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We checked every public dbt project we could find. 9 of 12 production projects document columns their warehouse does not have.
The YAML was confident. The warehouse had moved. An agent will treat the docs as truth.
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An Anthropic engineer shared the exact system they use as a second brain.
Three folders. One file. One evening to build.
Most people use Claude the same way every day. Open a new tab. Rebuild context. Get an answer. Close the tab. Tomorrow it remembers nothing. You are still the one holding all the context. You are still the one resetting.
This architecture solves that problem.
The system is built around three folders and one file.
raw/ holds everything unstructured. Articles, transcripts, PDFs, voice memos, screenshots. Drop it in and never touch it again. Immutable ground truth.
wiki/ is where Claude converts everything in raw into structured, linked, cross-referenced knowledge. Clean. Organized. This is the folder Claude actually thinks from. The human reads it. The model writes it.
output/ is where finished work lands. Reports, posts, documents, presentations. Everything Claude builds using the wiki as its source.
At the center is CLAUDE.md. Not a prompt, but a persistent layer of identity, preferences, goals, and project context. Claude reads it before every session. You never explain yourself again.
Five automations run the system.
Ingest captures and extracts new sources into the wiki. Write retrieves context and drafts outputs. Manage links decisions to context. Review summarizes and updates. Maintain prunes and improves connections.
Every session adds to the system. Every source makes the wiki smarter. The returns compound over time.
One month in, context stops disappearing. Three months in, the vault surfaces ideas you forgot you had. Six months in, the gap between compounding and resetting becomes impossible to ignore.
Build once. Maintain daily. Let it compound.
Bookmark this.
Someone published the architecture for an AI agent that never stops learning.
8 agents. One loop. Runs without you.
Every AI agent stops improving the moment you stop improving it. New workflows and engineering patterns appear on GitHub every day. None of them reach your agent unless a human finds them, understands them, and installs them manually.
This system automates everything up to the final human review.
Here’s how the pipeline divides the work across eight specialized agents.
Scout monitors GitHub Trending and runs targeted searches for new AI workflows continuously.
Filter removes everything irrelevant before any model touches it - deterministic rules, no LLM cost wasted on obvious noise.
Reader extracts documentation and understands the workflow before looking at a single line of source code.
Extractor pulls out reusable patterns and structures them into a standardized format.
Skill Score validates against objective criteria - confidence above 0.85, minimum three workflow steps, general purpose, reusable.
Skill Generator converts the validated workflow into a complete Agent Skill package with examples, commands, and tests.
Reviewer asks one question: Would an experienced engineer install this without editing it?
Publisher creates the pull request and assigns a human reviewer. Automation proposes. Humans approve.
The library compounds over time. More skills lead to richer context. Richer context leads to better discoveries. Better discoveries lead to stronger skills.
The loop never stops.
Today, finding new capabilities is still a human job. This pipeline makes it continuous.
The complete architecture is in the image. Open source.
Creator of Claude Code:
“80% of our engineers are using self‑improving loops. Now everyone is building agentic Graphs"
in 3-6 months, we’ll all be building graphs to orchestrate self‑improving agents. No more prompting.”
In a 40-minute podcast, Boris Cherny reveals the future of agentic coding with Claude at AMD.
Worth more than a $500 agentic course.
Watch this video, then read the article below on how to become a graph architect.
The reason I was able to switch my workflows immediately to deepseek + competitors from codex is because I refused to install some vendor lock in app that you can't switch easily
Only use the CLI
Everything else is meant to chain you, remove your options, enslave you forever
Caesar III, running natively on iPad and iOS.
Caesar III has never had a public iPad build. As far as I can find, nobody has even posted video of it running on one before.
Not an emulator. CaesarPad runs Augustus as a native ARM64 iPadOS app. No Windows machine being simulated, no game being streamed from a Mac.
The game was built for a mouse in 1998. Apple Pencil might be better.
Place buildings, draw roads, open advisors and run the city by touching it directly. Fingers move and zoom the map while Pencil handles precision.
Classic Age of Empires will have to wait. This Saturday, we build Rome.
I used Codex 5.6 Sol to build the iPad layer. Open sourcing it all below.
