#gsm based home automation code

[svsembedded]

The GPRS-Based Smart Medicine Reminder is a microcontroller-based health monitoring system designed to assist individuals—especially the elderly, patients, and busy professionals—in remembering their medication schedules. This intelligent system combines the functionality of an RTC (Real-Time Clock), Arduino, GSM/GPRS Module, and Voice Playback to deliver timely medicine reminders using audio alerts, SMS notifications, and automated voice calls. This innovative solution ensures that a user never misses a dose by triggering alerts at pre-set times throughout the day. The system is designed to be user-friendly, reliable, and portable, making it suitable for home or clinical environments.***********************************************************If You Want To Purchase the Full Working Project KITMail Us: svsembedded@gmail.comTitle Name Along With You-Tube Video LinkWe are Located at Telangana, Hyderabad, Boduppal. Project Changes also Made according to Student Requirementshttp://svsembedded.com/                  https://www.svskits.in/ http://svsembedded.in/                  http://www.svskit.com/M1: 91 9491535690                  M2: 91 7842358459 We Will Send Working Model Project KIT through   DTDC / DHL / Blue Dart We Will Provide Project Soft Data through Google Drive1. Project Abstract / Synopsis 2. Project Related Datasheets of Each Component3. Project Sample Report / Documentation4. Project Kit Circuit / Schematic Diagram 5. Project Kit Working Software Code6. Project Related Software Compilers7. Project Related Sample PPT’s8. Project Kit Photos9. Project Kit Working Video linksLatest Projects with Year Wise YouTube video Links152 Projects  https://svsembedded.com/ieee_2024.php133 Projects  https://svsembedded.com/ieee_2023.php157 Projects  https://svsembedded.com/ieee_2022.php135 Projects  https://svsembedded.com/ieee_2021.php 151 Projects  https://svsembedded.com/ieee_2020.php103 Projects  https://svsembedded.com/ieee_2019.php61 Projects    https://svsembedded.com/ieee_2018.php171 Projects  https://svsembedded.com/ieee_2017.php170 Projects  https://svsembedded.com/ieee_2016.php67 Projects    https://svsembedded.com/ieee_2015.php55 Projects    https://svsembedded.com/ieee_2014.php43 Projects    https://svsembedded.com/ieee_2013.php1600 Projects https://www.svskit.com/2025/01/1500-f...***********************************************************1. Smart Medicine Reminder Box | e-pill Medication Reminders,2. MeDuino - Automatic Medicine Reminder. Arduino diy,3. Medicine Reminder using Arduino by Saddam Khan,4. Smart Medicine Box,5. Arduino Uno based Medicine reminder project,6. Pill Reminder with Arduino version,7. Automatic patient medicine reminder system || Best project center in Bangalore,8. Automatic Pill Reminder Using Arduino uno,9. Raspberry Pi Based Speaking Medication Reminder Project,10. IoT Based Smart Medicine Box,11. Medicine Reminder simulation on proteus,12. Automatic Medicine Reminder with date using Arduino,13. Medicine reminder,14. Smart Medicine Pill Reminder IOT Project using Aurdino,15. Medicine Reminder Box Using Arduino,16. Smart Medicine Dispenser,17. Medicine reminder/Alarm using Arduino,18. MedBox: Smart Medication Box with Arduino - self test,19. Medicine Reminder System | Smart Medicine Pill Reminder Project,20. Medicine reminder using Arduino,21. Best Medicine Reminder DIY,22. Explanation of our Medicine Reminder Project,23. SmartSF Smart Pill Box,24. Medication Reminder using PIC Microcontroller,25. Medicine Reminder Using Home Made Arduino,26. Medicine Reminder System Using Microcontroller,27. ANDROID APP BASED SMART MEDICATION REMINDER SYSTEM,28. IOT Based Medicine Reminder System with Email Alert,29. Simulation: Photoresistor-based Smart Pill Dispenser | Schematic Diagram, Arduino Code

[projecttopicsinnigeria]

PROJECT TOPIC- CONSTRUCTION OF A GSM BASED HOME AUTOMATION USING AVR

PROJECT TOPIC- CONSTRUCTION OF A GSM BASED HOME AUTOMATION USING AVR

PROJECT TOPIC- CONSTRUCTION OF A GSM BASED HOME AUTOMATION USING AVR ABSTRACT

With advancement of technology things are becoming simpler and easier for us. Automatic systems are being preferred over manual system. The purpose of this project is to design and construct A GSM based home automation using AVR. Using GSM networks, in this project a home power control system has been proposed that…

[rodrigomoulds48-blog]

