Low loss on training error + highly compressible hypothesis = strong generalization
github.com/unternet-co/...
github.com/unternet-co/...
techcrunch.com/2024/12/06/m...
techcrunch.com/2024/12/06/m...
codeium.com/windsurf
codeium.com/windsurf
youtu.be/Ijqkc7OLenI
youtu.be/Ijqkc7OLenI
There was this guy who got in a lot of trouble once, his name was Galileo.
There was this guy who got in a lot of trouble once, his name was Galileo.
The agent framework you won't hate?
Groq + PydanticAI = 🚀
The agent framework you won't hate?
Groq + PydanticAI = 🚀
Fast prompt generation with Groq ✅
Fast image generation with Fal.ai ✅
Open Source (MIT) ✅
⚙️ pip install pyimagen
Fast prompt generation with Groq ✅
Fast image generation with Fal.ai ✅
Open Source (MIT) ✅
⚙️ pip install pyimagen
• can't migrate underlying models safely
• can't add new features with confidence
• can't ship without HITL evals, which takes >100x longer
• product development and iteration grinds to a halt
• lose customer trust due to poor user experience
• can't migrate underlying models safely
• can't add new features with confidence
• can't ship without HITL evals, which takes >100x longer
• product development and iteration grinds to a halt
• lose customer trust due to poor user experience
Search for your favorite topic on Bsky and get instant answers plus post links!
Link: groq-bsky.vercel.app
Search for your favorite topic on Bsky and get instant answers plus post links!
Link: groq-bsky.vercel.app
Low loss on training error + highly compressible hypothesis = strong generalization
Low loss on training error + highly compressible hypothesis = strong generalization