Korazos

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Rethinking the Operating System for the Agentic Era

Rethinking the Operating System for the Agentic Era

The AI-native operating runtime

Korazos replaces rigid operating systems with a fluid computing workspace that dynamically morphs around user intent. Provision secure isolated sandboxes, orchestrate tools via MCP, and synthesize real-time micro-apps on the fly.

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1.

Connect

Your tools, models, shell, and files fuse into one living context, so Korazos understands your whole machine, not just one app.

2.

Synthesize

Describe what you need. Korazos builds the exact interface for it in real time. No apps to open, no windows to juggle.

3.

Execute

Every action runs in its own microVM that boots in under 400ms. Agents work at machine speed, fully contained and auditable.

Engineered to integrate seamlessly with your production stack & AI infrastructure

For decades, humans were forced to act as manual middleware across siloed desktop apps. Korazos replaces rigid OS windows with workspaces that build themselves around user intent.

Diagnose production outage on Kubernetes & AWS Aurora, sandbox a hotfix microVM, and synthesize live remediation controls

Synthesizing...

Mission Control

Synthesize UI

Isolated Exec

MCP Bridge

Audit Log

Scanning Salesforce

Connect

For decades, operating systems treated applications as isolated, blind silos. Operating directly at the system layer via Tauri and Linux/WSL, Connect continuously maps process trees, local filesystems, AST code symbols, and runtime telemetry using Model Context Protocol (MCP)—providing instant, sub-millisecond entity resolution across your entire OS.

System-Layer Context: indexes OS process trees, local filesystems, and cloud endpoints in real-time.

Zero-ETL Overhead: streams live system memory graphs without sluggish vector pipelines.

MCP-Native Bindings: standardized tool and context interfaces across 100+ platforms.

Explore Connect →

Synthesize

Rejects rigid desktop windows, static sidebars, and passive chat text bubbles. When you express intent, Korazos dynamically compiles purpose-built, high-density workspaces in under 400ms: assembling reactive data grids, live executable terminals, and interactive telemetry canvases tailored to the task.

Generative UI Compilation: assembles reactive, high-density workspaces in under 400ms.

Zero Chat Clutter: replaces prose walls with executable widgets, data tables, and reactive filters.

One-Click Remediation: dispatches verified operations directly from generated interactive controls.

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Execute

Zero-trust, deterministic execution runtime for the autonomous era. Every AI-generated script, code synthesis, and data pipeline executes inside hardware-isolated microVMs with cryptographic audit trails, 18ms spin-up latency, and guaranteed host breakout prevention.

Hardware-Isolated Sandboxes: sub-20ms ephemeral microVM spin-up with kernel-level isolation.

Cryptographic Audit Receipts: Ed25519-signed telemetry receipts for every executed operation.

Autonomous Rollback Safety: auto-drains traffic and reverts system state if error rates exceed 0.01%.

Explore Execute →

Filesystem & AST Symbols

42,890 code symbols

Live

Model Context Protocol (MCP)

18 active servers

Live

OS Process Trees

184 running threads

Syncing

Local & Cloud Toolchain

GitHub, AWS, Linear

Synced

01

02

03

Connect your stack

Native MCP bridging, local file systems, process trees, Git repositories, and developer tools unified into a continuous OS semantic graph.

View integrations

Connected sources

Model Context Protocol (MCP)

18 servers live

142 tools exposed

Local Codebases & AST

42,890 symbols

12 repos indexed

GitHub & CI/CD Pipelines

24 pull requests

0 failed checks

OS Kernel & Process Trees

184 threads active

0.00% overhead

Linear & Workspaces

38 active issues

cycle 42 synced

Model Context Protocol (MCP)

18 servers live

142 tools exposed

Local Codebases & AST

42,890 symbols

12 repos indexed

GitHub & CI/CD Pipelines

24 pull requests

0 failed checks

OS Kernel & Process Trees

184 threads active

0.00% overhead

Linear & Workspaces

38 active issues

cycle 42 synced

1.4M

semantic nodes indexed

0

context leaks

Add MCP server

Your team already has the tools. Korazos gives you the unified runtime.

16x

Tool & Workflow Consolidation

<400ms

Intent-to-Workspace Synthesis

0.00%

Host Kernel Breakout Risk

4.2 hrs

Saved in Context Switching / Day

Frequently Asked Questions

Everything you need to know about our shape-shifting AI OS, generative UI morphing, and intent-driven computing.

How is Korazos different from ChatGPT, web browsers, and traditional SaaS?

ChatGPT confines you to a text box giving advice in prose, while web browsers lock you into static tabs with rigid, pre-built websites. Browser agents attempt to simulate human clicks, which is brittle and slow. Korazos is fundamentally an AI Operating System. Rather than chatting about work or browsing pages, Korazos operates natively at the system layer—reading your intent and instantly morphing its interface into a bespoke, interactive workspace with live terminal execution, data grids, and direct tool control.

What does it mean that Korazos is an AI OS that "becomes whatever you want"?

In conventional operating systems, you are forced to adapt to rigid, pre-packaged applications like spreadsheets, IDEs, and dashboards. In Korazos, software is no longer static. When you state an intent, the OS transforms itself—compiling the exact layout, interactive components, forms, diff viewers, and controls needed for that specific moment, then seamlessly dissolving or morphing into the next view as your workflow evolves.

How does dynamic UI morphing work under the hood?

Korazos pairs real-time intent parsing with a sub-400ms Generative UI compiler. Rather than returning passive text or mockup images, the system compiles fully interactive, typed React and WebAssembly components wired directly to your data streams, filesystems, and APIs via Model Context Protocol (MCP). The canvas morphs fluidly between dense data tables, execution timelines, visual node graphs, and terminal consoles without losing context.

How does Korazos ensure security when morphing and executing actions?

While the user interface dynamically morphs on your screen, all underlying code execution, autonomous scripts, and tool calls are isolated inside ephemeral, hardware-level microVMs with 0.00% host kernel breakout risk. Every action requires human-in-the-loop approval when crossing security thresholds, and state changes can be rolled back atomically with full cryptographic audit receipts.

Your operating system, finally fluid

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