Top 8 Synthetic Data Generation Tools Supporting Secure System Integration and Analytics

Published by
Lucy Roberts

Synthetic data generation has become an important part of modern data management, particularly for companies that need to test, analyze, or integrate systems without exposing sensitive information.

By creating realistic but non-identifiable datasets, synthetic data allows teams to work with accurate representations of their data while complying with privacy regulations and internal security policies.


Enabling Secure Collaboration

A key advantage of synthetic data is its ability to facilitate collaboration while keeping sensitive information protected. Organizations often need to share data with development teams, analysts, or external partners for testing, research, or system integration. Using real production data in these scenarios can create serious privacy and compliance risks. Synthetic data provides a safer alternative.

By generating realistic but non-identifiable datasets, teams can work together without exposing personally identifiable information or confidential business data. This allows developers to test new features, analysts to explore trends, and partners to validate integrations without compromising security.

Collaboration is further simplified when synthetic data generation tools include features like access control, policy management, and audit logging. Each team or partner can have an appropriate level of access, and all activity can be tracked for governance and compliance.

Here are eight synthetic data generation tools that provide secure system integration and analytics capabilities. Each of these tools supports secure data use and provisioning, which can help with collaboration and workflows. Certain tools such as K2view are particularly well suited to safer data sharing across teams due to their combined data masking and synthetic data generation capabilities.


1. K2view

K2view is designed for businesses that require fast, scalable, and flexible data privacy and synthetic data capabilities. It supports masking and synthetic data generation for structured and unstructured data, and lets organizations create realistic non-identifiable datasets when needed.

K2view synthetic data generation tools are tightly integrated with policy management and access control. They connect to relational and non-relational databases, file systems, and other enterprise systems, helping ensure consistent data protection across environments used for testing, analytics, and integration.

Static and dynamic data masking are supported, alongside in-flight anonymization, multiple pre-configured masking functions, and support for compliance with regulations such as GDPR, HIPAA, CPRA, and DORA. API-driven and self-service automation integrate with CI/CD pipelines, enabling repeatable, governed data provisioning for teams with varying technical skill levels.

Businesses can benefit from consistent privacy controls across hundreds of data sources, while still providing realistic data for development and analytics. Reviewers have noted the convenient customization options and reliability of the platform.


2. Broadcom Test Data Manager

Broadcom Test Data Manager is a legacy solution focused on large-scale test environments. It supports static and dynamic data masking, synthetic data creation, data subsetting, and virtualization. Its integration with DevOps pipelines allows organizations to automate secure testing workflows.

The tool includes support for extensive data environments and complex DevOps processes. However, initial implementation may be challenging, and self-service options are limited. It is generally more suited to enterprises that are already using Broadcom products and can align it with existing tooling.


3. IBM InfoSphere Optim

IBM InfoSphere Optim is a mature data anonymization and synthetic data generation platform. It focuses on masking sensitive structured data, archiving production datasets, and providing flexible deployment options across cloud, on-premises, or hybrid environments. Optim also supports big data platforms, enabling organizations to manage modern and legacy systems under one framework.

Its strengths include strong compliance features for regulations such as GDPR and HIPAA, which makes it suitable for regulated industries. Integration with newer data lake architectures can be complex, and some functions feel less modern compared to newer tools, but it remains a viable choice for organizations invested in IBM technologies.


4. Informatica Persistent Data Masking

Informatica Persistent Data Masking is intended for continuous protection of sensitive information, which is important during cloud transformations or hybrid deployments. It offers irreversible masking, real-time options for certain production data scenarios, and API-based integration to facilitate automated workflows.

The tool may suit organizations undergoing cloud migration or requiring secure test and production environments as part of a broader Informatica ecosystem. Licensing and setup complexity can be high, and smaller teams may face a learning curve before taking full advantage of the platform.


5. Perforce Delphix

Perforce Delphix combines data virtualization, masking, and synthetic data generation to support secure test, development, and analytics environments. Its self-service delivery model allows teams to access anonymized datasets efficiently, with centralized governance and API-based automation.

