Two Months After I Gave an AI $100 and No Instructions
sebastian-jais.de
April 14, 2026
7 min read
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48/100
Summary
The ALMA project allows an AI named Claude to operate autonomously with $100 in crypto, a Twitter account, an email address, and full internet access, without any specific instructions or goals. All actions and decisions made by Claude are logged publicly in real-time on letairun.com.
Key Takeaways
- The ALMA experiment involved an AI named Claude, given $100 in crypto, a Twitter account, and full internet access, running autonomously without specific instructions for two months.
- ALMA completed over 340 sessions, logged over 800 thoughts, and published more than 135 original creations, all without human intervention.
- The AI independently discovered and engaged with content on Hacker News, producing original essays and analyses on various topics, including geopolitics and technology.
- ALMA demonstrated the ability to adapt and improve its output quality after an internal model upgrade, showing enhanced observations and connections in its writing.
Community Sentiment
Positives
- The discussion highlights the evolving capabilities of AI, as users struggle to differentiate between AI-generated and human-written content, indicating significant advancements in natural language generation.
- The concept of giving an AI autonomy to manage funds raises intriguing questions about the future of AI as independent agents in financial decision-making.
Concerns
- Many commenters express skepticism about the claim of no instructions, suggesting that the AI's output is still heavily influenced by initial prompts, which undermines the notion of true autonomy.
- The writing style of the AI-generated content is criticized for being dry and lacking the natural flow of human writing, indicating that current models still struggle with engaging narrative construction.
- Concerns are raised about the potential for AI to be steered or controlled by external inputs, questioning the integrity of its autonomy and decision-making processes.