Supported Audio File Formats Ableton

High 10 free Audio Converters: Recommend free audio converter to convert music information into different audio codecs. NoteBurner iTunes DRM Audio Converter is a top iTunes Music Converter works on Windows and Mac platform, which is able to take away DRM from iTunes audio information downloaded from iTunes and convert them to numerous of widespread audio codecs like MP3 , AAC , FLAC or WAV format , and and so forth for taking part in on MP3 gamers, Android phones and tablets. Glorious app when you'll want to handle enter and output audio information of varied formats. Many of them suggest varied settings. The disadvantage, you cannot carry out the conversion in a quick and computerized method. For that purpose, I use Mp4 Video 1 Click for Home windows (search right here or google) along with LameXP. So, being joined collectively, LameXP and Mp4 Video 1 Click on for Home windows are the good pair for each manual-correct and automated-fast audio conversions. To avoid wasting supply recordsdata in a unique format, choose Convert Recordsdata, and set choices as desired. In case you are changing from top quality to low quality, your tune will sound somewhat worse. It is going to sound the exact same for those who convert from low high quality to top quality. Not like many other packages of this sort, audio Converter online can convert a number of information in a brief time frame, placing the finished work to the archive. The AIFF (Audio Interchage File Format) extension is a normal for the storage of sound information on varied digital audio units. It was created in 1988 by Apple using Digital Artwork's Interchange File Format (IFF). AIFF information are uncompressed (lossless) and are a lot bigger than the properly-identified compressed and lossy MP3 recordsdata. AIFF recordsdata can include loop information and sound samples. AIFF information are generally used on computers with the MAC OS. The widespread customers of AIFF recordsdata are professional musicians that worth the high quality of the information and can handle the big storage wants. The assorted kinds of AIFF information are often stored beneath the same file extension despite small variances in storage methodology with no distinction in high quality. MP3 (MP3), WAV (WAV), WMA (WMA), Flac (FLAC), AC3 (AC3), AAC (AAC), M4A (M4A, M4R), OGG (OGG), AMR (AMR) Other Audio Codecs: AU, AIF, AIFF, AIFC, ADTS, ALAW, AMR, APC, APE, CAF, DTS, GSD, GSM, MKA, MLP, MMF, MP1, MP2, MPEG3, MPC, MP+, M2A, NUT, OMA, QCP, RA, RR and more. Choose the "WAV" radio button if you are using , or select "WAVE kind audio format" on the drop-down menu if you're using Media-Convert. You might also want to take a look at Freemake Video Converter , another program from the same developers as Freemake Audio Converter that helps audio formats too. It even allows you to convert local and http://www.audio-transcoder.com/ online movies into different formats. Nevertheless, while Freemake Audio Converter does assist MP3s, their video software does not (until you pay for it). Video format 3GP are largely used on old gadgets and smartphones. Convert any video online to 3GP and play it on Your gadget. You may have 200 MB online free storage to avoid wasting your converted files. Go to the QuickTime File menu on the top of the screen and select "Open File" from the drop-down menu. Select the audio file and click "Open" to load in the file. It will carry up a small horizontal QuickTime window with the name of the song at the high. Generally, you need to save uncompressed audio to the AIFF or WAV codecs. Save to the compressed mp3 format solely when creating files for the online or transportable media gamers.

Tip: This web page incorporates info and assist for users who need to know find out how to play a sound, music, or other audio file. See the sound card assist and troubleshooting part if your sound will not be working. Convert any MP4 file to AIFF for Apple products or another audio applications supporting AIFF format or just for archive. 1. If you happen to convert between compressed formats (for example MP3 and AAC), it's possible you'll discover a reduction in the sound high quality. A free internet app that converts video information, permitting you to vary the video format, resolution or size proper in your browser. In summary, changing AIFF to MP3 is an efficient choice if you wish to save disk house and play AIFF on any device more smoothly. Also you possibly can change the output audio setting for aiff file, like audio bitrate, sampling charge, audio channels 'mono or stereo', and you'll trim particular part of music. To know extra about our audio edit experience, aiff2mp4 windows please go to On-line Audio Converter page.AIFF is intended for viewing and processing of audio knowledge, in addition to for its storage in digital units. Apple designers developed it on the base of IFF in late 1980s. Due to lossless coding it is very similar to WAV. In Windows OS it is mostly used withaiff extension. I just bumped into this query when looking to convert wav into flac.

[friendlysecurity-blog]

Home security system using internet of things

Introduction or Internet Things refers to the network of connected physical objects that can communicate and exchange data among themselves without the need of any human intervention. It has been formally defined as an “Infrastructure of Information Society”, because IoT allows us to collect information from all kind of mediums such as humans, animals, vehicles, kitchen appliances. Thus any object in the physical world which can be provided with an IP address to enable data transmission over a network can be made part of IoT system by embedding them with electronic hardware such as sensors, software and networking gear. IoT is different than Internet as in a way it transcends Internet connectivity by enabling everyday objects that uses embedded circuits to interact and communicate with each other utilizing the current Internet infrastructure. The term IoT and its conception can be traced back to 1985 when Peter T Lewis spoke about the concept during his speech at Federal Communications Commission (FCC). Since then the scope of IoT has grown tremendously as currently it consists of more than 12 billion connected devices and according to the experts it will increase to 50 billion by the end of 2020. The IoT infrastructure has helped by providing real time information gathering and analysis using accurate sensors and seamless connectivity, which help in making efficient decisions. With the advent of IoT both manufacturers and consumers have benefited. Manufacturers have gained insight into how their products are used and how they perform out in the real world and increase their revenues by providing value added services which enhances and elongates the lifecycle of their products or services. Consumers on the other hand have the ability to integrate and control more than one devices for a more customized and improved user experience.

