#SBC-SDK

[mrfog6]

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[paasmer-blog]

How to Connect Raspberry Pi 3 to the PAASMER IoT Platform

Srinidhi Murthy

In this blog series we look at how to connect a Raspberry PI 3 to the PAASMER IoT Platform.

The PAASMER IoT Platform makes it simple for Internet of Things companies to build and launch IoT enabled hardware. PAASMER currently provides a SDK which can be installed on the hardware.

Modifying a few lines of code to provide the correct credentials and sensor information, it is ready to be connected to the PAASMER IoT Platform. The sensor data is then available on the PAASMER Developer Login, which can be utilized and actions taken by using the control fields to control various other sensors connected to the Hardware.

A pre-requisite for using the SBC-SDK is the available of the Raspberry Pi 3 hardware running Raspbian Jessie OS. More hardware and software support would be added shortly.

An account created in http://developers.paasmer.co allows for a 30 day trial period to explore the PAASMER IoT platform. After creating and activating the account, the SDK for the appropriate hardware can be downloaded.

Given below are the detailed steps to be followed after downloading the SBC-SDK.

PAASMER IoT SDK for Single Board Computers Running Linux

Overview

The PAASMER SDK for Single Board Computers (SBC) like Raspberry-PI, Intel Edison, Beagle Bone is a collection of source files that enables you to connect to the PAASMER IoT Platform. It includes the trasnport client for MQTT with TLS support. It is distributed in source form and intended to be built into customer firmware along with application code, other libraries and RTOS.

Featuers

The SBC-SDK simplifies access to the Pub/Sub functionality of the PAASMER IoT broker via MQTT. The SDK has been tested to work on the Raspberrp Pi 3 running Raspbian Jessie. Support for Other SBC's running any flavors of Linux would be available shortly.

MQTT Connection

The SBC-SDK provides functionality to create and maintain a mutually authenticated TLS connection over which it runs MQTT. This connection is used for any further publish operations and allow for subscribing to MQTT topics which will call a configurable callback function when these topics are received.

Pre Requisites

Registration on the portal http://developers.paasmer.co, is necessary to connect the devices to the PAASMER IoT Platform .The SDK has been tested on the Raspberry PI 3 with Raspbian Jessie (https://downloads.raspberrypi.org/raspbian_latest)

Installation

Download the SDK or clone it using the command below.

$ git clone github.com/PaasmerIoT/SBC-SDK.git

$ cd SBC-SDK

To connect the device to Paasmer IoT Platfrom, the following steps need to be performed.

$ cd external_libs/mbedTLS/

$ make

$ cd ../../

$ sudo ./install.sh

Upon successful completion of the above command, the following commands need to be executed.

$ sudo su

$ source ~/.bashrc

$ PAASMER

$ sed -i 's/alias PAASMER/#alias PAASMER/g' ~/.bashrc

$ exit

Go to the diectory below.

$ cd samples/linux/subscribe_publish_sample/

Edit the config.h file to include the user name(Email), device name, feed names and GPIO pin details.

#define UserName "Email Address" //your user name used in developer.paasmer.co for registration #define DeviceName "" //your device name #define feedname1 "feed1" //feed name used for display in the developer.paasmer.co #define sensorpin1 gpio-pin-no-for-sensor-1 //modify with the pin number which you connected the sensor, eg 6 or 7 or 22 #define feedname2 "feed2" //feed name used for display in the developer.paasmer.co #define sensorpin2 gpio-pin-no-for-sensor-2 //modify with the pin number which you connected the sensor, eg 6 or 7 or 22 #define feedname3 "feed3" //feed name used for display in the developer.paasmer.co #define sensorpin3 gpio-pin-no-for-sensor-3 //modify with the pin number which you connected the sensor, eg 6 or 7 or 22 #define feedname4 "feed4" //feed name used for display in the developer.paasmer.co #define sensorpin4 gpio-pin-no-for-sensor-4 //modify with the pin number which you connected the sensor, eg 6 or 7 or 22 #define controlfeedname1 "controlfeed1" //feed name used for display in the developer.paasmer.co #define controlpin1 3 //modify with the pin number which you connected the control device (eg.: motor) #define controlfeedname2 "controlfeed2" //feed name used for display in the developer.paasmer.co #define controlpin2 4 //modify with the pin number which you connected the control device (eg.: fan) #define timePeriod 15000 //change the time delay as you required for sending sensor values to paasmer cloud

Compile the code and generate output file.

$ sudo make

Run the code using the command below.

$ sudo ./subscribe_publish_sample

The device would now be connected to the Paasmer IoT Platfrom and publishing sensor values are specified intervals.

Support

The support forum is hosted on the GitHub, issues can be identified by users and the Team from Paasmer would be taking up requstes and resolving them. You could also send a mail to support@paasmer.co with the issue details for quick resolution.

[kerlonshutter]

Android ndk dev guide

#ANDROID NDK DEV GUIDE FOR ANDROID#

#ANDROID NDK DEV GUIDE ANDROID#

#ANDROID NDK DEV GUIDE SOFTWARE#

#ANDROID NDK DEV GUIDE SERIES#

WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. For further into the future, see the NDK Roadmap. For what we're working on, see the milestones.

#ANDROID NDK DEV GUIDE ANDROID#

Unless required by applicable law or agreed to in writing, softwareĭistributed under the License is distributed on an "AS IS" BASIS, WITHOUT Android Native Development Kit (NDK) The NDK allows Android application developers to include native code in their Android application packages, compiled as JNI shared libraries. Use this file except in compliance with the License. The ASF licenses thisįile to you under the Apache License, Version 2.0 (the "License") you may not See the NOTICE file distributed with this work forĪdditional information regarding copyright ownership.

#ANDROID NDK DEV GUIDE SOFTWARE#

Licensed to the Apache Software Foundation (ASF) under one or more contributor LicenseĬopyright 2015 The Android Open Source Project, Inc.

