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Claude Opus 4.8 now powers every agent inside Higgsfield Supercomputer. It reasons deeper, plans longer, and grades its own output harder than any model we have run. The agents catch their own mistakes earlier, so the human in the loop drops even further.
46,600 次观看 • 5 个月前 •via X (Twitter)
36 条评论

Try Opus 4.8 in Higgsfield Supercomputer

Install link is here:

You guys need something that estimate cost before I even think about running this

Hoping that it doesn't cost us much. GPT 5.5 cost me 5000 credits for a 1 min video generation task😭

Claude Opus 4.8 pushing autonomous agents to another level. Smarter planning + self-correction loops = less friction for creators.

Banger After Banger! 😎🔥👏

Impressive advancements with Claude Opus 4.8! The self-correcting capabilities and enhanced reasoning will undoubtedly elevate the performance of the Higgsfield Supercomputer. Exciting times ahead!

beginning to love the tek

I have Claude already, would be nice to merge it with my Higgsfield Subscription.

The real test is whether it cuts human review time, not just benchmark scores.

What’s the use to generate 30 sec video it is costing us 700-800 credits I purchased plus plan n it got exhausted in one shot were i was unable to to complete my promotion video UGC is cheaper than wasting 50$ on fraud websites like Higgsfield

AI making AI making AI 🐷

💚😎🤩

too much shipping higgsfield

Agents that grade their own output harder than we would. That's the unlock right there

Impressive upgrade—stronger reasoning and better self-correction are exactly the kinds of improvements that make AI agents more reliable in real-world workflows. Exciting to see systems reducing errors before they ever reach the user.

Great tools 👌

Great 😃

Made with supercomputer

I have mentioned Higgsfield Al in my Instagram bio. Please check it and send me the promo code for the Ultimate Plan @higgsfield

Self-grading and early error-catching are exactly how we extend execution horizons for production agents. Moving Opus 4.8 into a supercomputer setup proves that scaling agentic autonomy isn’t just about raw compute—it’s about compute-over-reflection. When the 'human-in-the-loop' dependency drops further, the infrastructure responsibility heavily shifts. Success here will depend on how cleanly the system handles state rollbacks when an agent catches a multi-step planning mistake late in the execution chain.

@higgsfield nahin

beginning to love the tek

That's an insane update of Higgsfield powered by Claude Opus 4.8

💚🔥

The future @higgsfield_ai @higgsfield

When is gemini omini releasing?! 🥰

A few years ago, AI needed constant supervision. Now AI agents are reviewing, correcting, and improving their own work before humans even step in. Claude Opus 4.8 inside Higgsfield Supercomputer sounds like another big leap toward truly autonomous workflows. 🚀🔥

Opus 4.8 doing self-correction in agentic loops is the real unlock here. Reducing human-in-the-loop isn't just efficiency — it's a signal that the error-catching layer is moving inside the model itself. Curious how this holds up on long-horizon planning tasks where context drift is the usual failure point.

🔥🔥

Feels like we’re moving from “generate” to “self-correct.” That’s a big jump. 👀

niceeee oneeee

it gives the feeling of a whole new planet

Not free

planning longer is such a big deal :)

Claude Opus 4.8 now powers every agent inside Higgsfield Supercomputer reasons deeper plans longer grades output


