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Jev is actually insane. We benchmarked it, and the results completely change the game for us: > 500 real-time agents > running in parallel > in a 3D environment The preliminary results are crazy: > 500ms average latency > 35 API calls/s > all with a naive implementation We... show more
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21 Kommentare

Working on real world OSM reasoning and decision making with JEV ! CRAZY OUTCOMES

only a preview whats coming will be insane

Maybe this is the start of an opening into micro-bot biological monitoring / repairs though

tell me more

Cooooooool

v coooooool

This was one of the first applications that came to mind for Jev. Super cool!

maybe we should work together

Don't start making real-life nanobot swarms 😑

no nano only real-size

They shouldn't release insane AI, so dangerous

The latency improvements for parallel agents are going to be a total game changer. We actually went deeper on this here:

Isn't this close to the state space models, we can remember manipulate and update states this definitely looks interesting

Impressive! How does that compare to the previous top model?

No you're insane for falling for this scam. Hahahshaha! You're dum

so basically now we have the haves and havenots in low latency token generation

500ms average is the easy number for multi-agent. genuinely asking what does p99 look like when all 500 agents cluster in the same region at once?

@crislenta what’s insane is that you haven’t posted it on

Probably great for game agents

Because JEV is type-safe, doesn't this have limitations on the choices and directions these simulation steer towards? aka not completely free-will for each agent (lol)

Parallel agents are impressive, but the quality checks will decide how useful this is. I would love to see the error rate under real workloads.

