Subash S retweeted
All 53 Claude Skills (Free for First 300 People)
CLAUDE SKILLS LIBRARY - FREE
1. The 7 GTM Skills, full SKILL.md prompts
2. The 10 Claude Code Skills, install commands and use cases
3. The 18 GTM Agent Skills, full descriptions and invoke commands
4. The 15 Business Skills, slash commands and full descriptions
5. The 3 LinkedIn Carousel Skills, full SKILL.md files
(72 Hours only)
Like + RT + comment 'SKILLS'
Must Follow me so I can DM you.
Subash S retweeted
WAIT. This is actually insane.
Someone vibe coded an iOS app, got 4K downloads with zero ads, and just shared everything he'd tell himself on day one.
Every single download came from Reddit, and the thread is basically the stuff nobody tells you before you ship your first app.
And the best part isn't even about building. His AI finds the bugs and fixes them on its own.
→ His first version worked but looked vibe coded. Designing the screens first and giving Claude real direction mattered more than any feature
→ Claude reads his analytics, sends him a daily report on what broke and opens PRs for the bugs it can fix on its own
→ His best post got 150K views because it described the problem, not the app
→ Most of his other posts died at a few hundred views because he posted in tiny subs or too many at once
→ The one he's still stuck on is people cleaning their phone once and leaving. Vibe coding can't tell you if they'll come back
I run a mobile app studio, and honestly this matches every app we ship. Building is the easy part now, the design and the first week of real users are where it actually gets decided.
If you're shipping your first app this month, add analytics on day one so your AI can actually tell you what's breaking.
Full post below.
Subash S retweeted
the idea behind PR Lens is straightforward, and that is what I like about it.
take a screenshot from a pull request, connect it to the parts of the app it represents, and make the code easier to understand. Sometimes, solving one specific problem well is enough.
since you guys asked "what am I looking at" a lot yesterday
here's the code review use case for Jev images, explained better
With agent PRs I want proof it works, and the starting point for UIs is a screenshot in the PR
Even if it works, we still care about understanding the underlying change so we keep a sharp mental model of the software system.
So @ColdteaAI's PR Lens lays out the architecture on a canvas, and Jev matches each PR screenshot to the underlying system components that changed
you review the PR starting from what you can see, its impact on your system's architecture and keep that mental model long before you read a line of code!
try it on your next PR: github.com/coldteadotai/pr-l…
Subash S retweeted
The payment passed. The order still failed.
That can happen when payment and stock are handled by separate services. A successful charge does not mean the item was reserved.
I'd make that state part of the design. Track which steps passed and what must happen next. If the item is sold out, the flow may need to refund the charge.
A saga tracks that work across services. Each step has its own local transaction. If a later step fails, a new action can undo an earlier effect.
The refund can fail too. Keep its status, make retries safe, and flag work that needs a person. Don't show "refunded" just because you sent the refund request.
I build the core order saga in this MassTransit guide:
milanjovanovic.tech/blog/imp…
P.S. Get my free Microservices template for .NET:
milanjovanovic.tech/template…
You can show this model an image or a video, and it will answer any questions about it.
It goes way beyond what frontier models can do.
For example, Glimpse can tell you how objects in an image relate to each other, or how an action changes over time in a video.
Robotic teams would kill for these capabilities!
Subash S retweeted
Nvidia just gave away a model that can see.
And it beat their own bigger model at agent work.
Most AI agents still run on text alone.
Hand them a screenshot, a PDF, or a chart and they need a second model to make sense of it.
That's the gap Nemotron 3.5 Super VL is built to close.
One model. Text + vision together. 👀
Here's what it handles:
→ Reads screenshots and documents
→ Interprets charts
→ Pulls text from images (receipts, scans, reports)
→ Searches the web to finish a task
→ Writes code efficiently
The best part?
You can use it free right now inside OpenCode.
No separate vision model.
No passing context back and forth.
Just one agent that reads the file and gets to work. 🚀
Save this video, you'll want it the next time your agent hits a screenshot.
Want the SOP? DM me.
Subash S retweeted
Former Google DeepMind researcher Andrew Dai just launched a new AI model called Glimpse.
It can reason about images, movement, and changing camera angles.
And it's already claiming competitive performance against Google's Astra on visual reasoning benchmarks.
This could be a huge step toward AI understanding the physical world.
🤝 Paid partnership
Subash S retweeted
This is a big win for reproducible research.
AIPOCH has released Open-Science, a free, open-source desktop app where AI agents run scientific analyses and keep the code behind every result.
