Revolutionize Your Amazon eCommerce Store with IoT, 5G Networks, and Green Tech Supply Chain Innovations
Running an Amazon eCommerce store can offer significant advantages, such as access to a global marketplace of consumers drawn to the well-known brand. However, simply having a connection to Amazon doesn’t guarantee success. Many business owners have found that an Amazon storefront is not enough to protect against external threats. This is evidenced by the struggles that many eCommerce businesses still face years after the pandemic first impacted the economy. To safeguard your business, it’s important to adopt tools and strategies that enable you to run operations in a way that appeals to consumers and encourages repeat engagement.
While many eCommerce businesses focus on marketing campaigns to generate a good reputation, it’s the logistical elements that truly impact customers’ experiences with online shopping. Implementing technologies that streamline the journey from production to the consumer’s hands can be crucial to your success.
The Internet of Things
Whether your Amazon eCommerce store is small or large, it is crucial to maintain efficient operations. Reducing areas of wastage and lapsed productivity in the supply chain can make a significant difference to your bottom line. The internet of things (IoT) offers increasing opportunities for stores to improve operations and mitigate losses.
The IoT is a connected system of devices that collect data and influence supply chain functions directly or through recommendations to human collaborators. Currently, the IoT is invaluable for Amazon eCommerce stores in supporting inventory management throughout the supply chain.
Sensors on each product mean that devices in the production line, warehouse, and shipping system provide real-time data on the location and condition of inventory. This enables sellers and consumers to see where items are at any given time. The IoT data can connect to artificial intelligence (AI)-driven inventory management software to make more agile decisions about restocking or warehouse layouts.
In warehouses, sensors connected to smart devices can automatically control the temperature and other ambient conditions of the space. This is particularly important when supplying perishable or sensitive goods. The use of devices onboard vehicles to monitor item conditions during delivery can prevent potential issues by allowing drivers to make necessary adjustments to the storage compartment.
This is how Amazon eCommerce stores can benefit significantly from IoT technologies in improving supply chain operations and achieving more significant financial gains.
Some of the most important innovations in supply chain technology are not just limited to devices or software. The infrastructure of technological systems is just as important. Currently, the 5th generation of network connectivity is being introduced in a growing number of areas. It’s becoming apparent how essential it could be to the supply chain as it’s incorporated into eCommerce fields.
The main impact of 5G on the supply chain is its potential for reducing disruptions. Its low latency and greater bandwidth capacity ensure that devices and software platforms remain connected to each other while maintaining high-speed connections. This is critical for supply chains that depend on data transfer technology, such as the aforementioned IoT devices, to operate at their maximum capacity.
In addition, 5G is invaluable for maintaining communication systems between supply chain partners. It enables lag-free video, audio, or text contact between businesses, which can be especially helpful in high network traffic areas where previous network generations would experience disrupted connections. Logistics managers can track route conditions and provide immediate journey adjustments to drivers to mitigate delivery issues. Moreover, 5G can also be vital for customer service, as more eCommerce businesses are relying on chatbots as initial contact points that require fast data transfers to be most effective.
The importance of eCommerce stores committing to eco-friendly operations is becoming increasingly evident. Not only are there ethical obligations to minimize the impact of climate change and protect local ecosystems, but there is also a commercial imperative to consider. More and more consumers are basing their purchasing decisions on a company’s environmental practices. Using green supply chain technology and promoting it through marketing efforts can significantly benefit your Amazon store.
To start, energy-efficient practices using smart technology can help reduce resource consumption during operations. Connecting production and inventory equipment to smart utility management applications can ensure that minimal resources are utilized. Additionally, utilizing smart lighting and HVAC systems is essential for ensuring that these elements only operate when necessary. These tools can be programmed to automatically shut off lighting and temperature controls when unoccupied spaces are detected.
The adoption of renewable energy in the supply chain is also increasing. Specifically, solar power is transforming the industry. With more affordable and reliable solar technology available, more companies can install solar panels on their premises. This not only reduces utility expenses but also reduces the environmental impact of traditional energy sources. In the future, solar panels may even be used to power vehicles. This could benefit your Amazon eCommerce store by enabling greener and more cost-effective last-mile deliveries.
Learn more about Amazon’s Climate Pledge Friendly Program with this helpful guide.
Regardless of the size of your Amazon eCommerce store, utilizing effective supply chain technology can have a positive impact. Incorporating devices in the Internet of Things (IoT) can enhance inventory management and ensure the quality of perishable products. Implementing 5G networks can provide a stable infrastructure to build your operations on. Investing in eco-friendly technology such as solar panels and energy-efficient tools can reduce costs and enhance your brand reputation. With an effective supply chain being crucial to the growth of your business, utilizing the right technology can give you a competitive advantage.


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2 satellites or more just tens of metres apart, sharing a payload and together constituting an instrument with much greater capability than a single satellite could provide. Such is the tantalizing prospect that formation flying offers for space science. CNES is today taking a major step in this direction through its commitment to the highly innovative Swedish PRISMA1 programme.


