hub [ Enterprise Integration Canvas ]

Connect Any System, Parse Any Data, Orchestrate Everything—at Native Speed.

The enterprise orchestration engine built for architects. Design zero-copy pipelines, manage AST parsing, and execute hybrid workflows with sub-millisecond overhead.

orchestration_engine.ts terminal

settings_b_roll CNOS_ENGINE_01

> INIT orchestrator_daemon --mode=hybrid

> [2024-05-12 14:32:01] Parsing AST config... OK

> [2024-05-12 14:32:02] Pipe connected: Postgre_Source -> CNOS_ENGINE_01 (0.2ms)

> [2024-05-12 14:32:02] Transmute stream verified. Listening on port 8080.

Powering Next-Generation Enterprise Workflows Across Modern Environments

AWS Podman Docker PostgreSQL Salesforce SAP Kubernetes Redis

THE PARADIGM SHIFT

Stop Fighting Integration Debt. Upgrade to Composable Architecture.

Metrics

speed Development Velocity
account_tree Data Mapping
memory Memory Footprint
gavel Governance

LEGACY

Legacy Custom Middleware

close Slow (Months)
close Brittle REST Wrappers
close High RAM Overhead
close Fragmented Scripts

MODERN

CNOS Studio Architecture

check Fast (Days)
check Zero-Copy AST Parsing
check Sub-Millisecond Execution
check Centralized Security Sandboxing

ENGINEERING ARCHITECTURE

The 3-Tier API-Led Composability Framework

Experience Layer

Experience APIs feeding Web Portals, Mobile Apps, and CLI tools.

Process Layer

CNOS Studio Flow Engine executing dynamic state transformations and stream routing.

System Layer

System APIs securely unlocking SAP, Oracle, SQL, and Cloud Storage.

PLATFORM MODULES

Build, Discover, and Govern in One Place

design_services

CNOS Studio Canvas

Visual node mapping
AST analysis
Live visual debugging

account_tree

CNOS Module Registry

Versioned API templates
Pre-tested integration blocks
Team collaboration

shield

CNOS Runtime & Security

Containerized deployments
Automated rate limiting
RBAC token enforcement

Under the Hood: High-Speed AST Parsing

Zero-Copy AST Construction: Eliminate redundant memory allocations during data transformations.

Deterministic Flow Loops: Guarantee execution order and timeout boundaries for complex routing logic.

GC-Optimized Memory Allocation: Sustain high throughput with minimal garbage collection pauses.

code cnos-pipeline.config.json

file_copy

{
  "pipeline": {
    "id": "enterprise-sync-01",
    "runtime": "cnos-core-v2",
    "parsers": [
      {
        "type": "stream",
        "format": "binary",
        "memory_strategy": "zero-copy"
      }
    ],
    "flow_rules": {
      "timeout_ms": 5,
      "retry_policy": "exponential-backoff"
    }
  }
}

DEVELOPER FIRST

Uncompromising Velocity for Engineers

speed

High-Performance Canvas

Render 10,000+ nodes without frame drop.

Terminal

$ cnos deploy --cluster prod

> Packaging artifacts... Done

> Deploying to prod cluster... Done

lock

Sandboxed Execution

Isolated process memory boundaries for enterprise security.

Acceleration in legacy modernization

70%

Reduction in runtime memory footprint

99.999%

High-availability uptime reliability

Real-Time Financial Data Stream Transformation

Sub-5ms latency mapping for high-frequency trading and live market data processing.

Hybrid Cloud & On-Premises DB Synchronization

Securely sync data across environments via sandboxed CNOS runtime nodes.

Frequently Asked Questions

How does CNOS Studio handle legacy binary data formats? expand_more

Native streaming parsers allow CNOS to decode proprietary and legacy binary formats on the fly without heavy memory allocation.

Can CNOS Runtime be deployed on-premises or inside containers? expand_more

Yes, full support for Docker, Podman, Kubernetes, and bare-metal deployments ensures you can run it anywhere.

How does CNOS Studio differ from basic drag-and-drop workflow tools? expand_more

Unlike basic tools, CNOS features a compiler backend and provides AST-level access, allowing for enterprise-grade performance and custom logic.