[RFP]: SORAShield - A Subscription VPN Service Powered by XOR Burns #105
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RFP
Request for Proposal
Comments
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We can remove the NFT proof of purchase we dont need it to be honesst I will edit the flow chart but I am too tired rn |
I actually have designed a better concept for receipt base purchases that doesn't use current NFT protocols. I can share my concept via DM if you wish. |
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No thank you just submit and optimize version of my RFP thank you for reading |
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Proposal Due Date
04/15/2025
Proposal Overview
SoraShield_FlowChart (real)-pdf.pdf
SoraShield is a decentralized VPN service provided by SORA that requires users to burn XOR tokens to pay for subscription plans. By integrating this service into the SORA ecosystem, users can enjoy enhanced online privacy and security while contributing to the deflationary mechanism of XOR tokens.
How SoraShield Benefits the SORA Ecosystem
Increased Demand for XOR Tokens:
As users burn XOR tokens to pay for VPN subscriptions, the overall demand for XOR increases. This helps drive the token's value up over time.
Token Deflation:
Burning XOR tokens reduces the total supply, creating a deflationary effect. This scarcity can positively impact the token's market value.
Enhanced Utility:
Providing a practical service like a VPN adds utility to the XOR token, making it more attractive to users and investors.
Revenue Generation:
The subscription model generates consistent revenue for the SORA ecosystem, which can be reinvested into development and other community initiatives.
Pricing is as follows :
monthly - $16 USD worth of XOR tokens
Yearly - $100 USD worth of XOR tokens ( must be paid in full at purchase )
2 years - $160 USD worth of XOR tokens ( must be paid in full at purchase )
SoraShield also provides Bundles packages for upgrades on your subscription plan
SORAShield Bundle Offers
Depending on your location, SORAShield offers at least three service plans, each including a range of cybersecurity features.
Basic Plan:
The Basic plan, SORAShield’s most affordable option, provides a fast and secure VPN connection that can simultaneously protect up to 10 devices. It is the perfect choice for those looking to test the VPN for the first time.
Plus Plan:
The Plus Plan includes all the benefits of the Basic plan, along with additional features such as Threat Protection Pro, malware protection, and SORAShieldPass, SORAShield’s cross platform password manager. SORAShieldPass memorizes and securely stores your passwords while also allowing you to use a data breach scanner that checks online websites for any leaks of your passwords, email addresses, or credit card details. If any of your SORAShieldPass linked digital entities suffer a data breach, the scanner will instantly identify the compromised accounts. To further mitigate the damage, SORAShieldPass’s robust Password Generator feature will help you set up a strong password in just a few seconds, allowing you to quickly update your leaked passwords.
Ultra Plan:
As the name suggests, the Ultra plan is the ultimate SORAShield service package. With all the benefits of the Plus plan, Ultra also offers one terabyte of encrypted SORAShieldLocker cloud storage, allowing you to keep your files in an encrypted vault. In addition to safekeeping, SORAShieldLocker allows its users to safely share data with others and sync files across all devices, making it an attractive choice for traveling professionals, remote workers, and other digital nomads.
Community Engagement:
Offering value added services like SoraShield can enhance community engagement and loyalty, fostering a more robust ecosystem.
Proposal Goals
Problem: Internet users face increasing threats to their online privacy and security, including data breaches, cyberattacks, and unauthorized surveillance.
Solution: SORAShield provides a decentralized VPN service that encrypts internet traffic, ensuring users’ online activities remain private and secure. This helps protect against cyber threats and enhances overall digital safety.
Problem: There is a need to create more use cases and demand for XOR tokens to support their value and adoption within the SORA ecosystem.
Solution: By allowing users to pay for VPN services with XOR tokens, SORAShield increases the token's utility, driving demand and supporting the token's value.
Problem: Many existing VPN services are centralized, posing risks related to data privacy and control.
Solution: SORAShield is a decentralized VPN service, which means it operates without a central authority, reducing risks of data mishandling and offering greater transparency and trust to users.
Problem: Reducing the circulating supply of XOR tokens can help stabilize and increase their value, but effective mechanisms to achieve this are needed.
Solution: Part of the XOR tokens used to pay for SORAShield subscriptions will be burnt, reducing the overall supply and potentially increasing the token's value over time.
Problem: Users often face barriers to accessing secure VPN services, such as high costs or technical complexities.
Solution: SORAShield offers various service plans catering to different needs and budgets, making high quality VPN services accessible to a wider audience.
How SORAShield Solves These Problems
🔴 VPN Service Plans: SORAShield offers different subscription plans (Basic, Plus, Ultra) to cater to various user needs, enhancing privacy and security for all.
