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In this video, I'll show you step by step how to build your own WiFi security camera, which is accessible over your local network or over the internet, using a Raspberry Pi Zero W and the Pi Camera. We'll be using the MotionEyeOS operating system on the Raspberry Pi, which is mobile and tablet friendly. You can also set up motion detection, which triggers email notifications or take still images and timelapse movies. For the full step by step written guide with all of the links to the software and templates, visit the guide on my blog - 🤍 Software Links: MoitionEyeOS - 🤍 Balena Etcher - 🤍 What You Need For This Project: Raspberry Pi Zero W - 🤍 Raspberry Pi Zero Case & Ribbon Cable – 🤍 Raspberry Pi Camera - 🤍 Micro SD Card (Min 8GB) - 🤍 Power Supply - 🤍 Optional Alternative (You'll Still Need The Camera): Pi Zero W Kit (Includes Pi Zero W, Case, SD Card, Power Supply & Camera Ribbon Cable) - 🤍 If you've got any suggestions for Raspberry Pi, Arduino or Electronics projects or tutorials, let me know in the comments section.
get the best raspberry pi kit out there: 🤍 Eben's Channel: 🤍 Subscribe To The Magazine: 🤍 learn to work with the raspberry pi! 🤍 Real-time streaming is a great way to interact with our environment. Such as a CCTV camera. But what is the technology behind it? What if we could do exactly that with a Raspberry Pi – by streaming the Pi Camera’s live feed to any client devices. And even touch on real world applications. In this tutorial, we’re going to cover this. We're building a live camera streaming from a Raspberry Pi to your phone (or any internet-connected device). If you recently got a Raspberry Pi and want to work on a new project, this project may be a good one to start on. Full tutorial writeup: coming later today to Makezine.com!
Subscribe For More! Article with All Steps (and Time Lapse example) - 🤍 [Update - The Camera Terminal Commands here work with 'Buster' OS. Check the Full Article, link above, to download and utilise this Raspberry Pi OS version. Link here for new 'Bullseye' OS Terminal Commands - 🤍 Raring to go with Raspberry Pi HQ V3 camera module technology? This guide will get you taking pictures and videos ASAP (and even recording slow motion video!) Related Information New Camera Terminal Commands for 'Bullseye' Raspberry Pi OS - 🤍 Cameras Compared for Raspberry Pi - 🤍 Face Identification with Raspberry Pi - 🤍 Say Cheese with Raspberry Pi Camera (PIR Motion Sensor Activated) - 🤍 Control Your Raspberry Pi Remotely Using Your Phone (RaspController Guide) - 🤍 Official Raspberry Pi Raspivid and Raspistill Documentation - 🤍 A first for the Raspberry Pi ecosystem, there is now an official camera with a fully adjustable focus and aperture. Another first is the C-, CS-mount and an on-device tripod mount. This camera module can output images at a resolution of 4056x3040, default video resolution at 1080P30, and can output RAW12/10/8 COMP8 data files. The C- and CS-mount means all security camera lenses will work with this module. There are truly many types of cameras modules and lenses that are plug-and-play for Raspberry Pi Single Board Computers and that number is steadily increasing. This will be the most up-to-date resource and also show you how to take advantage of all the photography and video settings that are available with this technology. If you have any questions about this content or want to share a project you're working on head over to our maker forum, we are full time makers and here to help - 🤍 Core Electronics is located in the heart of Newcastle, Australia. We're powered by makers, for makers. Drop by if you are looking for: Raspberry Pi 4 Model B (4GB) Ultimate Kit Bundle (AVALIABLE!) - 🤍 Raspberry Pi Official Camera Module V3 (used here): 🤍 6mm Wide Angle Camera Lens: 🤍 Raspberry Pi Model B 2GB: 🤍 Raspberry Pi 4 Model B 8GB: 🤍 Raspberry Pi 4 Power Supply: 🤍 0:00 Intro 0:10 12.3 Mega Pixel Technology 0:27 What You Need 1:07 Assembly of Components 2:06 Power to the System and Configuration 2:26 Set Up Preview Window 3:04 Manual Adjustments on Lens 4:08 How to Take Photos 5:25 How to Take Videos 6:20 Taking a 90FPS Video 7:25 MP4Box 8:16 Where to Now and Outro
Video Notes: 🤍 Amcrest playlist: 🤍 Raspberry Pi Playlist: 🤍 Please follow me! 🤍 🤍 Visit my Amazon Storefront! 🤍 🤍 🤍 Support my channel! 🤍 #raspberrypi #ipcamera
How to Build DIY Raspberry Pi 4 surveillance system with MotionEyeOS. We will also be using RPi Zero and IP camera ○○○ LINKS ○○○ 3 months free Private Internet Access ► 🤍 MotionEyeOS Wiki ► 🤍 Raspberry Pi 4 ► 🤍 Raspberry Pi HQ Camera for Raspberry Pi 4 ► 🤍 Raspberry Pi 16mm Telephoto Lens for HQ Camera ► 🤍 Raspberry Pi 6mm Wide Angle Lens for HQ Camera ► 🤍 Amcrest ProHD ► 🤍 ○○○ SHOP ○○○ Novaspirit Shop ► 🤍 Amazon Store ► 🤍 ○○○ SUPPORT ○○○ 💗 Patreon ► 🤍 ○○○ SOCIAL ○○○ 🎮 Twitch ► 🤍 🎮 Pandemic Playground ► 🤍 ▶️ novaspirit tv ► 🤍 🎮 Novaspirit Gaming ► 🤍 🐤 Twitter ► 🤍 👾 Discord chat ► 🤍 FB Group Novaspirit ► 🤍 ○○○ Send Me Stuff ○○○ Don Hui PO BOX 765 Farmingville, NY 11738 ○○○ Music ○○○ From Epidemic Sounds patreon 🤍 🤍 Tweet me: 🤍 🤍 facebook: 🤍 🤍 Instagram 🤍 🤍 DISCLAIMER: This video and description contains affiliate links, which means that if you click on one of the product links, I’ll receive a small commission.