   An important factor to consider when we talk about home automation is Security. Home security is a very important feature of home automation and maybe the most crucial one. Home security made a drastic changes in the past few decades and continue to advance much more in the coming years. Previously home security systems meant having an alarm that would go off when somebody would break in but a smart secure home can do much more than that. Therefore the main objective of our work is to design a system which can alert the owner and others of an intruder break-in by sending a notification to their smart phones. The owner will also have the ability to stop or start the alarm remotely using just his smart phone. This system will help the users to safeguard their homes by placing the system on the doors or windows and monitoring the activity through their smart phones. There has been an unprecedented growth in the number of devices being connected to the Internet since past few years. All these devices connected to the internet are part of the IoT infrastructure which can that allows these devices to send and receive data among each other. This is why it is beneficial to use such an existing infrastructure for designing the proposed security system. An alarm system that sounds the buzzer is of no use when a user is not present in the home to take action. When the owner is away communicate with each other. The IoT network consists of embedded electronics, sensors and software from their home, they want to be assured that their home is protected by intruders and thieves while they are gone. This is why the proposed system keeps the owner informed in the real time about the security status of their home. The designed system informs the user as there is a break-in so that the user can take necessary actions. The paper is organized as follows: Section 1 discuss about the introduction of IOT and its applications. Section 2, gives a details review of the focus of the paper. Section 3 talks about the materials and the methods to implement the proposed systems. Section 4 proposed the working model of the proposed system, whereas section 5 gives the configuration of the application. Section 6 explains the experimental results followed by conclusion and future enhancement as Section 7. 2. Literature review Design and Implementation of Security for Smart Home based on GSM technology was discussed by Govinda et al. (2014) that provides two methods to implement home security using IoT [1]. One is using web cameras such that whenever there is any motion detected by the camera, it sounds an alarm and sends a mail to the owner. This method of detecting intrusion is quite good, albeit somewhat expensive due to the cost of the cameras involved in the process. The cameras need to be of good quality which means it should have a wide range and the picture quality should be high enough to detect movement. Also if you go for movable cameras such as dome cameras they will cost even more than the fixed ones. SMS based system using GSM was proposed by Karri and Daniel (2005) propose to use internet services to send messages or alert to the house owner instead of the conventional SMS.[2] Jayashri and Arvind (2013) have implemented a fingerprint based authentication system to unlock a door        This system helps users by only allowing the users whose fingerprint are authorized by the owner of the house. This system can also be used to monitor who all have used the sensor to gained entry into the house. The system is coupled with a few more home protection features such as gas leakage and fire accidents. Although a good system, fingerprint sensors are expensive and complex (as they need increased sensor resolution) to integrate into an IoT setup. Some experts also argue that only relying on a fingerprint sensor is not wise as it is relatively easy to lift someone‟s fingerprints and replicate them, which is why it is always advised to use fingerprint scanners in a two factor authentication systems where an additional layer of security is available in the form of PIN, passcode, voice recognition, etc. Some researchers proposed an idea of robust IoT home security system where a fault in of one component in the system does not lead to the failure of the whole system [4]. The idea of using multiple devices which may or may not be directly compatible with each other but can be made to work in such a way that they can replace an existing component of the system in case of a fault. In tandem to this, the model has the ability to use overlap between various devices which would result in preserving energy thus making the model more efficient. An example provided of the said model would use temperature sensor, WiFi module and a door sensor to replace a faulty camera. The authors are successful in an effort to demonstrate the given example. However such systems are useful for people with energy efficiency in mind and for those who need a high degree of robustness with their security systems and are willing to expend more money than usual. Laser rays and LDR sensor are used to to detect intrusion using their movement was proposed in 2016 [5]. The way the system works is that a laser is focused towards a LDR sensor and the moment that the contact of laser to LDR sensor breaks, the alarm connected to the sensor goes off alerting the neighbours and sends a SMS to the owner. This system solves the problem of covering the places which are out of range from the fixed cameras but faces the same difficulties which are faced with systems consisting of GSM modules to send text messages, which is that the delivery of message is dependent on network coverage. Also due to the nature of lasers being a straight beam, it can be avoided by intruders who know about the system and are capable of dodging the lasers, rendering the whole system useless. A novel way to design an electronic lock using Morse code and IoT technology [6]. The authors claim that this as an original idea which have not been tried before and is the first of its kind “optical Morse code-based electronic locking system”. This system uses LED‟s (Light emitting diodes) as an encrypting medium to send signals. To make it more accessible to general public, the LED in smart phones has been used. On the receiver‟s side is a photosensitive resistor as well as a microcontroller such as arduino processor which has the ability to decrypt the optical signal after receiving them from the LED. Upon decoding the signal it can than upload the current condition of the lock to a cloud from where the owner can monitor the system. The authors have experimented the system in real time and it has proved to work under different illumination environments with all the functions working as they were intended to. The authors also claim to have an easy and user-friendly interface. The IoT system developed here works very well and can be used by anyone and is very convenient due to the use of mobile phones as LED, which also makes it a cost expensive alternative[7]. Anitha et al (2016) proposed an home automation system using artificial intelligence and also proposed a model for cyber security systems [8,9]. 3. Materials and Methods Various hardware materials are required to have an home automation system. Some of the essential components are listed below to have and idea about the proposed system. 3.1. Arduino Uno Arduino is an open source, PC paraphernalia and programming organization, endeavour, and client group that plans and produce microcontroller packs for constructing programmed devices and intelligent object that can detect and control questions in the real world. The inception of the Arduino extend began at the Interaction Design Institute in Ivrea, Italy. The equipment reference plans are appropriated under a Creative Commons Attribution Share

Once the ESP8266 has been flashed with the latest firmware, other components can be added to the configuration. For this we will need a breadboard to connect the microcontroller, reed sensor, buzzer and the ESP8266 using the jumper wires. The breadboard is used to interface between the various components available. It also makes it easy to connect multiple inputs to a single pin on the arduino board. 

  Configuring Blynk App After the user installs the Blynk app on the smartphone, an account has to be created in the app to access its services. The first time the app is opened, it will ask to either sign in or create an account. Create an account and add a new project to get started as given in figure 9. Each project has its own authentication code which is used by the code to communicate with that particular model as provided in figure 10. To interface with our components, we need to add widgets to our model. To add widgets press „+” to add to the model. The app provides a neat interface to add all the required widgets and setting them up according to the code as shown in figure 11. The Blynk needs to be running in the background for the user to get real time notifications.

Experimental results The experiment was carried out in Pentium iv 2.60GHz intel dual core processor, with 4 GB RAM, 15‟ LCD monitor with hard disk as 40 GB. The software required are Blynk App, Arduino IDE, in windows operating system using C++ programming language. The resultant system was checked thoroughly by repeating the motion of opening the door multiple times to see if each time a notification is sent or not and by remotely switching the buzzer on or off from the Blynk app which showed that the system works in the intended way and flawlessly. To test the endurance of the hardware, the setup was left turned on for a couple of hours and tested afterwards. The components got heated which is acceptable but still worked and the notification was shown

