Santa Marta, Colombia
Joined July 2019
Replying to @_nasch_
Nicolás, entiendo tu posición sin embargo no la comparto y esta lejos de tener mi admiración. De hecho, me parece muy irresponsable de tu parte compartir esta idea. Eres un desarrollador, tenías la oportunidad de cambiar al mundo... y te rendiste.
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Andrés Zuleta retweeted
Jev Founder, Diogo Amogo, just released 12-page PDF on building a Jev Harness for coding agents this is a 10-step blueprint on how to make your coding agents 200× faster and 400× cheaper: step 1 → meet Jev: the LLM writes, the harness executes, Jev decides what each turn sees, where it routes and whether it runs step 2 → ask the question that breaks every agent: how would you design one if LLMs had no KV cache? step 3 → stop routing blind: Opus → Sonnet → Opus costs 6.19 vs 4.15 for pure Opus, because handing back reprocesses the whole context step 4 → follow the tokens: reading and searching take 56.2% of tool turns and 46.5% of tokens. Writing code is under 10% step 5 → score every chunk per query: hide, short summary, long summary or full. Compress after the question, not before step 6 → disclose tools in tiers: one-line snippets for 100s of tools, schema on demand, docs for one-off queries. Batteries stop costing context step 7 → load instructions by condition: touching *.tsx loads the style guide, billing/ loads its gotchas file, and compaction can't erase either step 8 → route by trust, not just difficulty: secrets and infra stay on first-party frontier models, public docs go to the cheapest one step 9 → share one retrieval pass: cross-model review, eval generation, ELI5 explainers and live progress pages all run read-only in the background step 10 → gate every command: programmable allow / ask / deny policies that read a script before it runs, not just its name Send this PDF and the article below to your Claude Code or Codex instance and start shipping 200× faster.
Readers added context they thought people might want to know
The post wrongly identifies "Diogo Amogo" as Jev founder; TypeSafe AI (Jev's developer) was founded by Diogo Almeida. The shared PDF is independently compiled and explicitly disclaims any affiliation with or endorsement by TypeSafe. typesafe.ai/team typesafe.ai/blog/introduci… drive.google.com/file/d/17h982x… pbs.twimg.com/media/HSv6c7rX…
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Andrés Zuleta retweeted
最近Jev爆火,拿到 Jev API 还不知道怎么玩的,可以按这个清单抄。 1. jev-ultrafast Browser Use 做的高速浏览器 Agent。Jev 每一步只判断「做什么、点哪个元素」,要打字才叫小模型。Google Flights 搜一次航班大约 7 秒。 github.com/browser-use/jev-u… 2. fast-jev-compaction 给 Claude Code 做上下文压缩。每次工具调用先让 Jev 判断还有没有用,没用的删掉,留下来的原文不重写。 github.com/tamaratran/fast-j… 3. json-render Vercel Labs 的生成式 UI 框架。实验里 Jev 不逐 token 写 JSON,只负责选组件、属性和布局。 github.com/vercel-labs/json-… 4. typesafe-mcp 最适合刚拿到 API 的人。把 Jev 接进 Claude Code、Claude Desktop、Codex 和 Pi,随时做 Choice / Score / Noul。 github.com/itsmostafa/typesa… 5. jev-mcp 现成的 Agent 判断工具箱:事实核验、内容筛查、语义排序、分类和信息提取。 github.com/jkudish/jev-mcp 6. SemDecide 把 Jev 做成命令行。