Wireless surveillance camera created using motionEyeOS, a Raspberry Pi Zero W, and a Zero Cam camera – all powered via a USB power bank! This is the second video in my “Pi Zero Projects” series – the first episode is here: 🤍 The video in which I tested out the best micro SD cards to use on a Raspberry Pi or other SBCs is here: 🤍 Links to items used in this video are as follows (note that none of these are affiliate links, and that I have no association with any of the retailers). Raspberry Pi Zero W on Pimoroni (UK): 🤍 and on Adafruit (US): 🤍 PiBow Zero W case on Adafruit (US): 🤍 and on Pimoroni (UK): 🤍 ZeroCam Camera for Raspberry Pi Zero at The Pi Hut (UK): 🤍 Very similar Zero Spy Camera for Raspberry Pi Zero on Adafruit (US): 🤍 MotionEyeOS Github pages: 🤍 WiFi Country codes can be found on this page: 🤍 Etcher can be downloaded here: 🤍 Angry IP Scanner scan be downloaded here: 🤍 More videos on SBCs, and broader computing topics, can be found at: 🤍 You may also like my ExplainingTheFuture channel at: 🤍 #RaspberryPi #PiZero #MotionEyeOS #ExplainingComputers
This tutorial covers how to use MotionEyeOS to turn a raspberrypi + camera into a security camera! This works with either a USB camera or a camera module! Hire Me! 🤍 #RaspberryPi Security Camera #MotionEyeOS Links: Pi Camera Model: 🤍 Desktop Hard Drive: 🤍 RaspberryPi 4: 🤍 Cooler For Pi4 (better performance): 🤍 *These are Amazon affiliate links, which means that if you purchase a product through one of them, I will receive a small commission (at no additional cost to you). Thank you for supporting my channel!
Head to 🤍 and use offer code linustech to get 65% off the Kove Commuter bluetooth speaker! Sign up for Private Internet Access VPN at 🤍 Say goodbye to expensive Nest Cam subscriptions with your own DIY WiFi security cameras. How To Guide: 🤍 Buy Raspberry Pi's: On Amazon: 🤍 On Newegg: 🤍 Buy Pi Cameras: On Amazon: 🤍 On Newegg: 🤍 Discuss on the forum: 🤍 Our Affiliates, Referral Programs, and Sponsors: 🤍 Linus Tech Tips merchandise at 🤍 Linus Tech Tips posters at 🤍 Our Test Benches on Amazon: 🤍 Our production gear: 🤍 Get LTX 2018 tickets at 🤍 Twitter - 🤍 Facebook - 🤍 Instagram - 🤍 Twitch - 🤍 Intro Screen Music Credit: Title: Laszlo - Supernova Video Link: 🤍 iTunes Download Link: 🤍 Artist Link: 🤍 Outro Screen Music Credit: Approaching Nirvana - Sugar High 🤍 Sound effects provided by 🤍
This camera uses ESP32 camera module, it can be programmed via Arduino IDE just like Arduino. You can even connect other devices to it, like sensors, displays, relays and much more (you'll need some Arduino coding skills for that). Although it can work without any programming, I recommend to flash it with my modified code (or use code from Arduino IDE examples). To flash it you'll need a USB to UART converter, for example, this one: 🤍 ESP32 Camera module you can get here: 🤍 5V LED Modules here: 🤍 My modified code that supports LED control here: 🤍 Arduino IDE by default doesn't have ESP32 camera, so you'll need to go File/ Preferences and add in Additional Board Manager URLs this: 🤍 Then go to Tools/board/Boards manager/ and search for ESP32 and install it. More info here: 🤍
In this Raspberry Pi video, I make a portable wireless webcam using the BattBorg from PiBorg. Website: Facebook: Twitter:
Raspberry Pi surveillance camera setup using motionEyeOS. Turn your Pi into a motion detection network camera system! Links to the resources used in this video are as follows: Download motionEyeOS: 🤍 Download Etcher (to write the image to a micro SD card): 🤍 Download Angry IP scanner (to find the IP address of your Pi): 🤍 note that I used the “Legacy” ipscan.exe version. #raspberrypi #explainingcomputers #motioneyeos Instructions for pre-configuring WiFi access on a motionEyeOS installation (eg for a Raspberry Pi Zero W): 🤍 Raspberry Pi camera on Amazon.com (affiliate link): 🤍 Raspberry Pi Pimoroni camera mount on Amazon.com (affiliate link): 🤍 Raspberry Pi camera on Amazon.co.uk (affiliate link): 🤍 Pimoroni camera mount: 🤍 You may like my recent book “Digital Genesis: The Future of Computing, Robots and AI”, which includes a history of computing: 🤍 More videos on computing and related topics can be found at: 🤍 And I have another YouTube channel called ExplainingTheFuture at: 🤍
This tutorial shows you how to build a portable streaming IP camera from the Raspberry Pi Zero Model W. Visit our WEB site at: 🤍
In this Video, Step by Step Demonstration is being done regarding Making Raspberry Pi as WebCam Server..