2021: "I'm not buying an electric car ... too unreliable when it comes to charging"
Lightyear One: "hold my beer!"
Hi there, today I'm covering a cool startup I discovered thanks to a reader of my newsletter.
The startup is Lightyear One.
Lightyear One is Dutch startup building a solar-powered EV (electric vehicle) that can drive for months without charging.
The startup has developed and patented several new technologies that make the Lightyear One the most efficient & aerodynamic 5-seater car in the entire world!
The vehicle is covered in solar cells that recharge the vehicle on the go while reducing at the minimum the charging frequency needed to drive the car on long distances.
To give you an idea, a single charge allows Lightyear One to drive for 700+ km while consuming the lowest emission possible.
Basically you can go from London to Bern in Switzerland without having to stop at a charging station not even a single time!
Pretty impressive no?
I did a bit of research and discovered the startup is currently raising funds.
Minimum investment size of €250,000 to be transferred before the 31st Jan 2022!
Me: "I think I'll pass onto this one!"
Written by Giacomo Bottoli


The mention of NASA (National Aeronautics and Space Administration) usually conjures images of space shuttles, rockets and satellites. After all, that is what the space agency is best known for doing. This year, however, NASA is staying home.
This year NASA will be sending scientists on plenty of cool expeditions, it’s just that the trips will be a little closer to home. At least, they will still be on planet Earth. Still, some of the planned trips will take scientists to some pretty far-flung places, like the Greenland ice sheet and the South Pacific coral reefs.
NASA scientists will be studying how the planet is changing and ways in which humans may be triggering those changes. At least eight major earth-bound studies are planned for this year. Scientists hope to combine knowledge gained from studying the planet from space with knowledge gained from closer inspection. Putting these two perspectives together can provide a more comprehensive picture of any changes that are happening on the planet.
The Greenland project will be studying how the warming ocean is melting the ice sheet from the bottom. This project will use a combination of air surveillance (but not in a space ship) and temperature measurements of the ocean near the ice sheet.
An air quality study planned for Korea will be done in partnership with the Korean government. The goal of this study is to improve the ability to monitor air pollution from space.
One study will look at plankton blooms in the ocean, while another will research the tundra and forests of Canada and Alaska to see what role climate is playing in wildfires, permafrost thawing, wildlife migrations, and even insect populations. Yet another study will track carbon particle movement above the eastern U.S.


Why does my Zoom connection keep dropping?
My sister called me the other day and asked in total exasperation, "Why do I keep getting dropped on my Zoom calls? I have great wireless!"
"Have you tried connecting directly to the router?" I asked.
"My laptop doesn't have an ethernet port."
Aha! Mystery solved. She needs a USB Ethernet Adapter. It plugs into your USB port, giving you not only an Ethernet port, but three extra USB ports as well.
There's also one that connects to a USB C port:
Then get yourself an ethernet cable long enough to reach comfortably from your computer to your router:
And you're good to go! You now have a hard-wired connection that's 10x faster and more reliable! If you want to see before and after results, just Google "speed test" and follow the instructions. You can do the speed test first with your wireless, and then with your new ethernet connection to see the difference.


A GPU is short for ‘Graphics Processing Unit.’ As it sounds, these cards were originally created to generate and accelerate images on various electronic devices. While graphics cards are necessary even for the visual representation of any computing task, higher-quality GPUs with greater processing capacities were generally produced for the gaming industry, with more and more powerful units being produced to keep up with the ever-evolving quality of newer games.
Due to their high processing capacity, miners realized that GPUs make great cryptocurrency mining tools. They are capable of hashing at higher rates than a normal CPUs, which brought about the first great leap in Bitcoin mining difficulty. GPUs are versatile; they can be used to mine on chains with different algorithm types and they are also easier to re-sell because they can be used for purposes other than mining. This gives GPUs certain advantages over ASICs.Nevertheless, the general consensus within the gaming community is that increased GPU demand for mining purposes made gaming rigs much more expensive. The price of GPUs has skyrocketed with the advent of cryptocurrency mining. Although the prices are finally starting to decrease, much to the joy of serious gamers.
Manufacturers are aware that GPUs might be used for mining and have tried to alter their design to cater to miners. Despite the high hashing capacity of GPUs, their design cannot beat specialized ASICs in terms of sheer computing power. Therefore, miners who wish to stick with GPUs generally set up mining rigs comprising multiple GPUs for mining purposes, rather than attempting to mine with a single unit.
It is also important to realize that although GPUs are far more affordable and widely available than ASIC miners, GPUs are designed to supplement existing infrastructures, and so cannot operate unless attached to an existing computer. GPU rigs also need enough RAM and SSD to function optimally. They are also more difficult to configure for mining than ASICs, as that is not what they are designed to do.
A GPU rig is a method of setting up and connecting multiple GPUs to increase the overall processing capacity, and therefore hashing-power on a specially-built CPU. This is done by attaching multiple GPUs to the CPU’s motherboard that should have no built-in graphics card. Enough RAM, SSD and relevant wires and a stable support-structure complete with a cooling system are also necessary to build an effective rig. Most rigs are DIY, and so require some technical know-how. There are however several YouTube videos on the subject, in addition to pre-built rigs available for purchase, such as the Shark Mini and PandaMiner B5 plus.


science, code, and open source.
The sciwork is a community for researchers and engineers to share and discuss
computer code for scientific, numerical, and engineering work. We believe in
the power of openness, and use open source as a means to advance software
development for computational sciences.
As information technology blending in every aspect of human activities,
proficient use of programming languages is a prerequisite for conducting most
research and engineering work. As the practitioners observed, the work evolved
into a hierarchy of skills that take years to acquire. We need a thorough
understanding of the problem to solve as well as the mastery of computer
programming to deliver reliable solution. It is overly challenging since
either of both is already complicated. Sciwork would like to get involved in
the global effort to solve the issue of code development entangling with
science and engineering.
Our activities include but are not limited to coding sprints,
hands-on tutorials, and technical talks and conferences (ex, sciwork 2023), on-line or off-line.
You are welcome to join us!