#ANDROID NDK DEV GUIDE FOR ANDROID#

Please see CONTRIBUTING.md for more details. Cloud Anchors developer guide for Android NDK (C) On this page Prerequisites Enable the ARCore API Authorize your app to call the ARCore Cloud Anchor API Host a Cloud Anchor Check the mapping. Submitting a pull request through GitHub. Patches and new samples are encouraged, and may be submitted by forking this project and If you've found an error in these samples, please file an issue. On Command Line/Terminal: make sure set up ANDROID_HOME and ANDROID_NDK_HOME to local installation of SDK and NDK, then go to individual sample dir, and use "gradlew assembleDebug".With Android Studio: use "Import Project(Eclipse ADT, Gradle, etc)" or "File" > "Import Project" option.Some are documented at Android Studio page��or samples using Android.mk build system with ndk-build see the android-mk branch.Google Play Game Samples with Android Studio.Note that gradle-experimental does not work with unified headers yet: use NDK version up to r15 and Android Studio up to version 2.3 for gradle-experimental plugin, refer to directory other-builds/experimental.for ndk-build with Android Studio, refer to directory other-builds/ndkbuild.Samples could also be built with other build systems: These samples uses the new CMake Android plugin with C++ support. Describe the DragonBoard™ 410c peripherals, I/O expansion capabilities, Compute (CPU and Graphics) capabilities, and Connectivity capabilities.This repository contains Android NDK samples with Android Studio C++ integration. Create, compile and run a Hello World program.ĥ. Install Android 5.1 (Lollipop) and Linux based on Ubuntu.Ĥ. In Module 7, will give you a general introduction and brief overview of Android Studios Native Development Kit (NDK). Make use of git, adb and fastboot to flash multiple OS and repair bricked boards.ģ. Configure at least one integrated development environment (IDE) for developing software.Ģ. You are an entrepreneur, innovator or member of a DIY communityĪfter completing this course, you will be able to:ġ.You want to pivot your career towards the design and development of Internet of Things enabled products.You want to develop hands-on experience with mobile technologies and the Internet.This course is suitable for a broad range of learners.

#ANDROID NDK DEV GUIDE SERIES#

This is the first in a series of courses where you will learn both the theory and get the hands-on development practice needed to prototype Internet of Things products. We will use the DragonBoard™ 410c single board computer (SBC). Do you want to develop skills to prototype mobile-enabled products using state-of-the-art technologies? In this course you will build a hardware and software development environment to guide your journey through the Internet of Things specialization courses.

[larisachen]

Android SDK instructions on Orange Pi Zero2

Daily tutorial : [Android SDK instructions on Orange Pi Zero2] Click and get method of from following link: https://drive.google.com/file/d/1SQ8F05Itq0B5Pzw78NiDvlwNm-06kCPq/view?usp=sharing… #OrangepiZero2 #SBC #Android10 #Ubuntu #Debian #AllWinner #H616

[decoderstech]

Canada based I-SYST inc has designed a tiny nRF52840 module about the size of a fingernail. BLYST840 module fully leverages the capability of Nordic Semi’s wireless microcontroller with Bluetooth 5.2, Thread, and Zigbee connectivity, and exposes 46 I/Os. BLYST840 specifications: Wireless MCU – Nordic Semiconductor nRF52840 Arm Cortex-M4F microcontroller @ 64 MHz with 1 MB flash, 256 KB RAM Connectivity Bluetooth 5.2 up to 2 Mbps, -96 dBm sensitivity for long-range; Up to 111 dB link budget; Bluetooth Mesh IEEE 802.15.4 radio support for Thread & Zigbee NFC-A Built-in ceramic antenna Output power – Adjustable from +8 dBm to -20 dBm 46 I/O pins exposed via pads around the edges of the module including QSPI/SPI/2-wire/I2S/PDM/QDEC Programmable Peripheral Interface (PPI) SPI interface @ 32 MHz Quad SPI interface @ 32 MHz EasyDMA for all digital interfaces USB 2.0 (12 Mbits) 12-bit/200K SPS ADC Security Arm TrustZone Cryptocell 310 128-bit AES/ECB/CCM/AAR co-processor Misc – Built-in 32 MHz & 32.768 MHz crystal Supply Voltage – 1.7 V to 5.5 V via battery or USB power. Dimensions – 14 x 9 x 1.6mm Certifications – FCC, IC & CE The module is programmable with MicroPython, IOsonata open-source multi-architecture multi-platform library for IoT project, as well as Nordic SDKs. You’ll find some documentation and firmware file on SourceForge. - - Source- CNX software - - ➖➖➖➖➖➖➖➖➖➖➖➖ Follow Us On: @decoders8421 Tag Your Friends 👼. Ask any query or doubt in comments. ➖➖➖➖➖➖➖➖➖➖➖➖ - #fpga #atmega #arm #nxp #embedded #iot #developmentboard #rpi #raspberrypi #arduino #arduinouno #raspberrypi3 #tinkercad #tinker #stm32 #esp32 #lorawan #lora #ai #ml #beagleboneai #raspberrypi4 #sbc #cortex #singleboard #singleboardcomputer #iot #zigbee #opencv #raspberrypicamera https://www.instagram.com/p/CBLtnTpHm-Q/?igshid=yket98i0uska

[smashingrobotics]

Polish company Husarion launched CORE2 — its second generation robot hardware controller for rapid prototyping and development. CORE2 is compatible with ROS, relies on an RTOS-based open-source software framework, and can be programmed with free tools either via cloud or offline. The controller is also compatible with other building platforms such as LEGO Mindstorms or Makeblock via optional modules.

CORE2 and CORE2-ROS boards side by side | Image credit: Husarion

CORE2 was showcased earlier this year at the Hannover Messe trade fair, and just like previous generation it is part of Husarion’s robotic development platform which is focused on making robot building more accessible for everyone.

What can Husarion CORE2 do?

CORE2 comes in two flavors. There’s the standalone low-power real-time connected computer with on-board ESP32 WiFi module for energy efficient or cloud-based projects.

Robot Operating System

CORE2-ROS harvests the processing power of an attached single-board computer such as the Raspberry Pi 3 or ASUS Tinker Board, while retaining real-time capabilities. This combo can run an Ubuntu based ROS image and lets you develop more advanced projects such as the ROSbot autonomous robot.

Everything is on-board, this makes things easy primarily because no additional hardware shields or interfaces are required for connecting motors or sensors. There are 4 DC motor ports with integrated H-bridges, 6 servo interfaces, a DC/DC converter for selecting voltage independently for each servo, 42 I/O pins, WiFi and other communication interfaces.

Husarion CORE2 robot controller | Image credit: Husarion

CORE2 is compatible with Arduino libraries — for every sensor or peripheral you want to connect there’s already a library written for it you can use without modifications.