This tutorial contains the steps to setup a wireless USB camera using a Raspberry Pi. This would transmit the live video feed to a webpage hosted on the Pi. The terminal commands sudo apt-get install libv4l-dev libjpeg8-dev sudo apt-get install subversion imagemagick svn co 🤍 cd /home/pi/code/mjpg-streamer/ make USE_LIBV4L2=true clean all sudo make DESTDIR=/usr install main line to start mjpg_streamer -i "/usr/lib/input_uvc.so -d /dev/video0 -y -r 640x480 -f 10" -o "/usr/lib/output_http.so -p 8090 -w /var/www/mjpg_streamer" stream webpage http:"pi ip address":8090/?action=stream Music provided by NoCopyrightSounds (🤍 Jim Yosef - Firefly [NCS Release] 🤍 Follow Jim Yosef: -🤍 -🤍 -🤍 Elektronomia - Energy [NCS Release] 🤍 Follow Elektronomia -🤍 -🤍 -🤍
How to setup MotionEyeOS. Raspberry pi zero 2W. arp -a User: admin passw: blank 3D printed case 🤍 As an Amazon Associate I earn from qualifying purchases Powerbank similar 🤍 Official Pi camera V2 🤍 Pi zero camera cable similar 🤍 Pi zero camera cable kit not mine 🤍 Usb c to micro ARKTEK 🤍 Pi 400 🤍 WD mycloud NAS drive 🤍 Xbox 360 controller 🤍 Logik K400+ keyboard 🤍 Kingston a2 64gb 🤍 Samsung Bar 128GB USB 🤍 Ugreen sata usb 🤍 Kingdian SSD 120GB 🤍 Screwdriver kit 🤍 My capture device Avermedia GC513 🤍 My Amazon UK store 🤍 Amazon UK Links Powerbank 🤍 pi Zero 2W camera cable mine was shorter 🤍 Official Pi camera V2 🤍 YCCTEAM Xbox 360 Wireless controller 🤍 Logitech K400+ keyboard trackpad 🤍 Iitrust short usb sata 🤍 Kingston 64GB A2 🤍 Samsung 128GB Bar 🤍 Ugreen sata usb 🤍 My standing desk Flexispot 🤍 Pi 400 🤍 Pico starter kit 🤍 Mouse 🤍 Crucial 240GB SSD 🤍 My capture device Avermedia GC513 🤍 Links Toms hardware story 🤍 🤍 Pi zero 2w compatible version 🤍 WiFi config 🤍 Zero2W motionEyeOS 🤍 My videos Pi-Safe. Raspberry Pi 4 / Pi 400. Backup, Shrink and Restore SD cards and USB devices. 🤍 Resizing expanding a Partition with Gparted. Raspberry Pi 4. Custom builds Retropie & more 🤍 Access Raspberry Pi from Anywhere. Remote Desktop. 🤍 Smart Plug powered Remote Desktop. Raspberry Pi 4. 🤍
Learn how to build a portable battery-operated video surveillance monitor using a Raspberry Pi, a Raspad 3 monitor/battery/case, and a couple of RTSP IP cameras. This video will also teach you about using SSH and VNC with your Raspberry Pi. Then, use FFMPEG and Shinobi open-source software to watch your video feeds. The Raspad 3 was provided by Sun Founder at no cost for this tutorial. Video Content 00:00 Introduction 01:40 Step by Step Online Tutorial at makewithtech.com 02:19 Hardware used in this build 4:44 Selecting an IP Camera 06:00 Raspad 3 assembly 07:55 Raspberry Pi OS Installation 09:00 Using the Rasberry Pi Imager 11:06 Raspberry PI Imager Advanced Configuration 13:56 Booting the Raspberry Pi the First Time 14:33 Using SSH with a Raspberry Pi 16:33 Using VNC to mirror the Raspberry Pi screen 18:34 Raspad Software Installation 21:09 Setting up a WIFI IP camera 22:14 Showing an IP camera feed on a Raspberry Pi 25:56 Shinobi DVR Installation and Configuration 31:48 Adding a Camera to Shinobi 36:33 Switching video feeds to reduce CPU load 38:43 What did we learn in this video? MakeWithTech Step by Step Tutorial 🤍 SunFounder official site: 🤍 Amazon US: 🤍 Amazon Canada: 🤍 Amazon UK: 🤍 Amazon DE: 🤍 Amazon Japan: 🤍 Detail Online Tutorials for RasPad: 🤍 Reolink Camera used in Video 🤍 - The MakeWithTech channel teaches people how to use desktop technology to create, innovate and make things. If you are a "maker" and want to learn more about 3d Printing, 3d Printers, 3d Printing Slicers, Computer-Aided Design (CAD), or 3d Modeling, this is a place you should visit often. The channel includes additional content about using a wood lathe, woodworking, programming single-board computers such as the Raspberry Pi, Adafruit Circuit Playground, ESP32, and Python. Available reviews are about Prusa, Creality, Monoprice, ANET, Flsun, Fokoos, JG Maker, and Flashforge 3d Printers. Slicers covered include MatterControl, Cura, PrusaSlicer, Flashprint, and IdeaMaker. CAD design videos cover TinkerCAD, FreeCAD, OpenSCAD, and Shapr3D. Slicers covered include MatterControl, Cura, PrusaSlicer, Flashprint, and