Artificial Intelligence (AI) has come a long way since the term was coined way back in 1955. Fast forward to the present day, AI has become an integral part of our daily lives and the financial services industry relies on AI to stay one step ahead of the curve.
In this article, we will take a look at how artificial intelligence is changing the financial services industry and shaping the future for financial institutions.
What is Artificial Intelligence?
In essence, Artificial Intelligence is a broad branch of computer science that uses algorithms and technologies to enable computers and machines to emulate or recreate the capabilities of the human mind.
Adoption and Impact of Artificial Intelligence
A recent Global AI in Financial Services Survey research published by the Cambridge Centre for Alternative Finance (CCAF) in January 2020, revealed that a majority (85%) of the financial institutions are currently using some forms of artificial intelligence with Risk Management (56%) being one of the most common area of usage followed by generation of new revenue (52%). The most common use case for financial institutions is leveraging AI technologies to enhance their existing products.
With such a high adoption rate of AI within the financial services industry, financial institutions are expecting AI to become a significant business driver in the near future and opting to adopt the use of AI to attain cost and operation efficiency through automation.
Artificial Intelligence for Your Financial Institution
Many financial institutions are looking to implement artificial intelligence into their credit decision process as it provides a faster and more accurate assessment of a potential borrower. There are many options out there but not all solutions are created equal.
Quantum AI Loan Decision Engine
Quantum AI, Fern Software’s latest core agnostic Loan Decision Engine powered by Salesforce Einstein AI technologies that can rapidly and accurately determine loan decisions for any financial institution. It utilises the financial institutions customer loan portfolio book and supporting financial services inputs from Open Banking & Credit Referencing Agencies (CRAs) to determine loan decisions efficiently and effectively.
Unlike traditional credit scoring system, Quantum AI executes multiple decision flows to identify trends and patterns based on historical data and loan parameters such as loan amount, loan type, the financial institutions’ “risk appetite” to accurately generate loan predictions within seconds after a loan application is submitted with a 92.7% prediction accuracy rate.
It helps financial institutions distinguish between high default risk applicants and credit-worthy applicants.
Besides making better-informed and data backed decisions, the adoption of a flexible and scalable platform and a decoupled technology architecture could result in raising loan volumes by 100%, while reducing operational costs by 80%.
The Implications Artificial Intelligence and Beyond
The financial services industry has always adapted to the changing market climate and technology innovations to serve their customers. From the introduction of ATMs in the 1960s, card-based payments in the 1970s, the wide adoption of 24/7, mobile-based banking in the 2000s to the recent COVID-19 pandemic.
The financial services industry as a whole is now moving rapidly toward the adoption of artificial intelligence and the laggards are risked being left behind.
Kickstart Your Digital Transformation
It is time to start your digital transformation into an Artificial Intelligence powered, 100% digital lending platform.
Learn more about how Quantum AI can help your financial institution streamline your loan workflow and improve operational efficiency here.


I installed the Leopard 10.5.2 update today and tonight my computer started wigging out. It happened when I was copying files from a USB thumb drive, but continued after I ejected it and quit all applications. I got a screen shot of it which tells me my graphics card is not on the fritz and my computer is not overheating (because it was software related). Today I installed the newest build of parallels (5584), the newest build of webkit, and the 10.5.2 Leopard update, so it’s hard to tell what caused it.
The apps I had running were:
MOTU Audio monitor
I have no idea what caused it. Anyone else experiencing this?
Immediately after you install the 10.5.2 update, if you run software update again, you get an option to install the Leopard Graphics Update 1.0. Whether or not this fixes this problem time will tell.


