Still looking for a project this weekend? Try out the #Ardunio based @OttoDIY roboter controlled with @yakindu state machines published on @Hacksterio https://t.co/LVhU7Vrug7

Yoooooo check out my new website http://localhost:3000

Doch, doch, sieht seriös aus..

Statecharts are on the front page of Hacker News (again), with a link to David Harel's seminal paper: https://t.co/kB02QIkv1x And the comments are (surprisingly) not terrible: https://t.co/CY3dEv8o2B

Nah, I'm good

🤖 Birth of a new Otto robot 🤖 Little inventors 👧👨 are on vacation 👍🛠! Junior Maker Lab build and test the robot 🤖 Otto 🙏 Will Otto be on vacation internship schedule? Any weekly workshops next year? Mystery

Creating the example was fun! :)

It's time to admire this mechanical marvel made with marbles: https://t.co/AfCUNs1iLo

Here are some longer clips not used in our Kickstarter campaign video. It demonstrates Bittle's dynamic performance better. We are still fine-tuning the parameters of the servos. Please share our campaign page to make Bittle a better dog! 😘 https://t.co/BcP087mMvW

Wenn Sie die Wahl hätten, wie oft würden Sie im Jahr 2021 von Zuhause arbeiten?

You don't stand a chance against this table hockey-playing robot: https://t.co/fB6e9FZZqY

Find out how to achieve a MQTT client written in C in a reactive embedded system, for example an IoT device, by using state machines and event- driven programming. #IoT #embeddedsystems #statecharts https://t.co/mm3ZKestXN Thanks, @embedded_com for publishing this article!

@realDonaldTrump

helping my parents with the internet 😐

Programming Embedded Systems the Easy Way — With State Machines https://t.co/EgRBx956cu via @DZoneInc

This pair of Arduino glasses stops you from touching your face: https://t.co/QzuTuiXjqN

An integrated modelling environment for the specification and development of reactive, event-driven systems based on the concept of state machines. Get @yakindu Professional Edition for free for 1 year with the @github Student Developer Pack. https://t.co/waoaV2HfpV #GitHubPack

A finite state machine is a collection of states (like "idle", "loading", "success", "error") that can transition to each other when an event is triggered (like "idle" + "FETCH" → "loading"). You can only be in one state at a time. That's all!