquiries to assist you in understanding and utilizing our platform effectively. If you have a question that's not addressed here, please don't hesitate to reach out to us at support@ubiqsecurity.com.
- [Community](https://dev.ubiqsecurity.com/docs/code-of-conduct.md)
- [Ubiq Partner Ecosystem](https://dev.ubiqsecurity.com/docs/partners.md): Learn how technology platforms, consulting firms, and resellers partner with Ubiq to deliver identity-centric protection for sensitive data across modern data platforms.
- [Security at Ubiq](https://dev.ubiqsecurity.com/docs/security-at-ubiq.md)
- [Changelog](https://dev.ubiqsecurity.com/docs/change-log.md)