Event-driven architecture (EDA) is a software design pattern that enables organizations to make decisions from IoT sensor data in near real time. Common use cases include medical device data collection for personalized patient health monitoring, adverse event prediction, and more. EDA offers a smart way to manage this, making IoT more responsive and scalable.
Event-driven architecture is an architectural style where decoupled applications, microservices, and IoT devices can asynchronously exchange events as they happen. It is all about leveraging the power of data, connectivity, and intelligence to make IoT systems more responsive, efficient, and adaptable. MQTT is a powerful protocol for enabling event-driven architectures, particularly in IoT applications, as it can handle low-bandwidth, high-latency scenarios.
Event-driven architecture can be built using AWS IoT services and AWS purpose-built data services. It is used in various industries, such as e-commerce, finance, healthcare, IoT, and telecommunications, and has been shown to have key benefits and benefits.
To implement EDA, organizations must assess culture, awareness, and intent, identify real-time candidates, and define their events. They must also choose their event channel, develop event producers, and create event messages.
In summary, event-driven architecture is a smart way to manage IoT data, making it more responsive, scalable, and adaptable.
📹 IoT Platform System Design | What’s your Architecture Challenge 3 | System Design Primer
This video covers IoT Platform System Design in AWS. This is part of the Whats your Architecture challenge to design an IoT …
📹 I built a smarter smart home
Learn how to setup a private smart home from scratch with Home Assistant and a Raspberry Pi. Add the OpenAI integration to give …
Internet of Things believers when they realize they have to put toast in the toaster and since they’re already there they might as well activate the toaster instead of spending a minute and a half to open their phone, boot up the system, and fix the hooks because a firmware update reset them all just so they could activate the toaster remotely while standing in front of it.
My current favourite automation will turn off all my lights if my phone gets plugged in to charge at night. Really nice to just plug in before bed. It has conditions like time and location but that’s the essence. Technically, I use it every day. It really does save me seconds each day and only took about a day to write. It should pay off in about 10,000 years 🎉
Love your website since i discovered your website, but i didn’t expect a article about home assistant ! I use it since 2 years now and it’s indeed amazing, have plenty of automation i want to share for those who need ideas : – Plug connected to anti-mosquito who turn between 7pm and 5am when i’m at home (Because i always forgot to turn it off, so they last way longer) – Turn off chamber TV when the chromecast is idle since half an hour – Put a temperature sensor in each room and a connected plug to the heaters: Easy thermostat ! – 30 minutes before my phone alarm, set the bathroom temp to 22 degres for an hour so i never get cold in the morning – Send a notification when a motion is detected in the mailbox (Yeah, i connected the mailbox) – Set lights to yellow after sunset and white in daylight – Cut off thermostat when the windows are opened so i never heat for nothing (Yeah, i connected my windows) – Put an airtag in my cat and keep track of his location to see where he is when needed (Yeah… I connected my cat) – Linky sensor (LiXee) to track power usage and cost precisely Btw if you want to use it for long term, here some of my recommandations : – Raspberry is cool, but it can easily became unstable if you have many entity/automations, don’t hesitate to use a minipc – I largely recommend using zigbee devices which don’t use wifi, so it don’t strain your wifi and it’s a bit more secure – For connected switch and wireless buttons, Ikea IoT are great and cheap (Zigbee compliant, easy to connect and automate) If you have any question don’t hesitate to ask, Domotic is passionating these days.
The first thing that attracted me to Home Assistant was not how powerful it was, but the fact that you can, in a single app, have multiple devices that technically do not work in each other ecosystem. I can have Alexa only compatible devices work with Google Assistant voice commands for example, but imagine how many different ecosystems exists at the moment.
Shit, I wanna build this.I’m doing Ruby on Rails server for interface to interact with the system while building, but integrating multiple AI models to work together and that pinecone database for long-term memory or something. I’m an idiot for this level of coding but I found out fine-tuning models isn’t THAT hard. So an assistant that could memorize such scripts (you suggested rave and automated parenting xD) and build them for you in your house is achievable already with existing technology and my level of knowledge. Saving up for some sick server, so let’s see where that idea goes. I think openai already announced text-to-3d and that will work amazingly with AR/VR to give you visualization of whatever you are doing. I’m stunned with GPT-4 and Wolfram combo. That’s also one step closer to making sure those visualizations are accurate.