Real-time processing. CORE2 controllers do not use up CPU cycles for high frequency data polling, relying instead on dedicated timers, DMA channels and interrupts, all driven by a RTOS (real-time operating system) and optimized libraries.

CORE2brick is an optional add-on interface and accessory kit for easily connecting LEGO Mindstorms hardware, accepting 4 LEGO motors and 6 LEGO sensors.

CORE2 servo controller module can control up to 12 servos delivering a selectable output voltage of 5-8.6 V, and 4 A maximum current. Each CORE2 or CORE2-ROS accepts up to 4 such servo controllers.

CORE2block is an adapter kit with required electrical connections for the Makeblock platform.

Here you can find several interesting projects made with CORE2 and CORE2-ROS controllers.

And there’s also the programming.

Programming the CORE2 controller

The easiest method to start programming is of course through the online web-based IDE. Simply log into your Husarion Cloud account, and create a script using templates in a few easy steps. Build the generated code and download it to the CORE2 controller.

Husarion cloud IDE workflow

You can also create a web-based control interface with video streaming and WebRTC support in no time. Simply select your project, define access rights and everything will be in place at the generated URL. A secure SSL connection is established between your robot and the cloud.

Program your CORE2 robot offline either by installing the Husarion extension to Visual Studio Code, or simply use the Husarion SDK in any mainstream IDE.

The powerful hFramework open-source real-time library lets you write some pretty advanced code in a very efficient manner.

CORE2 controller board specs

CORE2 controller board features | Image credit: Husarion

Real-time MCU: STM32F4, ARM CORTEX-M4, 168 MHz, 192 kB RAM, 1 MB Flash;

hRPi – expansion port for add-ons depending on version:

CORE2-ROS: optional SBC – either Raspberry Pi 3 (ARMv8, 1.2GHz, 1GB RAM, 16GB Flash) or ASUS Tinker Board (ARMv7-A, 1.8GHz, 2GB RAM, 16GB Flash);

CORE2: included ESP32 based Wi-Fi module;

hMot: 4 DC motor outputs + 4 quadrature encoder inputs 1 A cont./ 2 A max. current per output (2 A/4 A current in parallel);

hServo: 6 servo ports with selectable supply voltage (5-8.6 V) 3 A cont./4.5 A max. current total;

hSens: 6 sensor ports (4xGPIO, ADC/ext. interrupt, I2C/UART, 5 V out);

hExt: Extension port (12xGPIO, 7xADC, SPI, I2C, UART, 2x ext. interrupt);

USB serial port through FTDI chip

USB host with 1 A charging capability

micro SD card slot;

CAN interface with onboard transceiver;

DBG SWD (Serial Wire Debug): STM32F4 debug port;

Supply voltage: 6-16 VDC (built-in overcurrent, overvoltage, and reverse polarity protection).

Let’s take a look at the CORE2 boards and some of their features.

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jh

Nickel-cadmium battery inner structure

Lead-Acid battery inner structure

Sealed (valve regulated) lead-acid battery

Roof of a house plated with solar panels

sss

Solar power system diagram using a focusing collector

Lead-acid battery inner structure

Common Ni-Cd battery

Domestic hot water solar panel

Ni-Fe cell schematics

z

Pipe heated by focusing mirrors

Photovoltaic cell principle of operation

z

za

k

a

zz

s

Navigation scale

Navigation principles

Carnegie Mellon’s Tartan driving around

Triple Axis Accelerometer Breakout – ADXL335

DFRobot ±1.5, 2, 4, and 6g Triple Axis Accelerometer

Phidgets USB 9 DoF

Parallax MMA7455 3-Axis

ADXL321

WiTilt V3.0 Wireless Accelerometer (Photo source )

LilyPad ADXL335 (Photo source robotshop)

Machine Science Sensor / GPS Board (Photo source robotshop)

BMA180 Triple Axis Accelerometer Breakout (Photo source geeetech)

Senix TSPC-21S-232

Grove – Ultrasonic Ranger (Photo source seeedstudio.com)

Parallax PING (Photo source parallax.com)

Maxbotix LV-MaxSonar-EZ1 (Photo source pololu.com)

Devantech SRF01(Photo source robot-electronics.co.uk)

LV-MaxSonar-EZ4 (Photo source maxbotix.com)

Maxbotix XL-MaxSonar-WR1 (Photo source maxbotix.com)

DFRobot URM05 (Photo source dfrobot.com)

Smashing Robotics in Winter

smashing robotics

Smashing Robotics

Image credits: Husarion

Where to buy

There are only a few days to go of the CORE2 campaign. For US $89 you can get the standard CORE2 controller with WiFi.

For US $99 you can buy the CORE2-ROS board and accessory kit for attaching to a SBC. You will need to fork out about $140-160 for a complete CORE2-ROS kit including an SBC of your choice.

Complete robot building kits are also available — the CORE2 telepresence robot kit costs $249, while the complete ROSbot autonomous robot kit will set you back $1,290.

CORE2brick, CORE2block and servo controller optional modules cost $39 and 24 respectively.

Husarion CORE2: advanced robot development made simple Polish company Husarion launched CORE2 -- its second generation robot hardware controller for rapid prototyping and development.

[reve-system]

REVE Systems is a VoIP & IP Communication solutions provider with a leadership position in Mobile VoIP, Mobile OTT, Chat SDK, Session Border Controller, VoIP Softswitch & Billing solutions.

[rosesana]

Seeed SoM - STM32MP157C Integrate Cortex-A7 plus Cortex-M4

The Seeed SoM - STM32MP157C is an SoM of ODYSSEY – STM32MP157C, based on STM32MP157C, which is a dual-core processor integrated by Arm-Cortex-A7 plus Cortex-M4, consists of the MPU, PMIC, RAM, etc.

Key Feature

Dual-core Arm-Cortex-A7 core processor with Cortex-M4 integrated

Open-source hardware/SDK/API/BSP/OS

ODYSSEY – STM32MP157C SoM

4GB eMMC, rich interfaces for development

Description

The Seeed SoM - STM32MP157C is an SoM of ODYSSEY – STM32MP157C, based on STM32MP157C, a dual-core Arm-Cortex-A7 core processor operating at 650Mhz. The processor also integrates an Arm Cortex-M4 coprocessor, which makes it suitable for real-time tasks. The Seeed SoM - STM32MP157C consisted of the MPU, PMIC, RAM, all the necessary interfaces including Gigabytes Ethernet, WiFi/BLE, USB Hosts, MIPI-DSI, DVP for the camera, audio.meanwhile, which can be used to assemble an SBC with a carrier board. With this board, customers can deploy the SoM on their own carrier board easily and quickly.

