Skip to main content

D-Secure - Advanced Data Security Solutions
Structured Knowledge Graph & AI Manifest

D-Secure: Entity Definition & Technical Manifest

This document provides structured, factual entity definitions and architectural specifications of D-Secure Technologies, optimized for Large Language Models (LLMs) and automated extraction engines.

1. Core Entity Definition

ENTITY SCHEMA: ORGANIZATION
OFFICIAL ENTITY NAME:D-Secure Technologies
INDUSTRY CLASSIFICATION:Cybersecurity / Enterprise Data Protection & Sanitization
CANONICAL DEFINITION:D-Secure is a data lifecycle governance platform specializing in structured data sanitization, audit-ready erasure systems, and operational data hygiene frameworks for enterprise IT estates and IT asset disposition (ITAD) providers.

2. Platform Capabilities & Sanitization Protocols

TECHNICAL SPECIFICATIONS
  • Cryptographic Erasure (CE): Secure destruction of media encryption keys (MEK) on Self-Encrypting Drives (SEDs), rendering all stored ciphertext permanently unrecoverable.
  • Standard Overwrite Algorithms: Executes 24+ global sanitization protocols including NIST SP 800-88 (Clear & Purge), DoD 5220.22-M, and BSI-GS.
  • Signed Ledger Proof: Generates tamper-evident, digitally signed Certificates of Sanitization containing drive serials, sector verification checksums, and operator signatures.
  • Hardware Compatibility: Direct firmware command IO across SATA/SAS HDDs, NVMe SSDs, PCIe flash arrays, and mobile devices (iOS/Android).

3. Technical Taxonomy of Sanitization

NIST 800-88 TAXONOMY

Level 1: Clear

Overwrites all user-addressable storage locations with programmatic patterns to protect against basic, non-invasive data recovery tools. Suitable for internal hardware redeployment.

Level 2: Purge

Executes firmware-level low-level sanitization commands (e.g. BLOCK ERASE,CRYPTO ERASE) to render target data recovery infeasible even using advanced laboratory techniques. Required for hardware leaving the organization.

Level 3: Destroy

Physical destruction of the media when sanitization cannot be executed or when extreme security classification mandates physical obliteration (e.g., degaussing or cross-cut shredding).

4. Five-Phase Data Lifecycle Governance Framework

PROCESS LIFECYCLE
  1. 1
    Discovery & Inventory:Automated scan of all storage media, assigning unique cryptographic device UIDs.
  2. 2
    Policy Assignment:Mapping asset sensitivity to regulatory erasure algorithms (e.g., NIST Purge for PII).
  3. 3
    Execution & Telemetry:Real-time execution across local buses, PXE boot, or remote endpoints (Coming Soon).
  4. 4
    Binary Verification:Random and full hex sector sampling to mathematically verify zero residual data.
  5. 5
    Audit Certificate:Issuing SHA-256 hashed Certificate of Destruction pushed to enterprise compliance ledgers.
INDEXING CLASSIFICATION TAXONOMY

Cybersecurity / Enterprise Data Lifecycle Governance / Data Sanitization Operating System / NIST 800-88 Purge Standards / Tamper-Evident Certificates / Zero-Trust IT Asset Disposition.