Conclusion and future scope The sensors placed on the door informs the home owner as soon as the door is opened by sending a Push notification. The user will get this notification irrespective of whether the phone is locked or unlocked or even if any other app is opened at the moment. This was the main objective of the project, which is the user feels safe and not worry about any intrusion or break-ins when he is away from home. This setup can also be used in commercial offices where some areas are restricted for certain personnel, such a system will immediately inform the administrator of any unauthorized personnel trying to access such an area. Therefore the extensibility and applicability of such a system is only limited only by the imagination. Another important component of the project is the connectivity between the ESP8266 (WiFi module) and the Blynk server. The system successfully connected to the Blynk server using the authentication token and the Blynk libraries. As a result, we were able to get the notification on our smart phones as soon as there was any change in the status of the reed module sensor. Also the additional ability to control the alarm remotely is very beneficial and can be very useful in some unforeseen circumstances. It was also observed that the Blynk app worked smoothly and carried out all communication between the hardware and the app very accurately. The developed system can also be used to in industrial and commercial applications such as offices, warehouses and other areas where some areas are reserved for authorized personnel only or other places where safety and precautions are of primary concerns such as internet server room of a big MNC from where corporate data can be stolen. The system can also be easily upgraded to add extra safety features such as cameras, motion detection sensors, etc. for increased safety. The system can also further be developed by adding an RFID scanner so that the authorized users need only carry a RFID or NFC tag with them on their person. The RFID scanner will work by scanning the tag wirelessly and if the user is authorized to enter, the alarm system will be disabled for some time so that the user can enter.

   Fire-smoke detectors  |  UL-listed monitoring station  |  Friendly Security Inc

[isearchgoood]

March 20, 2018 at 10:01PM - 2018 Arduino Enthusiast E-Book Bundle (pay what you want) Ashraf

2018 Arduino Enthusiast E-Book Bundle (pay what you want) Hurry Offer Only Last For HoursSometime. Don't ever forget to share this post on Your Social media to be the first to tell your firends. This is not a fake stuff its real.

This book begins with the fundamentals of C programming such as data types, functions, decision making, program loops, and more with the help of an Arduino board. Later, you’ll get acquainted with Arduino interactions with sensors, LEDs, and autonomous systems while setting up the Arduino environment. By the end of the book, you’ll be able to make basic projects like an LED cube and smart weather system that leverages C.

Play w/ mathematical operations using C

Use logical operations & loops to play w/ LEDs and the Arduino board

Create custom functions using C & connect an SD card to the Arduino

Use Object-oriented Programming to connect a GSM module to the Arduino board

Play w/ an LCD board & Servo using standard Arduino libraries

Build projects using Arduino such as a LED cube, a smart weather system & home security

Identify & fix common errors on an Arduino board

In this course, you’ll find out how the Arduino microcomputer can be used to build a range of secret agent projects that would make James Bond’s Q proud. Each chapter will show you how to construct a different gadget, helping you to unlock the full potential of your Arduino. From alarm systems to fingerprint sensors, each of these projects will help you uncover new ground with your Arduino.

Get to know the full range of Arduino features so you can be creative with practical projects

Discover how to create a simple alarm system & a fingerprint sensor

Find out how to transform your Arduino into a GPS tracker

Use the Arduino to monitor top secret data

Build a complete spy robot, a Cloud Camera & Microphone System

Arduino is a powerful and versatile platform for creating DIY electronics projects. This book takes a recipe-based approach, giving you precise examples of how to build Internet of Things projects of all types using the Arduino platform. From robotics to home automation to social media interactions, you’ll learn how to build quick and easy projects that broaden your horizons in the world of IoT and Arduino.

Monitor several Arduino boards simultaneously

Tweet sensor data directly from your Arduino board

Post updates on your Facebook wall directly from your Arduino board

Create an automated access control w/ a fingerprint sensor

Control your entire home from a single dashboard

Make a GPS tracker that you can track in Google Maps

Build a live camera that streams directly from your robot

Arduino by Example is a project-oriented guide to help you fully utilize the power of one of the world’s most powerful open source platforms, Arduino. This book demonstrates three projects ranging from a home automation project involving your lighting system to a simple robotic project to a touch sensor project. You will first learn the basic concepts such as how to get started with the Arduino, then develop the practical skills needed to successfully build Arduino-powered projects with real-life impact.

Master use of the Arduino inside & out w/ 242 pages of content

Integrate sensors to gather & effectively display environmental data

Add Bluetooth, Wi-Fi & other modules to allow the Arduino to communicate & send data between devices

Build automated projects to learn complex algorithms that mimic biological locomotion

Create simple servers to facilitate communication

Maximize the Arduino’s capabilities w/ Python, Processing & other programming tools

Practice & learn basic programming etiquette

Whether you’re a seasoned developer or an Arduino newbie, you’ll find this book useful for building amazing smart electronic devices. Start by building a sound effects generator using recorded audio-wave files you’ve made or obtained from the Internet. You’ll then build DC motor controllers operated by a web page, slide switch, or touch sensor, and end by constructing an electronic operating status display for an FM radio circuit using Arduino.

Build interactive electronic devices using the Arduino w/ 252 pages of content

Learn about web page, touch sensor, Bluetooth & infrared controls

Add SD & wave-file libraries to your Arduino code

Get to grips w/ SD card SPI communications

Interface an IR detection circuit to Arduino

Wire an OLED LCD to Arduino

Install the Nordic nRF8001 Bluetooth Low Energy code to Arduino

Build an HMI (Human Machine Interface) from a web page using JavaScript

Connect Arduino to a virtual server (Breakout.js)

Wire a small DC motor driver to Arduino w/ a transistor & diode circuit

Dive into over 50 step-by-step recipes to build virtually any Arduino project, whether simple or advanced. Topics encompass Arduino development essentials ranging from programming buttons to operating motors, managing sensors, and controlling displays. You’ll also find tips and tricks for troubleshooting any development problems and pushing your project to the next level.

Master all principle aspects of integration using the Arduino w/ 246 pages of content

Learn tools & components needed to build engaging electronics

Make the most of your board w/ practical tips and tricks

Read data from sensors & take action based on the environment

Use the Arduino to turn on lights, write to screens, or play light shows

Manipulate motors & other actuators to control different objects’ movement

Set up electronic circuits on a breadboard to interact w/ the Arduino

Explore hacks to push your project to the next level

Make your projects wireless & have them communicate with the computer

This e-book starts with the fundamentals of turning on the basic Arduino hardware, then provides complete, step-by-step instructions on how to maximize its potential. You’ll learn by doing—building projects that can move using DC motors, walk using servo motors, and avoid barriers using its sensors. On top of that, you’ll also learn how to add more complex navigational techniques (such as GPRS) so that your robot won’t get lost.

