Wanted to show what I've been working on for the past few months, an agentic super computer that can take in any fathomable goal, recursively decompose that goal until sub-goals are proximate to existing ai agent capabilities, and then execute it by spawning up to 10k agents in parallel.
There has been a lot of new research around the space, from Kimi-2.5 swarms to Claude's Agent teams, but no system yet has what's needed in order to actually be able to accomplish most people's everyday goals.
1. Out-of-the box data integrations
2. A stable enough task decomposer that doesn't break under compounding errors
3. A harness that can persist runs stably for weeks on end
Would love to get any feedback & answer any questions, the product is open & open to free to use rn!
The vision here is build a system that allows anyone to be a compute-bender; if you can name what you want to see in reality, then Rose Labs orchestrates the stream of agents to accomplish it in the cheapest, most efficient way.
Wanted to show what I've been working on for the past few months, an agentic super computer that can take in any fathomable goal, recursively decompose that goal until sub-goals are proximate to existing ai agent capabilities, and then execute it by spawning up to 10k agents in parallel.
There has been a lot of new research around the space, from Kimi-2.5 swarms to Claude's Agent teams, but no system yet has what's needed in order to actually be able to accomplish most people's everyday goals.
1. Out-of-the box data integrations 2. A stable enough task decomposer that doesn't break under compounding errors 3. A harness that can persist runs stably for weeks on end
Would love to get any feedback & answer any questions, the product is open & open to free to use rn!
The vision here is build a system that allows anyone to be a compute-bender; if you can name what you want to see in reality, then Rose Labs orchestrates the stream of agents to accomplish it in the cheapest, most efficient way.