The miuzei raspberry pi c64 case includes raspberry pi 4 black/blue case, cooling fan (35*35mm), 4 aluminum heat sinks, 4 rubber feet, screwdriver for the case. The package does not include the raspberry pi 4 model b board. The acrylic raspberry pi 4 case wo n’t block the signal for on – board wireless networking and bluetooth. Our RaspberryPi Essentials kit contains a top of the range RaspberryPi 4 and all the essentials you need to make it work. Perfect for setting up a media server, for retro gaming emulation or even to use as a desktop machine. The included RaspberryPi 4 has a faster quad-core CPU, support for dual displays at up to 4K resolution, Gigabit. Feb 21, 2021 · Connect the Pico Pi to your Raspberry Pi/PC/Mac via USB. Let go of BOOTSEL button. Transfer the MicroPython UF2 file using drag & drop. On our Raspberry Pi Model B we now open a terminal and enter the following: sudo apt install minicom. Then we just connect to the Pico: minicom -o -D /dev/ttyACM0.. "/>.
However, the RP2040 chip found on the RaspberryPiPico struck him as the perfect way to emulate the. Jan 05, 2022 · Designed to use a bare minimum of components, this compact creation packs a keyboard, joystick input, microSD slot, and a VGA output.
couldn t connect to any of the configured elasticsearch hosts connection refused
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Built-in Keyboard; The RaspberryPi 400 is an all new form factor from RaspberryPi. It features all the power of a RaspberryPi 4 model B built into a keyboard.On the back, 3 full size USB ports allow you to connect mice, cameras, and other peripherals. A 2x40 header breaks out all the pins present on a standard RaspberryPi 4 model B.
Enable SSH and I2C. Connect Pi to the monitor, keyboard, and mouse. Start Pi and then sign into RaspberryPi OS by using pi as the user name and raspberry as the password. Click the Raspberry icon > Preferences > RaspberryPi Configuration. On the Interfaces tab, set SSH and I2C to Enable, and then click OK. Interface.
To enlarge your Raspbian image, follow these steps on your Ubuntu machine: Create a copy of your existing image: $ cp <your-raspbian-jessie>.img rasbian.img. Run this command to resize your copy: $ qemu-img resize raspbian.img +6G. Now start the original raspbian with enlarged image as second hard drive:. A RaspberryPiPico with header pins soldered on. An 830 point breadboard or similar. 5 x 440Ω resistors. 5 x 220Ω resistors. 1 x 110Ω resistor. Breadboard jumper cables. Ideally an RCA socket, or some way to connect to the composite in on your TV. Note that the resistor values are approximate. I ended up using 470Ω, 220Ω and 100Ω. The RaspberryPi Foundation is a UK company limited by guarantee and a charity registered in England and Wales with number 1129409. The RaspberryPi Foundation Group includes CoderDojo Foundation (Irish registered charity 20812), RaspberryPi Foundation North America, Inc (a 501(c)(3) nonprofit), and RaspberryPi Educational Services Private.
Radio Controlled Tank ⭐ 1. This repository includes the code and hardware design to create a small tank-type vehicle controlled using a RaspberryPiPico and comunicated by Bluetooth 2.0. The code have been programmed in MicroPython. most recent commit 18 days ago. 1 - 100 of 133 projects. The LilyGO T-Display RP2040 is a development board similar to the RaspberryPiPico, not for nothing is it based on the RaspberryPiPico RP2040 . Of course, this time there is an important difference and that is that it includes a screen with a resolution of 240 x 135 pixels as standard. Right, the resolution of the small panel built into this. Posts : 14,624 Windows 10 IoT Thread Starter. 13 Feb 2022 #731. I had to do some trickery to run the two displays. The Pico only has 256 Kbytes of Ram. The display buffer uses. display_buffer = bytearray (width * height * 2) # 2-bytes per pixel (RGB565) That's 320 x 240 x 2 = 153,600 bytes for the Display pack 2.
A RaspberryPiPico with header pins soldered on. An 830 point breadboard or similar. 5 x 440Ω resistors. 5 x 220Ω resistors. 1 x 110Ω resistor. Breadboard jumper cables. Ideally an RCA socket, or some way to connect to the composite in on your TV. Note that the resistor values are approximate. I ended up using 470Ω, 220Ω and 100Ω ...
wrap in layers crossword clue. 対象商品: Raspberry Pi Pico. ￥1,045. 最短で6月16日 木曜日のお届け予定です Amazon.co.jpが発送する商品を￥0以上注文
1. RaspBMO. It's BMO from Adventure Time! Packed within is a RaspberryPi single-board computer as its brains, since it's capable of running the RetroPie retro gaming emulation system. For its controls, a Teensy microcontroller has been hooked up to push-button switches on a perfboard.
The sarcasm converter was very inexpensive to make. It relies on two RaspberryPiPico boards that cost $4 USD a piece. Ben S noted that one RaspberryPiPIco board "acts as a USB HID keyboard ...
The RaspberryPi Zero might be coming to old age in terms of electronic components from the Foundation, but it's still a very viable heart of many projects. Its small stature and full 40-pin GPIO set make it more than enough to run as a headless (no screen) device that you can connect to via SSH to make any needed changes once it is embedded ...


Welcome to the radmon.org shop!
Here you will find some external detectors suitable for use with RadLog and pyradmon. radmon.org is an open system, so you can take and submit readings with any compatible hardware, e.g a kit from one of the geiger kit suppliers, a compatible commercial geiger counter, a homebrew geiger counter, any geiger counter with the audio method or one of the following units.
The radmon.org radbox-20The radbox-20 is a weatherproof external radiation background monitoring device. It contains an SBM-20 tube, sensitive to gamma radiation and hard beta particles. It is designed to be mounted on a surface outdoors, e.g in the eves or on a wall of your house. It is fed with a single 5mm diameter high quality cable that is 10m in length. This should be ample to lead through a window or other cable outlet to your PC, single board computer or other homebrew device. The radbox-20 is powered from a USB connector and the pulses are detected by plugging the 3.5mm jack into an audio or microphone input. The typical configuration is to just plug the unit into your PC via the USB and microphone or line in connectors. Windows is supported via RadLog, see the download page. Linux is supported by pyradmon.
There are two styles to choose from:
Funky - the yellow and black graphical decoration
No graphics - no label at all
The LED and internal sounder for detections can be enabled and disabled. The case is sealed with a rubber gasket and rubber washers for the case screws and the cable entry gland and LED are sealed with rubber washers.
Here is the install location for my prototype unit, it is at standing working height for easy access. The higher the unit is, the better.
There are a few different options to consider when buying the radbox-20:
All radbox-20 versions sold out. More parts coming soon. Please let me know on the forum if you are interested.