Shell 里直接分类、打分、过滤,适合接爬虫、CI 和数据流水线。 github.com/sharziki/semdecid… 7. jev-codex-router 先让 Jev 判断这一轮编程任务有多难,再决定模型档位、推理深度和速度模式。 github.com/0xNatoshi/jev-cod… 8. Winnow 给 Claude Code 做上下文垃圾回收。Read / Bash / Grep 吐一大堆时,Jev 先判断哪些真和当前任务有关。 github.com/GhalebDweikat/win… 9. jev-review 代码审查前先过一遍 Jev,把高风险改动挑出来,再交给更贵的大模型或人。带本地看板。 github.com/devagrawal09/jev-… 10. Blink 把 Jev 当代码库导航器。每走到一层目录,就判断哪些文件和当前问题最相关,再继续往下找。 github.com/ellipsis-dev/blin… 11. agent-desktop 桌面自动化。读系统无障碍树,判断下一步该点哪个按钮、菜单或输入框。 github.com/lahfir/agent-desk… 12. typesafe-mario 让 Jev 玩《超级马里奥》。不看截图,直接读模拟器 RAM 里的结构化状态,再决定跑、跳、躲。 github.com/fhshaik/typesafe-… 13. jev-drone 拿 Jev 控无人机。底层飞控继续负责稳定和安全,Jev 只做爬升、刹车、穿越障碍这类上层判断。 github.com/RomanSlack/jev-dr… 14. OneVOneJev 浏览器里的 1v1 FPS。每个决策 tick 都要判断走位、视角、瞄准、开火和跳跃。 github.com/emrickgarrett/One… 15. jev-trader Monad 测试网上做高频做市。Jev 根据价差和成交方向判断下一步买还是卖,模型延迟大约 81ms。 github.com/jarrodwatts/jev-t… 16. Prism 不直接让 Jev 下单。它判断 toxic flow、市场压力、均值回归之类的状态,再交给原来的策略。 github.com/irfndi/prism-liqu… 17. neo4jev 把 Jev 塞进知识图谱。每走到一个节点,判断下一条最值得走的边,再一路找下去。 github.com/jexp/neo4jev 18. jev-curate 拿 Jev 筛训练数据。JSONL / Parquet 先做质量、相关性和风险判断,再决定哪些进后面的训练。 github.com/AkashPriyadarshii… 19. Canny 防 Coding Agent 嘴硬说自己做完了。看工具输出、代码 diff 和测试结果,再判断完成声明靠不靠谱。 github.com/qkal/Canny 20. killmyidea 输入一个创业点子,Jev 从多个维度打分,最后给你 KILL、FIX 或 SHIP。 github.com/monteduro/killmyi…
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Andrés Zuleta retweeted
A 13-PAGE BREAKDOWN OF AGENT MEMORY THAT CUTS TOKEN COST BY 90% your agent reads the same 12 files every morning reaches the same conclusions and charges you for it again the model got 10x smarter in two years it still forgets everything the second a session ends five layers fix that: 1. working memory - what it sees right now > the context window > when it fills, the old context drops out > most agents live here and never leave 2. episodic memory - what happened > the full interaction log, timestamped > the deploy that died tuesday at 3am over a typo stays remembered > you explain it once 3. semantic memory - what is true > facts, entities and relationships in a knowledge graph > "this user prefers TypeScript" survives the session 4. procedural memory - how to do things > three approaches tried, one worked > that one becomes a reusable skill > the next run starts there 5. forgetting - what to delete > an agent that remembers everything collects contradictions > you move cities, it keeps recommending the old restaurants the numbers: > Mem0 - 1,800 tokens per query instead of 26,000 > 91% lower latency > Snowflake - one ontology layer, 20% more accuracy, 39% fewer tool calls memory pays for itself on day one the layer nobody builds is the forgetting engine it decides whether the other four stay worth trusting full 13-page breakdown below 👇
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Ninguna compañía lo va a admitir, pero DSA nunca fue realmente una prueba para saber si sabes programar. Eso sería estúpido en la era de los LLMs. DSA existe porque es un proxy conveniente para medir IQ y qué tan bien puedes comunicar tu razonamiento bajo presión.
