F.A.P 😏🤤

This package is a collection of datasets for evaluating AI Models in the context of Home Assistant. - GitHub - allenporter/home-assistant-datasets: This package is a collection of datasets for eva...

I don’t think you need HAOS to support an npu for this case. Honestly if you’re doing local inference it’s NOT running as an addon in haos (which is where it would HAVE to live) instead you’re putting haos As a guest os on the same iron running inference - not the other way around.

There is a lot of variety in the LLMs being used with Home Assistant, as well as voice pipelines. Because this tech moves pretty fast, I would be...

I’ve integrated an open-source LLM with my Home Assistant setup and am curious what models others are using. What have you found works best for...

Dockerized FastAPI wrapper for Kokoro-82M text-to-speech model w/CPU ONNX and NVIDIA GPU PyTorch support, handling, and auto-stitching - remsky/Kokoro-FastAPI

Be aware that this will required you to already have [LocalAI Installed](https://localai.io/basics/getting_started/), I recommend following their...

Hi, I have created a feature request in the GitHub Discussions.

Local voice biometrics for Home Assistant. 60-162x faster speaker identification with Sherpa-ONNX. Intelligence over convenience.

Voice biometrics engine for Home Assistant: identify speakers and publish identity signals via MQTT. - cybericebyte/VoiceBM

Norish - A realtime, self-hosted recipe app for families & friends - GitHub - norish-recipes/norish: Norish - A realtime, self-hosted recipe app for families & friends

Download this free 3D print file designed by MLoewe. This is the official FutureProof Home Inc. - Satellite1 Smart Speaker enclosure. Get all informations on https://futureproofhomes.net complete Kit available, too

Download this free 3D print file designed by lordjustice17. An add-on enclosure for the Home Assistant Voice Preview Edition that allows you to add a slightly bigger speaker (40mm) and a fabric covering akin to a Google Home or Alexa device. Note that the mute switch on the side is covered but you should still be able to slide it through the fabric as the enclosure has a cutout.Additional Parts:four small screws (roughly 10mm in length)piece of fabric roughly 15cm * 42 cm40mm speaker1.25mm two-pin micro JST connectorSteps:Using the main enclosure body as a reference you have to create an appropriately sized sleeve with the fabric (Easiest way is to turn it inside out, wrap it around the enclosure and mark where the two ends meet, then sew along that line. You can then cut off the excess material and turn it right side out again so the seam is inside).Open the Voice PE and unscrew the the PCB and remove the original speaker.Remove the Grove port cover.Solder JST connector to speaker terminals (black to negative, red to positive).Seat the speaker into the speaker bracket facing downward (it should friction fit, but if loose you can secure with some glue).Insert speaker bracket into the bottom of the main enclosure so that the JST wire is at the top and then secure with screws.Feed the JST wire through the Grove port hole and connect it to the speaker JST port.Screw the PCB back into the original case and screw the top back on.Slide the fabric sleeve over the main enclosure with enough excess on both top and bottom to fold it in.Fold the top fabric in and then slide the Voice PE into the top to secure it in place.Fold the bottom fabric in and then slide the bottom cover in to secure it in place.Cut out the fabric that covers the inputs on the back and insert the input cover.[Optional] Add some rubber feet or adhesive cork to the bottom for a bit of grip if you like. If you want a version without the fabric you should check out the model freeskier93 made. It was a useful reference when I was looking into what speaker and connectors I needed.Large Speaker Version To test the limits of this design I modeled a second profile that allows you to use a 2.5" (roughly 61mm) speaker instead of the 40mm one in the main profile. This size seems to be the largest speaker that will fit inside the chassis as I couldn't find anything reasonably priced that was between 2.5 and 3" in size, with the latter being too large to fit. This speaker definitely has more range, especially bass, than the 40mm version, however, I'm not sure I can recommend it over the original version. The extra bass gives a better sound, however I've noticed that the play in the scroll wheel means that when you use the larger speaker at full volume it tends to vibrate and create a bit of a rattle. It's possible this could be mitigated with some sort of gasket or dampening material.It does have increased volume over the original version as well, however the increase is not as substantial as would be expected by the size increase as it seems limited by the wattage that the Voice PE can output. I suspect these speakers would have quite a bit more volume if attached to a higher wattage device.

