New AI Breakthrough Cuts Training Time by 5X
This could make future AI assistants train faster and cost less to build
A team at Ant Group just published a paper about HARTS, a new way to train AI agents that could make them smarter faster and cheaper. Think of it like this: when you teach a child a new skill, you build on what they already know instead of starting over every time. HARTS does something similar for AI by sharing common information between different tasks, so it doesn't waste time retraining on the same basic stuff.
The researchers tested HARTS on AI coding tasks, where an AI learns to solve programming problems. Normally, this training process is expensive and time-consuming, like paying a tutor to reteach the alphabet before every lesson. But with HARTS, the AI can share foundational knowledge across different problems, reducing the training time by up to 5 times (4.81–4.87x faster) according to their experiments.
This matters because faster and cheaper AI training could lead to more advanced and capable AI assistants in the future. Imagine AI that learns to handle your emails or schedule your meetings more quickly and accurately. The catch is that HARTS is still a research project, not a product you can use today. It also requires hybrid-attention models, which are a specific type of AI architecture—not all AI systems use these yet.
For now, this breakthrough is mostly exciting news for tech companies and AI researchers. But if these techniques become widely adopted, we could all benefit from smarter, more efficient AI tools in our daily lives within a few years.
- HARTS cuts AI training time by up to 5 times by sharing common knowledge between tasks, like a tutor reusing basic lessons instead of reteaching the alphabet every time.
- The team from Ant Group tested it on AI coding tasks and saw dramatic speed improvements without losing accuracy.
- This could make future AI assistants smarter and more affordable, but it’s still a research project, not a product you can use today.
Why It Matters
Could make AI assistants smarter and cheaper to train, leading to faster improvements in tools you use every day