Protect Sensitive Data
Without Disrupting Your Systems
PDPL and modern privacy regulations demand more than perimeter security. HIVE protects sensitive data at the application layer, before it ever reaches storage.
Your Security Controls Are Not Enough. Is Your Sensitive Data Protected?
Most organizations already invest heavily in firewalls, access controls, monitoring tools, and database security.
The challenge is that these controls primarily protect systems and infrastructure.
Sensitive data continues to move across applications, APIs, reports, logs, backups, cloud platforms, vendors, and third-party environments.
Will we be targeted?
If sensitive data is exposed, will it still be protected?
Traditional security tools focus on preventing access, but once attackers bypass the perimeter, sensitive data can still be exposed. Companies need a stronger layer that keeps critical data unreadable, controlled, and protected even in high-risk environments.
Compliance Starts with Protection
HIVE Protects Your Sensitive Data Without Disrupting Operations
HIVE protects selected sensitive fields at the application layer from the moment data is created, allowing organizations to reduce exposure without redesigning applications, replacing infrastructure, or disrupting workflows.
Protection Without Disruption
Deploy protection without reengineering existing systems.
Secure Data Everywhere
Protect sensitive information as it moves across applications, databases, APIs, reports, backups, cloud services, and third-party platforms.
Built for Compliance
Support data protection initiatives with stronger controls, evidence, and governance readiness for modern privacy frameworks including PDPL and SADAIA.
What Makes HIVE Special?
Zero Data Expansion
Your data remains yours. HIVE never requires access to customer information.
Zero Schema Changes
Protect sensitive data without modifying database structures.
40+ Database Types Supported
Designed for mixed enterprise environments and complex technology stacks.
Supports All Native Data Types
Maintain existing application functionality and workflows.
*The timeline may vary depending on the customer environment.
Data Security with Zero Complexity.
Built for Organizations Operating Under Regulatory Examination
Whether protecting financial records, healthcare information, insurance data, or citizen services, HIVE helps organizations strengthen data protection where it matters most: at the data level.
Designed for enterprises that need to demonstrate stronger security controls, reduce exposure risk, and support regulatory requirements without disrupting business operations.
Enterprise Protection Without the Encryption Tax
Traditional encryption methods often introduce operational challenges, including increased storage requirements, higher compute consumption, and complex database changes.
HIVE’s Field-Level Encryption (FLE) provides strong data protection while maintaining near-native performance and minimizing infrastructure impact.
Traditional encryption can create an operational burden beyond security, increasing infrastructure costs, complexity, and deployment timelines. HIVE delivers field-level data protection while preserving performance, scalability, and business agility.
A Faster, Lower-Risk Path to Data Protection
Data protection shouldn’t require trade-offs between security, cost, complexity, and speed. HIVE is designed to help organizations strengthen data protection while maintaining operational efficiency.
Accelerate Your Data Protection Journey
Traditional data protection initiatives can take months to implement across applications, databases, and infrastructure. HIVE enables organizations to validate and deploy protection in as little as five days, helping teams achieve faster security outcomes with minimal disruption.
Reduce Complexity. Lower Costs.
Many security projects require extensive database modifications, infrastructure changes, and ongoing maintenance. HIVE protects sensitive data without schema changes, helping organizations reduce implementation effort and long-term operational costs.
One Protection Layer Across Your Environment
Managing different protection methods across multiple systems creates unnecessary complexity. HIVE works across applications, databases, and technology environments, providing a unified approach to protecting sensitive data wherever it resides.
Maintain Full Control of Your Data
Data protection should never mean giving up control. HIVE keeps keys entirely within your organization’s environment, ensuring that only you control access to your sensitive data while reducing third-party and vendor-related risks.
Business Outcomes, Side by Side
Secure Data Without Disruption
Built for Developers. Designed for Enterprise Scale.
Protect sensitive data without increasing development complexity:
No Schema Pressure. Protected values are designed to preserve field size and format, helping organizations avoid database redesigns and reducing the need for schema changes.
Developer-Friendly Adoption. Apply protection where data is captured and used, rather than redesigning every downstream application, database, report, or integration.
Faster Integration. Protect sensitive fields with minimal impact on existing applications, workflows, and development roadmaps.
Built for Real-World Environments. Designed to work with the systems, databases, and architectures organizations already rely on, enabling faster adoption and lower implementation effort.
Add the SDK Reference
Import the HIVE enterprise services namespace into your .NET project.
Create the FLE Manager
Instantiate the HIVE field-level encryption manager and point it to your production key.