🔴 Integration with SORA Ecosystem: By using XOR tokens for subscription payments, SORAShield integrates seamlessly into the SORA ecosystem, promoting the token's use and value.
🔴 Decentralized Infrastructure: SORAShield operates on a decentralized network, providing greater security and privacy compared to traditional, centralized VPN services.
🔴 Token Burning Mechanism: A percentage of the XOR tokens used for subscriptions will be burnt, reducing the overall supply and potentially supporting the token’s value.
🔴 User Friendly Features: SORAShield includes features such as password management and encrypted cloud storage, making it a comprehensive cybersecurity solution that is easy to use.
Overall, the SORAShield proposal aims to enhance user security, promote the utility of XOR tokens, and provide a decentralized, community driven solution within the SORA ecosystem.
Scope of Work
SoraShield aims to provide a subscription based decentralized VPN service that burns XOR tokens for payment. This service not only enhances user privacy and security but also contributes to reducing the XOR token supply, thereby potentially increasing its value. The implementation of SoraShield involves several stages, including planning, development, testing, and deployment.
Market Research: Understand the competitive landscape and define the unique value proposition of SoraShield.
Requirements Gathering: Collect and document the functional and nonfunctional requirements for the VPN service, including security protocols, user authentication, payment integration, and token burning mechanics.
Feasibility Study: Assess the technical and economic feasibility of the project.
System Architecture: Design the overall system architecture, including server infrastructure, VPN protocols (OpenVPN, WireGuard), and blockchain integration for payments and token burning.
User Interface (UI) and User Experience (UX): Design user friendly interfaces for the SoraShield application, covering both mobile and desktop platforms.
Smart Contracts: Design and develop smart contracts to receive XOR token payments with burning mechanisms in return gives users access to the Sorashield VPN service.
Backend Development:
Implement VPN server infrastructure and configuration.
Develop backend services for user management, subscription management, and payment processing.
Frontend Development:
Develop the SoraShield application for various platforms (iOS, Android, Windows, macOS).
Integrate user authentication and subscription management features.
Blockchain Integration:
Develop and deploy smart contracts on the SORA blockchain.
Implement the mechanism for burning XOR tokens upon payment.
Security Protocols: Implement encryption and security protocols to ensure user privacy and data protection.
Unit Testing: Test individual components and modules for correctness.
Integration Testing: Ensure that all system components work together seamlessly.
Security Testing: Conduct extensive security testing to identify and fix vulnerabilities.
User Acceptance Testing (UAT): Involve a group of end-users to test the system and provide feedback.
Infrastructure Setup: Deploy VPN servers in multiple locations to ensure global coverage and low latency.
Smart Contract Deployment: Deploy the smart contracts on the SORA blockchain.
Application Release: Release the SoraShield application on app stores and other distribution platforms.
Monitoring and Maintenance: Continuously monitor the system for performance and security issues, and apply updates and patches as necessary.
Customer Support: Provide user support to handle issues and inquiries related to SoraShield.
Amount of Work Required
Development Timeline
Planning and Research: 1-2 months
Design: 1-2 months
Development: 4-6 months
Testing: 2-3 months
Deployment: 1 month
Maintenance and Support: Ongoing
Team Requirements
Project Manager: 1
Blockchain Developers: 2-3
Backend Developers: 2-3
Frontend Developers: 2-3
UI/UX Designers: 1-2
QA Engineers: 2
Security Experts: 1-2
Customer Support Representatives: 2-3
Current Roadblocks and Barriers to Success
Potential Challenges and Risks
Regulatory Compliance:
Catch: VPN services often face regulatory scrutiny and restrictions in various countries.
Attention Point: Ensure that SoraShield complies with international and local regulations regarding data privacy, VPN usage, and blockchain technology.
Security and Privacy:
Catch: VPN services are prime targets for cyberattacks.
Attention Point: Implement robust security measures to protect user data and the overall infrastructure. This includes end to end encryption, secure user authentication, and regular security audits.
Scalability and Performance:
Catch: High demand could strain the VPN infrastructure, leading to performance issues.
Attention Point: Design the system to be scalable, with the ability to add more servers and resources dynamically as demand grows. Ensure load balancing and efficient resource management.
Blockchain Integration:
Catch: Smart contract vulnerabilities can lead to financial losses or exploitation.
Attention Point: Conduct thorough smart contract audits and employ best practices in blockchain development to minimize risks. Regularly update and patch smart contracts as needed.
User Experience (UX):
Catch: Complex onboarding and usage processes can deter users.
Attention Point: Focus on creating a seamless and intuitive user experience. Provide clear instructions, easy payment processes, and responsive customer support.