MICRO-PRO CONTROLLER BOARD (ONLY). Did a lightening strike, power surge or some other issue damage your control box? Does your unit have any of these following symptoms? Runs but has lost speed control, lost all power, one of the switches does not work. If so replacing this board should resolve the issue. It is easy to install this part yourself in 5-minutes or less. The board is accessed by removing the 5-screws on the base of the control box. Then gently remove the cover. Next locate the three snap on wire connections and make of note the original location marked on the board (i.e. "VR", "LED" etc.). Replace the old board with the new board. Reconnect the three snap on wire connections to locations with the same location marking on board (i.e. "VR", "LED" etc.). Recent boards may look slightly different but connections are the same. Replacement original equipment control board only for Mastercarver brand Champion Control boxes with (blue control box) sold after Sept 2011. Installation instructions are included.
793805 MICRO-PRO CONTROL BOARD (ONLY)


September 11, 2019
In this class we will go over what a microcontroller is and specifically look at how to use the Arduino microcontroller. We will wire up an Arduino to a breadboarded circuit and learn how to write code for the Arduino to control the circuit. We will also be looking at some of these electrical components in more detail and learn how to read a components data sheet to better understand the voltage and current that it can handle.
- Blinking an LED with the Arduino using digital write output code. Git ➔
- Use a button to send digital inputs to the Arduino. Git ➔
- Use a potentiometer variable resistor (knob) to send analog values to the Arduino to in turn change the brightness of an LED. Git ➔
- Use another variable resistor (light sensor, pressure sensor, stretch sensor, etc.) as an alternative to the potentiometer. Git ➔
In Class Assignment/Homework
Review the labs that were covered in class this week, and come up with a simple yet creative application using digital or analog input and output. Post your experiments to your blog. Include videos and images.


RSG’s software engineering team has decades of collective experience in software design and development. We draw from multiple development methodologies and industry best practices to consistently deliver solutions on time and within budget. Our work spans small desktop applications, large enterprise software, web portals, and mobile solutions. We are comfortable working in both open-source and licensed development environments and have expertise across a wide range of technology domains, including scientific computing, user interfaces and visualization, data collection and analytics, database design and implementation, client/server systems, process control and automation, and GIS systems.
With funding from FHWA, RSG worked with the UVM’s Transportation Research Center to design and construct a customized ESRI ArcGIS software extension that calculatedRead More
A major auto components manufacturer wanted to introduce a successful product from one geographic market into another where it was a relative unknown. TheyRead More
The Travel Model Improvement Program (TMIP) is a program within the FHWA Office of Planning that conducts research, provides technical assistance, and delivers trainingRead More


