STAB3L Roadmap

This document outlines the development roadmap for the STAB3L platform, including past achievements, current focus, and future plans. The roadmap is subject to change based on community feedback, market conditions, and technological advancements.

{% hint style="info" %} This roadmap is current as of March 2025. For the most up-to-date information, please visit the STAB3L blog or join our community forum. {% endhint %}

Vision

STAB3L aims to create a decentralized, trustless marketplace for standardized compute resources, enabling efficient allocation and utilization of compute power across the globe. Our long-term vision includes:

• Universal Compute Standard: Establishing a globally recognized standard for compute resources
• Cross-Chain Ecosystem: Building a seamless cross-chain ecosystem for compute resource trading
• Decentralized Compute Network: Creating a fully decentralized network of compute providers
• AI and ML Integration: Enabling efficient allocation of resources for AI and ML workloads
• Enterprise Adoption: Facilitating enterprise adoption of decentralized compute resources

Roadmap Overview

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Phase 1: Foundation (Completed - Q4 2024-Q1 2025)

The Foundation phase focused on establishing the core concepts, research, and initial development of the STAB3L platform.

Achievements

• ✅ Whitepaper/Litepaper publication (Q4 2024)
• ✅ Research on compute resource standardization (Q4 2024)
• ✅ Development of standardization algorithm (Q4 2024)
• ✅ Proof of concept for Zero-Knowledge Proof verification (Q4 2024)
• ✅ Initial smart contract architecture design (Q1 2025)
• ✅ Establishment of the CU standard (1 CU = 10^15 FLOPs, valued at $0.06)
• ✅ Development of the dual-token model (sSTB and rSTB)
• ✅ Pre-seed funding round (Q1 2025)

Key Milestones

• Whitepaper: Published the STAB3L whitepaper outlining the vision and technical approach
• Litepaper: Released investor-focused litepaper (March 2025)
• Standardization Algorithm: Developed and tested the algorithm for standardizing compute resources using the formula:

  CU = α · FLOPS + β · MEM + γ · STORAGE + δ · NETWORK
  

• ZKP Verification: Created a proof of concept for verifying compute resources using ZKPs
• TEE Integration: Developed integration with Trusted Execution Environments for verification
• Funding: Initiated pre-seed funding round for $1M via 20M rSTB warrants at $0.05/token

Technical Achievements

• CU Standardization: Defined the mathematical foundation for standardizing compute resources
• Verification Methods: Developed both ZKP and TEE verification approaches
• Token Economics: Designed the dual-token system with clear value accrual mechanisms
• Smart Contract Architecture: Created the initial architecture for the core protocol
• Benchmarking Tools: Developed tools for standardized benchmarking of compute resources

Phase 2: Core Protocol (In Progress - Q1-Q2 2025)

The Core Protocol phase focuses on developing and launching the core components of the STAB3L platform.

Achievements

• 🔄 Development of core smart contracts (Q1 2025)
• 🔄 Implementation of sSTB token standard (ERC-20) (Q1 2025)
• 🔄 Implementation of rSTB token standard (ERC-20) (Q1 2025)
• 🔄 Development of verification system (ZKP and TEE) (Q1-Q2 2025)
• 🔄 Creation of staking and redemption mechanisms (Q2 2025)
• 📅 Testnet launch on Arbitrum (Q2 2025)
• 📅 Security audits (Q2 2025)

Current Focus

• Smart Contracts: Developing and testing core smart contracts for the STAB3L ecosystem
• Token Implementation: Implementing the sSTB and rSTB tokens with all required functionality
• Verification System: Building the production-ready verification system for compute resources
• Staking Mechanism: Creating the staking mechanism for compute providers
• Redemption Process: Developing the redemption process for sSTB tokens
• Testnet Preparation: Preparing for the testnet launch with 1M CUs staked

Technical Details

• Smart Contract Architecture:

  • CU Verification Contract: Handles the verification of compute resources
  • Staking Contract: Manages provider staking of compute resources
  • Minting Contract: Controls the minting of sSTB tokens
  • Redemption Contract: Handles the redemption of sSTB for compute resources
  • Governance Contract: Manages the governance system using rSTB tokens

• Verification System:

  • ZKP Implementation: Using zk-SNARKs for privacy-preserving verification
  • TEE Integration: Supporting Intel SGX and AMD SEV for hardware-level security
  • Hybrid Approach: Allowing providers to choose their preferred verification method

• Staking Mechanism:

  • Provider Staking: Providers stake collateral (120% of CU value)
  • Staking Periods: Minimum 7 days, with incentives for longer periods
  • Rewards: Longer staking periods earn higher rewards in rSTB tokens

• Testnet Goals:

  • Target: 1 million CUs staked
  • Airdrop: 25.8 million rSTB airdrop (30% of first milestone)
  • Testing Focus: Verification, staking, minting, and redemption processes

Phase 3: Ecosystem Expansion (Planned - Q2-Q3 2025)

The Ecosystem Expansion phase will focus on enhancing the marketplace functionality and expanding the ecosystem.