Specification

MPU: STM32MP157C

32-bit dual-core Arm Cortex-A7

32-bit Arm Cortex-M4 with FPU/MPU

PMU: ST PMIC STPMIC1A

RAM: 512MB DDR3 RAM

Flash: 4GB EMMC

Peripherals: 3 x Board-to-Board 70-Pin Connectors

Size: 38mm x 38mm

Applications

Industrial (CAN-Ethernet gateways etc)

White goods(refrigerators, microwaves etc)

Medical(data loggers etc)

High-end wearables(VR device etc)

Smart Home Devices

https://ift.tt/3b5p9Tu April 10, 2020 at 08:13PM

[reliableembeddedsystems]

[share author='Dr. Roy Schestowitz (罗伊)' profile='https://twitter.com/schestowitz' avatar='https://pbs.twimg.com/profile_images/1175656218205065216/djhZlovP.jpg' posted='2020-01-18 20:01:06' link='https://twitter.com/schestowitz/status/1218624374548418560']Pumpkin SBCs feature new #MediaTek SoCs and mainline #Linux / #Android SDK linuxgizmos.com/pumpkin-sbcs-f… #yocto

[electronicomponentsaccessories]

قريبًا - Snapdragon 660 على أساس Inforce 6560 SBC

قريبًا من Inforce هو جهاز كمبيوتر ذو لوحة واحدة يستند إلى نظام Qualcomm ® Snapdragon 660 ™. سيتم توفير Inforce 6560 ™ SBC في عامل شكل pico-iTX القياسي دون المساس بالوصول المباشر إلى مجموعة واسعة من I / Os بما في ذلك USB-C مع إمكانية عرض UltraHD. يمكن أن تكون هذه المنصة بديلاً عن Inforce 6540 SBC وترقية من Inforce 6410P SBC التي وصلت إلى نهاية عمرها الافتراضي. من المعروف أن مجموعة Qualcomm ® Snapdragon ™ من SoCs توفر أنظمة قادرة على تشفير وفك تشفير عالي الجودة و AR / VR غامرة وأمان. يدمج Snapdragon 660 SoC وحدة المعالجة المركزية Kryo ™ 260 ، وحدة معالجة الرسومات Adreno ™ 512 ، Hexagon ™ 680 DSP ومعالجة إشارات صور الكاميرا Spectra ™ 160 (ISP). تقوم كوالكوم بنقل وحدة المعالجة المركزية Kryo المخصصة الخاصة بها إلى مستوى 600 للمرة الأولى في Snapdragon 660 SoC وتستخدم عملية التصنيع FinFET بحجم 14 نانومتر لتحقيق تبديد طاقة نشط أقل وأداء أسرع. وحدة المعالجة المركزية المخصصة Kryo 64 بت هي مزيج من أربعة نوى متوافقة مع ARM V-8 (مجموعة الأداء) وأربعة نوى متوافقة مع ARM V-8 (مجموعة الكفاءة). توفر بنية Adreno GPU المصممة خصيصًا رسومات عالية الدقة مع تقديم المعالجة المشتركة للأغراض العامة (GPGPU) لاستهلاك منخفض للطاقة بشكل استثنائي. تدعم وحدة معالجة الرسومات GPU واجهات برمجة التطبيقات لحسابها بما في ذلك معايير OpenGL ES 3.2 و OpenCL 2.0 و Vulkan. يعمل Vulkan على تقليل الحمل الزائد للسائق وتمكين الأداء متعدد الخيوط. تتيح وحدة ISP لكاميرا Qualcomm Spectra المكونة من 14 بتًا إمكانية تشفير الأجهزة في دقة UltraHD (4K) بدقة HEVC وغيرها من معايير ضغط الفيديو. يشتمل Hexagon ™ 680 DSP على Hxagon Vector eXtensions (HVX) المصممة لدعم أطر التعلم العميقة للتعلم الآلي ومعالجة الصور. قامت شركة Inforce Computing بتقديم أربعة أجيال من حلول الحوسبة المدمجة التي تستند إلى Snapdragon SoC بالشراكة مع شركة Qualcomm. استمرارًا لخريطة الطريق القوية للمنتج ، تجمع أحدث SBC من Inforce بين بنية الأجهزة Snapdragon 660 الممتازة وحلول البرامج المحلية الفعالة لتوفير نظام تشفير / فك تشفير 4K كامل. يعمل موصل USB-C الموجود على جهاز SBC هذا على بروتوكول USB 3.1 ويمكن أن يدعم شاشة UltraHD عبر بروتوكول DisplayPort. هذا يسمح للمرء بالاتصال بجهاز DisplayPort أو MHL أو HDMI الأصلي وتشغيله باستخدام المهايئ والكابلات المناسبين! تعمل واجهة USB-C على تبسيط الاتصال وزيادة الموثوقية من خلال موصل قابل للانعكاس متماثل. يتم تمكين العرض المتزامن المزدوج للمحتوى المستقل من البرنامج بواسطة Inforce ، وتكون قرارات WQXGA @ 60Hz + UltraHD @ 30Hz ممكنة. سيكون لدى Inforce 6560 SBC ثلاثة موصلات كاميرا MIPI-CSI تدعم 4 مسارات لكل منها. كل من هذه الواجهات يمكن أن تدعم ما يصل إلى 24MP كاميرا واحدة أو 16MP كاميرا مزدوجة. إمكانية تشفير المتزامنة المزدوجة ممكنة مع برنامج من Inforce. يمكّن Inforce منش��ي المنتجات من تنفيذ شبكات عصبية عميقة على هذا الجهاز من خلال برنامج Qualcomm Snapdragon لتسريع وقت تشغيل SDK. يمكن إلغاء تحميل حسابات وحدة المعالجة المركزية المتعلقة بالوسائط في الوقت الحقيقي ومعالجة المستشعر إلى Hexagon DSP. لتمكين هذا التحميل ، يسمح برنامج Inforce باستخدام Hexagon SDK الذي يتيح آلية RPC (FastRPC) بين نظام التشغيل و Hexagon DSP. توفر هذه القدرات الحسابية غير المتجانسة لمنصة Inforce 6560 لأصحاب المنتجات الأدوات اللازمة لترحيل المعلومات الاستخبارية بسهولة من السحابة إلى الحافة. كما تتيح مرونة تفريغ المهام عبر مختلف النوى فرصًا كبيرة لتحليلات الصوت والفيديو والاستشعار ، والتي يمكن استخدامها عبر الكاميرات المتصلة والمحاور المنزلية والطائرات بدون طيار / الروبوتات و XR وكذلك إنترنت الأشياء والمدن الذكية. يقوم مهندسونا حاليًا باختبار جهاز Android Oreo BSP لهذا المنتج الجديد. سوف تبدأ الطلبات المسبقة قريبًا. ت��قبوا المزيد من التفاصيل حول هذا المنتج المثير!