Their newest feature is the .science file, which packs a finished research session, including conversation branches, file versions, notebook records and verification evidence, into one file you can import on another computer.
The recipient can trace how you reached each result, but the import opens read-only, so they must make a copy before running new experiments.
It runs on existing agent engines such as Claude Code, OpenCode, Codex or CodeBuddy, and accepts cloud models, custom gateways, local servers like Ollama, or Claude and Codex subscriptions. What it adds is the science layer, with 23 built-in skills, 24 built-in data connectors, approval controls before risky actions, and remote jobs over SSH or Slurm.
🤝 Paid partnership
Subash S retweeted
This guy on Reddit built a free widget that watches your Claude usage limits for you
It shows your current session, weekly and plan limits, updating every minute, and it spends zero tokens doing it
It also shows which of your Claude Code sessions are working, which are waiting for you, and which are idle
The best part is the mascot. A small pixel character lives in the widget and reacts to your usage
It sleeps when nothing is running. It runs while a session works. It sweats when you get close to the limit
At 100 percent, it lies on its back
He built the whole thing with Claude Code, and it is free and open source
One person solving the small daily annoyance of every heavy Claude user
Subash S retweeted
5 free dev tools I'd bookmark before the weekend 👇
ponytail.dev - Open-source AI coding simplifier
github.com/Tencent/BrowserSk… - Free browser automation for agents
agentation.com - Free visual agent feedback
pioneerui.com - 50+ free animated React components
godly.design - Free design gallery
Subash S retweeted
𝗠𝗖𝗣 𝘃𝘀 𝗔𝗣𝗜 𝘃𝘀 𝗦𝗸𝗶𝗹𝗹𝘀.
An 𝗔𝗣𝗜 defines how software systems communicate through specific endpoints, requests, and responses. It gives applications a structured way to access data or trigger functionality in another system.
𝗠𝗖𝗣 (Model Context Protocol) standardizes how AI applications discover and interact with external tools, data, and resources. Instead of building custom integrations for every AI client, MCP servers expose capabilities through a common protocol that agents can use.
𝗦𝗸𝗶𝗹𝗹𝘀 package reusable instructions, workflows, and resources that guide agents through specific tasks. Rather than providing new connections to external systems, they give agents task-specific procedures and know-how they can load when needed.
Together, they help agents connect to systems and use those capabilities to complete tasks.
But building all these integrations and workflows from scratch takes time.
Precisely AI Studio helps builders build faster with 𝗿𝗲𝗮𝗱𝘆-𝗺𝗮𝗱𝗲 𝗔𝗜 𝗮𝗴𝗲𝗻𝘁𝘀, 𝗮𝗽𝗽𝘀, 𝗮𝗻𝗱 𝘀𝗸𝗶𝗹𝗹𝘀 𝗰𝗼𝗻𝗻𝗲𝗰𝘁𝗲𝗱 𝘁𝗵𝗿𝗼𝘂𝗴𝗵 𝗠𝗖𝗣. Builders can explore and test them using sample data, then bring agents and skills into their existing AI stack.
Explore Precisely AI Studio → lucode.co/precisely-ai-studi…
What else would you add?
——
♻️ Repost to help other learn AI.
🙏 Thanks to @PreciselyData for sponsoring this post.
➕ Follow me ( Nikki Siapno ) to improve at AI and system design.
Subash S retweeted
F*CKING GitHub is packed with free stuff almost nobody uses
top 10 repos blowing up this month, from simplest to most technical:
stuff anyone can use
1. Compositor: a free, open-source Photoshop alternative for Mac (8.8K)
github.com/robbietilton/Comp…
2. image-blaster: drop a regular image into Claude and it turns it into an entire 3D world (6.2K)
github.com/neilsonnn/image-b…
3. Agent-Reach: gives your AI eyes on the whole internet. Reads and searches Twitter, Reddit, YouTube and GitHub with one command, no paid APIs (8.9K)
github.com/Panniantong/Agent…
4. financial-services by Anthropic: ready-made financial workflows for Claude, data analysis and reports without starting from scratch. #1 on GitHub's weekly trending (38K)
github.com/anthropics/financ…
5. orca: run a whole fleet of agents in parallel (Claude Code, Codex, Cursor) on your existing subscriptions and manage them even from your phone (80K)
github.com/stablyai/orca
6. universal-modder: Claude Code mods almost any PC game. Unpacks the files, generates art, 3D and sound, and tests the mod in-game itself (5.6K)
github.com/rehan-remade/univ…
to make Claude Code work better
7. claude-code-templates: ready-made config templates plus a dashboard showing what the agent is actually doing in your project (32K)
github.com/davila7/claude-co…
8. security-audit-skill by Cloudflare: a multi-stage code security audit where every vulnerability found gets double-checked, not just "looks fine" (22K)
github.com/cloudflare/securi…
9. hindsight: agent memory that learns. Remembers past sessions and builds on them instead of starting from zero every time (38K)
github.com/vectorize-io/hind…
10. CLI-Anything: makes any software "agent-native." Wraps command-line tools so agents can find and call them reliably on their own (51K)
github.com/HKUDS/CLI-Anythin…
share if you found this interesting
and save it before you lose it
Subash S retweeted
Managing LLM access gets messy fast. This gateway keeps it in one place.