Load, Encrypt, Decrypt
Load the key once, encrypt before storage, and decrypt after retrieval.
Load the key, then call
HiveSDK.Enc()
The HIVE SDK manager handles key loading plus explicit encrypt and decrypt calls inside your existing application flow.
* Illustrative example - not a complete or real implementation.
//1. Add Reference to HIVE SDK using HIVE.EnterprisServices; //2.Declare and create an instance of HIVE SDK Field-Level Encryption (FLE) Class HIVE_FLE_Manager HiveSDK = new HIVE_FLE_Manager(); string hiveKeyFilePath = @"..\\..\\hiveProductionKey.HSK"; //3. Load HIVE Encryption Key HiveSDK.LoadKey(hiveKeyFilePath, HIVEKeyEnvironment.PRODUCTION); int employeeID = 1233454; //......encrypt field using HIVE SDK.......... int encryptedEmpID = HiveSDK.Enc(employeeID); //......insert encrypted field into Database............ //......retrieve encrypted field from database...... //......decrypt using HIVE SDK int decryptedID = HiveSDK.Dec(encryptedEmpID);
Encryption That Speaks Your Language
HIVE encrypts field values while preserving the original data type. Your ORM, your queries, your database schema - all unchanged.
Native Support for Data Types
HIVE is designed to support native data types while preserving the format and structure applications depend on. Protected values maintain field characteristics, reducing the need for schema modifications and minimizing development effort.
Broad Database Compatibility
Modern organizations rarely operate on a single database technology. HIVE works across mixed database environments through the application layer, providing a consistent approach to data protection across more than 40 database types.
Searchable & Indexable Data
Data protection shouldn’t come at the expense of functionality. HIVE supports exact-match search and indexing capabilities for validated use cases, allowing teams to query protected data while maintaining security controls.
Protect Data Beyond Your Control
Sensitive data rarely stays within one environment. It moves across vendors, cloud platforms, partners, applications, backups, and third-party systems, creating exposure risks beyond your direct control.
HIVE protects sensitive data at the field level, helping organizations maintain protection even when data is shared, replicated, or accessed across external environments.
Key Areas of Protection
Third-Party Data Protection
Keep sensitive information protected when shared with vendors, partners, cloud providers, and external platforms, reducing reliance on external security controls.
Controlled Data Sharing
Enable business collaboration while minimizing exposure of readable sensitive information outside approved use cases.
Backup & Copy Protection
Extend protection across backups, exports, reports, and duplicate data stores where sensitive information may exist.
Incident Exposure Reduction
Support faster assessment of whether compromised data remained protected during a security event.
Data Protection Visibility
Provide insight into protected fields, key controls, and mitigation measures.
Security You Can Prove.
The reports evaluated HIVE under a demanding scenario: deterministic, size-preserving, type-preserving encryption without IVs, using highly predictable sequential 64-bit integers as input, a worst-case cryptographic test designed to challenge the cipher's diffusion and avalanche behavior.
7+ Years of Research & Development
Purpose-built to solve data protection challenges in complex organizations.
NIST Evaluated
Evaluated using NIST SP 800-22 and NIST SP 800-90B testing methodologies.
Enterprise Ready
Validated to support real-world deployment, search, indexing, key management, and protected data operations.
Statistical Randomness Assessment
HIVE was tested using the NIST SP 800-22 Statistical Test Suite, which evaluates binary sequences for non-random patterns, bias, correlations, compressibility, and statistical uniformity. Across 10 independent testing rounds, HIVE maintained average pass rates between 98.55% and 99.20% across all 15 categories.
Download the reportEntropy Assessment
HIVE was assessed using NIST SP 800-90B entropy testing to measure conservative min-entropy and evaluate whether ciphertext streams showed measurable predictability under non-IID estimators. The assessment tested approximately 32.4 million 8-bit symbols per round across 10 independent rounds.
Download the reportBy protecting data at the field level and producing documented NIST-tested evidence, HIVE helps security, compliance, and technology teams strengthen their internal cybersecurity posture and support requirements related to NCA, SAMA, PDPL, and NIST-aligned security programs.
HIVE does not require a warm-up period to become secure. Encryption output remains unpredictable from the first encrypted bytes after initialization, supporting key agility and state independence.
HIVE supports PDPL readiness and compliance initiatives. It does not replace governance, legal, privacy, or regulatory obligations.
Validate HIVE in Your Environment Before You Scale
Start with a focused validation on selected sensitive fields and evaluate the results within your own environment before making a broader commitment.