IdeaMaker. - Let's continue to learn together. Irv - The following links are to products I have used, reviewed, or evaluated for the MakeWithTech community. Some of the links below are affiliate links that provide commissions, at no cost to you, and help support the MakeWithTech video production, purchase of products for reviews, lab, forum, and website. I have reviewed the following printers or similar printers: ➡︎ 🤍 These are some of the tools I use for 3d printing day-to-day: ➡︎ 🤍 I have reviewed or used the following 3d printer upgrades: ➡︎ 🤍 Here are the 3d printer filaments I use to evaluate prints, software, and techniques: ➡︎ 🤍 I will be covering basic electronics and software in future MakeWithTech segments, and here are the products I am using: ➡︎ 🤍 Some of the Woodworking products I use: ➡︎ 🤍 - Affiliate disclaimer: some of the above links in my videos may be affiliate links, which generate a sales commission for me. Your price is the same or less than if you go to the site directly. These sales commissions help to support the MakeWithTech channel. (🤍) MakeWithTech and the MakeWithTech videos are Copyright Cogitations, LLC. (🤍) Equipment used in the MakeWithTech videos can cause injury if misused. Use all equipment and tools at your own risk and follow all manufacturer's safety recommendations. Cogitations, LLC licenses all music used in the MakeWithTech videos from Epidemic Sound. Additionally, cogitations, LLC uses only authorized or open source clip art and third-party images. Images and videos used in product reviews and tutorials are from the original product (software or Hardware) manufacturer's site. We are a participant in the Amazon Services LLC Associates Program, an affiliate advertising program designed to provide a means for us to earn fees by linking to Amazon.com and affiliated sites.
Follow for latest updates: 🤍 Smart CCTV Installation Guide: 🤍 Face recognition installation notes: 🤍 - Part List (Essentials): - Raspberry Pi 4: 🤍 Raspberry Pi High-Quality Camera: (TBC) Raspberry Pi 6mm Camera Lens: (TBC) HDMI (Micro HDMI): 🤍 Micro SD Card: 🤍 Raspberry Pi Charger: 🤍 7-inch Display: 🤍 (You may need to shop around) - Part List (Optional): - Pi Case: 🤍 - Equipment Used: - Camera: Canon M50: 🤍 Introducing the Smart CCTV Camera. A Smart Home Surveillance camera with Face recognition. Featuring the new Raspberry Pi High-Quality Camera it makes the most of live streams from any device. This video is a tutorial on how to build a Smart CCTV camera using a Raspberry Pi 4. Built with a Raspberry Pi 4, using the latest Operating System, Raspbian Pi OS (2020) Links from Video Smart CCTV Repo: 🤍 Face Recognition Repo: 🤍
In this video, we use a Raspberry Pi Zero W and a Raspberry Pi camera to make a smart security camera! The camera uses object detection (with OpenCV) to send you an email whenever it sees an intruder. It also runs a webcam so you can view live video from the camera when you are away. See how we built it, including our materials, code, and supplemental instructions, on Hackster.io: 🤍 Make sure to look out for our behind the scenes video! 🤍 USEFUL LINKS: Follow Hacker Shack on Instagram: 🤍 Subscribe to Hacker Shack: 🤍 Visit our website for parts and project updates: 🤍 View our code on Github: 🤍 OpenCV Install Guide: 🤍 Get our 3D printer: 🤍?rfsn=1004615.c5abe MATERIALS: Raspberry Pi Zero Wireless × 1 Amazon Affiliate Link - 🤍 Raspberry Pi Camera module × 1 Amazon Affiliate Link - 🤍 Check out the NoIR camera for night surveillance Amazon Affiliate Link - 🤍 Raspberry Pi Zero Camera Cable x 1 Amazon Affiliate Link - 🤍 Micro-USB to USB Cable × 1 1/4" MDF Board × 1 90 Degree Angle Bracket × 1 Outdoor Mounting Tape × 1 M4 X 20mm Long Machine Screws × 2 M4 Hex Nuts × 2 M2.5 Machine Screws × 4 #8 X 3/4" Long Machine Screws × 1 #8 Hex Nut × 1 #8 Wing Nut × 1 MUSIC: 🤍 *Disclaimer* The methods shown in this video should be used as a guide only. HACKER SHACK ACCEPTS NO RESPONSIBILITY FOR ACCIDENTS OR INCIDENTS ARISING FROM INDIVIDUALS UNDERTAKING ANY OF THE TASKS DESCRIBED. IN PARTICULAR, IF UNSURE YOU SHOULD ALWAYS CONTACT A QUALIFIED TRADESMAN BEFORE PROCEEDING.