[hodldrgn-blog]

New Post has been published on https://cryptomoonity.com/stellar-build-challenge-7-the-results/

Stellar Build Challenge #7 – the Results

The 7th Stellar Build Challenge has officially concluded! This has been a very exciting challenge to follow and for good reason. If you recall, we wanted to bring the spirit of ‘community’ and collaboration back to the Build Challenge and set some specific challenge goals for Build Challenge 7. We weren’t disappointed. This challenge saw over 100 submissions and great community feedback across various channels. Developers were keen to implement feedback given by users, and users weren’t shying away from providing it!

Out of 107 submissions, 53 will receive an award. A total of 1.62M lumens will be awarded across the SBC winners, finalists, semi-finalists, honorable mention and participation categories. In addition, 1.9M lumens will be awarded through the new support initiative – encouraging growth and development for projects and applications that are cornerstones of the ecosystem. We will also be awarding lumens to community members who have provided exceptional feedback and support during this round of SBC.

The overall winners below will receive rewards of 150,000 XLM each (with the dotnet-stellar-sdk contributors splitting their reward). Finalists will receive 125,000 XLM, semi-finalists will receive 70,000 XLM and honorable mentions will receive 35,000 XLM. Many other participant submissions will receive smaller awards for their efforts. We’ve also reworked our KYC process to expedite the distribution process. Award winners will receive communication from us in the next few weeks with details on how to claim awards along with project feedback from SDF. More details will also be provided shortly regarding support program awards.

Thank you to everyone who provided feedback, support, and thoughtful discussions surrounding the build challenge. Without further adieu, let’s dive into the results!

The Overall Winners

StellarGuard

Galactic Talk announcement Category: Application / Security

StellarGuard has not only grown substantially in its features, but also in adoption. Many popular Stellar applications now support StellarGuard’s authentication services and the list continues to grow. StellarGuard has also been released to the open-source community under the MIT License.

Project Summary: StellarGuard provides enhanced security to any Stellar account by adding an additional multisig signer, using 2FA to authorize transactions.

dotnet-stellar-sdk contributions

Galactic Talk announcement Category: Library/SDK/Framework Open-Source Contributions

Elucidsoft’s dotnet-stellar-sdk has become one of the most popular Stellar SDKs and continues to grow through dedicated commits and contributions from the community. This round, Kirbyrawr added significant improvements towards the library’s documentation/examples and also submitted several other contributions, including ports and bug fixes. Elucidsoft also continued to grow the library by adding additional features, as well as releasing version 2.0 of the SDK.

Finalists

Building your own Venmo With Stellar

Galactic Talk announcement Category: Tutorial / Documentation

Clocking in at nearly 9,000 words this tutorial is an incredibly detailed and well-designed step-by-step walkthrough of building a product similar to the popular payments platform Venmo. It’s also a great guide for setting up an anchor on the network. It begins explaining the major concepts needed to start the project and intuitively expands on these concepts in each chapter. The tutorial is full of source references, code snippets, examples, and designed in a way that helps the reader actually learn by doing.

Project Summary: This tutorial shows people how to create a product similar to Venmo using Stellar, hiding the implementation details from the final user.

stellar-rust-sdk

Galactic Talk announcement Category: Library/SDK/Framework

Notably several contributors to this project worked and consulted with other SDKs written in Rust, and they built a robust project from the ground up to make an accessible library for interacting with Stellar and Horizon for Rust users. We’re excited to see where this project goes, and would like to continue to see it foster community support.

Project Summary: We are building an SDK for Stellar written in Rust. All get routes implemented and are paired with a working CLI

Nucleo.fi

Galactic Talk announcement Category: Social Trading

Nucleo.fi is a feature-rich social trading application with payment support. It has an easy-to-navigate user experience and customizable profiles for users. A social rich application with trading leaderboards, user feeds, following functionality – it’s a great example of how the SDEX can be gamified. As an added bonus, Nucleo.fi also incorporates security standards, including 2FA and Ledger support.

Project Summary: Nucleo.fi provides social identity on the Stellar Network. It is a social trading web app coupled with peer-to-peer payments.

BlockEq

Galactic Talk announcement Category: Application / Wallet

BlockEq has made many improvements since SBC6 and has taken user feedback into consideration in a major way. BlockEq is a security-focused mobile application that also helped to open the door to Stellar applications on the Apple AppStore.

Project Summary: BlockEq is a fast,cheap, and easy to use secure wallet / exchange for Stellar

Semi-Finalists

These projects exhibited strong collaboration, deep development, and/or met the challenge goals.

StellarPay

Category: Application / Payment Processing GalacticTalk Announcement

Project Summary: “StellarPay is a project that aims to enable merchants and individuals to make & receive payments on the Stellar network.”

Scala-stellar-sdk

Category: Library/API/Framework GalacticTalk Announcement

Project Summary: “This is an SDK for performing Stellar operations via Scala. It provides the ability to access the Stellar network via Horizon instances to build and submit transactions, query the state of the network and stream updates.”

StellarExpert ID

Category: Library/API/Framework GalacticTalk Announcement

Project Summary: “StellarExpertID is a Single-Sign-On key management solution and secure tx signer.”

NodeStar

Category: Quorum Explorer GalacticTalk Announcement

Project Summary: “iOS and web app that helps you visualize the validators and their quorum sets”

Quorum Explorer

Category: Quorum Explorer GalacticTalk Announcement

Project Summary: “Quorum explorer helps admins make informed decisions on node configuration and helps developers connect to SCP”

Strader

Category: Social Trading GalacticTalk Announcement

Project Summary: “strader is an all-in-one social trading, asset research, and portfolio management app”

GalacticBot

Category: Trade Bot Maker GalacticTalk Announcement

Project Summary: “GalacticBot is an open source bot library for the Stellar network that can trade while you’re away”

Honorable Mentions

Projects with strong fundamentals and work, that could grow quickly with more adoption, feedback, user-experience, or support

Stellar Fox

Category: Application Galactic Talk Announcement

Project Summary: “Fuse traditional banking experience and Stellar protocol into a new type of entity that empowers typical user to function as their own bank.”