I finally cracked it! There is a better way to run Codex agents without the slop. As bonus it saves you tokens! Engineers at top FANG companies are using this workflow to ship production software.
ok this might be the most aggressively american startup i’ve ever seen 🇺🇸
> they’re trying to build nuclear reactors 100x faster than the nuclear industry ever has
> the founder isaiah taylor grew up on food stamps + dropped out of high school at 16
> his great-grandfather literally worked on the manhattan project
> generations later isaiah built a working nuclear reactor before turning 28 and named it “ward” after him
> the pentagon used 3 military c-17s to airlift the reactor 700 miles from california to utah in a first-of-its-kind mission
> the company culture is hardcore americana
> they hold bible studies, offer raw milk, love fast cars + have a cigar lounge
> plus 4 gigantic patriotic paintings of columbus discovering america, the pilgrims arriving on the mayflower, the signing of the declaration + the constitutional convention
> they sued the nuclear regulatory commission for slowing them down
> valar's end goal is to build the same reactor thousands of times across nuclear “gigasites” to make energy 10x cheaper
> then they'll use that energy to pull carbon out of thin air and turn it into oil and gas for supreme energy abundance
> just raised $1b at a $6b valuation to scale it
> if valar pulls it off, isaiah’s family will have helped usher in both of america’s atomic ages
yeah this gets my vote for most badass startup of the year
Given some of the results I'm seeing recently, it's pretty clear Codex is a good harness.
But it will seem primitive in 2-3 months and we're about to go through another major evolution in how we use AI at the frontier. The next generation of models need more than your laptop.
Cloud agents are now 20-30% more token efficient, and 80% more efficient on runs with computer use.
We've improved how they handle MCPs, skills, and computer use, so you can delegate more ambitious tasks and get back demos while staying within budget.
Imagine replacing 90% of your employees with a team of geniuses who have no idea how your company operates.
Total chaos. Nothing works.
That’s what AI feels like today.
The missing piece is extracting all the domain knowledge from people’s heads and providing that as structured context to the models.
i lost the lid to my coffee grinder and codex tracked down the part, found the dimensions, and made me a 3d print file that fit perfectly in one shot
There's an interesting form of luck that affects startups. You start a successful startup, then a few years into it some new innovation appears and you're uniquely poised to benefit from it. Smartphones did this for Facebook. AI seems to be doing it for Replit.
Believe it or not, it's usually wise to walk investors through the risks involved in your startup. Investors know there's risk. If there wasn't, your valuation would be billions of dollars right now. And if you're vague about the risks you seem glib, or worse still, clueless.
GPUs are built with more memory bandwidth, but higher latency and lower capacity than CPUs. AI accelerators could usefully make a different memory trade — the bandwidth of a GPU (or more), but the capacity of a CPU, in exchange for even higher latency.
For inference, all the weights, potentially a couple TB, can be accessed in a completely linear manner. It could even be a single transaction, streaming at a constant speed into an L2 ring buffer for a GPU core to chase calculations in, akin to racing the beam on old CRT game architectures. You could build a memory system out of masses of dirt cheap RAM, fully in parallel.
Even for training, the memory access patterns can be just a forward read of the weights, a reverse read , and a staggered reverse write of gradients and weights. You could have minimum transaction sizes in the megabytes, and first byte latencies in the many microseconds.
Confirmation that Anthropic is intentionally blocking OpenCode, and any other 3P harness, in a paranoid attempt to force devs into Claude Code. Terrible policy for a company built on training models on our code, our writing, our everything. Please change the terms, @DarioAmodei.
"when you feel like it" No, a terms violation? Do you think we shouldn't enforce our terms? If anyone wants to use Claude models, they simply use the API. The one thing we should've done better here is tell end users sooner, as they might not have known. xitter.twitterapi.xyz/trq212/status/20096898…
As an AI engineer, please learn:
- Learn the roofline model and why decode is memory-bound
- Deploy vLLM and SGLang, then read their schedulers
- Understand paged attention from the code, not the blog post
- Build observability before you optimize anything
- Track TTFT, inter-token latency, throughput, queue depth
- Use Grafana + Prometheus for inference dashboards
- Turn on prefix caching and find which workloads it helps
- Learn continuous batching and chunked prefill
- Run load tests with 1000+ concurrent requests
- Report p50, p95, p99, never just the mean
- Master quantization tradeoffs (FP8, INT4, AWQ, GPTQ)
- Learn speculative decoding and where it stops helping
- Set up KV cache eviction for long contexts
- Try disaggregated prefill and decode serving
- Learn Kubernetes for AI workloads and autoscale on queue depth
- Learn how inference costs break unit economics
- Build your own model router by cost, latency, quality
- Create a token budgeting system per request
- Build one inference service and benchmark it publicly
- Read inference research instead of model release news
- Start sharing your optimization benchmarks
I put together a 10-week plan that covers every one of these at 30 minutes a day. It is 50 sessions, split between reading the theory and building on your own service, and all of them feed one artifact: an inference service you deploy, instrument, load test past 1000 concurrent requests, tune, and publish as a reproducible benchmark.
It is open on GitHub and contributions are welcome, especially newer sources worth adding. I am working through it myself and will share more content on this going forward, so stay tuned.
GitHub repo: github.com/patchy631/time-to…
(don't forget to star 🌟)
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27 unknown Claude tips: ruben.substack.com/p/1800-ho…
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