The Operating Systemfor Code

Build compilers, kernels, and optimized software through visual nodes. From Assembly to execution, in real-time.

Assembly x86-64
Multi-language
Real compilation

See Omega-Visual
in Action

Watch how visual nodes transform code development

Click to play video

System Development is Broken

The fundamental problems that slow down low-level programming

Assembly is Text

You write 5,000+ lines in Vim or a basic editor. No visual structure. When something fails, you manually grep through dozens of scattered .asm files. Debugging means reading hex dumps and memory addresses. No way to see the big picture.

Composition is Manual

Macros, includes, headers scattered everywhere. Change one file? Recompile the entire project. Git conflicts on every merge because everyone edits the same headers. No dependency graph. No automatic resolution.

Teams Work in Silos

Developer A waits for B to finish their module. Can't see what others are doing. Merge hell with conflicting changes. 2 hours of overhead for 10 lines of code. No real-time visibility. Collaboration = waiting.

⚡

Omega-Visual Changes Everything

Visual Nodes

Each file is a node. Double-click to edit. Connections show dependencies. Navigate complex codebases visually. See your entire system architecture at a glance. No more hunting through folders.

Key Benefit
Omega-Visual Node Canvas Editor
Click to enlarge
Coming Soon

Houdini-Style Composition

{{node_name}} inherits upstream code automatically. Dual-view: Raw (with placeholders) vs Composed (fully resolved). Change once, propagate everywhere. Eliminates manual includes and macro management.

Key Benefit
Preview: placeholder-composition
Coming Soon

Real-Time Collaboration

See your team's cursors live. Connect nodes together in real-time. Run All compiles on each developer's machine simultaneously. No merge conflicts. Work together, not in isolation. (In active development)

Key Benefit
Preview: collaboration

See It In Action

Node Canvas

Click nodes on the canvas to view their code
Terminal Output
Click "Run Demo" to see compilation...

hello_world.asm

  1; Hello World Bootloader  2global _start  3_start:  4    mov ax, 0x07C0  5    mov ds, ax  6    mov si, msg  7    call print  8    hlt  9  10print: 11    lodsb 12    or al, al 13    jz done 14    mov ah, 0x0E 15    int 0x10 16    jmp print 17done: 18    ret 19  20msg db 'Hello, World!', 0

Click nodes on the canvas to view their code

Built for the Hardest Problems in Computing

Solving complex computing challenges through visual node composition

Operating Systems

Build bootloaders, kernels, drivers. Modular. Test in QEMU with one click.

Example

Mini bootloader in 3 connected nodes

Compiler Construction

Frontend, optimizer, backend. Each phase = nodes. Change target arch in seconds.

Example

Compiler graph with 20+ nodes

GPU Kernels (CUDA/ROCm)

Optimize matrix multiply. Parameters: block_size, shared_mem. Instant variants.

Example

Kernel node with visible parameters

Cybersecurity

Build shellcodes, ROP chains. Modular exploits. Test payloads visually.

Example

Exploit chain with 5 nodes

Fintech / Crypto

Custom crypto algorithms. ASM-optimized for speed. Audit via visual graph.

Example

AES encryption node in Assembly

AI Inference Engines

Build custom runtimes for ASIC chips. Parameters auto-extracted. Deploy fast.

Example

Inference pipeline visual

Enterprise-Grade Features

Features designed for professional developers

Real Assembly x86-64

NASM + GCC pipeline. Compiles to actual binaries. Not a toy.

12+ Languages Supported

Assembly, C, C++, Python, JavaScript, Rust, Java, Go. Mix languages in same graph.

Houdini-Style Placeholders

Coming Soon

{{node_name}} automatically resolves upstream. Recursive composition.

Dual-View Editor

Toggle Raw (with placeholders) vs Composed (fully resolved). Tab key.

Live Execution

Integrated terminal. See output in real-time. Debug visually.

Parameter Extraction

Coming Soon

ch("param") automatically extracts from upstream. Change once, affects all.

Multi-Mode Execution

Coming Soon

TEST mode (single node), FULL mode (composed), PARALLEL mode (all nodes).

Git Integration

Coming Soon

Graphs serialize to JSON. Diff-friendly. CI/CD compatible.

Collaboration (Roadmap)

Coming Soon

Figma-style cursors. Edit together. Chat integrated. Conflict-free.

Super Nodes (Nested)

Coming Soon

Nodes contain nodes infinitely. Collapse 100-node compiler to 1 visual block.

Why Omega-Visual Wins

FeatureVisual StudioVSCodeHoudiniBlenderUnreal EngineNode-REDMax/MSPTouchDesignerOmega-Visual
Visual Nodes
Assembly Support
Modular Composition
Real Compilation
Low-Level Programming
Code Generation
Multi-language
Collaboration
Soon
Live Execution
System Development

Powered by Modern Tech

Built with industry-leading technologies for maximum performance and reliability

C++ / Vulkan / Qt (Desktop)

Visual Editor
1

Node Graph Engine + Compositor

Houdini-style
2

LanguageExecutor (Multi-compiler)

NASM, GCC, Python
3

Assembly x86-64 | C++ | Python...

12+ languages
4

Core Technologies

C++20
Language
Vulkan
Graphics
Qt6
Framework
NASM
Assembler
GCC
Compiler
LLVM
Compiler
CMake
Build

Built for performance, designed for developers

The Future of Omega-Visual

Concept Born: November 16, 2025

Built on Proven Foundations

Omega-Visual draws inspiration from industry-leading tools, combining their best features into a unified platform for system development.

Houdini

Modular node-based workflow and composition system

Visual Studio Code

Powerful code editor with multi-language support

Unreal Engine 5

Visual scripting and real-time compilation

Future

Figma

Real-time collaboration (coming in future updates)

Collaboration features planned after core foundation

Nov 2025
Completed

Concept & Foundation

Initial concept development, architecture design, and proof of concept

Q4 2025 - Q1 2026
In Progress

Core Engine

Visual nodes, Assembly x86-64 compilation, Multi-language support (C, C++, Rust, Python, JavaScript)

Q2 2026

Parameter System

ch() expressions, automatic parameter extraction, super nodes (nested graphs)

Q3 2026

Advanced Features

Dual-view editor, live execution, Git integration, marketplace foundation

Q4 2026 - Q1 2027

Collaboration (Figma-style)

Multi-user editing, real-time cursors, integrated chat, conflict-free collaboration

Built on Figma collaboration model

Q2 2027

Marketplace & Community

Buy/sell node templates, compiler libraries, community contributions

Q3 2027+

Enterprise Features

SSO, team management, private repositories, SLA, advanced security

Coming Soon

AI-Powered DevelopmentIs on the Horizon

Omega-Visual will revolutionize your workflow with AI that constantly analyzes each node, ensuring optimal performance while you focus on building. Collaborate seamlessly with other developers in real-time.

AI Node Analysis

Advanced AI continuously monitors and analyzes each node in your graph, detecting potential problems, optimizing performance, and automatically suggesting improvements.

Real-Time Collaboration

Work together with your team in real-time. See live changes, share ideas, and build complex systems collaboratively without conflicts.

Continuous Monitoring

Never worry about the health of your nodes again. AI monitors your entire graph 24/7, alerting you to problems before they turn into errors.

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