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#minimaxm27 — Public Fediverse posts

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  1. 2/x

    was bringt dir das jetzt? dein agent in proxmox ve?

    ich habe angefange rum zu spielen mit

    der kleine start prompt (agents.md) hat immer ausgereicht das die ki bescheid wusste - zu beginn hab ich readme.md noch mit gesendet - mittlweile mach ich das nicht mehr

    man kann alles über cli machen: neue vms erstellen - einstellung in vms ändern - aber auch andere dinge im hintergrund... einfach per prompt: "lade die aktuelle ubuntu iso runter und leg sie mir in den ordern damit ich das im dropdown menü habe bei neuinstallation" und zack ich hatte alles da

    klingt alles noch relativ einfach - aber ich habe mir viel zeit gespart bei der inbetriebnahme

    erste vm

    da unumgänglich ist (software/infrastruktur/users) als erstes 2025 installiert
    soll bis zu 10 personen über rdp zulassen - bissel software drauf installieren und fertig ist unser terminalserver

    ich haben schon beim erstellen der vm über hinweise bekommen... denk an lizenzen =)

  2. go nach einer woche 1/3

    habe zu beginn nur benuztz - und mich gewunder ob die nutzungsangabe überhaupt funktioniert

    war die ganz zeit bei 0%

    👇

  3. MiniMax M2.7 Chinese Frontier AI: The $0.30 Model That Just Matched Opus 4.6

    The release of MiniMax M2.7 (March 18, 2026) has fundamentally changed the conversation around AI development. We are no longer just watching humans build better tools; we are watching tools build themselves !

    The Breakthrough: Recursive Self-Evolution

    The headline claim—that M2.7 “built itself”—is technically a slight exaggeration, but the reality is arguably more impressive. MiniMax utilized a process called Recursive Self-Optimization (RSO).

    Instead of humans manually labeling every data point and tweaking every hyperparameter, MiniMax researchers deployed an earlier version of the model to act as a lead researcher. This “Agentic Researcher” handled 30% to 50% of the reinforcement learning (RL) workflow, including:

    Log-Analysis & Debugging: Identifying why specific training runs failed.

    Synthetic Data Generation: Creating targeted training sets to bridge its own logic gaps.

    Harness Optimization: Improving the very code and environment used to train it.

    The result? A staggering 30% gain in performance on internal benchmarks without a proportional increase in human labor or compute hours.

    nbloglinks.com/minimax-m2-7-ch

    🇨🇳🧠 #MiniMaxM27 #AISingularity #GPT5 #Tech #MachineLearning #OpenClaw #MiniMax #CodingAI #MiniMax

  4. MiniMax M2.7 Chinese Frontier AI: The $0.30 Model That Just Matched Opus 4.6

    The release of MiniMax M2.7 (March 18, 2026) has fundamentally changed the conversation around AI development. We are no longer just watching humans build better tools; we are watching tools build themselves !

    The Breakthrough: Recursive Self-Evolution

    The headline claim—that M2.7 “built itself”—is technically a slight exaggeration, but the reality is arguably more impressive. MiniMax utilized a process called Recursive Self-Optimization (RSO).

    Instead of humans manually labeling every data point and tweaking every hyperparameter, MiniMax researchers deployed an earlier version of the model to act as a lead researcher. This “Agentic Researcher” handled 30% to 50% of the reinforcement learning (RL) workflow, including:

    Log-Analysis & Debugging: Identifying why specific training runs failed.

    Synthetic Data Generation: Creating targeted training sets to bridge its own logic gaps.

    Harness Optimization: Improving the very code and environment used to train it.

    The result? A staggering 30% gain in performance on internal benchmarks without a proportional increase in human labor or compute hours.

    nbloglinks.com/minimax-m2-7-ch

    🇨🇳🧠 #MiniMaxM27 #AISingularity #GPT5 #Tech #MachineLearning #OpenClaw #MiniMax #CodingAI #MiniMax

  5. MiniMax M2.7 Chinese Frontier AI: The $0.30 Model That Just Matched Opus 4.6

    The release of MiniMax M2.7 (March 18, 2026) has fundamentally changed the conversation around AI development. We are no longer just watching humans build better tools; we are watching tools build themselves !

    The Breakthrough: Recursive Self-Evolution

    The headline claim—that M2.7 “built itself”—is technically a slight exaggeration, but the reality is arguably more impressive. MiniMax utilized a process called Recursive Self-Optimization (RSO).

    Instead of humans manually labeling every data point and tweaking every hyperparameter, MiniMax researchers deployed an earlier version of the model to act as a lead researcher. This “Agentic Researcher” handled 30% to 50% of the reinforcement learning (RL) workflow, including:

    Log-Analysis & Debugging: Identifying why specific training runs failed.

    Synthetic Data Generation: Creating targeted training sets to bridge its own logic gaps.

    Harness Optimization: Improving the very code and environment used to train it.

    The result? A staggering 30% gain in performance on internal benchmarks without a proportional increase in human labor or compute hours.

    nbloglinks.com/minimax-m2-7-ch

    🇨🇳🧠 #MiniMaxM27 #AISingularity #GPT5 #Tech #MachineLearning #OpenClaw #MiniMax #CodingAI #MiniMax

  6. MiniMax M2.7 Chinese Frontier AI: The $0.30 Model That Just Matched Opus 4.6

    The release of MiniMax M2.7 (March 18, 2026) has fundamentally changed the conversation around AI development. We are no longer just watching humans build better tools; we are watching tools build themselves !

    The Breakthrough: Recursive Self-Evolution

    The headline claim—that M2.7 “built itself”—is technically a slight exaggeration, but the reality is arguably more impressive. MiniMax utilized a process called Recursive Self-Optimization (RSO).

    Instead of humans manually labeling every data point and tweaking every hyperparameter, MiniMax researchers deployed an earlier version of the model to act as a lead researcher. This “Agentic Researcher” handled 30% to 50% of the reinforcement learning (RL) workflow, including:

    Log-Analysis & Debugging: Identifying why specific training runs failed.

    Synthetic Data Generation: Creating targeted training sets to bridge its own logic gaps.

    Harness Optimization: Improving the very code and environment used to train it.

    The result? A staggering 30% gain in performance on internal benchmarks without a proportional increase in human labor or compute hours.

    nbloglinks.com/minimax-m2-7-ch

    🇨🇳🧠 #MiniMaxM27 #AISingularity #GPT5 #Tech #MachineLearning #OpenClaw #MiniMax #CodingAI #MiniMax