We have RESERVATION in Air Traffic control team!๐ก๐ก
In the name of social equality, we are putting human lives in danger..
Just so that they want votes, they are allow less competent people in such crucial roles.
This nothing less than a sin.
#planecrash
#Grok 3 just levelled up with memory.
@thealexbanks just shared a prompt - Act as my personal strategic advisor. Based on your memory, identify critical blind spots holding me back and create an action plan to address these gaps
o4-mini independent evals: o4-mini (high) claims the highest Artificial Analysis Intelligence Index score to date (o3 evals in-progress) and shows strong gains in coding ability
Key takeaways:
โค o4-mini is a clear upgrade to o3-mini, while not as dramatic as the leap from o1-mini to o3-mini (+12pts), the model, with reasoning effort set to high, achieves a +4pt gain the Artificial Analysis Intelligence Index
โค o4-mini (high) made particular gains in coding intelligence, achieving the #1 position in our Coding Index. This was supported by a +7%pts gain in both LiveCodeBench and SciCode whereby o4-mini is now the clear leader
โค Pricing: o4-mini is priced in-line with o3-mini ($1.10/$4.40 per 1M Input/Output tokens), though cached inputs are 1/2 the price of o3-mini ($0.275/1M Input tokens vs $0.55/1M)
โค Context window: o4-miniโs context window of 200k tokens is the same as o3-mini. This is now notably smaller than 4.1โs massive 1M token context window
โค Token usage: As a reasoning model, the model used a high amount of tokens compared to other models broadly, but marginally lower than o3-mini (72M for o4-mini (high), 77M for o3-mini (high))
Evals for o3 are in progress. While we expect o3 to offer greater intelligence, o3-mini may be the more practical choice for most developers considering the substantially lower price and lower end-to-end latency
#Meta to train AI using public EU user content, excluding private messages & minors' data. Users will receive notifications with opt-out options.
Meta claims greater transparency than competitors while aiming for culturally relevant AI.
#Aiupdate
Weekend project: my ๐ข๐ฝ๐ฒ๐ป ๐ฆ๐ผ๐๐ฟ๐ฐ๐ฒ implementation of ๐๐ฒ๐ฒ๐ฝ ๐ฅ๐ฒ๐๐ฒ๐ฎ๐ฟ๐ฐ๐ต ๐๐ด๐ฒ๐ป๐ from scratch ๐
Few weeks ago I released an episode of my Newsletter and an update to the ๐๐ ๐๐ป๐ด๐ถ๐ป๐ฒ๐ฒ๐ฟ๐ ๐๐ฎ๐ป๐ฑ๐ฏ๐ผ๐ผ๐ธ GitHub repository.
There I implemented a Deep Research Agent from scratch without using any LLM Orchestration frameworks (using DeepSeek-R1 for some planning tasks).
In the project we implement the following Agentic topology:
๐ญ. A user provides a query or topic to be researched.
๐ฎ. A LLM creates an outline of the final report that it will be aiming for. It will be instructed to produce not more than a certain number of paragraphs.
๐ฏ. Each of the paragraph description is fed into a research process separately to produce a comprehensive set of information to be used in report construction. Detailed description of the research process will be outlined in the next section.
๐ฐ. All of the information will be fed into a summarisation step that will construct the final report including conclusion.
๐ฑ. The report will then be delivered to the user in MarkDown form.
Each of the research steps are following given flow:
๏ฟฝ๏ฟฝ๏ฟฝ. Once we have the outline of each paragraph, it will be passed to a LLM to construct Web Search queries in an attempt to best enrich the information needed.
๐ฎ. The LLM will output the search query and the reasoning behind it.
๐ฏ. We will execute Web search against the query and retrieve top relevant results.
๐ฐ. The results will be passed to the Reflection step where a LLM will reason about any missed nuances to try and come up with a search query that would enrich the initial results.
๐ฑ. This process will be repeated for n times in an attempt to get the best set of information possible.
Detailed walkthrough Blog Post: https://t.co/Xl36Qu3zPv
GitHub with implementation code and Notebooks to follow: https://t.co/qHfhwRb669
Happy Building!
Be sure to leave a like or star if you find the content useful!
#LLM #AI #MachineLearning
Google just launched the Agent2Agent (A2A) protocol for multi-agent communication!
A2A is a new open standard protocol that lets AI agents securely collaborate across ecosystems regardless of framework or vendor.
100% Open Source
AI Agent built for developers working with large codebases!
Augment Agent can go from issue to PR in minutes
It comes with a 200K context, persistent memory, and deep tool integrations and MCP servers.
If you're building on the AI application layer right now, I see enduring moats being built across 4 key areas.
(1) Connecting workflows together where the sum is incredibly more useful than its parts e.g., orchestrating and calling different tools/agents that augment a specific workflow,
(2) Infusing specific domain knowledge that's scarce and valuable into a tool that others can benefit from,
(3) Deep proprietary data sets, and
(4) A beautiful UX of the underlying product.
What else?
All things aside, #OpenAIโs 4o image generation is the best in the market right now.
The barriers to creativity have never been lower when it comes to being an artist.
What's your take?
#AiAgent #
Learn how LLMs work under the hood!
This is the best place to visually understand the internal workings of a transformer-based LLM.
Explore tokenization, self-attention, and more in an interactive way:
Give the internet 72 hours, and they will summarize the last 20 years of historic events, memes and pop culture with AI ๐ซก
#ChatGPT's new image generation just launched
The best companies aren't asking โHow can we add AI?โ
They're asking โShould we?โ
Technology should simplify, not complicate.
AI should enhance, not obstruct.
#aiagentinnovation#AIAgent