Develop a series of exciting robots that can sail, go under water, and fly w/ 240 pages of content

Effectively control the movements of all types of motors using Arduino

Use sensors, GPS & a magnetic compass to give your robot direction and make it lifelike

Acquaint yourself with many different kinds of Arduinos to choose the right one for your app

Unbox, power up & configure your Arduino

Tweak Arduino to make wheels or legs move so your robot can be mobile

Add GPS to your projects so your robots can know where they are

Use RF signals to control your robot remotely

Connect your robot to a display so you can see what it is thinking

Build more complex robots that can move, swim, or fly

Arduino is the ideal platform with which to experiment on Internet of Things projects, and this e-book the ideal medium through which to learn. You’ll work through eight projects that will teach you how to assemble devices that communicate with one another, access data over the Internet, store and retrieve data, and interact with users. These projects also serve as blueprints for any other IoT projects you hope to tackle in the future.

Build Internet-based Arduino devices to secure your home w/ 210 pages of content

Connect sensors and actuators to the Arduino & access Internet data

Make a powerful Internet-controlled relay w/ an embedded web server to monitor & control home appliances

Build a portable Wi-Fi signal strength sensor to give haptic feedback about signal strength to the user

Measure water flow speed & volume w/ liquid flow sensors and record real-time readings

Set up motion-activated Arduino security cameras & upload images to the cloud

Implement real-time data logging of a solar panel voltage w/ Arduino cloud connectors

Track locations w/ GPS & upload location data to the cloud

Control a garage door light w/ your Twitter feed

Control infrared enabled devices w/ IR remote & Arduino

If you’re interested in designing and building your own wearables, the Arduino platform is perfect for you. With this e-book, you’ll learn to create your own wearable projects by mastering different electronic components—such as LEDs and sensors—then applying your learnings through practical projects. You’ll consolidate your new skills in your final project, utilizing all the concepts you’ve learned to create a smartwatch complete with fitness tracking, Internet-based notifications, GPS, and time-telling.

Develop a basic understanding of wearable computing w/ 218 pages of content

Learn about Arduino & compatible prototyping platforms suitable for creating wearables

Understand the design process surrounding the creation of wearable objects

Gain insight into materials suitable for developing wearable projects

Design & create projects w/ various kinds of electronic components: interactive bike gloves, GPRS locator watch, etc.

Dive into programming for interactivity

Learn how to connect & interface wearables w/ Bluetooth & Wi-Fi

Get your hands dirty w/ your own personalized designs

Computer vision is a futuristic technology that is now upon us. In this course, you’ll learn how to develop Arduino-supported computer vision systems that can interact with real-life by seeing it. Each component of this book will present you with real-life practical examples to illustrate how the combination of OpenCV and Arduino boosts the quality and level of computer vision applications. By the end of the book, you’ll be able to solve many real-life vision problems.

Load & run the applications in Arduino to develop intelligent systems

Understand the design blocks & the generic architecture of computer vision systems by learning an efficient approach to modeling

Build up your skill set of computer vision system design using OpenCV

Learn the wired & wireless communication capabilities of Arduino and comprehensive best practices to connect it to the OpenCV environment

Discover how to use Arduino to elegantly interact w/ real life via physical actions

Solidify everything you’ve learned by designing & building a computer vision-enabled practical robot from scratch

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[ginetethegreat-blog]

Smart Door Lock with Facial Recognition system

Super Secure Door Lock System for Critical Zones

Meera Mathew, and R S Divya

23 October 2017

 “Security is a defense against threats which provides an assurance of safety. Now and before security is one of the major concern in places like home, offices, institutions, laboratories etc. in order to keep our data confidentially so that no other unauthorized person could have access on them.” 

Security plays an important role in our lives. As technology grows day by day, many different kinds of electronic locks were introduced to the people to protect their homes. I find this research relevant to my study because it mainly discuss how electronic locks works and what are the technologies that has been used in automated door locking systems.

  A Smart Lock System using Wi-Fi Security

Abdallah kassem, Sami El Murr, Georges Jamous, Ellie Saad, and Marybelle Geaga

5 September 2016

 “In large apartment complexes, fraternities, or even for an owner having many keys for each and every apartment, car, or gate he owns, maintaining entry to authorized personnel only is a problem. Besides the costs involved in fabrication, duplication, and distribution of keys, there are security problems in case of lost keys.”

Entrusting your keys to an authorized personnel is too risky nowadays, because of loyalty issues among people. This research is very relevant to my study because, a wide range of applicability will be applied for the users to operate the system remotely. And it discusses about the smart-lock-system that is a complete reinvention of the standard key-door lock, where all the digital keys are stored in a digital keychain kept on the owner’s phone. The smart-lock-system will open the door leading to a wide range innovations in the world of lock systems wherever they may be.

 Face Recognition Based on Auto-Switching Magnetic Door Lock System Using Microcontroller

Harnani Hassan, Raduah Abu Bakar, and Ahmad Thaqib Fawwaz Mokhtar

25 October 2012

  “Face recognition system is widely used for human identification due to its capability to measure and subsequently identifies human identification especially for security purposes.”

Security in some places or in our home is a very important issue and this is why a lot of security systems has been using an important process such as recognition. This research is relevant to my study because, it will perform a face recognition that the system can identify whether the captured image is an intruder or not.  

  Home Access Control through a Smart Digital Locking-Unlocking System

Padip Tilala, Anil K. Roy, and Manik Lal Das

21 December 2017

 “The proposed system controls the door lock through an Android App using Wi-Fi as the communication protocol that communicates with WeMos Da Wi-Fi module embedded in the door lock and the firebase cloud messaging service. With the help of cloud-based secure messaging service, it is easy to send a message to a remote Android mobile which belongs to the owner/user of the house. This aspect removes the need to embed GSM module with a smart lock system.”

