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PRODUCTS
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...the firm's approach removes a layer of complexity from the database encryption process. It can also make it easier to ship production data into a test environment, which is a big deal for maintaining security in the troubleshooting process.
Paul Stamp, Forrester Research
(eWeek)
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Data protection needs to take into account both internal and external threats, including those against critical database and application resources. However, many protection mechanisms require application retooling or add complexity that delays or halts deployment. Format-preserving encryption overcomes these issues. It's an exciting step toward improved, simpler data protection and compliance with regulatory requirements.
Trent Henry, Burton Group
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Voltage SecureData™ Masking
Data Masking and Data De-Identification for Test and Outsourced Environments
Organizations are required to protect their customers' Personally Identifiable Information (PII) data in their systems, which includes components such as information collection channels or devices, applications, and databases.
Voltage SecureData delivers a comprehensive solution for data encryption, de-identification, and masking that does not require costly and time-consuming data schema and data format changes in existing systems. Voltage SecureData Masking, an optional add-on — enables enterprises to ensure sensitive data is protected end-to-end: as it is collected, used, stored, and distributed to less controlled environments (e.g., test and development) regardless of infrastructure or application format requirements.
Key Features and Advantages
- Extending Protection to Non-Production Data
Ensuring data privacy is the law in many regulated industries; however, protecting sensitive data is also good business practice. Leaking confidential customer, financial and employee data can lead to significant financial, legal and reputational losses. The Voltage SecureData end-to-end data protection platform has always strongly enforced protection of sensitive customer data in production systems. Today, the Voltage SecureData Masking solution delivers the same rigor for non-production test and development systems leveraging an extensible architecture and unique technology coupled with powerful tools for policy-driven, dynamic data masking and sub-setting.
- Policy-Driven Data Masking
Traditional masking approaches leave too many decisions to be made at masking time thereby reducing effectiveness and increasing costs per application. The Voltage SecureData Masking policy-based approach permits central test data generation on an enterprise basis so you set your data masking policies once and re-use them across multiple applications.
- Maintains data referential integrity across entire application
Voltage SecureData Masking automatically maintains data integrity, logical and referential integrity in test data such as:
- Geographic relationships,
- Internal data structures, and
- Relationships across databases and within databases.
- Full Audit of Data Masking Lifecycle
Voltage SecureData Masking ensures that the strict adherence to privacy regulations, such as PCI, GLBA, SOX, HIPAA/HITECH, is not only easy, but accountable through:
- Centralized control and management,
- Enforced separation of duties, and
- Limited access to live production data until data is masked.
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