Personal Privacy Networks (PPN)

Every person has a PPN that unifies web, email, social networks, and messaging clients into a consumer-controlled person-centered network that offers convenient access to apps, digital content, data, secure messaging and payments, and supports automated provisioning of apps and online services on demand.

PPNs use EasyAccess and Quantum Privacy to empower people with convenient access and personal control of their online identity, relationships, data, digital content, and access policies, while protecting them from identity theft and cyber-security fraud.

PPNs leverage Personal Data Networks to enable privacy-preserving discovery, data access, personalization, and process automation.

Every PPN has a decentralized identity and wallet containing verifiable credentials about identity, relationships, associations, and consents that are used to empower them to take control of their own data and interactions.

Personal Data Networks (PDN)

Every person has a PDN that is populated by enforcing a person’s regulatory, contractual, and individual rights as customers, employees, parents, patients, and citizens, making it possible to unlock data, online services and accounts that are currently fragmented and hard to share, linking them to a consumer-controlled virtual database and global graph via existing APIs, legal agreements, and trust frameworks.

PDNs connect diverse data sources and accounts across disparate organizations and systems into privacy-protected data graphs that enable personalization, population analytics, and cross-organizational process optimization without risking the privacy, regulatory compliance, or commercial rights of any participants.

It is manifested as set of decentralized PDN databases containing the subject data under their control and decentralized PDN services that act on it.

EasyAccess Authorization Network

EasyAccess Authorization Network - is a decentralized, global, person-centered authorization network that leverages open standards, proof of trust, quantum privacy, and existing systems to provide multi-factor identity proofing and authentication and ensure secure, private, and compliant access across different systems and organizations.

Proof of Trust

Proof of Trust™ is a decentralized governance framework that facilitates trust without requiring consistency or mutual trust among parties. It serves as a symbolic trust layer that enables organizations, individuals, regulators, and other stakeholders to independently set trust criteria and credentials, which are enforced across computational processes and data derivatives, and carried as trusted provenance. The symbolic trust language is based on the Unified Trust Model. Proof of Trust is anchored on a public ledger to verify Proof of Trust.

It gives every Exchange Resource such as services, database, algorithm, etc a decentralized identity allowing it to be the subject of trust credentials and trust criteria that are issued by trust authorities. Both trust credentials and trust criteria are based on a Unified Trust Model and anchored on a public ledger to verify Proof of Trust.

Trust credentials are claims about what an Exchange Resource is, its provenance, and why it should be trusted. Trust criteria describe the requirements for authorizing access to an Exchange Resource, including regulatory and cyber-security requirements, authorized recipients, and payment and licensing terms.

Proof of Trust allows online users, record subjects, vendors, regulators, and enterprises to independently specify trust criteria and trust credentials which can be automatically inherited by aggregates, computational outputs, or user responses, so that Proof of Trust can be verified across the network and through time.

The Proof of Trust Network is a realization of the UTM and Proof of Trust using resources and parties that are in the Privacy Network Exchange.

Quantum Privacy

Quantum Privacy™ Enables the secure, privacy-preserving sharing of diverse resources (such as data, digital content, applications, contracts, and financial assets) across decentralized networks. Using quantum-safe mechanisms, zero-trust, and precision access control ensures privacy, cybersecurity, and compliance. Only authorized recipients, verified via Proof of Trust and the Authorization Network, can decrypt sensitive information, protecting it from unauthorized access

Quantum Privacy also generates outputs for specific use cases, such as cryptographic hash identifiers for matching or anonymization using tokens from third-party systems. This system facilitates the secure sharing, reprocessing, and reuse of resources without the need for complex legal, compliance, or business approvals, empowering decentralized computation, policy enforcement, and records discovery on a global scale. Ultimately, it enables a privacy-preserving, person-centered global network, ensuring seamless and compliant data management and computation.

The Quantum Privacy Network is a realization of Quantum Privacy using resources and parties that are in the Privacy Network Exchange.

