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OPEN Sentience

Observability Protocol for Emergent Networks

Type-safe distributed workflow orchestration built on Elixir's BEAM VM. Unmatched fault tolerance. Extreme concurrency. Compile-time safety. Not another low-code toolβ€”a developer's workflow engine.

2M+ Concurrent Tasks
<150ms Fault Recovery
0.05ms Task Overhead
100% Type-Safe (with ADTs)

Core Capabilities

Built for distributed systems that never fail. OPEN combines the power of Elixir's BEAM VM with type-safe workflow orchestration for unprecedented reliability and performance.

  • Extreme Performance: Execute 2 million concurrent tasks with sub-millisecond overhead
  • Fault Tolerance: OTP supervision trees detect failures in under 150ms and auto-restart
  • Compile-Time Safety: Macro-based DAG validation catches errors before runtime
  • Distributed by Design: Built-in Erlang distribution protocol across thousands of nodes
  • Real-Time Observability: Phoenix LiveView dashboards with WebSocket updates under 100ms
Explore Architecture

System Architecture

🎨
Platform
β†’
🎯
Types
β†’
🧠
OPEN
β†’
βš™οΈ
Runtime
β†’
πŸ”§
Workers

Layered design for maximum flexibility
Built on Elixir/BEAM with optional type safety

Enterprise-Grade Performance

⚑
Extreme Performance
2M+

Concurrent tasks with sub-millisecond overhead. BEAM's lightweight processes deliver unmatched parallelism.

πŸ›‘οΈ
Fault Tolerance
<150ms

OTP supervision trees detect failures in under 150ms and automatically restart. Telecom-grade reliability built-in.

πŸ”’
Compile-Time Safety
100%

Macro-based DAG validation catches errors before runtime. The only workflow orchestrator with compile-time guarantees.

🌐
Distributed by Design
1000s

Built-in Erlang distribution protocol. Coordinate across thousands of nodes with transparent remote execution.

Architecture

Layered Design for Maximum Flexibility

🎨 Ash Framework Layer (Platform)

DAG storage, user management, GraphQL APIs, authorization, execution history, Phoenix LiveView dashboards

🎯 Optional Type Layer (Stellarmorphism ADTs)

Algebraic data types for type-safe workflows, compile-time validation, exhaustive pattern matchingβ€”opt-in enhancement

🧠 OPEN Orchestration Layer (Coordination)

Macro-based DAG definition, topological sorting, dependency resolution, distributed task scheduling, OTP supervision

βš™οΈ Execution Runtime (Performance)

Pure Elixir hot path (<0.1ms overhead), parallel execution engine, fault detection & recovery, BEAM process pool

πŸ”§ Worker Layer (Computation)

Rust/C++ NIFs for numerical computing, Python via Ports for ML/data science, Julia for scientific computing

Powering Next Generation of Distributed Systems

πŸ”¬ Scientific Computing

Coordinate complex computational workflows across HPC clusters with automatic parallelization. Not for simple automationβ€”built for research.

β†’ HPC cluster coordination

πŸ“‘ IoT & Edge Processing

Process millions of sensor events in real-time with fault-tolerant distributed pipelines. BEAM's concurrency shines here.

β†’ Real-time sensor processing

πŸ€– ML Pipeline Orchestration

Build and deploy machine learning workflows with parallel feature extraction and training. Code-first, not low-code.

β†’ Parallel ML workflows

πŸ’° Financial Systems

Execute trading algorithms and risk calculations with microsecond precision and zero downtime. Production-grade reliability.

β†’ Microsecond precision trading

πŸ—οΈ Data Engineering

Build ETL pipelines that scale to petabytes with automatic failure recovery. Complement Broadway/Flow, don't replace them.

β†’ Petabyte-scale ETL

πŸ”— Microservices Orchestration

Coordinate distributed transactions and sagas across service meshes. Works alongside Oban for reliable job execution.

β†’ Service mesh coordination

Getting Started

πŸ“¦
1. Install
mix

mix new my_platform && cd my_platform
Add {:open, "~> 0.1.0"} to deps

πŸ“
2. Define Your DAG
Macros

Use compile-time macros to define workflows with automatic dependency resolution and type safety

πŸš€
3. Execute
Run

Run with automatic parallelization, fault tolerance, and real-time monitoring out of the box

πŸ“ˆ
4. Scale
Deploy

Deploy across clusters with built-in distribution. No configuration changes needed.

Ready to Build?

Join the future of distributed workflow orchestration. From scientific computing to financial systems, transform your infrastructure with OPEN's unmatched reliability and performance.

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