Planned Developments

• 📅 Mainnet launch on Arbitrum (Q3 2025)
• 📅 Launch of provider onboarding program (Q3 2025)
• 📅 Implementation of governance system (Q3 2025)
• 📅 Development of spot market (Q3 2025)
• 📅 Development of futures market (Q3 2025)
• 📅 Integration with major DeFi protocols (Q3 2025)
• 📅 Enhanced analytics and reporting tools (Q3 2025)
• 📅 Developer SDK and API (Q3 2025)

Key Objectives

• Mainnet Launch: Successfully launch the STAB3L platform on Arbitrum mainnet
• Provider Onboarding: Onboard initial compute providers through direct partnerships
• Governance System: Implement the governance system using rSTB tokens with quadratic voting
• Marketplace Development: Create spot and futures markets for trading CU-backed assets
• DeFi Integration: Integrate with major DeFi protocols for enhanced liquidity and utility
• Analytics: Develop advanced analytics and reporting tools for users and providers
• Developer Tools: Create SDK and API for developers to build on the STAB3L platform

Technical Details

• Governance System:

  • Proposal Threshold: Minimum 1,000 rSTB tokens required to create a proposal
  • Quorum: At least 4% of total rSTB supply must vote
  • Majority: >50% of votes must be "For" for a proposal to pass
  • Discussion Period: 3 days
  • Voting Period: 5 days
  • Timelock: 2 days for standard proposals, 6 hours for emergency proposals
  • Quadratic Voting: Voting power calculated as the square root of tokens held

• Marketplace Features:

  • Spot Market: Immediate trading of sSTB tokens
  • Futures Market: Trading contracts for future delivery of compute resources
  • Trading Fee: 0.25% for spot market, 0.05% for futures market
  • Maker Rebate: 0.05% for spot market, 0.02% for futures market
  • Fee Reduction: Up to 50% reduction based on rSTB staking

• DeFi Integrations:

  • Liquidity Pools: Create liquidity pools for sSTB pairs
  • Lending Markets: Enable sSTB as collateral in lending protocols
  • Yield Farming: Implement yield farming opportunities for sSTB and rSTB
  • Automated Market Makers: Integrate with major AMMs for efficient trading

Phase 4: Cross-Chain Integration (Planned - Q2-Q4 2025)

The Cross-Chain Integration phase will focus on expanding the STAB3L platform to multiple blockchain ecosystems.

Planned Developments

• 📅 Cross-chain bridge development (Q2 2025)
• 📅 Integration with Ethereum mainnet (Q3 2025)
• 📅 Integration with Polygon (Q3 2025)
• 📅 Integration with Optimism (Q4 2025)
• 📅 Integration with Solana (Q4 2025)
• 📅 Cross-chain liquidity solutions (Q4 2025)

Key Objectives

• Cross-Chain Bridge: Develop a secure and efficient bridge using Wormhole for transferring tokens between chains
• Multi-Chain Presence: Establish presence on major blockchain ecosystems
• Unified Experience: Create a seamless experience across different chains
• Cross-Chain Liquidity: Implement solutions for efficient liquidity management across chains

Technical Details

• Bridge Architecture:

  • Lock-and-Mint Mechanism: Lock tokens on source chain, mint on destination chain
  • Multi-Relayer Consensus: Require confirmations from multiple relayers (5 out of 9)
  • Circuit Breaker: Implement circuit breaker for emergency situations
  • Message Timeout: 24-hour timeout period for stuck transactions

• Chain-Specific Implementations:

  • Ethereum: ERC-20 implementation with gas optimization
  • Polygon: PoS chain integration for lower fees
  • Optimism: Optimistic rollup integration for faster transactions
  • Solana: Non-EVM chain integration with SPL token standard

• Cross-Chain Features:

  • Batch Transfers: Support for batch transfers to reduce gas costs
  • Cross-Chain Redemption: Redeem CU tokens on any supported chain
  • Bridge Factory: Deploy new bridge instances for additional chains

Phase 5: Enterprise Solutions (Planned - Q1-Q3 2026)

The Enterprise Solutions phase will focus on developing features and services tailored for enterprise users.

