Thread Truncated (Cap Enforced)
Only the first 20 tweets are unrolled into slides to ensure reliable PDF exporting and high server performance.
Canvas & Ratio
Choose your destination platform format
Layout Template
Choose a content structure for your slides
Preset Themes
Typography & Sizing
Brand Kit Customization
AGENCYConfigure brand assets for headers & footers
Outro Slide CTA
Customize your closing call-to-action slide
Background Pattern
Build Your Carousel
Drag and drop any post card below onto a slide, or use the quick buttons to insert content/images instantly!
Every Hermes Agent guide you'll find right now covers the same three things: run the one-line installer, run `hermes setup`, connect a Telegram bot. The DataCamp tutorial, the NxCode walkthrough, the Braincuber guide — all of them stop there.
That's fine if you want a chatbot that survives a reboot. It's not enough if you want an agent that actually operates autonomously, builds its own tools, runs a self-hosted search stack, delegates to local models, and executes complex multi-step workflows without you.
I've been running Hermes Agent v0.12.0 with 145 skills across 28 categories, the full built-in tool surface plus a handful of custom ones, a SearXNG search stack aggregating five engines, Blender 3D rendering, multi-agent WoT reasoning, and a supervisor/worker inference architecture. I also have 4 open PRs in the Hermes codebase — including the Web-of-Thought engine and native desktop control.
This is the guide that doesn't exist yet.
## First: Understand What Hermes Actually Is
The official docs describe Hermes as "the agent that grows with you." That's accurate but undersells the architecture.
Hermes isn't a chatbot wrapper. It's an <i>agent runtime</i> — a persistent process that:
• Maintains memory and learned workflows across sessions indefinitely
• Executes real system tools (terminal, browser, file system, email, local LLMs, 3D software)
• Builds and reuses skills — structured workflow documents it loads before tasks
• Runs scheduled jobs unattended via a built-in cron system
• Delegates subtasks to sub-agents and reviews their output before shipping
The mental model shift: you're not prompting it. You're configuring a system that operates on your behalf. The difference shows up after week two, not day one.
## The Inference Architecture Nobody Talks About
Every guide tells you to pick a model. Nobody tells you to run two tiers.
The setup that actually scales is a <i>supervisor/worker split</i>:
<pre><code>```plaintext Supervisor — cloud model, large, capable, expensive │ ├── Worker (leaf task) — local model, small, fast, free ├── Worker (leaf task) — local model, small, fast, free └── Worker (leaf task) — local model, small, fast, free ```</code></pre>
My setup:
• <i>Supervisor: </i>DeepSeek V4 Flash via OpenRouter. 284B MoE with 13B active parameters, 1M context window. Handles all reasoning, orchestration, user-facing responses, and final review.
• <i>Workers: </i>Qwen3 family (0.6B, 1.7B, 4B) running locally via Ollama on an RTX 4050. Handle leaf tasks — translate 20 messages in parallel, classify 50 leads, summarize a 3,000-word document, extract structured data from a batch of emails.