Otari is a self-hosted, OpenAI- and Anthropic-compatible LLM gateway for builders who need to connect applications to multiple model providers.
It helps you centralize model access by routing requests through one endpoint while keeping provider credentials behind the gateway, checking budgets before dispatch, and recording usage afterwards.
Key features:
• One compatible endpoint – route OpenAI- and Anthropic-style requests to many providers
• Virtual API keys – issue revocable keys with user, workspace, and model scope
• Budget enforcement – check budgets before spend and record usage after settlement
• Local routing policies – configure failover, weighting, and learned selection
• Fast local start – run a standalone gateway with Docker or use Compose with PostgreSQL
It’s open-source (Apache License 2.0).
Link in the reply 👇
Subash S retweeted
R.I.P. openclaw.
Introducing nanobot.
99% smaller. Same core agent capabilities. Start using it in under 10 minutes.
The AI Scientist v3 is out: The Agentic Scientist.
GitHub: github.com/SakanaAI/AI-Scien…
Blog: pub.sakana.ai/agentic-scient…
arXiv: arxiv.org/abs/2610.18933
The Agentic Scientist is the 3rd iteration of our automated AI Scientist research system, and the shift this time is from “one agent writes a paper” to “a scaffold of parallel agents orchestrates the full research loop.”
The system now orchestrates a pool of parallel workers that share memory and distilled conclusions. Crucially, it features Evidence Generation: isolated agents automatically run controlled baselines and ablations to prove why an idea actually works.
It works as a co-scientist. We used a development version as a co-scientist to explore biologically plausible learning rules. The agent handled the empirical heavy lifting, proposing mechanisms and running experiments. We stayed in the loop to steer direction, verify results, and moderate claims. That feels like the right division of labor for where the technology actually is.
This resulted in a new biologically plausible learning algorithm, and the resulting paper was accepted at ALIFE 2026 as an oral presentation.
We are also releasing AutoIllustrate. It generates editable draw.io vector figures instead of uneditable, hallucinated raster images. Real scientists need vectors, not pixels. I am an SVG junkie ;)
Incredible work by Robert Lange, Luca Grillotti, Yutaro Yamada, Rujikorn Charakorn, and the team!
The Agentic Scientist: Orchestrating Coding Agents for Automated Scientific (Co-)Discovery
Blog: pub.sakana.ai/agentic-scient…
GitHub: github.com/SakanaAI/AI-Scien…
arXiv: arxiv.org/abs/2610.18933
Since 2024, we’ve used The AI Scientist as a way to test how far AI alone can take scientific research, from v1 to v2 to the paper published in Nature earlier this year. The Agentic Scientist is the next step in that line of work, built for the era of coding agents.
Coding agents such as Codex and Claude Code now carry out long software tasks on their own. Handing them a research problem, however, tends to produce a strong hyperparameter optimizer rather than a scientist: scores go up, but ideas stay narrow, and the reasons for the gain are rarely examined.
The Agentic Scientist makes the research loop explicit. It wraps off-the-shelf coding agents in a scaffold that controls what they see, what they write, how they are evaluated, and how results are handed to the next stage.
Parallel workers test hypotheses against rubrics defined before any experiment runs, share successes and failures through a common memory, and then ablate the winning program to generate evidence.
We used an early version of the system to study Error Diffusion, a biologically motivated alternative to backpropagation. Our researchers set the question and the rubric, chose directions at each stage, and verified the results, references, and claims before submission. The resulting paper was accepted as an oral presentation at ALIFE 2026. In autonomous runs, the system also raised Doc-to-LoRA retrieval accuracy from 52% to 98% on multi-needle tasks and designed a learned evolution strategy that improves over its CMA-ES reference on unseen tasks.
Alongside it we release AutoIllustrate, a pipeline for scientific figures that keeps an editable draw.io file as the source of truth, so every diagram can be corrected by hand.
Humans define the question and the standards of evidence; agents expand the experiments researchers can run. We call this Co-Discovery, and we are releasing both systems as open source for the community to build on.