EasyAccess Links

EasyAccess Links are user-friendly, EasyAccess-protected URLs that provide quick and seamless access to digital content, apps, and services while facilitating user engagement and viral network growth at no additional cost through existing web and mobile infrastructures. Key points are

Quick and Simple Creation: EasyAccess Links can be generated quickly by AI agents or anyone using a user interface. This process is designed to be fast, allowing for creating these links in just a few seconds for various web content, applications, digital content, or services.

Viral Adoption and Engagement: The goal is to drive widespread adoption and engagement without additional costs by utilizing existing infrastructure such as the web, social media, mobile displays, messaging, and personalization systems, as well as leveraging crowd-sourced content creation.

Self-Funding Global Network: The links are intended to grow organically into a self-sustaining global network that connects people, enterprises, data, and digital content. This network would capitalize on crowd-sourced content and widespread infrastructure like web, email, messaging, and e-commerce.

Ease of Access and Security: EasyAccess Links are EasyAccess-protected URLs designed to simplify access authorization, account and device provisioning, and rights management while preventing fraud. They aim to do this in a way that preserves privacy and personalizes the user experience for applications, digital content, subscriptions, or tickets.

Accessibility and Ease of Use: These links provide seamless access to a wide array of digital content, applications, and messages, enhancing user accessibility and ease of use. Their creation can be facilitated through a user interface or generated by AI agents through APIs, and EasyAccess protects them to ensure security.

Personal and Enterprise Privacy Networks

Personal Privacy Networks (PPNs) are digital frameworks offering users secure, private access to online resources, control over personal data, and a share in the economic value generated from online interactions.

Enterprise Privacy Networks (EPNs) are digital frameworks offering enterprises secure, private access to online resources, control over enterprise data, and a share in the economic value generated from online interactions.

Personal & Enterprise Data Networks (part of PPN and EPNs) enable seamless access to data and accounts through existing systems, APIs, and agreements by: Enforcing the regulatory and contractual rights of participating individuals and organizations Automatically discovering and linking records within privacy-protected, decentralized data graph Transforming, reconciling, and rating data to support diverse software, AI models, and user interactions Overcoming regulatory and contractual barriers to data utilization through Quantum Privacy and Proof of Trust

Privacy Networks

Privacy Networks are mesh networks of interconnected data, services, AI, and analytics designed to deliver privacy, trust, security, and compliance. This network operates through the Quantum Privacy Network and the Proof of Trust framework, where each node, known as a privacy domain, holds a unique identity that serves as a target for trust credentials issued by Proof of Trust. These nodes are linked via privacy pipes, which leverage Quantum Privacy, Proof of Trust and the Authorization Network to ensure inputs and outputs meet the required privacy, trust and compliance requirements.

Unified Trust Model

The Unified Trust Model™ (UTM) is an advanced global meta-trust framework designed to support decentralized governance of trust on a global scale. Unlike traditional models, UTM eliminates the need for uniformity or mutual trust between participants. It facilitates secure, compliant collaboration across diverse networks and organizations by embedding trust management across multiple critical dimensions such as Identity, Security, Privacy, Regulatory Compliance, Data Quality, Semantic Interoperability, and Commercial Terms.

Privacy Network Exchange

The Privacy Network Exchange™ (PNE) empowers individuals and organizations to securely manage, exchange, and monetize sensitive, regulated, and proprietary resources.

This enables the multi-sided network revenue model of consumer online advertising and simple e-commerce to be extended to virtually the entire economy, while avoiding the data governance, privacy and anti-trust conflicts that have plagued the Web 2.0 ecosystem.

Key features include: Resource Management and Monetization, Exchange Tokens, AI Training and Deployment, Economic and Productivity Gains, Privacy and Compliance, Quantum Privacy and Proof of Trust, Web3 Token Economy, Incentive Alignment and Decentralized Ownership, and Societal Impact.