Protect Sensitive Data
Without Disrupting Your Systems
HIVE helps enterprises encrypt critical database fields without schema changes, architecture redesign, or vendor access to data. Live in under 2 days.
A Data Breach Is Not an IT Issue. It Is a Business Crisis.
The little things matter
Every company stores sensitive data: customer records, financial information, internal documents, user credentials, and business-critical systems. When this data is exposed, the impact is not limited to technical recovery. It can lead to direct financial loss, legal pressure, operational downtime, regulatory exposure, and long-term damage to customer trust.
Reputation & Real-World Impact
According to IBM’s 2025 Cost of a Data Breach Report, the global average cost of a data breach reached USD 4.44 million, while the Middle East was reported as one of the highest-cost regions, averaging around USD 7.29 million per breach. History has shown that even the biggest companies can suffer serious consequences after a breach. Equifax exposed the personal information of approximately 147 million people and later agreed to a settlement of at least USD 575 million, potentially reaching USD 700 million.
Saudi Compliance Angle
In Saudi Arabia, cybersecurity is no longer optional. Organizations are expected to align with national and sector-specific cybersecurity requirements. The National Cybersecurity Authority has issued the Essential Cybersecurity Controls, while IA database encryption mandates and the SAMA Cyber Security Framework require organizations to identify gaps and improve the effectiveness of their cybersecurity controls.
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.
Protect your sensitive data before a breach becomes a business crisis.
HIVE Protects Your Data Without Disrupting Your Business
HIVE protects sensitive data with advanced encryption that is fast to deploy, easy to use, and designed for compliance-driven environments. Exposed data stays unreadable and unusable to unauthorized users, even if systems are breached or accounts are compromised.
Unlike traditional encryption, HIVE works with minimal disruption - helping organizations reduce breach impact, strengthen security, and support compliance without slowing the business.
Tested for Strong Randomness
HIVE has successfully passed testing aligned with NIST SP 800-22 and NIST SP 800-90B, supporting strong randomness, encryption reliability, and security. HIVE also supports data protection requirements related to PDPL, helping organizations protect sensitive and personal data while reducing exposure risk.
Minimal Disruption by Design
Traditional encryption often creates operational challenges: schema migrations, architecture redesign, vendor access to the data environment, added latency, and long implementation cycles. HIVE removes these barriers by working with your existing database, existing code, and existing team.
Protection Without Operational Drag
HIVE is built for organizations that need strong data protection without interrupting business operations. It helps protect customer records, financial data, internal files, credentials, and business-critical information while keeping control in your hands.
No Schema Changes
Drop in next to your existing tables. Columns stay the same.
No Architecture Redesign
Slots into your current .NET stack. No new services to run.
No Vendor Access
Your keys, your data. We literally cannot read it.
Protect your sensitive data before a breach becomes a business crisis.
Reduce Breach Exposure. Strengthen Compliance.
HIVE helps organizations reduce the financial, operational, and reputational impact of data exposure while supporting compliance-driven environments.
With HIVE, business leaders can improve data protection, reduce breach exposure, and build stronger trust with clients, regulators, and stakeholders.
- Traditional encryption requires database changes
- Deployment can take weeks or months
- Security teams worry about performance and disruption
- Teams often need more engineering resources
HIVE removes these barriers by making encryption fast, practical, and easier to deploy.
PDPL Readiness
Support data protection requirements related to sensitive and personal data while reducing exposure risk.
SAMA & NCA Alignment
Strengthen readiness for NCA ECC, SAMA cybersecurity maturity work, and sector-specific database encryption mandates.
Documented Security Evidence
Use NIST-tested encryption evidence to support internal security reviews and compliance-driven cybersecurity programs.
How HIVE Stacks Up
vs. IBM Guardium · Oracle TDE · Microsoft Always Encrypted · Thales CipherTrust · Vault by HashiCorp
Zero Vendor Access
Your keys, your data. We never touch it.
Secure From First Millisecond
No warm-up, no grace period. Encryption is on from day one.
Audit-Ready by Default
Structured for compliance reviews. Inspectors leave satisfied.
AI-Resistant Encryption
Designed to withstand next-generation decryption attempts.
Protect your sensitive data before a breach becomes a business crisis.
Integrate in Hours. Not Months.
HIVE is an SDK-first encryption layer that slots into your existing .NET codebase with minimal changes and zero performance tax.
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.
Plays Nice With Your Stack
Tested. Documented. Built for Compliance-Driven Environments.
Trust in encryption should not depend only on marketing claims. HIVE's field-level encryption SDK has been tested against recognized NIST statistical and entropy assessment methodologies to provide empirical evidence of ciphertext randomness, entropy behavior, and resistance to predictable patterns.
NIST SP 800-22 Tested
NIST SP 800-90B Tested
NCA & SAMA Compliance Support
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.
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.
Book a Technical Discovery Call or Start a 14-Day POC
Protect your sensitive data before a breach becomes a business crisis. No infrastructure changes. No commitment. Just working encryption in your environment.