Expecting restock mid-January and will resume sales! Thank you for your support! Home Assistant Voice Preview Edition is the open source, privacy-focused voice assistant built to seamlessly connect with Home Assistant, and preview the future of voice today. Its advanced audio processor and dual microphones allow it to

So I decide to pre order one as it looks exactly what I need. Hopefully UK deliveries will happy June/July time. Would like to hear from those...

Just found this on YouTube and was wondering what you thought of it? As a person playing around as lot with the assist feature, and are tired of...

A Practical, Open Source, Privacy-Focused Platform for Voice Assistants and other Applications

A Practical, Open Source, Privacy-Focused Platform for Voice Assistants and other Applications

Shipping Begins in February!  Pre-Order now! Transform our Satellite1 Voice Assistant Dev Kit into a beautifully crafted 20-watt, 2-way smart speaker. Enjoy rich sound and seamless multi-room music across multiple Satellite1 units with our built-in Snapcast integration (Sendspin support coming soon!). Best of all, talk

The Satellite1 PCB Dev Kit contains the two PCBs necessary to build your own completely private voice assistant and multi-sensor with XMOS advanced audio processing and music playback. This Dev Kit focuses on controlling your smart home via the Home Assistant platform and their incredible Assist voice control pipeline. With some extra hardware and software you can even power your Satellite1 with your own local LLM.

Download this free 3D print file designed by Enginseer. dAMS: Low-Profile Active Dehumidifier for Bambu Lab AMSTired of battling filament humidity? Introducing dAMS (dehumidified AMS), a low-profile active dehumidifier mod for your Bambu Lab AMS. This innovative design integrates an RS2 solid-state dehumidifier directly into your AMS, providing a powerful and efficient solution to maintain optimal filament conditions.The dAMS doesn't just passively absorb moisture; it actively works to regulate humidity levels within your AMS and can even slowly dry your filaments as they sit. Say goodbye to popping, stringing, and failed prints caused by moisture-laden filament!Key Features:Active Dehumidification: Utilizes an RS2 solid-state dehumidifier for continuous and effective moisture removal.Filament Drying Capability: Gently dries your filaments over time, ensuring they are always print-ready.Low-Profile Design: Blends seamlessly with your AMS without adding significant bulk.Improved Print Quality: Helps prevent common humidity-related printing issues like bubbling, stringing, and weak layers.Easy Integration: Designed for straightforward installation into your existing Bambu Lab AMS.Keep your filaments in prime condition and unlock more reliable, high-quality 3D prints with the dAMS. Your AMS just got an upgrade! Important Disclaimer: This is a permanent modification to your Bambu Lab AMS and requires cutting a hole in the lid. This may void your AMS warranty.Required Tools (Minimum):SawDrillSoldering IronKnife/ScalpelRecommended for Best Quality:Ultrasonic knife for precise cutting of the AMS lid.Drill pilot holes for screws and use slow speed and drill with caution so you don't crack the plastic..Clean up any burrs after cutting and drilling to ensure a good, airtight connection.Assembly Guide:Prepare the components for assemblyPlace the VREG2 USB-C power board into the DC converter bracket (tight fit)Check board orientation, usb-c connector should not be obstructedThread the prepared dc power cable trough the Base PlateConnect the JST connectors XHPlace the DC converter bracket with the VREG power board into the Base PlateCheck OrientationUse 2 BT2x6 SHCS Self Tapping Screw (20PCS) - AA093 to secure the bracketCut the Gasket Plug with a scalpel or knife along the 2 channelsCarefully push the wires trough the cuts into the holes in the Gasket PlugSeal the base plate by slideing the Gasket Plug into its place in the Base PlateRS2 Membrane Dehumidifier into the base plate and secure it with 2 BT2x6 SHCS Self Tapping Screw (20PCS) - AA093Thread the power wires trough the gasket plate and connect them to the RS2 Membrane Dehumidifier. USE the INDICATOR on the Base Plate and Dehumidifier for proper orientation. Double check the polarity as connectic the wires in reverse can and will fry your dehumidifier.Use 6 M3x20 SHCS Machine Screw (10PCS) - AA040 to secure the Base Plate assembly  to the side of the AMS with the Back Plate.Place Wire cover over the exposed wires in the Back Plate.Tighten the M3X20 screws until the gasket plate is compressed for a good airtight seal.Place protective cover on the Base Plate and secure it with 4 BT2x6 SHCS Self Tapping Screw (20PCS) - AA093 screws. Congratulation your dAMS is ready!  Boost MeI love the prototyping process in 3D printing—constantly refining designs through multiple iterations. It's incredibly rewarding and leads to a much better final product! This process does use a good bit of filament, though. If you appreciate this design and want to support more of my work, please consider a boost to help cover those material costs. Your support is truly valued, and I'll personally thank you!