Delphix supports large volumes of data and offers storage optimization through virtualization, which can speed up environment provisioning and refreshes. Some limitations include its reporting and analytics capabilities and the potential cost of deployment, which may be more than smaller organizations need.


6. Datprof Privacy

Datprof Privacy focuses on anonymizing non-production data while offering synthetic data generation features. It supports rule-based masking for GDPR and HIPAA compliance and is designed to provide a balance between control and simplicity.

This tool is accessible for smaller organizations or less complex data environments that still need robust data privacy controls. Setup can be time-consuming, especially when defining masking rules, and automation features are more limited than in some larger enterprise platforms.


7. Tonic.ai

Tonic.ai generates synthetic datasets that closely mirror production data without exposing sensitive information. It provides integration options for cloud, on-premises, and hybrid environments. The platform supports relational databases, APIs, and applications, making it suitable for testing, analytics, and machine learning model training.

Its focus on developer usability and integration with modern data stacks makes it attractive for engineering and data teams that want to embed synthetic data directly into their development and analytics workflows.


8. Hazy

Hazy is designed to provide safe synthetic data for analytics, testing, and secure system integration. It includes features for data generation, privacy-preserving data sharing, and automated checks that help organizations meet compliance and governance requirements.

Hazy integrates with a variety of enterprise systems, including databases and cloud applications, allowing teams to generate realistic data that aligns with operational requirements. Its main focus is on producing synthetic datasets that maintain statistical accuracy while protecting sensitive information. Deployment and integration can be more complex than with some alternatives, so it is typically better suited to larger enterprises.


Key features to consider in synthetic data generation tools

When evaluating synthetic data generation tools, it helps to focus on the capabilities that matter most to your organization.

  1. Data masking and anonymization

Effective tools can handle structured and unstructured data, and they should support static and dynamic masking while maintaining relationships within your data. In-flight anonymization and centralized policy management further reduce risk when data moves between systems.

  1. Synthetic data generation quality

Look for tools that produce realistic datasets that mirror production data behavior. High-quality synthetic data should cover both common and edge-case scenarios so that it is suitable for testing applications, running analytics, or training AI models without exposing real user information.

  1. Integration and automation

The best tools connect easily to databases, APIs, file systems, and cloud environments, and they support automated workflows such as CI/CD pipelines. Strong integration and automation reduce manual effort and allow teams to provision and refresh data more efficiently.

  1. Compliance and governance

Tools that provide built-in support for regulations like GDPR, HIPAA, and CPRA, as well as integrated policy management, access control, and auditing, make it easier to maintain compliance and prove it during audits.

  1. Ease of use and scalability

Some tools are designed for large enterprises with complex data landscapes, while others are better suited to smaller teams or less complex environments. Features such as self-service access, automation, and intuitive interfaces can make a significant difference in adoption and day-to-day efficiency.


Choosing the right synthetic data generation tool for your needs

The right synthetic data generation tool depends on the size, technical requirements, regulatory obligations, and use cases of your organization.

Enterprises with complex data landscapes may prioritize tools that offer strong compliance features, broad database support, and integration with DevOps pipelines. Smaller teams or those focusing on test environments may value configurability, self-service capabilities, and ease of deployment.

All 8 tools discussed offer capabilities for masking, anonymization, and synthetic data creation that support secure system integration and analytics. Options such as K2view provide enterprise-grade capabilities for large-scale deployments and coordinated privacy across many systems. Evaluating features against organizational needs allows you to design the most efficient synthetic data workflows.

As data privacy regulations evolve and system integrations become more complex, these tools will play an increasingly important role in maintaining secure and efficient data operations.

Top 8 Synthetic Data Generation Tools Supporting Secure System Integration and Analytics was last updated February 24th, 2026 by Lucy Roberts
Top 8 Synthetic Data Generation Tools Supporting Secure System Integration and Analytics was last modified: February 24th, 2026 by Lucy Roberts
Lucy Roberts

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