This research is relevant to my study because, every time the system will lock or unlock the door to some person that has been recognized by the system, it will notify the owner/user by sending an SMS. And if there is an unrecognized person that has been detected, it will also send an SMS notification and ask the owner/user if this certain person is related to him/her. In the SMS notification, it has the person’s image, name and the time of unlocking/locking the door for the recognized and the arrival time for the unrecognized persons.

 Design of a Smart Lock on the Galileo Board

Matias Presso, Diego Scafati, Jose Marone, Elias Todorovich

23 November 2017

  “Internet has evolved from the connection computers to connecting IP-enabled things that can be employed for real time remote monitoring in the Internet of Things (IoT).”

Intel Galileo is the first in a line of Arduinno-certified development boards based on Intel x86 architecture and is designed for the maker and education communities. These locks are useful for office suites, health facilities, space sharing offices, interior offices and utility rooms. This research is relevant to my study because, it uses arduinno boards to demonstrate a method of real time remote monitoring of environmental parameters. In this method, an on-board server is connected to the WIFI router that acts as a gateway for this network.

  RRL

 Smart Door Lock with Face Recognition System

Digital home security systems are becoming inevitable in modern lifestyle. Because there may be situations that nobody is inside the house, whether the owner and its family has a vacation trip, or all of them are in their offices and schools. So, if the owner can access his door locks remotely, and he/she is updated of whatever goes around in front of his/her doors, it may help him/her to perform quick actions if random people tries to rob his/her house or tries to break-in. Nowadays, lots of security mechanisms have been introduced for such places and applications. But along with a wide variety of security methods, the techniques of theft are also changing and it’s increasing day by day. With the available system, we can protect home and institutions to some extent [1]. According to Padip Tilala, Anil K. Roy, and Malik Lal Das (2017), since such systems allow access only to the bona fide visitors, it acts as an efficacious deterrent in the case of break-ins and robberies. On the flip side, anybody having the access code of such digital home security system may be seen as the bona fide visitor. Therefore, these systems are prone to potential misuse, in which, a person with mala fide intention can hack the access code of this digital dome security system and thereby, get the access to the house without anybody noticing or suspecting it. Therefore, for these reasons, a smart door locks with face recognition may be useful in this case. Because, the owner/user of the system can recognize the persons face if that certain person has an intention to break-in. Also, if the owner arrives at home, he/she will no longer use a key. He/she will only use his/her smartphone to access the smart lock, then, the system will have a quick scan to identify the persons face. And ones the scanned person will be identified by the smart lock, it will unlock the door automatically.

 References:

[1] Meera Mathew, R S Divya (2017) Super secure door lock system for Critical Zones

[2] Abdallah kassem, Sami El Murr, Georges Jamous, Ellie Saad, and Marybelle Geaga (2016) A smart lock system using WI-FI security

[3] Harnani Hassan, Raduah Abu Bakar, and Ahmad Thaqib Fawwaz Mokhtar (2012) Face Recognition Based on Auto-Switching Magnetic Lock System Using Microcontroller

[4] Padip Tilala, Anil K. Roy, and Manik Lal Das (2017) Home Access Control through a Smart Digital Locking-Unlocking System

[5] Matias Presso, Diego Scafati, Jose Marone, and Elias Todorovich (2017) Design of a Smart Lock on the Galileo Board

                   ��v�6�

[cleancutpage]

The Internet of Things… A Reality Check

This post originally appeared on Marketplace Advertiser, Connected Real Estate Magazine and is republished with permission. Find out how to syndicate your content with theBrokerList.

Mass implementation of IoT in commercial buildings is inevitable, but getting there will not happen over-night

In a recent article for this newsletter, I wrote about how the Internet of Things was “A Not-So-Well-Known Benefit to Building Owners”. Noting that IoT will eventually become critical to efficiently operating, monitoring and managing commercial building systems, where pennies per square foot make the difference between profit and loss. I concluded the piece by saying that IoT is a subject that should be well-understood by real estate professionals.

All this is true and sound advice, but it doesn’t address the time and effort it will take to make the potential of IoT a practical reality in the Commercial Real Estate industry. Technology changes rapidly, but not instantaneously.  IoT, which in the near future, may turn out to be the single most important contributor to building efficiency, cost savings and increasing profits is not a singular technology. It is a computer controlled system, which includes device sensor hardware, wired and wireless network connectivity, local and cloud based data management and analytics, and an array of dedicated applications all protected by layers of security code. Structured “software platforms” will be needed to gather, analyze and act on the inputted data before IoT can be truly beneficial. So creating or choosing the right platform, many of which are being created today, is obviously important. All this takes time, effort, money and technically savvy people. The ROI will be significant, but the effort will not be trivial.

Although not much passed the starting gun, the IoT ball is in play. First generation IoT is now being used for monitoring and controlling in-building electro/mechanical systems and maintaining the integrity of the security infrastructure of many buildings. As an example, AT&T reports that it has connected more than 30 million IoT devices to their network.

The main drivers for the growth of the IoT market are rising energy costs, increased awareness of environmental, health, tenant safety and convenience and government imposed regulations relating to those issues.

Here are interesting facts concerning IoT enabled smart commercial buildings.

There are currently more than 1.1 billion intelligent embedded systems deployed globally, with more than 2.6 billion expected to be in place by 2016

Analytics will play the largest part in Building Automation with the top 3 emerging solutions as Dashboards and Data Visualization, Fault Monitoring & Detection and Building Optimization

The Safety and Security component of smart buildings is expected to grow at a CAGR of 34.6% by 2022.

By 2020, Smart Buildings will have 50 Billion connected devices and 19.5% of all buildings in the US will be Smart with a market opportunity for vendors at $ 75 B.