Description Dial v1.1 is a high-performance, multifunctional embedded development board that has been fully upgraded from the original Dial product. The new version features the Stamp-S3A as the main controller, further enhancing system processing power and stability. Additionally, the core module antenna and buttons have been optimized to effectively improve wireless communication performance and user interaction experience. The product is equipped with a 1.28-inch round TFT touch screen and a high-precision rotary encoder, and includes an RFID detection module, RTC circuit, onboard buzzer, and under-screen buttons to enable device interaction and wake-up alerts. The power supply solution supports DC 6～36V wide voltage input and includes a lithium battery interface and charging circuit to meet diverse application needs. Furthermore, the reserved PORT.A and PORT.B interfaces facilitate the expansion of I2C and GPIO devices. This product is applicable in smart home control, IoT applications, smart wearables, access control systems, industrial control, and educational maker projects. Features Round TFT touch screen Stamp-S3A as the main controller Rotary encoder RFID detection module Wide voltage input Interface expansion: Reserved PORT.A and PORT.B interfaces Development Platform UiFlow2 Arduino IDE ESP-IDF PlatformIO Includes 1 x Dial V1.1 1 x L-shaped 1.5mm hex wrench (compatible with M2 screws) 1 x 2.54-2P terminal Applications Specifications Specification Parameter SoC ESP32-S3FN8@Dual-core Xtensa LX7, 240MHz USB USB OTG, USB Serial/JTAG Flash 8MB Wi-Fi 2.4 GHz Wi-Fi Wide Voltage Input Range DC 6 ~ 36V Screen Driver GC9A011.28 Inch 240 x 240px Touch Driver FT3267 RFID WS1850S @ Tag operating frequency: 13.56 MHz, ISO/IEC 14443 Type A/Type B protocol Encoder Resolution: 16 positions, 64 pulses/rev Buzzer 80dB Battery Socket Specification 1.25mm-2P Sleep Current USB supply: DC 5V@6.84mA (LDO idle power consumption)Battery only: DC 4V@6uA Operating Current USB supply: DC 5V@88.19mABattery only: DC 4V@100mA Power Interface Specification Model KF2EDGV-2.54-2P, straight pin design, 2.54mm pitch (2Pin), green Operating Temperature 0 ~ 40°C Product Size 51.0 x 51.0 x 32.3mm Product Weight 46.2g Package Size 71.9 x 71.9 x 57.4mm Gross Weight 61.0g LEARN AND DOCUMENTS DOCUMENTS

A power module to add additional power when connecting multiple HUB75 LED matrix panels. Powered via USB-C

A data cable that allows you to connect multiple LED matrices (HUB75) panels.

HUB75 Matrix panel only.M-1 LED Matrix controller not included. Controller necessary to use HUB75 panel.P2.5 or 2.5mm Pitch (Spacing between LEDs)Show some love to the WLED-MM team! https://github.com/MoonModules/WLED-MMSpecial thanks to Netmindz for their help! https://github.com/sponsors/netmindz