Acer Aspire 5 Amd Ryzen 3 Laptop
The Acer Aspire 5 AMD Ryzen 3 is another great laptop choice for computer science students. This is a little different than the Ryzen 5 that we looked at already, but there are enough differences that they deserve separate reviews.
The Ryzen 3 notebook has a 15.6 inches full HD widescreen display. The resolution is 1920 x 1080. It is an LED backlit IPS display as well with AMD Radeon Vega 3 mobile graphics. The keyboard itself also is backlit. It is a light laptop, coming in at 3.97 pounds. It has a pretty thin bezel, so you will have more space to work with.
Looking at its battery, you will get 7.5 hours of battery life, so it should easily be able to handle you being in class. It comes with a USB 3.1 gen 1 port and two USB 2.0 ports for connectivity. It also as a 10/100/1000 Gigabit Ethernet port, if you wanted to plug it into your modem or router directly. There is also a spot to hook up an HDMI cable. It does not have a USB-C port, however.
The performance of the Ryzen 3 should work well for students. It comes with Windows 10 in S mode, making it a nice notebook for doing class work on. You can always put it in standard Windows 10, of course. Its maximum supply wattage is 65.
Why Learn Computer Science Before Learning To Code
The truth is: Computer Science isnt sexy.
If you want to learn how to code as quickly as possible, understanding what happens inside your computer might sound too technical and even boring. You just want to get started with your first online coding course and create something awesome asap!
And hey, thats perfectly normal. I felt the same way when I first started to teach myself to code.
But heres the deal:
Understanding Computer Science fundamentals will help you become a better developer in the future.
Think of it like this:
- Coding is all about making computer do what you want.
- Computer Science basics help you know what your computer is capable of.
- When you know how computers work, you can write better code and more efficient programs.
And you dont have to dive too deep into the world of computer science. You simply want to understand the basics so you have a good idea of whats happening inside a computer when your programs are running.
If youre still on the fence, let me walk you through a few good reasons to take time to learn Computer Science fundamentals when you are new to tech.
Best Computer Science Schools In California
College Factual reviewed 44 schools in California to determine which ones were the best for degree seekers in the field of computer science. When you put them all together, these colleges and universities awarded 11,932 degrees in computer science during the 2019-2020 academic year.
Jump to one of the following sections:
Don’t Miss: How Do You Apply For College Financial Aid
Popular Computer Science Courses
Specific masters in computer science curricula and types of required classes vary by school. Computer science majors usually focus on advanced theory and practice of computer science. Topics include artificial intelligence, algorithms, machine learning, and software architecture and design. Most programs require core, elective/concentration, and thesis/project courses. Below, we describe typical masters in computer science classes.
- Machine Learning
- Master’s Project
University Of California Irvine
Tuition: $60,696School Profile
Brown University is new to our 2020 list of the best computer science degree programs. The top-ranked university currently declared by U.S. News & World Report to be the 25th best computer science school in the nation offers both a Bachelor of Science and a Bachelor of Arts in Computer Science. An honors track is also available. Over the course of the degree, students will:
- learn fundamental concepts of software architecture
- master the uses of data structures and algorithms
- acquire a depth of knowledge in at least one specialized area of computer science.
Don’t Miss: Trade School Vs College Pros And Cons
What Should A Computer Science Student Look For In A Laptop
Specifications are always dependent on the kind of program you are in, the type of classes you take and so on. You do not want to be in a position where you have to go to the library and use one of their computers. At the same time you want to get a machine that is durable and is going to last you for a good while. With all this new tech coming out, you really do not need to keep switching your machine. Ideally, you want to get something solid that will stand the test of time and get you through your program without causing any issues.
We are going to go over a few things below that you should look out for when choosing a laptop. Remember that this list is not exhaustive, but it will give you a pretty good idea of what you should aim for in your next machine
Computer science students primarily run Windows OS computers and most of the times also have Linux installed as dual boot. If you do not want to install the Linux as a standalone OS, you can also choose to run it from within your Windows environment. Some people may choose to go with Macs and that is also fine if it is what you prefer. Macs are built with technical people in mind! However, since you are going to be in a diverse school environment you may run into issues if your professor asks you to run a program that may only be Windows based. There are definitely ways to work around that and a simple Google search will have you up and running in less than fifteen minutes.
Can You Teach Yourself Computer Science Online
Computer Science online courses are obviously much more affordable than the tuition fees for a 4-year degree. But theyre also more hands-on, meaning youll apply what youve learned to real-life projects from the get-go.
Even though you cant go into as much detail as with a college degree, you can still learn everything you need to know to become a better programmer.
Of course, Id be lying if I told you that online courses could replace an entire college degree. They are two entirely different things.
But if you want to learn how to code to become a full-time developer or start freelancing to make money from coding, using online resources is perfectly OK.
Don’t Miss: Easiest Colleges To Get A Degree From
University Of California At Davis
UC Davis is ranked No. 17 among top US public universities for the best undergraduate engineering programs by US News. The school puts on a company day, where potential employers can come recruit UC Davis students, and other career events. It even has a separate recruiting event for Apple engineers.
Paradigms Of Computer Science
A number of computer scientists have argued for the distinction of three separate paradigms in computer science. Peter Wegner argued that those paradigms are science, technology, and mathematics.Peter Denning‘s working group argued that they are theory, abstraction , and design. Amnon H. Eden described them as the “rationalist paradigm” , the “technocratic paradigm” , and the “scientific paradigm” .Computer science focuses on methods involved in design, specification, programming, verification, implementation and testing of human-made computing systems.
Don’t Miss: How Much Does It Cost To Go To Berkeley College
University Of California At San Diego
San Diego, California
The engineering school at UC San Diego ranks 14th in the US and 18th in the world, according to the 2014 Academic Rankings of World Universities. The school specializes in a number of interdisciplinary initiatives, including contextual robotics, makerspace and design, and global entrepreneurism.
Popular Questions About Computer Science Degrees
Carnegie Mellon, MIT, and UC Berkeley are popular options, but which computer science program is “the best” varies by specialization and student need.
Yes, a computer science college’s prestige can affect your job search experience. However, so long as you earn your degree from a regionally accredited school, you will likely find fulfilling employment in a computer science field.
Sometimes. Most computer science careers only require a bachelor’s degree, but some employers prefer candidates with master’s degrees. An online master’s in computer science can also prepare you for postgraduate research or executive-level careers.
Matthew Sweeney received his Bachelor of Arts in English with a specialization in English literature from Portland State. His writings on music and culture have appeared in the publications Eleven PDX Magazine and Secret Decoder. In his free time he enjoys reading, cinema, hiking, and cooking.
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So Which Laptop To Buy For College
True, there are ever more choices on the market today, and slogging through them can be daunting. No worries, though: We did the work for you. Scroll or swipe down to check out the hottest laptops to grace the dorm room, college classroom, and campus quad for this school year.
For more general factors to look for when shopping, check out our overall top laptop picks, as well as our favorite budget notebooks. And for more shopping advice for school, visit our Back-to-School Tech Guide.
Be Computer Science Engineering
BE is a bachelors in engineering which is basic computer Science engineering. BE and B. Tech course files are similar to the subject material and the course is about engineering.
There are many universities that provide BE in engineering rather than B. Tech basic computer Science engineering. These universities are all over India and even abroad. In India, some of the famous universities are in Bombay, Madras, Pune, Jaipur, Delhi, and so on.
The only minor difference between BE and B. Tech in terms of study is that B. Tech is all about the practical knowledge of the course whereas B.E, is about the theoretical knowledge which is useful for developing electronic devices, equipment, etc.
It is a 4 year undergraduate engineering program which is a degree course. It is a course which basically teaches about the algorithms, computation, programming languages, programme design, computer hardware, computer software etc.
Subjects taught in the BE computer Science engineering are Operating System, Design and Analysis of Algorithm, Programming Languages, Microprocessor, Computer Software, Database Management System, Mobile Communications, Cryptography and Network Security, Performance Evaluation, etc. one can pursue the course only after completing its 10+2 with Science as the main subject.
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Diploma In Computer Science Engineering
