Pioneering Secure & Smart Digital Transformation.
Vissai Technology is at the forefront of digitaltransformation, pioneering secure and intelligentsolutions that redefine data security and efficiency.With cutting-edge innovations in blockchain andAI, we empower businesses to seamlessly tokenize,digitize, and protect critical information. Ourmission is to bridge the gap between trust andtechnology, delivering scalable, high-performance solutions that drive the future of secure digitalecosystems.
DUB Tokens (Discreet Un-breachable Tokens) representa patented, PCT-protected ledgerless blockchain platform specifically crafted for data tokenization andsecure digitization. Unlike conventional blockchains, it is not constructed upon existing currency-generationframeworks. Instead, it utilizes a modular architecture, facilitating effortless integration across various industries.This allows for universal tokenization of everything fromPersonally Identifiable Information (PII) to documentsand images, all at a significantly lower cost while ensuring performance metrics that surpass industry standards.
Innovative framework allows customization and integration acrossindustries, free from legacy blockchain limitations.
DUB Tokens avoids existing token mining inefficiencies, focusing onsecure data tokenization.
Supports industry-agnostic tokenization for PII data, documents, images,and more.
High-speed transactions with minimal costs by eliminating ledgeroverhead while ensuring global security compliance.
Features AI-driven anomaly detection, advanced cryptography, and real-time verification for data security.
FEATURE | DUB TOKENS | TRADITIONAL BLOCKCHAINS (POW/POS) | CENTRALIZED SYSTEMS | FULLY HOMOMORPHIC ENCRYPTION (FHE) |
---|---|---|---|---|
ARCHITECTURE | Modular, ledgerless | Ledger-based | Centralized | Cryptographic computation model |
CURRENCY-BASED | Not built on currency-generation models | Requires mining/staking | No cryptocurrency | Not related to currency generation |
TOKENIZATION SCOPE | Universal (PII, documents, images, etc.) | Limited (mainly digital assets) | Limited | Primarily encrypts computations, not tokenization |
PERFORMANCE & COST | High-speed, cost-effective | Expensive, slow | Varies (costly at scale) | Extremely slow,high computational overhead |
SECURITY MODEL | AI-driven anomaly detection, cryptographic validation | Consensus-based, vulnerable to 51% attacks | Single point of failure | Provides strong data privacy but lacks inherent integrity verification |
COMPLIANCE READINESS | Built for industry standards (GDPR, HIPAA, etc.) | Varies, often lacks regulatory alignment | Compliance-dependent | Strong encryption, but compliance depends on implementation |
INTEGRATION & SCALABILITY | Seamless, modular design | Requires significant modifications | Scales easily but lacks decentralization | Difficult to scale due to computation complexity |
CONSENSUS MECHANISM | Proof of Truth (External validation) | Proof of Work/Stake | Central authority validation | Not applicable,as it focuses on encryption rather than consensus |
DATA INTEGRITY & IMMUTABILITY | Guaranteed through tokenization | Blockchain-based but requires heavy infrastructure | Varies, prone to tampering | Ensures privacy but does not inherently provide immutability |
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