Swinvoice

Category: Application GalacticTalk Announcement

Project Summary: “Swinvoice is an invoicing application powered by Stellar that makes it easy for users to create and send invoices to clients and confirm received payments.”

Elm lang SDK

Category: Library/API/Framework GalacticTalk Announcement

Project Summary: “SDK for the Elm programming Language, as well as a Clone of the official Laboratory written in Elm.”

Mister Ticot’s Application Collective

(Cosmic Link, Stellar Authenticator, js-stellar-oc-multi-sig, js-stellar-ledger-wallet)

Category: Application/Library/Framework/Security/Collective

Project Summary: “A collective of tools and applications on the Stellar Network that includes transaction signing, signature sharing, and security protocols”.

Community Feedback Contributors

by username

Dzham, Paulselden, misterticot, Bkolobara, Jeffditullio, Tinco, Umbrel, Jem, Tim, Orbit.lens, Unsinkamoto, KirbyRawr, ItsSonic, Jilles Van Gurp, Fracek, Pantheon

In addition to the twenty winners, finalists, semi-finalists, and honorable mentions listed above, there were 33 other submissions that deserved at least some award from SDF. You can view the complete list of these participants here.

Congratulations!

The post Stellar Build Challenge #7 – the Results appeared first on Stellar.

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[akashs123]

Hardware Encryption Market Research Depth Study with Opportunity Assessment for the Period of 2018-2023

Market Scenario:

Hardware encryption is a technology that encrypts the data stored on a hard drive using sophisticated mathematical functions. Data on an encrypted hard drive cannot be read by anyone who does not have access to the appropriate key or password. This can help prevent access to data by unauthorized entities and provides a layer of security against hackers and other online threats. The concept of hard-drive encryption is simple enough. When a file is written to the drive, it is automatically encrypted by specialized software. When a file is read from the drive, the software automatically decrypts it while leaving all other data on the drive encrypted. The encryption and decryption processes are transparent to all common applications such as word processors, databases, spreadsheets or imaging programs.

Increasing complexity & volume of data breaches and reduced cost of encryption are major drivers boosting the growth of Hardware Encryption Market. In addition, several advantages offered by hardware encryption in comparison with software encryption technology and the rising need of regulatory framework are some of the other factors estimated to accelerate the growth of the overall market in the near future.

In August 2017, Spyrus Inc. announced the development of a secure environment for Security in a Box ® Secure Storage SDK with FIPS 140-2 Level 3 encrypted storage devices. SPYRUS storage products meet the needs of securing mission critical end points and data collection devices in the Internet of Things (IoT). Other uses are mission data storage for UAVs, wearable and in-vehicle cameras, power grids, homeland security and much more.

The global hardware encryption market is expected to grow at 22% CAGR through the forecast period.

Get Sample of Report @ https://www.marketresearchfuture.com/sample_request/4857

Key Players

Some of the key players in the market are Micron Technology Inc. (U.S.), Samsung Electronics (South Korea), Toshiba Corporation (Japan), Western Digital Corporation (U.S.), Seagate Technology PLC (Ireland), Kingston Technology Corp. (U.S.), Micron Technology Inc. (U.S.), Kanguru Solutions (U.S.), Maxim Integrated Products, Inc. (U.S.), NetApp (U.S.), Win Magic Inc. (U.S.), Thales e-security (U.S.).

Segmentation:

The global Hardware Encryption Market is segmented as architecture, algorithm & standard, product, application and end users. Hardware data encryption covers a wide area of applications such as BFSI, automotive, military & aerospace, healthcare etc. In the area of automotive, Symantec Corporation, a leader in software services, designed software for automotive security. It protects critical modules including Engine Control Units (ECU), Body Control Modules (BCM), In Vehicle Infotainment (IVI), and gateway chips protecting the CAN bus from modems and Single Board Computers (SBC) such as the IVI all requiring additional protection. Symantec Critical System Protection is built on proven technology already protecting countless daily financial transactions in core back-end systems of the world’s largest financial services providers, and is “embedded” in countless ATMs.

The North America is having the largest share of the hardware encryption market during the forecast period. This region is home to many established hardware encryption manufacturing companies. The hardware encryption market in APAC is expected to grow at a high rate during the forecast period. The primary reason behind this market growth is the expansion of IT and telecommunication network in China, Thailand, Malaysia, South Korea, India, and other developing countries in APAC.

The market for hardware encryption is segmented into architecture, algorithm and standard, product, application and vertical. The architecture is further segmented in to application specific integrated circuits (ASIC), Field programmable gate arrays (FPGA). On the basis of algorithm and standard, the segment is further divided in to Rivest – Shamir –Adleman (RSA) Algorithm, Advanced encryption standard, secure hash algorithm, digital signature algorithm, data encryption standard and elliptic curve cryptography. On the basis of product the segment is further classified in to external hard disk drives, inline network encryptors, internal hard disk drives, solid state drives, flash drives. The segment application is further divided in to automotive & transportation, BFSI, consumer electronics, healthcare, IT & telecom, military and aerospace. On basis of end user the segment is further divided in to commercial, industrial, residential and government agencies.

By Architecture

Application specific integrated circuits (ASIC)

Field programmable gate arrays (FPGA)

By Algorithm & Standard

Rivest- Shamir-Adleman (RSA) Algorithm

Advanced Encryption Standard (AES)

Secure Hash Algorithm (SHA)

Digital Signature Algorithm (DSA)

Data Encryption Standard (DES)

Elliptic Curve Cryptography (ECC)

By Product

External Hard Disk Drives

Inline Network Encryptors

Internal Hard Disk Drives

Solid-State Drives

USB Flash Drives

By Application

Automotive

BFSI

IT & Telecom

Military & Aerospace

Healthcare

Others

By End users

Commercial

Residential

Industrial

Government Agencies

By Region

North America

Europe

Asia Pacific

Rest of the world

Get complete Report @ https://www.marketresearchfuture.com/reports/hardware-encryption-market-4857

Intended Audience

Banking

Hardware Manufacturers

Testing

R&D

TABLE OF CONTENTS

LIST OF TABLES

Table 1World Population By Major Regions (2017 To 2030)

