The Technical Foundation
Discover the robust infrastructure that powers The White Web ecosystem, ensuring permanence, scalability, and security.
Infrastructure Overview
The White Web's technical foundation is built on four key components that work together to create a secure, scalable, and permanent ecosystem.
Arweave
Permanent, tamper-proof storage ensuring data is preserved indefinitely.
AO
Scalable, real-time computation powering dynamic services and applications.
Smart Contracts
Automated trust and transactions with tamper-proof logic and transparency.
ww:// Protocol
Secure, decentralized access to all platforms and tools in the ecosystem.
Arweave: Permanent Storage
Arweave is a decentralized storage protocol that redefines data permanence. Unlike traditional blockchains, Arweave's blockweave architecture ensures that data is stored indefinitely, providing a 200-year data retention guarantee.
Blockweave Architecture
Each new block links not only to the previous block but also to a random earlier block, creating a web of interdependencies that makes it computationally expensive to alter past data.
SPoRA Consensus Mechanism
Succinct Proofs of Random Access (SPoRA) is a lightweight and sustainable proof-of-access mechanism that rewards miners for storing and retrieving data efficiently.
Cost-Effective Permanence
Storage costs as low as $0.001 per MB for permanent archiving, making it economically viable to store critical data indefinitely.
Applications in The White Web
The White Pages
Profiles are stored as immutable JSON objects, ensuring that identity and reputation data cannot be altered or deleted.
LEGAL3
Asset ownership records are etched into the blockweave, providing tamper-proof proof of ownership that endures for generations.
Carbon Paper
Critical documents and records are permanently archived, ensuring they remain accessible and unaltered for future reference.
Applications in The White Web
TRU3 Protocol
Real-time trust scoring based on transaction histories and community feedback, updated in milliseconds.
PIVOT PIVOT
AI-driven simulations for decentralized projects, enabling rapid prototyping and testing.
NOX3
Fraud detection across the ecosystem, analyzing patterns and flagging suspicious activity in real-time.
AO: Scalable Computation
AO (Autonomous Operations) is The White Web's decentralized compute layer, designed for speed, scale, and flexibility. It leverages a serverless architecture, distributing computational tasks across a network of nodes to achieve sub-second processing times.
Serverless Architecture
Eliminates the need for centralized servers, allowing tasks to be executed independently across the network for inherent scalability.
Massive Throughput
Exceeds 10 million transactions per second, enabling real-time applications and services across the ecosystem.
Adaptive Workload Handling
Flexibly adapts to any workload, from lightweight updates to heavy computations, ensuring optimal performance.
Smart Contracts: Automating Trust
Smart contracts are the architects of trust in The White Web, automating agreements and transactions with tamper-proof logic. Built on Ethereum-compatible standards and executed on AO, they ensure that every interaction is transparent, secure, and enforceable.
Ethereum-Compatible Standards
Leverages familiar standards for developers while enhancing performance through AO execution.
Disintermediation
Eliminates the need for intermediaries, reducing costs and increasing efficiency while embedding trust directly into operations.
Transparent Execution
All contract operations are visible and verifiable, ensuring accountability and building trust.
Applications in The White Web
Governance
THEOS token voting for DAO proposals, ensuring transparent and tamper-proof decision-making.
Escrow
NEUTRE's decentralized escrow services, securing transactions between parties without requiring trust.
Payments
$MONO token transfers for compute power and transactions, enabling seamless value exchange.
Applications in The White Web
Authentication
Users log in with their NAM3 identity, ensuring secure access across all platforms.
Navigation
Routes users to platforms like SprintSimple or MECENE ART with sub-second load times.
Security
End-to-end encryption protects data in transit, while Arweave ensures its permanence.
ww:// Protocol: Secure Decentralized Access
The ww:// protocol is The White Web's secure gateway, providing decentralized access to all platforms and tools. It integrates with NAM3 for authentication and Arweave for permanent records, offering a seamless, trust-verified experience.
Decentralized Access
Functions like HTTPS but with the resilience of decentralization, ensuring no single point of failure.
Identity Integration
Seamlessly connects with NAM3 for secure, privacy-preserving authentication across the ecosystem.
Universal Compatibility
Works across all platforms and devices, providing a consistent and secure user experience.
Technical Integration
The White Web's infrastructure is designed for seamless integration with existing systems, providing flexible options for businesses and developers.
API-First Architecture
Comprehensive APIs and SDKs for all major programming languages make integration with your existing systems straightforward and efficient, minimizing development time.
Security By Design
End-to-end encryption, secure key management, regular security audits, and comprehensive access controls ensure your data remains protected at all times.
Scalable Performance
The infrastructure scales automatically to meet demand, ensuring consistent performance even during peak usage, with no need for manual provisioning.
Frequently Asked Questions
Find answers to common questions about The White Web ecosystem, tokens, and enterprise services.
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General Questions
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