Market Competition:
Catch: There are already established VPN providers with strong user bases.
Attention Point: Differentiate SoraShield through unique features such as token burning mechanics, decentralized infrastructure, and additional privacy measures.
Funding and Sustainability:
Catch: Ensuring the longevity and sustainability of the service can be challenging.
Attention Point: Allocate a sustainable percentage of XOR tokens burned to fund ongoing operations and development. Continuously seek partnerships and innovative revenue streams.
User Adoption and Retention:
Catch: Attracting and retaining users in a competitive market.
Attention Point: Implement effective marketing strategies, offer incentives for early adopters, and continually improve the service based on user feedback.
Technical Support and Maintenance:
Catch: Maintaining a decentralized VPN service requires ongoing technical support.
Attention Point: Establish a dedicated team for monitoring, maintenance, and customer support to ensure high service availability and user satisfaction.
Token Economics:
Catch: The burning of XOR tokens must be balanced to avoid excessive deflation.
Attention Point: Design the token economics carefully to ensure that the burning rate supports the token’s value without causing supply issues. Regularly review and adjust the burning mechanism based on market conditions.
Regular Audits and Updates: Conduct regular security audits and keep the software up-to-date to protect against emerging threats.
Community Engagement: Engage with the SORA community to gather feedback, promote transparency, and build trust.
Educational Resources: Provide users with educational resources about the benefits of using a VPN, how the SoraShield service works, and the importance of burning XOR tokens.
Partnerships and Collaborations: Form strategic partnerships with other blockchain projects, cybersecurity firms, and privacy advocates to enhance the service offering and expand the user base.
Scalable Infrastructure: Invest in scalable infrastructure to handle increasing user demands and maintain optimal performance.
Evaluation Metrics and Criteria
Completion Criteria
Functional VPN Service:
Criteria: The VPN service, SoraShield, must be fully operational, providing secure and reliable VPN connections.
Indicators: Users can connect to the VPN, experience stable and secure connections, and access the internet without any disruptions.
Token Burning Mechanism:
Criteria: The XOR token-burning mechanism must be fully implemented and functional.
Indicators: Users can burn XOR tokens to pay for the VPN service, and the burning process is transparent and verifiable on the blockchain.
NFT System for Subscription:
Criteria: The system for issuing and managing NFTs as proof of subscription must be in place.
Indicators: Users receive NFTs upon subscribing, and these NFTs can be traded or fractionalized on the secondary market.
Payment and Funding Allocation:
Criteria: The payment system must effectively allocate funds, burning a specified percentage of XOR tokens and directing the remainder towards company sustainability.
Indicators: A clear and transparent allocation of funds with a sustainable percentage for company operations is implemented and visible on the blockchain.
User Interface and Experience:
Criteria: A user friendly interface for subscribing to SoraShield, managing subscriptions, and accessing VPN services must be developed.
Indicators: Users can easily navigate the platform, subscribe to the VPN service, manage their NFTs, and access support.
Security and Privacy Measures:
Criteria: Robust security and privacy measures must be integrated into the SoraShield service.
Indicators: The service has passed security audits, and user data is protected through end to end encryption and other
cybersecurity protocols.
Smart Contract Audits:
Criteria: All smart contracts associated with SoraShield must be thoroughly audited for security and functionality.
Indicators: Third party audit reports are available, confirming the smart contracts are secure and free from vulnerabilities.
Marketing and Documentation:
Criteria: Comprehensive marketing and user documentation must be prepared and distributed.
Indicators: There is a noticeable increase in user adoption, and users have access to clear guides and support resources.
Integration with SORA Ecosystem:
Criteria: SoraShield must be seamlessly integrated into the existing SORA ecosystem, utilizing existing infrastructure and protocols.
Indicators: SoraShield operates within the SORA network, leveraging its blockchain technology and user base.
Customer Support:
Criteria: A responsive customer support system must be established to assist users with any issues or questions.
Indicators: Users report high satisfaction with the support received, and issues are resolved promptly.
Timeline and Milestones
Initial Development and Testing (Months 1-3):
🔴 Develop the core VPN functionality.
🔴 Implement the XOR token burning mechanism.
🔴 Create the NFT system for subscriptions.
🔴 Internal testing and bug fixes.
🔴nSmart Contract Development and Audit (Months 4-5):
Develop smart contracts for token burning and NFT management.
🔴 Conduct third party security audits.
🔴 Address any identified issues and re-audit if necessary.
🔴 User Interface and Experience (Months 6-7):
Develop a user friendly interface.
🔴 Conduct user testing and gather feedback.
