AI Agents Take the Wheel: Devin, SIMA, Figure 01 and The Future of Jobs

1. AI models like Devon, SEMA, and Figure 01 are containers for advanced language models.

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These AI systems are not yet at human performance levels but serve as shells for powerful language models like GPT 4, poised for significant upgrades with newer models.

• Devon excels in software engineering tasks, surpassing other models in unassisted performance.
• SEMA aims to create instructible agents for diverse tasks beyond gaming.
• Models like GPT 4V are improving in visual understanding, bridging gaps in spatial perception.

2. Benchmark tasks like software engineering challenges and gaming demonstrate AI capabilities.

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AI systems like Devon and SEMA showcase proficiency in real-world tasks, from software engineering problem-solving to multi-game performance, hinting at AI's evolving potential.

• Devon excels in software engineering tasks, surpassing other models in unassisted performance.
• SEMA demonstrates positive transfer effects across various games, approaching human-level performance.
• Models like GPT 4V are improving in visual understanding, bridging gaps in spatial perception.

3. Future AI advancements like GPT 5 promise significant performance enhancements.

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Anticipate substantial improvements in AI performance with upcoming models like GPT 5, leveraging multimodal capabilities, larger context windows, and program analysis for enhanced tasks execution.

• GPT 5's potential enhancements include better reflection and debugging abilities.
• Multimodal models are expected to excel in tasks with visual components.
• Augmentation with program analysis tools will boost AI's predictive capabilities.

4. AI's impact on job landscape remains uncertain, prompting concerns and calls for proactive measures.

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Despite AI advancements, job market unpredictability persists, necessitating companies to address fears and uncertainties surrounding AI's implications on employment.

• Companies should acknowledge and alleviate concerns about AI's potential job disruptions.
• Optimism exists for a human-centric economy, but proactive measures are crucial for a smooth transition.
• Cognition AI's call for job applications indicates AI's supportive role rather than full automation.

5. AI integration in robotics enables novel task performance.

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Robots can learn new skills from other robots, showcasing positive transfer across environments, enhancing capabilities for novel tasks.

• Co-training with data from various platforms enhances robot skills.
• Robots can perform tasks beyond their original dataset through skill transfer.
• Integration of GPT models enhances robots' understanding and performance.

6. Visionary AI applications aim to revolutionize labor markets.

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AI-driven automation seeks to eliminate unsafe and undesirable jobs, reducing labor costs and potentially reshaping industries.

• Automation could lead to a significant decrease in labor costs over time.
• Robots may replace manual labor, making it optional in various sectors.
• The vision extends to using robots for interplanetary construction and resource gathering.