The Technology

Why zero layers changes everything.

The Problem

Every layer in a conventional stack is an attack vector. Every dependency is a CVE waiting to happen. A "Hello World" in Node.js pulls in 300MB of node_modules. Each module is a trust decision you didn't make.

Stack Comparison

Conventional Stack

Your Code

↓

Framework

↓

Runtime (Python/Node/Go)

↓

libc (glibc/musl)

↓

Kernel syscall

Each layer = attack vector

OmniOS

Your Code

↓

Direct kernel syscall

2 layers. Zero attack surface.

Binary Size Comparison

OmniWatch 30KB

Prometheus + Grafana 100MB+

Datadog Agent 400MB

Why No One Else Can Do This

Go

Go cannot boot without an OS — it requires a runtime and garbage collector.

Rust

Rust needs a minimal runtime and depends on libc for syscalls.

C

C requires libc or a complex HAL — and manual memory management invites CVEs.

OmniOS

OmniOS compiles directly to syscalls. No runtime. No libc. The binary IS the program.

The Math

A 30KB OmniOS binary is more auditable than a "Hello World" in Node.js with its 300MB of node_modules. This is not an opinion — it's arithmetic. Less code = less attack surface.

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