The aspirant who has done 10+2 from Science can go for a Diploma in Computer Science Engineering. It is a job-oriented course that understands your problems and becomes pocket friendly. A diploma in Computer Science Engineering also brings up an opportunity for pursuing B.Tech lateral Entry programs that will take your career to the pinnacle. It is worthy to do a Diploma in Computer Science Engineering.
The University Of Texas At Dallas
The University of Texas at Dallas prepares students for a career in computer science with its Bachelor of Science degree in Computer Science. Students start by learning basic programming skills and data structures and operating structures. They then take intermediate level courses in these areas before their collegiate experience culminates in a project-based course. Students can also take classes centered on topics like digital systems design, computer networks, virtual reality, human-computer interaction, and others. UT Dallas also offers students the opportunity to take part in the Fast Track program, accelerating their completion of a Master of Science in Computer Science. The program also has connections with companies like State Farm, Lockheed Martin, AT& T, Samsung, Intel, and IBM, and many students intern or find jobs in these places. This 124 credit hour program is also accredited by the Computing Accreditation Commission of ABET.
Net Price: $10,036
Net Price: $18,629
Net Price: $14,845
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University Of Southern California
Los Angeles, CA
- Tuition: $60,446/year
- Delivery Format: Classroom
The USC Viterbi School of Engineerings Ming Hsieh Department of Electrical and Computer Engineering offers a BS in electrical and computer engineering and a BS in computer engineering and computer science. Both degrees are accredited by the Accreditation Board for Engineering and Technology.
The computer engineering and computer science BS requires classes like introduction to algorithms and theory of computing, distributed systems for the Internet of things, computer systems organization, and introduction to programming.
USCs accelerated progressive degree program lets students earn a bachelors and masters degree in just five years. Exceptional undergraduates start taking graduate credits senior year and qualify for a reduced-credit masters.
Best Colleges For Computer Science
The CS major is exploding at colleges and universities across the United States and gaining admission at a top school is highly competitive. The computer science explosion extends even beyond the higher education world as more and more public, k-12 systems are requiring that every student learns how to code. These trends are a recognition of the tech-heavy nature of modern industry as well as modern life in general. Attending any of the Best Colleges for Computer Science programs that cracked our list will set graduates up for a rewarding and lucrative tech career.
Click the links below for more information about each college’s computer science program. to read our methodology.
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Top Schools For Computer Science
One of the most popular and lucrative majors for international students is computer science. Ranking inat the third most popular major for international students, many people choose the US for studying computer sciencedue to the many internationally-recognized schools. The top computer science schools in the US are ranked highly dueto a number of factors, including: 1) quality of education, 2) number of active publications and research projects,3) job placement rate of graduates, 4) level of funding available. Studying at these top schools for computerscience allow international students to pursue highly-regarded degrees that will be valued in the workforce whetherin the United States, or back home.
Jobs For Masters In Computer Science Graduates
Masters in computer science graduates pursue a variety of well-paid computer and IT careers.
Because of their advanced knowledge and in-demand technical skills, computer science professionals make substantial salaries. As of May 2019, computer network architects earned a median annual salary of $112,690, and computer and information research scientists garnered a median of $122,840 annually. On the even higher end, computer and information systems managers earned a median annual salary of $146,360.
Below we describe potential career paths for graduates, including typical job duties, salary and career outlook, and why a computer science degree is particularly valuable.
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Btech Computer Science Engineering Online Degree/ Courses
B.Tech Computer Science engineering online degrees/courses are the courses which take you to the top-notch in the industry. Btech computer science engineering online degree/courses brings up extra knowledge in a particular topic and enhances your skills. It will expand your horizon and career scope.
There are some top b.tech computer science engineering online degree/courses that make your career extraordinary and some jobs need the knowledge of such courses. Some of the courses are mentioned below:-
Know More B. Tech For Working Professionals
Georgia Institute Of Technology
- Estimated price with average grant: $17,700
- Average student debt: $23,750
- Early career earnings for computer science majors: $77,700
Georgia Tech was the second institution in the country to develop a college dedicated solely to the study of computing. The universitys College of Computing consists of three divisions: the school of computational science and engineering, the school of interactive computing, and the school of computer science. Georgia Tech offers a technologically-focused education no surprise there that promotes hands-on learning. Students are expected to apply their knowledge in the real world through strategic partnership programs. Some of the partner companies students get the chance to work with are Nvidia, Accenture, Ford and IBM.
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What’s The Best Operating System For Computer Science Students
The question of operating systems is an old one and everyone seems to have an opinion. When looking at Mac vs. Windows, you will first need to remember that Mac OS come with MacBooks while Windows 10 will be easier found in other makes.
The Mac OS is a UNIX-based operating system and most computer science courses will be taught in UNIX. Open source software, likewise, is often compatible with UNIX as well. If you do go for a Mac, you can download Windows onto it and it can still act like a PC.
That said, Windows has its advantages as well. Most programs are compatible with Windows and nearly everything is designed with Windows in mind. UNIX is better for developers, but Windows is more compatible in general.
If you would like a Windows machine, you should download a Linux operating system. Linux does not usually come with pre-built computers, but you can run both Windows and Linux and still wind up with a UNIX system. Windows can still be used by developers, it just might take an extra step or two in order to reach that level than it would have with a Mac. It is up to you.
Discover Where To Study With The Qs World University Rankings By Subject : Computer Science And Information Systems
The QS World University Rankings by Subject are based upon academic reputation, employer reputation and research impact .Use the interactive table below to filter the rankings by location, and click on individual universities for more information. Registered users will also be able to use the sites Compare function to see facts and statistics about multiple universities side-by-side.You can also use our Course Matching Tool to identify the right degree for you. Simply answer a few simple questions about your academic record and what matters most to you when choosing a university and well recommend the specific degree programs which suit you best.Interested in other courses besides Computer Science? The QS World University Rankings by Subject 2020 cover 48 different subjects. Click here to see the full list.
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Motion detection in up to 192 locations Night vision infrared within 20m. Huge HDDs ranging from 1TB to 4TB for super-long recording. The 1080P HD camera resolution is superior to the 720P used in DIY home security systems. The UL-Tech CCTV 1080P 4 or 8-channel Wireless CCTV Security System are simply the best home surveillance systems on the market. No need for cumbersome wiring or cords. Plug in, and you're good to go.
Our weatherproof CCTV system uses the most recent security monitoring technology. It is suitable for indoor and outdoor use. High resolution allows you to easily identify facial features, license plates, and clothing patterns. The system has a huge hard drive storage that allows you to view your recordings even from a long time ago. You data will also be protected in case of power outages.
P2P technology is supported by the CCTV System. The 5-in-1 DVR supports video output via VGA or HDMI. You can also access the System remotely via your smartphone or mobile device. If any unauthorised motion is detected, an email will be sent to you. You can set the motion detection to activate the camera only when motion is detected.
*NVR connects to the Internet via wire.
The UL-Tech 1080P Security Camera will be there to keep an eye on your property night and day, even when you aren't home. Get total security and peace of mind by installing one today.
8 Channel 1080P WiFi NVR with 6 Wireless Cameras
Help P2P technology
Wireless connection, plug and play
Video compression with high efficiency H.265
High resolution cameras with built-in IR-cut
Log in to view the app on your phone or computer
Motion detection that can be customized
Instant email alarm
HDMI and VGA outputs
Outdoor and indoor use
Support USB backup and storage
Data protection during power outages
Live viewing of 8 channels via smart phone
Your smart phone can support capture and recording
Support Cloud System for Remote Access/Support HDMI output
It is easy to install
Bonus RRP$199 1TB Hard Drive and USB Mouse
For more information, see the gallery.
6 x 720P Wireless Square Camera
1 x 1080 8CH NVR wIfI
1 x 12V/2A NVR power supply (cable 1.2m).
6 sets x 12V/1A Power Supply (cable 1.2m).
6 sets of x Mounting screws
1 x 1M network cables
1 x USB Mouse
1 x 1TB hard drives
1 x User Manual
Payment & Security
Your payment information is processed securely. We do not store credit card details nor have access to your credit card information.