Table 2 Global VR Software Market: By Region, 2017-2023

Table 3 North America VR Software Market: By Country, 2017-2023

Table 4 Europe VR Software Market: By Country, 2017-2023

Table 5 Asia-Pacific VR Software Market: By Country, 2017-2023

Table 6 Middle East & Africa VR Software Market: By Country, 2017-2023

Table 7 Latin America VR Software Market: By Country, 2017-2023

Table 8 Global VR Software By Architecture Market: By Regions, 2017-2023

Table 9 North America VR Software By Architecture Market: By Country, 2017-2023

Table10 Europe VR Software By Architecture Market: By Country, 2017-2023

Table11 Asia-Pacific VR Software By Architecture Market: By Country, 2017-2023

Table12 Middle East & Africa VR Software By Architecture Market: By Country, 2017-2023

Table13 Latin America VR Software By Architecture Market: By Country, 2017-2023

Table14 Global VR Software By Product Market: By Regions, 2017-2023

Table15 North America VR Software By Product Market: By Country, 2017-2023

Table16 Europe VR Software By Product Market: By Country, 2017-2023

Table17 Asia-Pacific VR Software By Product Market: By Country, 2017-2023

Table18 Middle East & Africa VR Software By Product Market: By Country, 2017-2023

Table19 Latin America VR Software By Product Market: By Country, 2017-2023

Continued…

About Us:

At Market Research Future (MRFR), we enable our customers to unravel the complexity of various industries through our Cooked Research Report (CRR), Half-Cooked Research Reports (HCRR), Raw Research Reports (3R), Continuous-Feed Research (CFR), and Market Research & Consulting Services.

Media Contact:

Market Research Future

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+1 646 845 9312

Email: sales@marketresearchfuture.com

[larisachen]

Orange Pi 4 is yet another Rockchip RK3399 SBC with 4GB RAM, while Orange Pi 4B adds Gyrfalcon Lightspeeur 2801A AI Accelerator.

The company has now launched the board on both Aliexpress and their newly opened Amazon store with three options:

Orange Pi 4 with no eMMC flash – $56.90

Orange Pi 4 with 16GB eMMC flash – $64.90

Orange Pi 4B with 16GB eMMC flash, Gyrfalcon NPU – $80.99

Buy Orange Pi 4 / 4B

Quick reminder of Orange Pi 4/4B specifications:

SoC – Rockchip K3399 hexa-core big.LITTLE processor with two Arm Cortex A72 cores, four Cortex A53 cores, and an ARM Mali-T860 MP4 GPU with support for OpenGL ES 1.1 to 3.1 support, OpenVG1.1, OpenCL and DX 11

System Memory – 4 GB LPDDR4

Storage – Optional 16 GB eMMC flash, micro SD card

NPU (Orange Pi 4B only) – Gyrfalcon Lightspeeur SPR2801S NPU delivering up to 2.8TOPS @ 300mW, 5.6 TOPS @ 100 MHz (peak performance)

Video Output/Display Interface

HDMI 2.0 up to 4K @ 60 Hz

LCD connector for MIPI DSI display

USB-C port with DisplayPort Alternate mode

Video Decode – 4K VP9 and 10-bit H.265 video codec support up to 60 fps

Audio – 3.5mm audio jack for headphones; HDMI digital audio output; built-in microphone; ALC5651 codec

Connectivity – Gigabit Ethernet port (via RTL8211E transceiver), dual-band 802.11ac 2×2 MIMO WiFi and Bluetooth 5.0 (Ampak AP6256 module)

USB

Orange Pi 4 – 1x USB 3.0 port, 2x USB 2.0 host ports, 1x USB 3.0 type C port

Orange Pi 4B – 2x USB 2.0 host ports, 1x USB 3.0 type C port

Camera – 2x camera headers

Debugging – 3-pin serial header

Expansion

40-pin GPIO 2.54mm pitch female header with 2x I2C, 1x SPI/UART, 8x GPIO, etc…

24-pin connector for PCIe signals

Power Supply

5V/3A via DC jack

5V via type C port

RK808 PMU

Dimensions – 91 x 56 mm

The company will provide Android 8.1, Ubuntu 16.04/18.04, and Debian 9 for the board, but at the time of writing the information has yet to be posted on their Download page. Gyrfalcon Lightspeeur SPR2801S NPU on Orange Pi 4B should be using the same SDK as Orange Pi AI Stick Lite USB neural compute stick since it’s connected to one of Rockchip RK3399 processor’s USB 3.0 interfaces.

The price of Orange Pi 4B is really impressive, as last year you’d have to pay about the same price just with the USB stick. Orange Pi 4 is also good value as at $49.90 it’s the cheapest Rockchip RK3399 board with 4GB RAM.

For comparison, FriendlyELEC NanoPi M4 is $50 but with only 2GB RAM, while Pine64 RockPro64 starts at $59.99 with 2GB RAM. Both are available with 4GB but at around $80.

[paasmer-blog]

How to use the ION-TOR SDK

Srinidhi Murthy

First Up, What is this TOR Network? TOR or The Onion Router funnels all the data traffic from the device to its end user or master update servers via a Tor-Kind connection, instead of using the public Internet.

The software is run to turn on a Tor configuration, which, in a simplified explanation, sets up a special Onion site on the device. Remote users who want to access the IoT device will need to know the Onion link to the software first, which will then relay the connection to the actual IoT device, working as a proxy. The advantages of using such a system are palpable, for both users and IoT vendors, who might be interested in embedding such technology into their devices by default.

First off, there’s no need to complicate software development with setting up complex SSL/TLS certificates for supporting HTTPS connections, since all Tor connections are encrypted by default, with several layers of encryption (Onion protocol).

Secondly, users don’t need to uselessly open firewall ports or use VPNs to access their IoT devices.

Here’s a simple illustration of how a traditional TOR network Works.Overview

The ION-TOR SDK provides the ability to connect your things or Devices to the Internet and the ability to control them across a TOR Network via a TOR Browser.

The ION-TOR SDK for Single Board Computers (SBC) like Raspberry-PI, Intel Edison, and Beagle Bone is a collection of source files that enables you to connect to the ION-TOR service. It includes the tor libraries to connect to TOR network. It is distributed in the application form and intended to be built into customer solution along with other libraries. The below Image represents how ION-TOR works.

