DIP Handler Roadmap
The DIP (Decentralized Internet Project) Handler is evolving from a WTTP-only client into a comprehensive multi-protocol handler for decentralized storage and web protocols. This roadmap outlines our development timeline and future enhancements.
Completed Development (2025)
Q1 2025 ✅
- WTTP Handler Foundation: Core WTTP protocol implementation
- ENS Support: Ethereum Name Service integration for domain resolution
- WTTP Response Formatting: Standard Response object formatting
Q2 2025 ✅
- Multi-Chain Support: Support for multiple blockchain networks
- Chain ID Aliases: Convenient chain aliases (sepolia, mainnet, polygon, etc.)
- wURL Class: Extended URL class with chain ID support for WTTP URLs
2025 Development Timeline
Q3 2025
- Name Service Provider: Add Unstoppable Domains integration
- TLD Support:
.crypto,.nft,.wallet,.x,.dao,.blockchain - Storage Protocol: Add IPFS fetching support
- wURL Support:
ipfs://QmHash/pathscheme parsing
Q4 2025
- Name Service Provider: Add ENS (Ethereum Name Service) integration
- TLD Support:
.ethdomain resolution - Storage Protocol: Add Bitcoin Ordinals fetching support
- wURL Support:
ord://inscription-idscheme parsing
Q1 2026
- Name Service Provider: Add Base Name Service integration
- TLD Support:
.basedomain resolution - Storage Protocol: Add Arweave fetching support
- wURL Support:
ar://transaction-id/pathscheme parsing
Q2 2026
- Name Service Provider: Add Arweave Name Service integration
- TLD Support:
.arArNS domain resolution - Storage Protocol: Add ESP (Ethereum Storage Protocol) fetching support
- wURL Support:
esp://datapoint-addressscheme parsing
Q3 2026
- Name Service Provider: Add Arbitrum Name Service integration
- TLD Support:
.arbdomain resolution - Transfer Protocol: Add HTTP/HTTPS fetching
Q4 2026
- Name Service Provider: Add Avalanche Name Service integration
- TLD Support:
.avaxdomain resolution - Storage Protocol: Add Storj fetching support
- wURL Support:
sj://my-bucket/my-objectscheme parsing
2026 Advanced Features
Q1 2026
- Intelligent Protocol Detection: Automatic protocol selection based on content analysis
- Performance Optimization: Advanced caching and streaming strategies
- Protocol Fallback: Automatic fallback between protocols for redundancy
Q2 2026
- Advanced Error Handling: Protocol-specific error recovery and retry strategies
- Content Verification: Cross-protocol content integrity verification
- Performance Monitoring: Built-in performance metrics and analytics
2026 Multi-Platform Expansion
Q1 2026
- cURL Integration: Extend cURL with DIP protocol support
- Command Line Tools: DIP-aware command line utilities
- Shell Integration: Native shell support for DIP protocols
Q2 2026
- Python Implementation: Native Python DIP handler
- Go Implementation: High-performance Go DIP handler
- Rust Implementation: Memory-safe Rust DIP handler
Q3 2026
- Mobile SDKs: iOS and Android native DIP handlers
- Desktop Integration: Native desktop application support
- Browser Extensions: Browser extension for DIP protocol support
Q4 2026
- Plugin System: Extensible plugin architecture for new protocols
- Protocol Marketplace: Community-driven protocol extensions
- Advanced Analytics: Comprehensive usage and performance analytics
Future DeNS Providers (2027+)
Additional DeNS Providers
- Avalanche Name Service:
.avaxdomains - BSC Name Service:
.bscdomains - Fantom Name Service:
.ftmdomains - Optimism Name Service:
.opdomains - Gnosis Name Service:
.gnodomains - Celo Name Service:
.celodomains - Near Name Service:
.neardomains - Cosmos Name Service:
.cosmosdomains - Polkadot Name Service:
.dotdomains - Tezos Name Service:
.xtzdomains
Future Storage Protocols (2027+)
Additional Storage Protocols
- Sia: Decentralized cloud storage (
sia://hash/path) - Storj: Decentralized object storage (
storj://hash/path) - Crust: Web3 infrastructure protocol (
crust://hash/path) - Celestia: Modular blockchain data availability (
celestia://hash/path) - EigenLayer: Restaking and data availability (
eigen://hash/path) - Polygon Avail: Data availability layer (
avail://hash/path) - Near Protocol: Sharded blockchain with storage (
near://hash/path) - IPFS Cluster: IPFS with redundancy (
ipfs-cluster://hash/path) - Pinata: IPFS pinning service (
pinata://hash/path) - Web3.Storage: IPFS with metadata (
web3://hash/path)
Protocol Integration Standards
DeNS Integration Requirements
- URL Scheme: Unique protocol identifier (e.g.,
ud://,ens://) - Domain Resolution: Resolve domain to blockchain address
- Cross-Chain Support: Multi-chain domain resolution
- Fallback Mechanisms: Graceful degradation when services unavailable
- Caching: Efficient domain resolution caching
Storage Protocol Integration Requirements
- URL Scheme: Unique protocol identifier (e.g.,
ipfs://,ar://) - Content Fetching: Retrieve content from protocol
- Authentication: Wallet-based auth where required
- Range Requests: Partial content delivery support
- Error Handling: Protocol-specific error management
- Performance: Optimized fetching and caching
Technical Roadmap
Core Architecture Improvements
- Unified Response Format: Standardized response objects across all protocols
- Protocol Abstraction Layer: Clean separation between protocol implementations
- Error Normalization: Unified error handling and reporting
- Performance Optimization: Advanced caching and streaming strategies
Developer Experience
- TypeScript Support: Full type definitions for all protocols
- Documentation: Comprehensive guides and API references
- Testing Framework: Automated testing across all protocols
- Debugging Tools: Advanced debugging and monitoring capabilities
Security Enhancements
- Content Verification: Cryptographic integrity verification
- Authentication: Unified authentication across protocols
- Privacy Protection: Enhanced privacy and anonymity features
- Audit Trail: Comprehensive logging and audit capabilities
Community and Ecosystem
Developer Tools
- SDK Generation: Automatic SDK generation for new protocols
- Testing Utilities: Protocol testing and validation tools
- Performance Benchmarks: Standardized performance testing
- Integration Guides: Step-by-step integration documentation
Community Features
- Protocol Registry: Community-maintained protocol registry
- Contribution Guidelines: Clear contribution and development guidelines
- Community Forums: Developer discussion and support forums
- Hackathons: Regular hackathons and development challenges
Success Metrics
Technical Metrics
- Protocol Coverage: Number of supported protocols
- Performance: Response times and throughput
- Reliability: Uptime and error rates
- Compatibility: Cross-platform and cross-browser support
Adoption Metrics
- Developer Adoption: Number of active developers
- Project Integration: Number of projects using DIP handler
- Community Growth: Community size and engagement
- Ecosystem Health: Protocol diversity and usage
Contributing to the Roadmap
We welcome community input on our roadmap. If you have suggestions for:
- New Protocols: Propose protocols for inclusion
- Feature Requests: Suggest new features or improvements
- Platform Support: Request support for new platforms
- Performance Improvements: Suggest optimization opportunities
Please reach out through our community channels or submit issues on our GitHub repository.
Related Documentation
- Handler Overview - Current capabilities and architecture
- Installation Guide - Setup and configuration
- Examples - Usage examples and patterns
- WTTP Methods - Understanding WTTP protocol methods