Some of the key technologies which will dominate the market of Smart Buildings and Smart home automation would be Bluetooth, RFID, Wi-Fi, GSM, Zigbee and eventually CBRS.

The building environment is one of the most promising sectors for M2M applications, which could become more than the $1 Trillion industry by 2020.

*Note: Source is ‘Happiest Minds’ a digital transformation IT consulting & services company focusing on Big Data, Analytics Cloud, Mobility & Security for better business.

The Internet of Things also promises to bring new and innovative capabilities to a variety of industries. Examples are smart cities using smart technology such as automatic street signs, which coordinate traffic on a city wide basis, to autonomous cars and electric grid management. According to McKinsey Global Institute analysis, “the Internet of Things has the potential to generate $4 trillion to $11 trillion in economic value by 2025.”

In some respects commercial real estate developers and building owners have little choice in implementing IoT as it will keep them competitive and create competitive advantage over those who have not seen the merits of the technology.

Most real estate development and construction companies in the U.S. have taken an interest in IoT, but it will take time, effort and careful planning in order for these new technologies to be utilized to their full potential. Once again IoT is a subject that should be well-understood by real estate professionals.

For additional information contact Bob Butchko at bobb@fifthgenmedia.com or 973.244.5868 x104 or Visit Connected Real Estate Magazine

RSS Feed provided by theBrokerList Blog - Are you on theBrokerList for commercial real estate (cre)? and The Internet of Things… A Reality Check was written by Connected Real Estate Magazine.

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[planetarduino]

Introducing the Arduino MKR WAN 1300 and MKR GSM 1400!

First unveiled over the weekend at World Maker Faire New York, Arduino has introduced a pair of new IoT boards with embedded LoRa and GSM capabilities.

The Arduino MKR WAN 1300 and MKR GSM 1400 are designed to offer a practical and cost-effective solution for developers, makers and enterprises, enabling them to quickly add connectivity to their projects and ease the development of battery-powered IoT edge applications.

Both of the highly compact boards measure just 67.64 x 25mm, together with low power consumption, making them an ideal choice for emerging battery-powered IoT edge devices in the MKR form factor for applications such as environmental monitoring, tracking, agriculture, energy monitoring and home automation.

Offering 32-bit computational power similar to the Arduino MKR ZERO board, the MKR WAN 1300 is based around the Murata LoRa low-power connectivity module and the Microchip SAM D21 microcontroller, which integrates an ARM Cortex-M0+ processor, 256KB Flash memory and 32KB SRAM. The board’s design includes the ability to be powered by either two 1.5V AA or AAA batteries or an external 5V input via the USB interface – with automatic switching between the two power sources.

In addition, the MKR WAN 1300 offers the usual rich set of I/O interfaces expected with an Arduino board, and ease of use via the Arduino IDE software environment for code development and programming. Other features  include an operating voltage of 3.3V; eight digital I/Os; 12 PWM outputs; and UART, SPI and I2C interfaces.

Like the MKR WAN 1300, the Arduino MKR GSM 1400 is based on the SAM D21, but integrates a u-blox module for global 3G communications. The board features automatic power switching, however, it uses either a 3.7V LiPo battery or an external Vin power source delivering 5V to 12V. While the USB port can also be used to supply 5V to the board, the MKR GSM 1400 is able to run with or without the battery connected.

The MKR GSM 1400 provides a rich set of I/O interfaces including: eight digital I/Os; 12 PWM outputs; UART, SPI and I2C interfaces; analog I/O including seven inputs and one output; and eight external interrupt pins.

Both boards are now available for pre-order on the Arduino Store.

Introducing the Arduino MKR WAN 1300 and MKR GSM 1400! was originally published on PlanetArduino

[gilbertineonfr2]

TROOPERS 2017 Day #1 Wrap-Up

I’m in Heidelberg (Germany) for the 10th edition of the TROOPERS conference. The regular talks are scheduled on Wednesday and Thursday. The two first days are reserved for some trainings and a pre-conference event called “NGI” for “Next Generation Internet” focusing on two hot topics: IPv6 and IoT. As said on the website: “NGI aims to provide discussion on how to secure these core technologies by bringing together practitioners from this space and some of the smartest researchers of the respective fields”. I initially planned to attend talks from both worlds but I stayed in the “IoT” tracks because many talks were interesting.

The day started with a keynote by Steve Lord: ”Of Unicorns and replicants”. Steve flagged his keynote as a “positive” talk (usually, we tend to present negative stuff). It started with some facts like “The S in IoT stands for Security” and a recap of the IoT history. This is clearly not a new idea. The first connected device was a Coca-Cola machine that was available via finger in… 1982! Who’s remember this old-fashioned protocol? In 1985, came the first definition of “IoT”: It is the integration of people, processes and technology with connectable devices and sensors to enable remote monitoring status. In 2000, LG presented its very first connected fridge. 2009 was a key year with the explosion of crowdfunding campaigns. Indeed, many projects were born due to the financial participations of many people. It was a nice way to bring ideas to life. In 2015, Vizio smart TV’s started to watch at you. Of course, Steve talked also about the story of St-Jude Medical and their bad pacemakers story. Common IoT problems are: botnets, endpoints, the overreach (probably the biggest problem) and the availability (You remember the outage that affected Amazon a few days ago?). The second part of the keynote was indeed positive and Steve reviewed the differences between 2015 – 2017. In the past, cloud solutions were not so mature, there was communication issues, little open guidance and unrealistic expectations. People learn by mistakes and some companies don’t want to have nightmare stories like others and are investing in security. So, yes, things are going (a little bit) better because more people are addressing security issues.

