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G6 Networks delivers a managed, private, and easy to implement blockchain infrastructure offering secure, permissioned solutions for governments, institutions, and enterprises.

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Structure

How G6 Networks works?

For enterprises such as governments, banks, and institutions, we offer a private, permission-based, customizable blockchain infrastructure with distributed hardware storage system and audits conducted by G6 Networks’ public blockchain, which acts as a Certificate Authority.

Technology

Technology Overview

General dApss
Dashboard
Healthcare
Insurance

Private Storage Pallet
Health Reporting
Console Control
Permissions
OpenGOV
Treasury
Identity
EPoA

Custom Debian & kernel
Text Based Console
Optional telemetry
Stable sysVinit
Health Check
Monitoring
Hardening
Firewall

Customizable specifications
High quality Hardware

G6 Networks operates with a robust architecture combining blockchain technology, middleware, and a security framework. The G6 Middleware offers an intuitive API layer and SDK tools that simplify the connection between blockchain and off-chain systems. It uses permissioned systems to manage security, privacy, and scalability while employing a Substrate-based private blockchain that includes essential modules like Identity, Finance, and Membership. G6 Networks’ public blockchain supports audits and integrity validation, making it ideal for both private and governmental applications.

Use Cases

Common areas of integration

Governmental

The G6 National Dashboard offering governmental systems a way to interact with private chains. This use case demonstrates blockchain's potential for digital identity management, document storage, and communication between independent private chains.

Finance & Public Services

G6 can track financial transactions and create transparency in public services such as infrastructure, health, and food services, offering governments and institutions a scalable blockchain solution.

Digital Identity & Documentation

Stakeholders can securely store, manage, and share their digital identities and company-issued documents with customizable access permissions.

Consultation

How to implement G6 Networks?

Step 1:

Initial Engagement

Begin by initiating conversations with the organization’s key stakeholders to understand their unique challenges, goals, and current systems.
Conduct a needs assessment to determine which aspects of G6 Networks’ blockchain infrastructure would offer the most value (e.g., privacy, scalability, permission-based systems).

Step 2:

Solution and Customization

Based on the assessment, propose a tailored G6 solution (private or hybrid blockchain, permission levels, storage needs).
Collaborate with the organization to outline potential use cases (e.g., digital identity, financial transactions, etc).

Step 3:

Proof of Concept (Demo)

Develop and deploy a PoC to validate the solution's feasibility and address specific organizational needs.
Focus on key functionalities such as secure communications, scalability, and performance monitoring.

Step 4:

Implementation (Development)

Upon successful PoC, proceed with full deployment, training, and customization.
Provide ongoing support to monitor, audit, and manage the blockchain infrastructure using G6 Networks’ middleware and dashboard.

Step 5:

Long term Maintanance

Regularly evaluate the performance, security, and compliance of the deployed blockchain.
Expand capabilities, including inter-blockchain communication, based on the evolving needs of the organization.

Advantages

What can G6 Networks offer?

Scalability

G6 Networks' architecture is designed to handle large-scale data across both private and public blockchains.

Privacy

The system's zero-knowledge proofs and encryption guarantee data privacy and security.

Transparency

Every transaction on the G6 Networks blockchain is recorded and can be audited, increasing trust while maintaining privacy through permissioned access.

Interoperability

G6 Networks facilitates interactions between private blockchains, bridging various industries and applications, a feature not typically found in conventional blockchain solutions.

Distributed Data Storage

By using decentralized hardware storage, we increase data resilience and security. This reduces the risk of data loss or tampering as information is stored across multiple nodes.

Immutability

G6 Networks ensures that once data is written on the blockchain, it cannot be altered or deleted, making it ideal for applications requiring permanent records, such as legal contracts or government documentation.

Comparison

Comparative Matrix

Prior to initiating the G6 Networks, our team conducted extensive research on blockchain technology, decentralized systems, and the specific challenges faced by traditional entities in adopting blockchain solutions. This research laid the groundwork for G6 Networks private chain solutions, shaping its features and functionalities to address the identified gaps in global connectivity.

*Real Privacy: meaning, not even the encrypted data is reachable for unauthorized parties.

Our Partners

Ready to secure your data?

Contact us today, and make your data secure tomorrow!

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