Planned Developments

• 📅 Enterprise-grade security features (Q1 2026)
• 📅 Private compute networks (Q1-Q2 2026)
• 📅 Compliance and regulatory solutions (Q2 2026)
• 📅 Enterprise dashboard and management tools (Q2-Q3 2026)
• 📅 SLA guarantees and enforcement mechanisms (Q3 2026)

Key Objectives

• Enterprise Security: Develop enhanced security features for enterprise users
• Private Networks: Create private compute networks for sensitive workloads
• Compliance: Implement solutions for regulatory compliance
• Management Tools: Develop comprehensive management tools for enterprise users
• SLAs: Establish service level agreement mechanisms for enterprise-grade reliability

Technical Details

• Enterprise Security Features:

  • Multi-Signature Requirements: Require multiple signatures for critical operations
  • Hardware Security Module (HSM) Integration: Support for enterprise HSMs
  • Advanced Access Controls: Role-based access control for enterprise users
  • Audit Logging: Comprehensive audit logs for all operations

• Private Compute Networks:

  • Isolated Environments: Create isolated environments for enterprise workloads
  • Private Verification: Verification within private networks
  • Confidential Computing: Support for confidential computing technologies
  • Secure Enclaves: Utilize secure enclaves for sensitive workloads

• Compliance Solutions:

  • KYC/AML Integration: Support for KYC/AML requirements
  • Regulatory Reporting: Automated regulatory reporting
  • Compliance Dashboard: Real-time compliance monitoring
  • Audit Trail: Immutable audit trail for all transactions

Phase 6: Global Scaling (Planned - Q4 2026 onwards)

The Global Scaling phase will focus on expanding the STAB3L platform globally and achieving mass adoption.

Planned Developments

• 📅 Global provider network expansion (Q4 2026 onwards)
• 📅 Integration with traditional cloud providers (Q4 2026 - Q1 2027)
• 📅 Advanced AI and ML resource allocation (Q1-Q2 2027)
• 📅 Decentralized compute orchestration (Q2-Q3 2027)
• 📅 Industry partnerships and integrations (Ongoing)

Key Objectives

• Global Network: Expand the provider network to all major regions
• Cloud Integration: Integrate with traditional cloud providers for hybrid solutions
• AI/ML Focus: Develop specialized solutions for AI and ML workloads
• Compute Orchestration: Create decentralized orchestration for efficient resource allocation
• Partnerships: Establish strategic partnerships with industry leaders

Technical Details

• Global Provider Network:

  • Regional Nodes: Establish nodes in all major regions
  • Edge Computing: Support for edge computing use cases
  • Geo-Distributed Verification: Verification nodes distributed globally
  • Regional Marketplaces: Region-specific marketplaces for local optimization

• Cloud Provider Integration:

  • API Compatibility: Compatible APIs with major cloud providers
  • Hybrid Deployments: Support for hybrid on-chain/off-chain deployments
  • Migration Tools: Tools for migrating from traditional cloud to STAB3L
  • Billing Integration: Integrated billing with traditional cloud providers

• AI/ML Resource Allocation:

  • Specialized CU Types: CU types optimized for AI/ML workloads
  • Model Training Optimization: Optimized resource allocation for model training
  • Inference Optimization: Efficient resource allocation for inference
  • Distributed Training: Support for distributed training across providers

Community Roadmap

In addition to the technical roadmap, STAB3L is committed to building a vibrant and engaged community.

Community Initiatives

• Ambassador Program: Launching in Q2 2025
• Developer Grants: Ongoing program to support developers building on STAB3L
• Educational Content: Regular workshops, webinars, and tutorials
• Hackathons: Quarterly hackathons focused on different aspects of the platform
• Regional Meetups: In-person events in major tech hubs

Governance Evolution

The governance system will evolve over time to become more decentralized and community-driven:

1. Initial Governance: Core team and key stakeholders (Current)
2. Transitional Governance: Core team and rSTB token holders (Q3-Q4 2025)
3. Community Governance: Primarily rSTB token holders with minimal core team involvement (Q1 2026 onwards)
4. Full DAO: Complete transition to a decentralized autonomous organization (2027)

Research and Development

STAB3L maintains an active R&D program focused on advancing the state of the art in decentralized compute resources.

Research Areas

• Advanced Verification Methods: Exploring new approaches to compute resource verification
• Scalability Solutions: Researching layer 2 and other scalability solutions
• Privacy-Preserving Computation: Developing methods for privacy-preserving compute resource utilization
• Quantum-Resistant Cryptography: Preparing for the post-quantum era
• Decentralized Physical Infrastructure: Exploring the integration of physical infrastructure with blockchain

Roadmap Updates

The STAB3L roadmap is a living document that will be updated regularly based on:

• Community feedback and suggestions
• Market conditions and opportunities
• Technological advancements
• Regulatory developments

Major updates to the roadmap will be announced through:

• The STAB3L blog
• Community forums
• Social media channels
• Governance proposals

Conclusion

The STAB3L roadmap outlines an ambitious but achievable plan to revolutionize the compute resource market through standardization, verification, and tokenization. By following this roadmap, STAB3L aims to create a global, decentralized marketplace for compute resources that benefits providers, users, and the broader blockchain ecosystem.

{% hint style="info" %} This roadmap is subject to change based on community feedback, market conditions, and technological advancements. For the most up-to-date information, please visit the STAB3L blog or join our community forum. {% endhint %}