Subash S retweeted
Learn Harness Engineering 🚀
Found this excellent open-source course by Walking Labs, covering 14 lectures and 8 hands-on projects on building more reliable AI coding agents.
What's inside:
→ Agent instructions (AGENTS.md / CLAUDE.md)
→ Context management and persistent memory
→ Multi-session continuity and state tracking
→ Task boundaries and scope control
→ Testing, verification, and observability
→ Automated agent loops and workflows
→ Multi-agent orchestration and graph engineering
The practical projects walk you through building a complete agent harness, comparing prompt-only execution with structured workflows.
Also includes ready-to-use templates, verification scripts, and a harness-creator skill.
Perfect for developers working with Claude Code, Codex, and other AI coding agents who want to understand the engineering behind reliable agent execution.
Completely free.
Here's the GitHub Repo: github.com/walkinglabs/learn…
Subash S retweeted
10 GITHUB REPOS EXPLORING HOW AI CAN BUILD, TEST AND IMPROVE ITSELF 🧠
These open-source projects explore coding agents, automated experimentation, self-improving workflows, and systems that discover better ways to solve problems.
1. SWE-agent
Give AI a GitHub issue and let it navigate the codebase, edit files, and attempt a fix.
github.com/SWE-agent/SWE-age…
2. Aider
Use AI to write and modify code directly in your repository, with Git integration.
github.com/Aider-AI/aider
3. OpenHands
Build AI coding agents that use terminals, edit files, and execute commands.
github.com/OpenHands/OpenHan…
4. DSPy
Build and optimize language-model pipelines through systematic experimentation instead of relying on manual prompt tweaking.
github.com/stanfordnlp/dspy
5. TextGrad
Improve prompts and multi-step AI workflows using feedback-inspired optimization.
github.com/zou-group/textgra…
6. EvoAgentX
Build, evaluate, and optimize multi-agent workflows.
github.com/EvoAgentX/EvoAgen…
7. ADAS
Explore how AI can automatically discover and improve agent designs.
github.com/ShengranHu/ADAS
8. OpenEvolve
Use evolutionary search to generate, test, and refine code candidates.
github.com/codelion/openevol…
9. SWE-smith
Generate software-engineering tasks and datasets for training coding agents.
github.com/SWE-bench/SWE-smi…
10. AutoGPT
Experiment with autonomous agents that plan tasks, use tools, and execute multi-step workflows.
github.com/Significant-Gravi…
The interesting shift is this:
AI that writes code → AI that tests ideas → AI that helps discover better solutions.
We’re still early, but these projects offer a glimpse of what comes next.
Bookmark these repos. Which one would you experiment with first?
Subash S retweeted
I have 32 tabs open in Chrome right now.
Research, work, that one tweet I'm "getting back to," 3 different ChatGPT sessions, and maybe 8 I don't remember opening.
So I built a Chrome extension that organizes all of them for me.
It's called SnapTab, and it runs on SubQ Snap, a new decision model from Subquadratic @subquadratic that handles small, structured calls faster and cheaper than an LLM. I got early access, and this was the first thing I wanted to build with it.
Open the extension and it shows you every tab, every group you've made, and every duplicate quietly eating your memory.
Then you hit Analyze.
That one click sends your tabs to a local Python server running Snap. The model reads every title and URL and figures out what each tab actually is. Research. Dev. Entertainment. Work.
Hit Organize, and Chrome snaps them into clean groups instantly.
I didn't send any of this to an LLM. Snap has a 384k context window, 12x larger than other decision models, so it can hold your entire browser session in one shot and still cost pennies.
Video below.
🤝 Paid partnership
Introducing SubQ Snap, the first long-context decision model for real enterprise work.
Snap is the only decision model or LLM where compute per token stays constant as context grows.
• 384K tokens of multimodal context, 12x larger than Jev.
• 61.7 on Decision Index v0.2.1 vs Jev’s 57.9, outperforming on 13 of 16 enterprise benchmarks.
•Processes 100K tokens and returns a decision in under one second.
•$0.05/MM input tokens. Output is free.
Available today to anyone.
The first 10,000 sign-ups get 100M free input tokens.
We’ll likely hit capacity fast and will add users as we add compute. Compute offers welcome 🙂.
Latency will be variable as we tune the platform to this new model and category of users.
Model speeds are 80ms for minimal context, 250ms for 32k, 660ms for 100k, and 2.5 seconds for 384k.
Visit: subq.ai/




