🔴 Refine the UI/UX based on feedback.
🔴 Security Implementation (Months 2-3):
🔴 Integrate robust security measures.
🔴 Conduct security audits and penetration testing.
🔴 Implement recommendations from security audits.
🔴 Marketing and Documentation (Month 3):
🔴 Develop marketing materials and strategies.
🔴 Create comprehensive user documentation and guides.
🔴 Launch marketing campaigns.
🔴 Beta Launch (Month 4):
Launch a beta version of SoraShield.
🔴 Gather user feedback and address any issues.
🔴 Refine and optimize based on beta testing results.
🔴 Full Launch and Integration (Month 6):
Officially launch SoraShield.
🔴 Fully integrate with the SORA ecosystem.
🔴 Monitor performance and user adoption.
🔴 Provide ongoing support and updates.
Indicators of Completion
User Adoption: A growing number of users subscribing to and using SoraShield.
Token Burning: An increase in XOR tokens burned as users pay for the service.
Positive Feedback: High user satisfaction and positive feedback regarding the service’s functionality, security, and support.
Sustainability: The service generates sufficient funds to sustain operations and support future development.
Submission Requirements
Technical Implementation
Functional Prototype:
Criteria: A fully functional prototype of the SoraShield VPN service must be developed and demonstrated.
Indicators: The prototype should show secure VPN connections, proper handling of XOR token payments, and the correct allocation of funds (70% burned, 30% for company longevity).
Smart Contract Development:
Criteria: Smart contracts for XOR token burning and fund allocation must be developed and deployed on the SORA blockchain.
Indicators: The smart contracts should be audited by third party security experts and proven to be secure and functional.
User Interface and Experience (UI/UX):
Criteria: A user friendly interface for the SoraShield platform must be created.
Indicators: The interface should allow users to easily buy XOR tokens, subscribe to the VPN service, and access VPN features without technical difficulties.
Security and Compliance
Security Measures:
Criteria: Robust security measures must be implemented to protect user data and the overall system.
Indicators: End to end encryption, secure authentication, and regular security audits should be in place.
Regulatory Compliance:
Criteria: The VPN service must comply with relevant international and local regulations.
Indicators: Legal reviews and compliance checks should be conducted to ensure the service adheres to privacy and data protection laws.
Performance and Scalability
Scalability:
Criteria: The system must be scalable to handle increasing user demands.
Indicators: Load testing and performance metrics should demonstrate that the system can handle a growing number of users without degradation in performance.
Reliability and Uptime:
Criteria: The VPN service must maintain high reliability and uptime.
Indicators: The service should achieve at least 99.9% uptime, with monitoring and alert systems in place to quickly address any issues.
User Adoption and Feedback
User Adoption:
Criteria: The VPN service should attract a significant number of users within a specified period.
Indicators: User metrics such as the number of subscriptions, active users, and user retention rates should be tracked and reported.
User Feedback:
Criteria: Collect and incorporate user feedback to improve the service.
Indicators: User satisfaction surveys, feedback forms, and community engagement should show positive reception and constructive suggestions for improvements.
Economic Viability
Sustainable Business Model:
Criteria: The business model should be financially sustainable.
Indicators: Financial projections and models should demonstrate that the revenue from subscriptions and token burns can cover operational costs and support future growth.
Token Economics:
Criteria: The token burning mechanism should positively impact the value of XOR tokens.
Indicators: Reports on the number of tokens burned and the effect on the token supply and demand should show a beneficial impact on the XOR token value.
Documentation and Reporting
Comprehensive Documentation:
Criteria: Detailed technical and user documentation must be provided.
Indicators: Documentation should cover system architecture, smart contract details, user guides, and troubleshooting information.
Regular Reporting:
Criteria: Provide regular updates and reports on the progress and performance of the service.
Indicators: Progress reports, performance metrics, and financial reports should be submitted periodically to stakeholders and the community.
Marketing and Community Engagement
Marketing Strategy:
Criteria: A well defined marketing strategy should be developed and executed.
Indicators: Marketing campaigns, promotional materials, and user acquisition strategies should be in place and show measurable results.
Community Engagement:
Criteria: Active engagement with the SORA community and broader audience.
Indicators: Community events, social media activity, and feedback sessions should show high levels of interaction and support from the community.
SoraShield_FlowChart (real)-pdf.pdf
Submission Method
Blockchain: Mainnet
Project Due Date
4/15/2025
Budget Amount
This is up to the discretion of the development team
sorashield logo2.pdf
[soashield logo 1.pdf](https://github.com/user-attachments/files/15914701/soashie
Uploading SORASHIELD LOGO 3.pdf…
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