Anthropic engineer reveals Claude's real-world GTM hacks: from 3D floor plans to hardware buttons

The Gist

• Felix Rieseberg demonstrates using Claude to convert 2D floor plans into interactive 3D walkthroughs
• Built a $20 hardware device that physically approves Claude actions with button presses
• Advocates for never manually entering data by using email as inventory database
• Explains when to use Opus vs Sonnet 4.6 based on problem scoping, not technical complexity

• Felix Rieseberg demonstrates how Claude can turn 2D floor plans into interactive 3D walkthroughs, enabling users to visualize and rearrange furniture virtually.
• Claude can automate the tracking of promises made on Twitter, showcasing its utility in personal productivity and accountability.
• A $20 hardware device can be built to physically approve Claude actions with a button press, illustrating the integration of AI with tangible interfaces.
• The choice between Opus and Sonnet 4.6 depends on how well the problem is scoped, not just technical complexity.
• Live artifacts are powerful for dashboards that refresh with real-time data from connectors, enhancing decision-making with up-to-date information.
• Felix never reads the code Claude writes, judging it purely on output, emphasizing a results-oriented approach to AI-generated code.

• Explore using Claude to transform 2D floor plans into interactive 3D walkthroughs for real estate or interior design applications.
• Automate tracking of commitments or promises made on social media platforms using Claude to enhance personal accountability.
• Consider building low-cost hardware interfaces to interact with AI tools, making AI actions more tangible and immediate.
• Evaluate the use of live artifacts in dashboards to ensure data is always current and actionable, leveraging real-time connectors.

• $20 (Cost of building a hardware device to physically approve Claude actions with a button press.)