Hapax is the reliability layer between your code and LLM providers. We're building an open-source infrastructure layer that makes LLM operations robust and predictable. Our goal is to provide the tools and visibility you need to run AI applications with confidence, whether you're a solo developer or running large-scale deployments.
- Reliability: Smart provider management for uninterrupted operations
- Visibility: Clear insights into your LLM infrastructure
- Flexibility: Adaptable to your security and scaling needs
- Simplicity: Complex infrastructure made approachable
Focus: Core functionality and initial production readiness.
- Request queueing and deduplication
- HTTP/3 (QUIC) implementation
- High-performance transport layer
- 0-RTT connection establishment
- Connection migration
- Multiplexing optimization
- TLS 1.3 integration
- Installation and Configuration
- Deployment guide
- Configuration reference
- Security setup
- Performance tuning
- API Documentation
- Endpoint specifications
- Request/response formats
- Error handling
- Authentication
- Operations Guide
- Monitoring setup
- Metrics reference
- Logging guide
- Troubleshooting
Focus: Deep visibility and operational intelligence.
- Enhanced metrics collection
- Detailed latency tracking
- Resource utilization metrics
- Provider-specific metrics
- Custom metric pipelines
- Advanced audit logging
- Structured audit events
- Compliance-ready logging
- Log aggregation support
- Log retention policies
- Operational dashboards
- Real-time system visibility
- Performance analytics
- Health monitoring
- Alert management
- Role-based access control
- Fine-grained permissions
- Resource-level access
- Audit trails
- Identity provider integration
- Enhanced security features
- Request validation
- Rate limiting
- Token management
- Security event monitoring
Focus: Horizontal scaling and high availability.
- Cluster mode
- Leader election
- State synchronization
- Node auto-discovery
- Cross-node routing
- Advanced request management
- Dynamic rate limiting
- Request quotas
- Load balancing
- Circuit breaking
- Distributed caching
- Cache strategies
- Invalidation rules
- Memory management
- Cache analytics
- Advanced routing
- Content-based routing
- Traffic splitting
- Request transformation
- Custom middleware
- Provider management
- Multi-provider failover
- Provider health tracking
- Cost optimization
- Usage analytics
Focus: Mission-critical deployment capabilities.
- Advanced performance features
- Connection pooling
- Request batching
- Memory optimization
- CPU optimization
- Reliability enhancements
- Automated failover
- Self-healing
- Predictive scaling
- Performance prediction
- Cost management
- Usage tracking
- Budget controls
- Cost allocation
- Usage forecasting
- SLA management
- SLA definition
- Performance tracking
- Availability monitoring
- Compliance reporting
- Multi-region support
- Geographic routing
- Regional failover
- Data sovereignty
- Cross-region analytics
- Advanced security
- Zero-trust architecture
- Advanced threat detection
- Security analytics
- Compliance automation
- Sub-minute deployment time
- Zero-touch configuration
- 99.99% availability
- < 50ms added latency
- Zero security vulnerabilities
- Automatic failure recovery
- Complete operational visibility
- Edge computing integration
- Custom model hosting
- Model performance analytics
- Fine-tuning infrastructure
- Hybrid deployment models
- Advanced protocol support
- Security and reliability are continuous priorities
- Each feature includes comprehensive testing and documentation
- Regular security audits are mandatory
- Features may be reprioritized based on enterprise requirements