The first talk was “IoT hacking and Forensic with 0-day” by Moonbeom Park & Soohyun Jin. More and more IoT devices have been involved in security incident cases. Mirai is one of the latest examples. To address this problem, the speakers explained their process based on these following steps: Search for IoT targets, analyze the filesystem or vulnerabilities, attack and exploit, analyze the artefacts, install a RAT and control using a C&C then perform incident response using forensic skills. The example they used was a vacuum robot with a voice recording feature. The first question is just… “why?”. They explained how to compromize the device which was, at the beginning, properly hardened.  But, it was possible to attack the protocol used to configure it. Some JSON data was sent in clear text with the wireless configuration details. Once the robot reconfigured to use a rogue access-point, root access on the device was granted. That’s nice but how to control the robot, its camera and microphone? To idea was to turn in into a spying device. They explained how to achieve this and played a nice demo:

So, why do we need IoT forensics? IoT devices can be involved in incidents.Issues? One of the issues is the way data are stored. There is no HD but flash memory. OS remains the first OS used by IoT devices (73% according to the latest IoT developers survey). It is important to be able to extract the filesystem from such devices to understand how they work and to collect logs. Usually, filesystems are based on SquashFS and UBIFS. Tools were presented to access those data directly from Python. Example: the ubi_reader module. Once the filesystem details accessible, the forensic process remains the same.

The next talk was dedicated to SDR (Software Defined Radio) by Matt Knight & Marc Newline from Bastille: “So you want to hack radios?”. The idea behind this talk was to open our eyes on all the connected devices that implement SDR. Why should we care about radio communications? Not that they are often insecure but they are deployed everywhere. They are also built on compromises: big size and costs constraints, weak batteries, the deployment scenarios are challenging and, once in the wild, they are difficult to patch. Matt and Marc explained during the talk how to perform reverse engineering. They are two approaches: hardware & software defined radio. They reviewed pro & con. How to perform reverse engineering a radio signal? Configure yourself as a receiver and try to map symbols. This is a five steps process:

Identify the channel

Identify the modulation

Determine the symbol rate

Synchronize

Extract symbols

In many cases, OSINT is helpful to learn how it works (find online documentation). Many information is publicly available (example: on the FCC website – Just check for the FCC ID on the back of the device to get interesting info). They briefly introduced the RF concept then the reverse engineering workflow. To achieve this, they based the concept on different scenarios:

A Z-Wave home automation protocol

A door bell (capture button info and then replay to make the doorbell ring of course

An HP wireless keyboard/mouse

After the lunch, Vladimir Wolstencroft presented “SIMBox Security: Fraud, Fun & Failure”. This talk was tagged as TLP:RED so no coverage but very nice content! It was one of my best talk for today.

The next one was about the same topic: “Dissecting modern cellular 3G/4G modems” by Harald Welte. This talk is the result of a research conducted by Harald. His company was looking for a new M2M (“Machine to Machine”) solution. They searched interesting devices and started to see what was in the box. Once the good candidate found (the EC2O from Quectel), they started a security review and, guess what, they made nice findings. First, the device contained some Linux code. Based on this, all manufacturers have to respect the GPL and to disclose the modified source code. It takes a long time to get the information from Quectel). By why is Linux installed on this device? For Harald, it just increased the complexity. Here is a proof with the slide explaining how the device is rebooted:

Crazy isn’t it? Another nice finding was the following AT command:

AT+QLINUXCMD=

It allows to send Linux commands to the devices in read/write mode and as root. What else?

The last talk “Hacks & case studies: Cellular communications” was presented by Brian Butterly. Brian’s motto is “to break things you must understand how they work”. The first step, read as much as possible, then build your lab to play with the selected targets. Many IoT devices today use GSM networks to interact with them via SMS or calls. Others also support TCP/IP communications (data). After a brief introduction to mobile network and how to deploy your own. An important message from Brian: Technically, nothing prevents to broadcast valid networks ID’s (but the law does it :-).

It’s important to understand how a device connects to a mobile network:

First, connect to its home network if available

Otherwise, do NOT connect to a list of blacklisted networks

Then connect to the network with the strongest signal.

If you deploy your own mobile network, you can make target devices connect to your network and play MitM. So, what can we test? Brian reviewed different gadgets and how to abuse them / what are their weaknesses.

First case: a small GPS Tracker with an emergency button. The Mini A8 (price: 15€). Just send a SMS with “DW” and the device will reply with a SMS containing the following URL:

http://gpsui.net/smap.php?lac=1&cellid=2&c=262&n=23&v=6890 Battery:70%

This is not a real GPS tracker, it returns the operation (“262” is Germany) and tower cell information. If you send “1111”, it will enable the built-in microphone. When the SOS button is pressed, a message is sent to the “authorized” numbers. The second case was a gate relay (RTU5025 – 40€). It allows opening a door via SMS or call. It’s just a relay in fact. Send “xxxxCC” (xxxx is the pin) to unlock the door. Nothing is sent back if the PIN is wrong. This means that it’s easy to brute force the device. Even better, once you found the PIN, you can send “xxxxPyyyy” to replace the PIN xxxx with a new one yyyy (and lock out the owner!). The next case was the Smanos X300 home alarm system (150€). Can be also controlled by SMS or calls (to arm, disarm and get notifications). Here again, there is a lack of protection and it’s easy to get the number and to fake authorized number to just send a “1” or “0”.

The next step was to check IP communications used by devices like the GPS car tracker (TK105 – 50€). You can change the server using the following message:

adminip 123456 101.202.101.202 9000

And define your own web server to get the device data. More fun, the device has a relay that can be connected to the car oil pump to turn the engine off (if the car is stolen). It also has a microphone and speaker. Of course, all communications occur over HTTP.

The last case was a Siemens module for PLC (CMR 2020). It was not perfect but much better than the other devices. By example, passwords are not only 4 numbers PIN codes but a real alphanumeric password.

Two other examples: a SmartMeter sending UDP packets in clear text with the meter serial number is all packets). And a Solar system control box running Windows CE 6.x. Guest what? The only way to manage the system is via Telnet. Who said that Telnet is dead?

It’s over for today. Stay tuned for more news by tomorrow!

[The post TROOPERS 2017 Day #1 Wrap-Up has been first published on /dev/random]

from Xavier

[svsembedded]

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[svsembedded]

IOT Based Gas Cylinder Level Detection

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