AdaL Bootcamp 2 is a tutorial repository that teaches building with the AdaL agent platform, covering loop engineering, custom agents, and vertical agent SaaS.

Stars

15

7-day growth

No data

Forks

7

Open issues

0

License

No data

Last updated

2026-07-05

AI repository intelligence
FR-AI / ANALYSIS

Why it is worth attention

It features a live demonstration of the AdaL Engineer autonomously cloning a landing page from a single prompt, showcasing the power of loop engineering in action.

Who it is for

  • Developers exploring AI agent frameworks
  • Builders of vertical agent SaaS products
  • Learners interested in vibe coding and loop engineering
  • YC founders (referenced via YC Agent Landscape)

Use cases

  • Learning to build custom agents with AdaL's prompts and tools
  • Using AdaL Cloud and SDK for agent development
  • Autonomously cloning web pages (hero sections) via loop engineering
  • Migrating from vibe coding to structured agent SaaS

Strengths

  • Includes detailed slide decks (12-slide, 10-slide) with HTML and Markdown sources
  • Provides a concrete, reproducible autonomous cloning demo with prompt and screenshot
  • References comprehensive documentation, cloud platform, and SDK
  • Open source under MIT license with clear structural organization

Considerations

  • Tightly coupled to the AdaL ecosystem, limiting general applicability
  • Only covers two classes, leaving advanced topics undemonstrated
  • The autonomous clone example is a single use case and may not generalize

README quick start

AdaL Bootcamp 2

Learn to build with AdaL — the agent that engineers loops. From vibe coding to vertical agent SaaS.

Classes

ClassTopicSlides
Class 1 — Beyond Loop EngineeringVibe coding → loop engineering → AdaL's full offering → vertical agent SaaSHTML · MD
Class 1 — AdaL SetupInstall, launch (engineer vs worker), model recommendationsHTML
Class 2 — Building Custom AgentsCustom prompts, custom tools, AdaL Cloud, SDK, live demoHTML · MD

Open any slide deck in your browser:

open slides/class-1-beyond-loop-engineering.html

Note: AdaL Engineer Cloned the Landing Page Autonomously

The AdaL Engineer agent autonomously cloned a landing page end-to-end — research, design extraction, implementation, and visual verification — all driven by the loop-engineering workflow taught in Class 1.

The prompt we used for this:

Clone the hero section of the landing page, https://www.hyperspell.com/ , put it inside of hyperspell-clone, needs to be exactly the same, from animation, content, font, color, styling, everything, pixel level, and video level including all effects 

You have the two docs to refer to:


1. clone_guide_v2.md (operational guide + appendices) — the one you follow
2. clone_landing_page_101.md (deep reference) — the one you consult when stuck


Use MiniMax M3 Browser Use for both evaluator and builder 

The screenshot shows the agent's autonomous cloning workflow in action.

Key Resources

Structure

slides/
├── class-1-beyond-loop-engineering.html   # 12-slide deck
├── class-1-beyond-loop-engineering.md     # markdown source
├── class-1-adal-setup.html                # 5-slide setup deck
├── class-2-custom-agents.html             # 10-slide deck
├── class-2-custom-agents.md               # markdow

Related repositories

Similar projects matched by category, topics, and programming language.

ddosi
Featured
ddosi GitHub avatar

PacketLens

PacketLens is a pure front-end, offline pcap analysis tool that runs entirely in the browser, supporting deep protocol decoding, HTTPS decryption, and million-packet instant loading without any backend.

HTML
19
ViffyGwaanl
Featured
ViffyGwaanl GitHub avatar

kimi-k3-learn

An interactive learning system that turns the 47-page Kimi K3 technical report into a single offline HTML file with running algorithms, 3D visualizations, spaced repetition quizzes, and a smart highlighting QA tool.

AI & Machine Learning
15
iamtechartist
Featured
iamtechartist GitHub avatar

human-cell-visualizer

An interactive 3D visualization of three human cell types using Three.js, WebGL particles, and custom GLSL shaders, allowing users to rotate, zoom, morph, and explore annotated structures.

Design & Creative
13