Interfacing IP Camera with Raspberry Pi 4. Accessing it with Python OpenCV code. So now we can do the image processing or any other camera related stuff by using IP camera wirelessly with Raspberry Pi 4 Code download link - 🤍
This is my tutorial video for creating your own IP Camera using a USB Webcam and a Raspberry Pi in a few simple steps. Note: I am not showing you how to install Raspbian (the OS), but it is being used for this project. Also, by library, I mean package (I've been working with the Arduino lately where libraries are used) FSWebCam Tutorial: 🤍 Original Instructable: 🤍 Nano Text Editor: 🤍 Also, don't worry, my newer videos have better lighting... Thanks For Watching, Be Sure To Like if You Liked This Video, Comment Your Opinions As Well As Whether You Wand To See More Tutorials Or Raspberry Pi Videos. And As Always, Be Sure To Subscribe For More Tech Videos! Updated contact info Visit My Website: tonytascioglu.com Questions? Comments? Email me at tonytash🤍pm.me (note: I think there was a donation BTC address here, please don't use it, I don't have access to it anymore) Music Used (In Order) Dustsucker - MachinimaSound Carefree - Incompetech Life Of Riley - Incompetech Sunrise - MachinimaSound Queen Of The Night - MachinimaSound After Dart - MachinimaSound
Please Refer to this thread. It has the updated scripts and information. I post all new information here. 🤍
This video shows how to set your Raspberry Pi as a wireless PC webcam. For more information, please visit the tutorial site: 🤍 1️⃣ Raspberry Pi 4 🤍 2️⃣ 16GB Micro SD Card with NOOBS for RPI 🤍 3️⃣ Raspberry Pi 8MP Camera Module V2 🤍 4️⃣ Official RPi 15W (5V/3A) PSU USB C UK Plug-Black 🤍 You can find more tutorials at 🤍 and happy learning! #RaspberryPi #PCWebcam #MJPEGCamera
Learn to build a Raspberry Pi motion-sensitive camera using motionEyeOS. Detailed article for this video at 🤍 More articles and tutorials: 🤍 Join the conversation on the forum: 🤍 Subscribe to the newsletter and stay in touch: 🤍 Today we are going to put together a very sophisticated motion-sensitive surveillance system using a Raspberry PI (any Raspberry Pi) and a free open-source product called motionEyeOS. Our cameras will have the following features: - Very easy installation and setup. - Has a web-based, mobile/tablet-friendly user interface that can be customized in many ways. - Uses both the Raspberry PI camera module as well as several USB cameras. - Can use multiple cameras on the same Raspberry Pi. - Also has support for IP (network) cameras. - Has motion detection with email notifications. - Can be set up with a schedule. - Uses JPEG files for still images. - Several file formats available for movies. - Can record time-lapse movies. - Connects to your local network using ethernet or wifi. - Store images and videos SD card, USB drive or network share. - Store images and videos on cloud storage services (Google Drive, Dropbox). - Media files are visible in the local network as SMB shares. - Media files can also be accessed through the built-in FTP server or SFTP server. Despite the complexity of this system, it’s probably the easiest Raspberry Pi project you will ever build! That’s because motionEyeOS is available as an image file for a Raspberry PI, as well as for many other single board computers. We will start by looking at a few different Raspberry Pi cameras and we will look at the CSI (Camera Serial Interface) connector used to hook them up. Then we’ll build two motionEyeOS cameras - one using a Raspberry Pi 3B+ and a second one using an inexpensive Raspberry Pi Zero W. Here's a breakdown of what you’ll be learning: 00:00 - Introduction 02:14 - Raspberry Pi Camera Intro 04:45 - Different Pi Cameras 08:02 - motionEyeOs intro 10:07 - Getting the right motionEyeOS image file 13:40 - Testing your Raspberry Pi Camera with Raspbian 18:03 - Raspberry Pi 3 & motionEyeOS 22:12 - Using an IP scanner - Angry IP Scanner 25:07 - Setting a fixed IP address 31:49 - Raspberry Pi Zero W & motionEyeOS 34:31 - Create a WiFi connection file 39:58 - Display Multiple Cameras 43:00 - Advanced features I’m sure you’ll be amazed at the number of features that this surveillance system has, as well as how easy it is to put together. It would make an ideal first-time Raspberry Pi project. As always I have a detailed article on the website that goes along with the video, you can read it at 🤍 And while you are there please consider subscribing to my newsletter. You can sign up at 🤍 And of course please subscribe to the DroneBot Workshop YouTube Channel!