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Andrés Zuleta retweeted
Google just dropped the best 1-hour course on Graph Engineering: from one agent to a full 24/7 system 00:00 - what graphs are 09:16 - build an agent 21:15 - graph engineering explained 41:03 - graph engineering in practice 52:21 - self-improving graphs free, and the best thing on graph engineering I have come across Prompts → Agents → Loops → Graphs most people will watch the first nine minutes and go back to typing into a chat box same model, same tokens, and the only thing that changes is the shape you run it in watch it today, then read the full guide on agents and graphs below
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Becoming a 10X engineer ain't what it used to be. It's literally a SKILLS.md file. Want help?
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Andrés Zuleta retweeted
POV: you’re the only person at work who doesn’t know how to fine tune a model.
Fine-tuning is about to become one of the most valuable AI engineering skills. Not because everyone needs a custom model. But because the people who understand how models learn from data will build things others can’t. Full guide:
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Todavía no he encontrado un solo agente al que pueda delegarle completamente mi trabajo: siempre tengo que corregirlo. Pero luego veo ingenieros diciendo que Claude hace prácticamente todo por ellos y me pregunto: ¿su trabajo es muy estúpido o el estúpido soy yo?
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Andrés Zuleta retweeted
Chinese researchers published a paper with a devastating title: "The End of Software Engineering” it argues software engineering is finished. In traditional software, code is the carrier of pre-written human logic. In agentic software, the AI agent is the software. Code is no longer a permanent monument built by human hands. It is completely ephemeral, dynamically generated, executed, and discarded on the fly by an LLM-driven reasoning loop. Think about how software delivery has evolved: • Era 1: On-premise licensed software (you installed it locally) • Era 2: SaaS (hosted in the cloud, managed by vendors) • Era 3: Agent-as-a-Service (AaaS) Each historical shift transferred complexity away from the user. But this latest shift transfers something entirely different. It transfers decision-making complexity itself. The paper argues that traditional engineering is hitting a hard complexity wall. Human brains can only hold so much state, manage so many dependencies, and debug so many lines at once. LLM-based agents scale non-linearly. They don't just write functions faster. They navigate architectural complexity by outsourcing reasoning to models that improve every single month. Which means the role of the developer is permanently changing. You are no longer a code author typing syntax line by line. You are an intent architect. Your job is no longer writing the implementation. It is specifying goals, designing multi-agent coordination loops, and auditing outcomes.
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Andrés Zuleta retweeted
Visa sponsorship + Remote jobs + Freshly funded startups: European Tech Visa Sponsorship docs.google.com/spreadsheets… US Tech Visa Sponsorship docs.google.com/spreadsheets… Japan Tech Visa Sponsorship docs.google.com/spreadsheets… 150 Remote Companies Hiring docs.google.com/spreadsheets… 100% Remote Hiring Companies docs.google.com/spreadsheets… 400+ San Francisco Bay Area companies docs.google.com/spreadsheets… 1500+ Recent Funding Startups docs.google.com/spreadsheets… Indian Startups Freshers DS/ML/AI Hiring 2026 docs.google.com/spreadsheets… Indian Robotics Startups Database docs.google.com/spreadsheets… 1300+ Hidden Companies Hiring List docs.google.com/spreadsheets… Bookmark it. Repost it to help others. Share with your friends.
