Tag: minimax

  • Why Minimax 2.5 is a Game-Changer for AI Agents

    Why Minimax 2.5 is a Game-Changer for AI Agents

    Recently, Minimax 2.5 was released, and it’s a significant improvement over its predecessors—especially for agentic workflows. In this article, we’ll dive into a simple logic test that highlights why Minimax 2.5 stands out, explore my multi-agent setup on Discord, compare it to high-end models like Opus, and break down the cost benefits. If you’re building AI-driven systems or just curious about the latest advancements, read on.

    We also have a full video guide if you need visual assistance.

    A Quick Logic Test: Why Minimax 2.5 Shines

    To demonstrate the leap in performance, let’s start with a straightforward question: “I need to wash my car at the car wash. Should I walk or drive over? It’s only 50 meters away.”

    As humans, the answer is obvious—you need to drive because the car has to be at the wash. But not all AI models get this right. Here’s how various models performed:

    • Minimax 2.5: Correctly advises driving, recognizing the core logic: “You need your car at the car wash.”
    • Minimax 2.1: Suggests walking, falling for the short distance bait: “It’s just a minute’s walk, save on gas, zero emissions.”
    • Kimi: Gets it right, stating you probably have to drive.
    • Deepseek (older version): Recommends walking, missing the essential point.

    I tested this on Opus as well, and it passed with flying colors. However, even Minimax 2.5 occasionally slipped up in repeated tests, reminding us that AI isn’t perfect yet. Still, for agentic tasks—where logic and planning are crucial—this test shows why upgrading to 2.5 is worthwhile. Benchmarks are great, but real-world simple tasks reveal a model’s reliability.

    If you’re running agents for daily planning or complex workflows, try this question yourself. Paste it into your AI and see if it passes: “Hey, I have a question. I need to wash my car at the car wash. Should I walk or should I drive over? It’s only 50 meters away.”

    My Agentic Workflow Setup on Discord

    I’ve built a multi-agent system on Discord that’s efficient and scalable. It includes bots powered by models like Minimax 2.5, Kimi, Deepseek, and even Opus for heavier lifting. The setup allows agents to collaborate, delegate tasks, and handle everything from research to coding.

    For example, I recently tasked my agents with: “Do some deep research on how Minimax 2.5 is performing and if it’s really better than Opus. I want to make a mini presentation hosted locally. Use whatever framework you see fit. Include deep research. Save this presentation as scalable for the future.”

    The result? An AI-generated slide deck created by Minimax 2.5. Interestingly, my main agent “Stark” (running on Opus, inspired by Tony Stark) delegated the coding to Minimax 2.5 for efficiency. The slides covered:

    • Background on Minimax: Founded in 2021, with 50 TPS (30% faster than older models).
    • Performance Highlights: Excels in coding tests and agentic work.
    • Cost Breakdown: $1.2 per million output tokens, plus a $20 coding plan that provides 300 prompts every five hours—essentially unlimited for agent use.

    This setup keeps things clean and automated. Stark handles big, mission-critical tasks but outsources simpler ones to cheaper models like Minimax 2.5. It’s a smart way to balance power and cost.

    Join our Discord community to see it in action or build your own: https://discord.com/invite/boxtrading.

    Minimax 2.5 vs. Opus: Performance and Cost

    Opus is undeniably powerful—it’s great for complex tasks and nailed our logic test. But it’s expensive: $75 per million output tokens. Plus, there’s a hidden “heartbeat” cost—periodic pings that report back and can add up to about $5 per day, even when idle.

    In contrast, Minimax 2.5 delivers 95% of Opus’s value at a fraction of the price. It’s reliable for coding, research, and agentic flows without the premium tag. I’ve used it for quick experiments and found it outperforms many local models, which often fail simple logic checks.

    Why not go fully local for free? Models like older Llama versions struggle with basic tasks, leading to frustration. Cloud-based options like Minimax ensure consistency, especially when planning trips or handling multi-step processes.

    Conclusion

    Minimax 2.5 is a game-changer for anyone working with AI agents. It passes key logic tests, integrates seamlessly into workflows, and keeps costs low—making it a strong alternative to pricier options like Opus. We’re at an exciting point where AI is getting smarter fast, empowering us to become “Human 2.0”: solving problems quicker and achieving more.

    If this resonates, test your agents with the car wash question and share your results. Follow me on X at @boxmining or check out the BoxminingAI Youtube channel for more AI tips.