In this video I'll be showing you how to make a low cost DIY home security setup using recycled laptop webcams! Don't forget to add security to your internet with NordVPN: 🤍 use offer code "DIYPerks" for 66% off! Parts links: Disclosure: These are affiliate links. If you click them and make a purchase from the various merchants they link to, DIY Perks may earn a commission. Affiliate programs and affiliations include, but are not limited to the eBay Partner Network and Amazon Associates. Links below: eBay US search terms for webcams: 🤍 eBay UK search terms for webcams: 🤍 Sugru: 🤍 OFFICIAL LINKS: Support me on Patreon: 🤍 Official Website: 🤍 Discord: 🤍 Forums: 🤍 Twitter: 🤍
▶ Check out my gear on Kit: 🤍 A new and improved version of my original Raspberry Pi Surveillance Monitor - we're calling this one v2. It uses a 1280x800 IPS display screen with a Raspberry Pi 3B+ mounted to the back and RTSP streams from any camera that can do RTSP. Amazon affiliate links to products used in this video: WIMAXIT 8" IPS 1280x800 display screen: 🤍 Raspberry Pi (Canna Kit): 🤍 NavoLabs Raspberry Pi 3B+ PoE Hat: 🤍 Dual MicroUSB power adapter: 🤍 Original blog post - written instructions: 🤍 Displaycameras software: 🤍 Download 1280x800 example files: 🤍 Crosstalk Store on Amazon - RECOMMENDED PRODUCTS: 🤍 Crosstalk Discord: 🤍 Amazon Wish List: 🤍 Crosstalk Solutions offers best practice phone systems, network design and deployment, and UniFi Video camera systems. Visit 🤍 for details. Crosstalk Solutions is an authorized Sangoma partner and reseller. Connect with Chris: Twitter: 🤍CrosstalkSol LinkedIn: 🤍 YouTube: 🤍
How does the HQ Camera stack up against other high quality webcams? WAIT, you can use a Raspberry Pi AS A WEBCAM? In this video, I'll show you now to set up a Raspberry Pi Zero with the HQ Camera and the 6mm lens as a high-quality webcam to rival the quality of other cameras costing even more (if you can find them this year!). And I'm not going to make you dive into the guts of your Raspberry Pi and compile code or anything like that—it's just one automated job that runs to set everything up for you, on any Raspberry Pi! (Right now it's only working correctly on the Pi Zero though!). Mentioned in the video: - Raspberry Pi Webcam Open Source project: 🤍 - Pi Hut Mounting Plate instructions: 🤍 All the parts used to build the webcam: - Raspberry Pi Zero W (can also use Zero): 🤍 - Raspberry Pi High Quality Camera: 🤍 - Raspberry Pi Zero camera cable: 🤍 - 6mm lens for HQ Camera: 🤍 - The Pi Hut Pi Zero HQ Camera mounting plate: 🤍 And a few mounting options (affiliate links): - SmallRig Ballhead Clamp Mount: 🤍 - Joby GorillaPod Magnetic Mini: 🤍 - Joby GorillaPod 5K stand and ballhead: 🤍 - 25 inch flexible gooseneck webcam desk mount: 🤍 Support me on Patreon: 🤍 Sponsor me on GitHub: 🤍 #RaspberryPi #PiWebcam Contents: 00:00 - The Raspberry Pi Webcam 00:35 - Existing webcam problems 02:19 - Parts needed 03:40 - Existing solutions for Pi Webcams 04:45 - Easy Pi Webcam software setup 06:05 - Camera assembly 09:01 - How well does it work? 09:33 - Downsides: AF, mic, resolution 11:17 - Teasers and Bloopers
In this video, we use a Raspberry Pi Zero W and a USB webcam to make a security camera. We will be using MotionEyeOS for the Pi. It features motion detection, stores your footage and can alert you via email when it detects motion. You can also view the live footage at all times by simply connecting to the camera through its IP address in any web browser. What you need: 1. Raspberry Pi ( Zero W used in this tutorial but any version will do) Link to buy: 🤍 or Ebay 2. USB webcam ( We used an old webcam we had lying around) 3. Micro SD Card Links - Support our channel by buying from one of these amazon affiliate links: ► Canakit Raspberry Pi Model 3B+: 🤍 ► Canakit Raspberry Pi Model 4: 🤍 ► JBL Charge 3: 🤍 ► Toshiba Basics Canvio 2TB: 🤍 Gears I used in the making of this video: ► Logitech MX Master 2S: 🤍 ► LG 29" Ultrawide Monitor: 🤍 ► Sony RX100 MIII Camera: 🤍 ► Blue Yeti Microphone: 🤍 - balenaEtcher: 🤍 Notepad: 🤍 Angry IP Scanner: 🤍 MotionEyeOS: 🤍 Wifi Configuration for MotionEyeOS: 🤍
The in-depth version of this tutorial including copy & paste commands is also available on my website to my patrons: 🤍 Support me on Patreon: 🤍 Follow me on Twitch: 🤍 Fun with the Raspberry Pi, but you can follow this tutorial on any machine running Debian / Ubuntu or something similar. All you really need is the fswebcam package for your linux distribution.
