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---
title: "@VPCOMPRESSB Can do that. But at least these kinds of systems are already faster"
author: "NOTimothyLottes"
handle: "@NOTimothyLottes"
post_url: "https://x.com/NOTimothyLottes/status/2011429743053111302"
post_id: "2011429743053111302"
timestamp: "2026-01-14 13:26:35"
post_count: 3
reply_count: 0
repost_count: 0
like_count: 1
view_count: 113
---

# @NOTimothyLottes — @VPCOMPRESSB Can do that. But at least these kinds of systems are already faster

## Post 1 (2026-01-14 06:40:13)

Probably not able to do justice to this topic with one video, but it is a start: https://youtu.be/Awkdt30Ruvk - Exploring the permutation space of Color-Forth-Like systems.

## Post 2 (2026-01-14 08:24:06) — reply to Post 1

@NOTimothyLottes would it be good if the program optimizes its own code during and/or after its initialization for every subsequent exec to be hyper specialized?

![Media 1](./media/2011353617102741593_1.jpg)

## Post 3 (2026-01-14 13:26:35) — reply to Post 2

@VPCOMPRESSB Can do that. But at least these kinds of systems are already faster than human response time (excluding when they have external dependencies on say on some other kernel like Linux). I'll be able to recompile all binary code (including GPU-side) in a tiny fraction of frame time.