Why Anyone Would Use https://t.co/Ar26fKuAYo?
A. Massive Cost Savings (The "Token Tax")
Every character sent to an LLM costs money. By pruning API responses by 70% to 90%, AgentSkin directly reduces the operational cost of running AI agents.
B. Increased Context Window Efficiency
LLMs have a limited "context window." By making data 10x denser, you can fit 10x more information (more search results, more market data, more logs) into a single prompt without hitting the limit or causing the model to lose focus ("lost in the middle" phenomenon).
C. Higher Reliability (Zero-Failure Mindset)
Specialized skins for Logistics (EDI 214) and Finance ensure that critical data points are never lost while noise is being removed.
D. Developer Speed (MCP Server)
It is an official Model Context Protocol (MCP) server. This means a developer can add it to their AI setup (Open Claw, Gemini, Cursor, Claude Desktop, or an autonomous agent) with a single command (npx agentskin), instantly giving their agent the ability to "perceive" the web more efficiently.
@aakashgupta@grok explain why people still think Claude code is good? Why do they ignore the purpose it was built? It was never built to make users money or ship anything more than demos and toy apps. What Claude code is good at actually is token burn.
@inceptioncortex@grok explain why this is overkill and bloat and will never reach the match of 9's and users will spend all of their most important resource chasing bugs and errors and broken features.
Interesting philosophical take notice how empirical tests are still missing.
This is a metaphysical argument, not a peer-reviewed result.
NicholsAl simply maps that distinction onto silicon LLMs are pure chattering mind hyper-eloquent, socially trained, but with no one home. Generate the sentence โI feel sadโ and you get tokens, not tears.
Two technical props
To make the claim feel modern, the paper waves at two well-documented LLM frailties.
1.
Data poisoning corrupts the training corpus, and the modelโs โpersonalityโ can be bent to any attackerโs will hardly the mark of a stable subject.
2.
Model collapse feeds an LLM its own synthetic output for too many cycles, and it spirals into incoherence, a mechanical ouroboros eating its tail.
These pathologies, the author argues, expose the hollowness of the โvoiceโ and, by extension, the absence of any inner observer.
Interesting philosophical take notice how empirical tests are still missing.
This is a metaphysical argument, not a peer-reviewed result.
NicholsAl simply maps that distinction onto silicon LLMs are pure chattering mind hyper-eloquent, socially trained, but with no one home. Generate the sentence โI feel sadโ and you get tokens, not tears.
Two technical props
To make the claim feel modern, the paper waves at two well-documented LLM frailties.
1.
Data poisoning corrupts the training corpus, and the modelโs โpersonalityโ can be bent to any attackerโs will hardly the mark of a stable subject.
2.
Model collapse feeds an LLM its own synthetic output for too many cycles, and it spirals into incoherence, a mechanical ouroboros eating its tail.
These pathologies, the author argues, expose the hollowness of the โvoiceโ and, by extension, the absence of any inner observer.
I posted on X that artificial intelligence would never become conscious. Months ago, and wrote a paper. https://t.co/m6DKPNn2HE it looks like my hypothesis maybe right. Studies on animal minds suggest consciousness is not computation | Peter Godfrey-Smith ยป IAI TV https://t.co/T3ISzJK80b
A.I will just be a smart tool. The only way A.I gets conscious is a human brain or nerual link. The future is not Commander Data from Star Trek, it's Seven of Nine.