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Andrés Zuleta retweeted
Stanford just released the kind of LLM lecture Anthropic pays engineers $750,000+ a year to understand: Not prompting Not RAG How to actually build language models from scratch In this 104-minute lecture, they break down the full stack behind modern LLMs: 06:18 - how language models are built from raw data 21:42 - tokenization and model architecture 39:17 - why scaling laws predict model performance 57:36 - how compute, data, and parameters trade off 1:14:28 - what actually happens during post-training 1:34:11 - the engineering skills needed to build frontier models This lecture is worth more than 100 LLM tutorials Bookmark and watch it today Then read the full guide to building language models from scratch below
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Andrés Zuleta retweeted
This repo is a goldmine if you are preparing forn Systemd Design Interviews github.com/liquidslr/system-…
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Andrés Zuleta retweeted
I'm a Principal engineer & I passed system design rounds of Amazon, Atlassian, Walmart, Saleforce, and Deliveroo. Trust me, learning system is not hard. Start from these fundamental concepts: 1) Load Balancing: lnkd.in/gH9rdjCx 2) CDN: lnkd.in/g83A7-rM 3) Caching: lnkd.in/gTjxhv2V 4) Cache Invalidation: lnkd.in/geC955AY 5) Rate Limiting: lnkd.in/gWqJzCNJ 6) API Gateway: lnkd.in/gBNKpecH 7) CAP Theorem: lnkd.in/g4yFYkEi 8) Sharding: lnkd.in/gFi23iNV 9) Replication: lnkd.in/gikkrmNp 10) Partitioning: lnkd.in/gQhJS8ii 11) Queues: lnkd.in/gPGiuxtu 12) Microservices: lnkd.in/gZfYV2Qu 13) Microservices Vs Monoliths: lnkd.in/gM-dKE3D 14) Fault Tolerance: lnkd.in/gdamMmtc 15) Database Scaling: lnkd.in/ghq4v_gQ 16) Service Discovery: lnkd.in/gjfbNVBe 17) Consistency models: lnkd.in/gGkMENA3 18) Eventual Consistency: lnkd.in/gdSn54SK 19) Distributed Transactions: lnkd.in/gTc8pSbH 20) Leader Election: lnkd.in/g-kwhzSb 21) Horizontal vs Vertical Scaling: lnkd.in/gW-Vi9Qt 22) Back of the Envelope Estimation: lnkd.in/gQ6vtM3U 23) Idempotency, Data Latency & Finale: xitter.cf/system_monarch/status/… Let me know what you'd like me to cover, would love to help :)
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Andrés Zuleta retweeted
ANDREJ KARPATHY POSTED AN IDEA THAT GOT CLOSE TO 20 MILLION VIEWS AND MOST PEOPLE ARE STILL SLEEPING ON IT WHILE WAITING FOR THE NEXT MODEL RELEASE. Point Claude Code at a folder. Drop in any source. It reads, links, and files everything into a living wiki that compounds the more you feed it. Install Obsidian. Paste the idea file. Tell Claude to build it. Three folders, one CLAUDE.md that runs the whole thing. Five minutes to set up. You never start from a blank chat again. The model isn't the bottleneck. The memory was.
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Andrés Zuleta retweeted
A senior Google engineer just dropped a 19-page PDF on "Loop Engineering" for LLM and agentic systems. Act → Observe → Learn → Repeat • Act: the LLM proposes a code transformation (tile this loop, parallelize that one). • Observe: a compiler runs it and reports back - is it valid? faster? slower? by how much? • Learn: the LLM reads that feedback and adjusts its next move. • Repeat until it stops finding improvements. The agent gets smarter purely from grounded feedback inside its own context window. This 19-page PDF totally changed the way I’m building agentic systems today. Read it now, then explore the article below.
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Andrés Zuleta retweeted
Andrew Ng: "100% of my tasks are now done by AI agents - hype has exceeded my expectations. Loops is next step. in 3-6 months, everyone will be using self-improving loops. No more prompting." In a 30-minute talk, Andrew Ng explains how to build self-improving agentic systems from scratch. Worth more than a $500 agentic course.
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Andrés Zuleta retweeted
Todavía lo releo cada semana. Es, sin exagerar, uno de los artículos más valiosos que he leído sobre cómo cambiar tu vida.
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INSTEAD OF WATCHING NETFLIX TONIGHT. Spend 2 hour with this. Claude AI FULL COURSE that teaches you how to BUILD and AUTOMATE anything. The people who watch this tonight will wake up tomorrow with a new skill. Watch it and Bookmark it now.
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