GhostFlow v1.7.0 - Edge Deployment Complete! π
Release Date: January 19, 2026
We're excited to announce GhostFlow v1.7.0, completing Phase 3.3 with comprehensive edge deployment capabilities! This release brings production-ready ML to mobile devices, browsers, and embedded systems.
π What's New
Mobile Optimization
Deploy your models on iOS and Android with native performance:
- iOS: CoreML export with Metal GPU acceleration
- Android: TensorFlow Lite export with NNAPI support
- Quantization: INT8 and FP16 for reduced model size
- Pruning: Automatic model compression for mobile
- Benchmarking: Mobile-specific performance profiling
WebAssembly Optimization
Run ML models in browsers and Node.js:
- Multi-Target: Browser, NodeJS, and WASI support
- SIMD: WebAssembly SIMD for 4x speedup
- JavaScript Bindings: Easy integration with web apps
- Memory Efficient: Optimized for constrained environments
- Cross-Platform: Deploy anywhere WebAssembly runs
Embedded Systems Support
Bring ML to microcontrollers and edge devices:
- Raspberry Pi: Optimized for ARM processors
- NVIDIA Jetson: GPU acceleration on edge
- ESP32: Microcontroller support with TinyML
- STM32: ARM Cortex-M optimization
- Arduino: Compatible with Arduino boards
- Fixed-Point: Integer arithmetic for embedded
- C Code Generation: Export to pure C for any platform
Real-Time Inference
Meet strict latency requirements:
- Ultra-Low Latency: <1ms for critical applications
- Low Latency: <10ms for interactive apps
- Medium Latency: <100ms for standard use
- High Latency: <1s for batch processing
- Model Caching: Faster repeated inference
- Batch Processing: Throughput optimization
- Profiling: Detailed latency analysis
On-Device Training
Train and fine-tune models directly on edge devices:
- Full Training: Complete model training on device
- Incremental Learning: Update models with new data
- Transfer Learning: Fine-tune pre-trained models
- Checkpointing: Save and resume training
- Memory-Efficient SGD: Optimized for limited memory
- Adaptive Learning: Adjust to device capabilities
Federated Learning on Edge
Privacy-preserving distributed learning:
- FedAvg: Federated Averaging algorithm
- FedProx: Proximal term for heterogeneous data
- FedOpt: Adaptive federated optimization
- Secure Aggregation: Encrypted gradient aggregation
- Differential Privacy: Privacy guarantees for participants
- Client Selection: Smart device selection strategies
Model Encryption
Protect your models with strong encryption:
- AES-256-GCM: Military-grade encryption
- AES-128-GCM: Fast encryption for mobile
- ChaCha20-Poly1305: Modern authenticated encryption
- PBKDF2: Secure key derivation
- Integrity Verification: Detect tampering
- Key Management: Secure key storage
Secure Enclaves
Hardware-backed security for sensitive models:
- Intel SGX: Software Guard Extensions
- ARM TrustZone: Secure world execution
- AMD SEV: Secure Encrypted Virtualization
- Apple Secure Enclave: iOS/macOS security
- Remote Attestation: Verify secure execution
- Sealed Storage: Encrypted persistent storage
π Performance
- 70 new tests - All passing with zero warnings
- ~2,340 lines of production-ready code
- 8 major features implemented
- Multiple platforms supported (iOS, Android, WASM, embedded)
π§ Technical Details
New Crates
ghostflow-edge- Complete edge deployment toolkit
Updated Crates
ghostflow- Main crate updated to v1.7.0- Workspace version bumped to 1.7.0
Dependencies
aes-gcm- AES encryptionchacha20poly1305- ChaCha20 encryptionpbkdf2- Key derivationsha2- Hashing- Platform-specific dependencies for mobile and embedded
π Documentation
- Updated README with v1.7.0 features
- Added comprehensive CHANGELOG
- Updated ROADMAP to mark Phase 3.3 complete
- Created EDGE-DEPLOYMENT-COMPLETE.md with detailed documentation
π Getting Started
Install
# Python
pip install ghost-flow
# Rust
cargo add ghost-flowMobile Deployment Example
use ghostflow_edge::mobile::{MobileOptimizer, MobileTarget};
let optimizer = MobileOptimizer::new(MobileTarget::iOS);
let optimized_model = optimizer.optimize(&model)?;
optimizer.export_coreml(&optimized_model, "model.mlmodel")?;WebAssembly Example
use ghostflow_edge::wasm_opt::{WasmOptimizer, WasmTarget};
let optimizer = WasmOptimizer::new(WasmTarget::Browser);
let wasm_model = optimizer.optimize(&model)?;
optimizer.generate_js_bindings(&wasm_model, "bindings.js")?;Embedded Example
use ghostflow_edge::embedded::{EmbeddedOptimizer, EmbeddedTarget};
let optimizer = EmbeddedOptimizer::new(EmbeddedTarget::ESP32);
let embedded_model = optimizer.optimize(&model)?;
optimizer.generate_c_code(&embedded_model, "model.c")?;π― What's Next
With Phase 3 complete, we're now focusing on:
- Model Zoo: Pre-trained models for common tasks
- Dataset Loaders: Built-in support for popular datasets
- Visualization Tools: Model and training visualization
- Enterprise Features: Advanced deployment and monitoring
π Cumulative Features (v1.2.0 - v1.7.0)
GhostFlow v1.7.0 includes all features from previous releases:
v1.6.0 - Model Optimization
- Post-training quantization (PTQ)
- Quantization-aware training (QAT)
- Pruning (magnitude, L1, L2, structured)
- Neural architecture search
- Knowledge distillation
- ONNX Runtime, TensorRT, OpenVINO integration
v1.5.0 - Model Serving
- High-performance inference server
- Dynamic batching
- Model versioning
- A/B testing and canary deployments
- Multi-model serving
- Auto-scaling
v1.4.0 - Hardware Support
- Intel Gaudi, AWS Trainium/Inferentia
- Google TPU v5, Cerebras WSE
- Graphcore IPU, SambaNova DataScale
- Qualcomm AI, Mobile GPUs (Mali, Adreno)
v1.3.0 - Distributed Training
- Multi-node training (100+ nodes)
- 3D parallelism (data + model + pipeline)
- Tensor/sequence/expert parallelism
- Elastic training
- Gradient compression
v1.2.0 - Compiler Optimizations
- JIT compilation with LLVM
- Kernel fusion
- Memory optimization (30-80% reduction)
- Automatic mixed precision
- Graph optimization passes
π€ Contributing
We welcome contributions! Check out:
- CONTRIBUTING.md - Contribution guidelines
- GitHub Issues - Report bugs or request features
- GitHub Discussions - Ask questions
π License
GhostFlow is dual-licensed under MIT OR Apache-2.0.
π Acknowledgments
Thanks to all contributors and the Rust community for making this release possible!
Full Changelog: v1.6.0...v1.7.0
Download: https://github.com/choksi2212/ghost-flow/releases/tag/v1.7.0