Features

The ION-TOR-SDK simplifies access to the TOR network and automatically configures an .onion DNS name along with a hidden service for accessing a UI on a TOR browser. The SDK installs all necessary software and creates a simple web UI through which sensor data can be viewed and actuators controlled. The SDK has been tested to work on the Raspberry Pi 3 running Raspbian Jessie. Support for Other SBC's running any flavors of Linux would be available shortly.

Installation Installation of the ION-TOR SDK is a matter of a few simple steps and viola! You are ready to control and read sensor information from anywhere in the across a TOR network. The TOR SDK can be installed from the GitHub location. Following the steps in the installation guide (Readme file) will complete the installation.

Installation includes the following modules.

HostAPD: to provide an access point for Wireless sensors to connect.

LAMP Serve: Facilitate the being up of the UI on the SBC.

TOR Installation : Configures Hidden service and provides the “dot onion” DNS address.

Configuration files need to be edited to give proper names to Sensors and Actuators

Running the given script enables the data gathering from sensors after configures interval and is stored in the DB.

Tor Client Access Setup

The TOR Browser allows you to access your PAASMER-ION-TOR instance over Tor from your laptop or mobile device, using Tor Browser

A Hidden Service Authentication credentials must be added to the TOR browser to allow the access of the Hidden Service configured on the SBC. Once connected to the "dot onion" site, you are presented with a graphical representation of your sensor data and Actuator control. This Sensor data being displayed is live data and you can turn on and Off Actuators.

The ION-TOR SDK can be used to create Proof of Concept projects that can be later developed into fully fledged modules. There are many more features that can be added as a part of customization for specific requirements.

The ION-TOR SDK provides a completely anonymous way of accessing your devices, things, sensors and it protects the users and the devices from attacks like DOS, Bot-nets etc.

All connections will go through the Tor hidden network, and nobody will know to what you’re connecting. It could be your IoT baby cam at home or a drug marketplace. It’s anyone’s guess.

Scanning Tor-protected IoT devices are technically impossible. This means no more searching for vulnerable IoT devices via Shodan and blindly stumbling upon vulnerable equipment.

Please feel free to contact us at the support@paasmer.co for any information or customization.

[mobodexter]

Build Your IoT Solution using PAASMER SDK

Srinidhi Murthy

An IOT device is a hardware that connects with various sensors in the enterprises or industries, collects data, preprocess, send them to cloud hosted IOT platform or an IOT application for further analysis and interpretation to present them for decision making or feed them for process efficiency and production improvement. The IOT devices should be developed with the support for IOT communication standards to communicate with different kinds of sensors in the industry and IOT devices should be communicating with each other.

An industry who wants to implement the IOT solution in their company may need to develop different kinds of IOT devices to collect data from various sensors from various locations. It is a time consuming for any IOT solution provider or IOT device developers to develop a new IOT device/solution quickly with support for various kinds of connectivity standards from the scratch.

Once the devices are developed and deployed, the IOT solution should provide a management console to view their devices, the sensors connected to devices and the data collected from them in an easily understandable format. The user who has the authority to manage the IOT devices to view the data and control the devices should be provided with easy to use user interfaces in web UI or smartphone Apps to control the devices. Developing such a management console from the scratch is time-consuming.

An IOT development platform with software development kits to provide APIs to develop IOT devices using commonly used open source IOT hardware can enable IOT solution developers, IOT device developers, and IOT consultants to quickly develop and implement IOT solutions with different kinds of IOT devices.

The IOT platform can also provide a management console to manage all the IOT devices, sensors and their data presented in a user editable formats with control options. The platform can be hosted in in-premises and(or) in the cloud and can connect with the various IOT applications analytical and management applications. This can enable developers to develop value-added IOT solutions quickly.

The software development kits provided in IOT development platform can also provide APIs to quickly develop security layer of IOT solution like TOR and Blockchain.

PAASMER SDK It enables you to do Design, Connect and Analyze your data using PAASMER’s IOT platform.

Design: PAASMER’s SDK allows you to connect any sensors to existing IOT boards in the market like Raspberry Pi, Node MCU, and many other IOT boards. The PAASMER platform is hardware agnostic. The trial build will provide support for connecting sensors to RPi and Node MCU and supports languages like C and Python.

Connect: PAASMER SDK enables easy connectivity of your IOT devices to PAASMER cloud. The SDK allows communication of all the IOT devices with the PAASMER cloud. It works with all the popular platforms and supports multiple communication protocols. The trial version will support the Wi-Fi method of communication using MQTT protocol and RESTFUL APIs. The SDK allows managing all the devices connected to the PAASMER platform.

Analyze: The PAASMER Developer Login enables the users to Analyze the data that is being sent from the devices and draw a meaningful conclusion out of it. There is also an option for Manual control of sensors based on inputs received.

Overview of PAASMER IOT platform

SDK: The PAASMER SDK for Embedded C, Python and ESP Open RTOS is a collection of source files that enables you to connect to the PAASMER IOT Platform. It includes the transport client for MQTT with TLS support. It is distributed in source form and intended to be built into customer firmware along with application code, other libraries, and RTOS.

Features: The SDK’s simplifies access to the Pub/Sub functionality of the PAASMER IOT broker via MQTT. The SDK has been tested to work on the Raspberry Pi 3 running Raspbian Jessie and NodeMCU / Adafruit Huzzah. Support for Other SBC's running any flavors of Linux would be available shortly. The SBC-SDK provides functionality to create and maintain a mutually authenticated TLS connection over which it runs MQTT. This connection is used for any further publish operations and allow for subscribing to MQTT topics which will call a configurable callback function when these topics are received. More information is available about the SDK’s at https://github.com/PAASMERIOT/

Developer Login: The PAASMER Developer Login provides the ability for the User to register, Login, View devices, sensor data and the ability to send control messages to the Edge hardware.

Features: The PAASMER developer Login is available at http://developers.paasmer.co. Here the user can register for the free trial and upon verification of the credentials is allowed to Login.

After login, the user is directed to the various available SDK’s that he can download and edit the same to enable his devices to be connected to the PAASMER IOT platform.

Once the SDK’s are downloaded onto the devices and his credentials entered and the program is running, the device is connected the PAASMER IOT platform and starts sending sensor information.

This sensor information is available on the PAASMER Developer Login for viewing and base on the sensor information the User can take actions using the control feeds to control actuators.

[reliableembeddedsystems]

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