Ohhhh no. İ need more Pies. With Raspberyy pi we can do too many project. it is need to stop. 1 Raspberry pi Nas 2 Web server 3 adblocker 4 smart device And 5 Smart Home and i didnt add some stuff because i dont have time. and i dont have 5+ raspberyies but i will make smart home beaucse i dont like tapo app
🎯 Key points for quick navigation: 00:00:00 🌅 Daily Routine and Introduction to Smart Home – Description of daily routine showcasing inefficiencies, – Introduction to the concept of a smart and secure home using home automation. 00:01:11 🔧 IoT and Bluetooth Connectivity – Overview of Bridge, a startup offering Bluetooth-based IoT product solutions, – Discussion on lowering connectivity requirements for IoT devices. 00:02:07 🏠 Home Assistant Setup – Explanation of Home Assistant’s functionality and setup process, – Steps for installing Home Assistant on a Raspberry Pi. 00:04:17 🛠️ Automations and Scenes – Utilizing triggers, conditions, and actions for home automation, – Creation of scenes and scripts for complex automation tasks. 00:06:10 🤖 Integrating AI with Smart Home – Integration of open AI with Home Assistant for a futuristic smart home experience, – Discussion on potential and caution regarding AI control over home environments. Made with HARPA AI
It’s pretty neat, once you’ve got everything programmed, configured, and set up that is… I use mine for things like the shutters, heat pump, showing metrics about voltages/power usage/solar panel generation, monitor the car (charge state and such), … Especially when combined with automations like closing the blinds when the sun sets or when I leave the home, and opening them again when I arrive home. All, imo, useful things that make life just a bit easier. Just ignore the fact that I spent 2 weeks programming that heat pump integration myself though, that was a pain. The community is huge though and I love it.
Where is the Langchain tool that allows interaction with home assistants? Where are LLaVa and YOLO managing article, and where is the construction of an electronic nanny using Yamnet? Where’s the management of all this through GPS and ‘overpass-turbo’, so that GPT reminds about the bread on the shopping list when you’re passing by a bakery, or when your wife has gone to visit a friend? Where is Hal3000 or other AGI? Sir, you must try harder.
Interesting software. I haven’t even been able to start making simple scripts to automate my HUE lights with Siri for months 🥹. But now I will for sure (I just need more time). Actually, I was wondering if it is possible to somehow easily connect some actions with smart lighting and services in the network, i.e. API calls/webhook/changing states or something else, yeah or even something smarter than Siri 😅 ChatGPT and so on . Nice article as always.
I HIGHLY HIGHLY HIGHLY recommend moving all the data to an attached usb ssd (not a stick!), because Home Assistant reads and writes a lot of data all the time, and you’ll burn through the lifespan of your sd card in notime. You’ll still need the sd card to boot, but it’ll only be read from and written to on startup and when updating. I used to just use an sd card and had it crash twice within a couple of months. Not recommended.
Having used this on/off for a few years the main issue is always that most of your house is dumb and therefore defeats the point of having some of it be smart. Unless you own your house and have a silly amount of money to splash on making everything smart. Also the dependence on fuzzy states that involve multiple variables like (is anyone home) when there are multiple people who may be home and multiple ways to tell if either of them has left.
I want that device. I’ve been struggling with esp2866 nude mcu boards for way too long. This is such a great idea! They are not free and like 50$ a month to use. Bad advertising very misleading. You can get a node mcu esp32 board for half the cost of 1 month and learn to use it in that month. The owner should charge 5$ per month with a early cancelation fee to help pay fir the device in my opinion, then they would have had me get one.
Here is the funny thing LED lights are so efficient that you could leave them on day and night and it sill almost costs you zero. I have come to the conclusion that for kids automating everything takes away your kids ability to learn to be self sufficient in daily life. People dont often stop to ask if I should … I mean for some people its really great. To each their own.
O.M.F.G. I remember that movie. I watched it when I was like 12 or something!!! Home Assistant came up on my Google feed a few days ago, and I had a pi3 laying around. I installed it and played with it for a few minutes, but the truth is I’m plenty happy with Google Home for now. I might get more into it another time, if I start picking up less main stream devices (currently just using Nest & Hue) or building something of my own (perhaps using my $0.99 ESP32 device! Thanks for that!! 🙂)
He says that it’s “secure”, as we don’t give our data away until the gpt integration. But theoretically, if we use a roomba for example, it would still collect and send the location data just by being active, regardless how it is controlled, right? How is this more secure than just using the roomba app for example?
Ai: Digital privacy concerns persist regarding the ever-growing amount of personal data stored online. The advent of brainwave storage has only exacerbated fears about violations of mental autonomy, memory manipulation, or even identity theft. Some worry that corporations will monopolize access to people’s intimate thoughts and feelings. Others argue centralized databases could be vulnerable targets for hackers or hostile governments seeking totalitarian control. A few radical factions go so far as to renounce modern technology altogether. However, advocates maintain robust security protocols can safeguard sensitive material without compromising user convenience. They insist unrestricted digital freedoms foster societal growth, innovation, and democratic ideals. Meanwhile, efforts toward legalizing mind reading have stalled given ethical roadblocks and political gridlock over competing interests.