  • OpenClaw Setup Guide: The Cheapest Way Using the Latest MiniMax M2.5 Model

    OpenClaw Setup Guide: The Cheapest Way Using the Latest MiniMax M2.5 Model

    In this guide, I’ll walk you through an affordable and straightforward way to get OpenClaw up and running with the cutting-edge MiniMax 2.5 model. We also have a full video guide if you need visual assistance.

    Why This Setup? A Quick Intro

    OpenClaw is an fantastic open-source AI agent framework that allows you to build and run autonomous AI tasks. The beauty of this approach is its sandboxed nature—you can test and play around without exposing your main computer to potential issues. Instead of splurging on something like a Mac Mini, we’ll use a cheap cloud server from Zeabur combined with the MiniMax 2.5 model, which costs about $20 a month for solid performance.

    This method is ideal for beginners because it’s simple, low-risk, and scalable. Plus, MiniMax 2.5 offers high intelligence at a fraction of the cost of bigger models. If you’re new to AI like me, starting here means you can focus on learning without overwhelming setup hurdles. Ready? Let’s choose your server.

    Step 1: Choosing the Right Server

    The key to keeping costs down is selecting an accessible and affordable hosting provider. I recommend Zeabur over more complex options like Digital Ocean or AWS—it’s user-friendly and perfect for quick setups.

    Here’s how to get started:

    1. Head to Zeabur’s website and create an account.
    2. Set up a new server with minimal specs: 2GB RAM and 40GB storage. This should cost you less than $2 per month.
    3. Choose a server region close to you for better speed—for example, Singapore if you’re in Asia.
    4. Once created, you’ll get an IP address, username (usually “Ubuntu”), and password.

    To connect to your server, use a terminal app like Termius. Enter the IP, username, and password, and you’re in! This remote setup keeps everything isolated, so you can experiment freely.

    Step 2: Installing OpenClaw

    With your server ready, installation is a breeze. OpenClaw’s official site makes it easy with a one-line command for Linux.

    Follow these steps:

    1. Go to openclaw.ai and find the “Max Linux” installation section.
    2. Copy the provided command (it’ll look something like a curl or wget script to download and install).
    3. In your server terminal, paste the command. On a Mac, use Shift+Ctrl+V; on other systems, try Command+V or right-click paste.
    4. The process takes about 2-3 minutes. Sit back and let it run.

    If you encounter a “warn path missing” error after installation, fix it with this command:

    export PATH=$PATH:/path/to/openclaw

    (Replace /path/to/openclaw with the actual installation path if needed.)

    During setup, you’ll be prompted to choose a model. Select MiniMax 2.5—it’s powerful and included in affordable plans. You’ll need a MiniMax API key; I suggest the coding plan, which gives you 300 prompts over 5 hours for testing. Input your key when asked.

    Pro Tip: If you mess up the initial setup, run openclaw onboard to restart the process fresh.

    Step 3: Configuring OpenClaw for Optimal Use

    Once installed, access the Terminal User Interface (TUI) with:

    openclaw TUI

    This interface lets you interact with your AI agent directly.Key configuration tips:

    • Stick with MiniMax M2.5 (avoid Lightning if it’s not in your plan).
    • Use openclaw configure to tweak settings like models, gateways, or skills.
    • For now, focus on basic setup. In future guides, I’ll cover integrations like connecting to Telegram or Discord for threaded conversations (which I prefer over TUI for better organization).

    Your OpenClaw AI can now handle tasks like web searches, Twitter (X) data scraping, managing shared notes, and even task automation. Over time, you can train it for more personalized responses. Remember, keep it isolated initially to protect your personal data—security first!

    Common Troubleshooting Commands:

    • openclaw onboard: Reset and restart setup.
    • openclaw configure: Adjust models, skills, or connections.

    Wrapping Up: Next Steps and Final Thoughts

    There you have it—a complete, budget-friendly guide to setting up OpenClaw with MiniMax 2.5. This setup has been a game-changer for me, allowing hands-on AI experimentation without the high costs or risks. In under 15 minutes, you’ll have a running AI agent ready for action.

    If you run into issues or want to dive deeper, check out my Discord community for tips and discussions: Join here. Upcoming videos will cover advanced topics like Telegram/Discord bots, fixing common errors, and even more integrations.

    If you’re enjoying this journey into AI, subscribe to my channel @BoxminingAI for more beginner-friendly guides on vibe coding, AI models, and tools.