I've struggled with a number of candidate solutions for getting a tiny camera in to a OO/HO unit and being able to get a drivers eye view from the model railway. For my latest attempt, i'm trying out a new Raspeberry Pi Zero W unit with a v2.1 8mp camera - in this video, you're going to see the setup and configuration from start to finish including some of the fails and how I worked around them to get to a workable solution. A later video then shows it running on the track. I've since done some more tweaks to this - but this gets you most of the way there and i'll get more videos up as time permits :) I’m an Official Partner of Green Man Gaming - head over to their site with my affiliate link and make sure you log in to get the best prices on games! - 🤍 Broadcasted live on Twitch Watch live at 🤍
Raspberry Pi Pico W microcontroller review, plus tutorial connecting the board to a BME280 sensor module to create a wireless weather station that transmits temperature, pressure and humidity readings to a web browser. On this web page you can find the wiring diagram and a link to the final code: 🤍 The excellent Pi Pico W "getting started" instructions from the Raspberry Pi Foundation are here: 🤍 The page with links to download the MicroPython UF2 file is here: 🤍 The Pimoroni BME280 sensor I used in the video is available directly from Pimoroni, or on Amazon.co.uk here: 🤍 A compatible board is available on Amazon.com here: 🤍 Note that these are affiliate links, and that as an Amazon Associate I earn a commission from any qualifying purchases you may make. If you like this video, you may also be interested in my other Pi Pico videos, including: Raspberry Pi Pico W: WiFi Controlled Robot: 🤍 Raspberry Pi Pico: Inputs & Servos: 🤍 PicoMite: Running BASIC on a Raspberry Pi Pico: 🤍 IN CASE OF DIFFICULTIES: If during your experimentation you end up with a Pi Pico W that executes a program that you cannot interrupt by pressing Ctrl-C or Ctrl-F2 in Thonny, you can return the board to its factory state by holding down the boot select switch, connecting to a PC, and copying over a special UF2 file to reset the flash. You can find a link to this UF2 file at the bottom of this page: 🤍 Note that after execution you will have to reinstall MicroPython and any required libraries, such as the one for the BME280. All programs will also be erased! Hence, during program development, it is wise to save a copy to both the Pico W and to the PC you are working on. For additional ExplainingComputers videos and other content, you can become a channel member here: 🤍 More videos on computing and related topics can be found at 🤍 You may also like my ExplainingTheFuture channel at: 🤍 Chapters: 00:44 Pico + Wireless 02:37 MicroPython & Thonny 06:23 BME280 (Sensor) 08:13 Reading the Sensor 11:26 Final Code 15:13 Remote Test 16:23 Wrap #RaspberryPicoW #PicoW #BME280 #ExplainingComputers
This video demonstrate how to build DIY live streaming camera which can be access from anywhere over internet. I used Raspberry Pi, OpenCV, Flask web server to build the working device. Later I used remote.it to make it internet facing. You can find the full code and steps from the below GitHub link. 🤍 #diy live streaming camera #diy ip camera #diy internet camera #diy raspberry pi camera #raspberry pi #camera #ip camera #cctv camera #live streaming camera #raspberry pi camera #raspberry pi project #diy #how to #security camera #network camera #opencv #python #remote.it #internet camera
Raspberry Pi Pico W robot tutorial, using a Pololu Zumo chassis and L298N, with the robot controlled over WiFi from a local web page. Here you can find the wiring diagram and a link to all code: 🤍 This video is a follow-up to my first Raspberry Pi Pico W video, in which I detailed setting up the board with MicroPython and creating a simple weather station: 🤍 The video in which I constructed the Zumo chassis is here: 🤍 And the video in which I demonstrate speed control with an L298N is here: 🤍 You can also learn about writing HTML in my video here: 🤍 The excellent Pi Pico W "Getting Started" instructions from the Raspberry Pi Foundation are here: 🤍 You can download the design for the 3D printed bracket for the Pico W Zumo robot here: 🤍 The Zumo robot chassis, micro metal gear motors and L298N motor controller are in this part of the ExplainingComputers Amazon.com store: 🤍 Note that as an Amazon Associate I earn from qualifying purchases when you make a purchase from or via the store. THE PICO’S IP ADDRESS As we saw in the video, the local IP address allocated to the Pico W may change, depending on other devices connected to and active on the local area network. To prevent this from happening you can provide the Pico W with a fixed IP address in your router’s control panel. You can also scan to see what IP address has been allocated to the Pico using a free tool such as Angry IP Scanner 🤍 I personally use the legacy edition that does not require installation. RE-SETTING THE PICO If during your experimentation you end up with a Pi Pico W that executes a program that you cannot interrupt by pressing Ctrl-C or Ctrl-F2 in Thonny, you can return the board to its factory state by holding down the boot select switch, connecting to a PC, and copying over a special UF2 file to reset the flash. You can find a link to this UF2 file at the bottom of this page under “Resetting Flash Memory”: 🤍 Note that after execution you will have to reinstall MicroPython. All programs will also be erased. Hence, during program development, it is wise to save your programs on the PC, and of course to keep backups. :) For additional ExplainingComputers videos and other content, you can become a channel member here: 🤍 More videos on computing and related topics can be found at 🤍 You may also like my ExplainingTheFuture channel at: 🤍 Chapters: 00:00 Introduction 00:37 Hardware 01:40 WiFi Interface 06:15 Zumo & L298N 10:19 Motor Code & Test 13:56 Final Robot 17:01 Wrap #PicoW #RaspberryPi #Robot #ExplainingComputers
Register and get $100 from NextPCB: 🤍 PCB Assembly capabilities info: 🤍 𝗣𝗿𝗼𝗷𝗲𝗰𝘁 𝗗𝗲𝘀𝗰𝗿𝗶𝗽𝘁𝗶𝗼𝗻: This tutorial is about Arducam Mega Camera, as we will be interfacing this 5MP SPI Camera with Raspberry Pi Pico. Recently Arducam launched a legendary camera solution that helps you connect one or more cameras to any microcontroller without the least effort. It is particularly targeted for battery-powered IoT devices, embedded machine vision, and artificial intelligence applications. Arducam Mega Camera can work with any microcontroller with a single standard SPI interface. In this project, we will interface 5-megapixel Arducam Mega Camera with Raspberry Pi Pico and do various operations including image capturing with various pixel resolutions. We will also stream some videos with the help of the Raspberry Pi Pico Board. Arducam has released Arducam Mega SDK for this camera module which makes the programming very simple. So, let’s go through this camera & its operations in detail. 𝗪𝗿𝗶𝘁𝘁𝗲𝗻𝘁 𝗧𝘂𝘁𝗼𝗿𝗶𝗮𝗹: 🤍 .................................................................................................................................................................................................................................... Drop a like if you liked this video. Don't forget to subscribe to our channel for more Electronics projects and tutorials. Website: 🤍 Facebook: 🤍 Instagram: 🤍
Arducam designed a series of working out-of-box camera modules for Raspberry Pi Pico and third-party RP2040 based boards. Extremely low-power monochrome camera acts as Always On Service for machine vision applications and up to 5MP color camera for IoT applications. Learn more: 🤍
In this video my 4 upgrades that I have made for my 3d printer. With Raspberry Pi Zero 2 W and OctoPrint, I can remotely print. And with HQ camera I can monitor printing progress. Light and quieter fan for power supply. Parts: - Raspberry Pi Zero 2 W - 🤍 - Raspberry Pi High Quality Camera - 🤍 - 6mm Wide Angle Lens for Raspberry Pi HQ Camera - 🤍 Camera Cable - 🤍 - FCOB LED Strip - 🤍 - Fan Noctua NF-A6x25 FLX - 🤍 - LM2596s DC-DC step-down power supply module - 🤍 Models for 3D printer and FreeCAD files: - Lamp: 🤍 - Power supply cover: 🤍 - Case for Pi Zero and HQ camera: 🤍
In this video I will show you how to use Raspberry Pi Camera with Raspberry Pi Zero w. Command used in this video: raspistill -o cam.jpg Python code used in this video: from time import sleep from picamera import PiCamera camera = PiCamera() camera.resolution = (1024, 768) camera.start_preview() # Camera warm-up time sleep(2) camera.capture('foo.jpg') Official site for picamera: 🤍 For future updates follow us on facebook: 🤍
Get Etcher ► 🤍 Download AI Pi Cam disk image ► 🤍 Raspberry Pi ► 🤍 Pi Camera Module ► 🤍 HomeKit Security Cameras ► 🤍 Our video gear: 🤍
Arducam IMX477 new family is coming! You can use Arducam IMX477 PTZ Camera on all Raspberry Pi and Jetson Nano/NX with variable focal length lens, controlled over a single I2C interface. Features two servos, zoom lens, manual/auto focus, and motorized IR-Cut filter controls. What can you do with it? Use Arducam IMX477 PTZ Camera to monitor places that should be covered by multiple ones. Buide a PTZ surveillance camera with minimal cost and high quality image. How to purchase? We will release this product on our website next week. If you can't wait to get one, go to Contact Page for a fresh product: 🤍 Our website: 🤍 Our email: info🤍arducam.com
Hak5 Cyber Security Education, Inspiration, News & Community since 2005: This time on Hak5, Glytch walks you through building your own cost effective and secure wireless cameras, as well as options for cloud-free home automation using Home Assistant. Interested in building some yourself? Check out his Github repo linked below for the 3d printable models, config files and more! Glytch's ESPCam Github Repo: 🤍 Glytch's Youtube Channel: 🤍 Glytch's Twitter: 🤍 -☆-☆-☆-☆-☆-☆-☆-☆-☆-☆ Our Site → 🤍 Shop → 🤍 Subscribe → 🤍 Support → 🤍 Contact Us → 🤍 Threat Wire RSS → 🤍 Threat Wire iTunes → 🤍 Host: Shannon Morse → 🤍 Host: Darren Kitchen → 🤍 Host: Mubix → 🤍 -☆-☆-☆-☆-☆-☆-☆-☆-☆-☆ Founded in 2005, Hak5's mission is to advance the InfoSec industry. We do this through our award winning educational podcasts, leading pentest gear, and inclusive community – where all hackers belong.
OctoPrint is a fantastic way to remote-control your 3D printer - and it's even more versatile than ever thanks to its built-in plugin system! In this video, I show you how to set up OctoPrint and which plugins are worth checking out. Thanks to Elegoo for sponsoring this video! 🤍 Mars 3 🤍 Mercury X bundle 🤍 Read the article to this video here: 🤍 Download the RaspberryPi installer 🤍 OctoPrint 🤍 Hardware to set up OctoPrint (on Amazon): Raspberry Pi 4 🤍 32GB microSD card 🤍 Anker two-port charger / supply options 🤍 Anker USB-C cables 🤍 Logitech C270 Webcam 🤍 Forum post about backpowering issues 🤍 Confirmed webcam compatibility list 🤍 Product links are affiliate links - I may earn a commission on qualifying purchases (at no extra cost to you) 🎥 All my video gear 🤍 I use Epidemic Sound, sign up for a 30-day free trial here 🤍 🎧 Check out the Meltzone Podcast (with CNC Kitchen)! 🤍 👐 Enjoying the videos? Support my work on Patreon! 🤍
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