About this product
The cordless 18V lithium-ion leaf blower with POWERCOMMAND™ gives you the ultimate control to keep driveways, patios, lawns and flower beds clear of debris without the hassle of cords and extension cables. The POWERCOMMAND™ BOOST feature gives you more power when you need it, at the push of a button. Part of the BLACK+DECKER 18V lithium-ion system. One battery system, endless possibilities.
- Efficient design delivers max 209 Km/h to easily clear debris from hard surfaces like patios, decks, pavements, drives and garages.
- 1.7kg lightweight design for improved manoeuvrability and control
- Low noise design allows for quiet operation
- Simply Push the Power Boost button to Clear More Stubborn Debris
- Soft grip handle provides added comfort during use


Apple Inc., formerly Apple Computer, Inc., is an American multinational corporation headquartered in Cupertino, California that designs, develops, and sells consumer electronics, computer software and personal computers. Its best-known hardware products are the Mac line of computers, the iPod music player, the iPhone smartphone, and the iPad tablet computer. Its software includes the OS X and iOS operating systems, the iTunes media browser, the Safari web browser, and the iLife and iWork creativity and production suites. The company was founded on April 1, 1976, and incorporated as Apple Computer, Inc. on January 3, 1977. The word "Computer" was removed from its name on January 9, 2007, reflecting its shifted focus towards consumer electronics after the introduction of the iPhone.
Apple is the world's second-largest information technology company by revenue after Samsung Electronics, and the world's third-largest mobile phone maker after Samsung and Nokia. Fortune magazine named Apple the most admired company in the United States in 2008, and in the world from 2008 to 2012. However, the company has received criticism for its contractors' labor practices, and for Apple's own environmental and business practices.
As of May 2013, Apple maintains 406 retail stores in fourteen countries as well as the online Apple Store and iTunes Store. It is the second-largest publicly traded corporation in the world by market capitalization, with an estimated value of US$414 billion as of January 2013. As of September 29, 2012, the company had 72,800 permanent full-time employees and 3,300 temporary full-time employees worldwide. Its worldwide annual revenue in 2012 totalled $156 billion. In May 2013, Apple had made it to the top ten of the Fortune 500 list of companies for the first time, taking the 6 position, 11 places up from the previous year.
At the Macworld Conference & Expo in January 2007, Steve Jobs introduced the long-anticipated iPhone, a convergence of an Internet-enabled smartphone and iPod. The original iPhone was released on June 29, 2007 for $499 (4 GB) and $599 (8 GB) with an AT&T contract. On February 5, 2008, it was updated to have 16 GB of memory, in addition to the 8 GB and 4 GB models. It combined a 2.5G quad band GSM and EDGE cellular phone with features found in handheld devices, running scaled-down versions of Apple's Mac OS X (dubbed iPhone OS, later renamed iOS), with various Mac OS X applications such as Safari and Mail. It also includes web-based and Dashboard apps such as Google Maps and Weather. The iPhone features a 3.5-inch (89 mm) touchscreen display, Bluetooth, and Wi-Fi (both "b" and "g").
At Worldwide Developers Conference (WWDC) on June 9, 2008, Apple announced the iPhone 3G. It was released on July 11, 2008, with a reduced price of $199 for the 8 GB version, and $299 for the 16 GB version. This version added support for 3G networking and assisted-GPS navigation. The flat silver back and large antenna square of the original model were eliminated in favor of a curved glossy black or white back. Following customer complaints, the previously-recessed headphone jack was changed to a flush jack for compatibility with more styles of headphones. Software capabilities were improved with the release of the App Store, providing applications for download that were compatible with the iPhone. On April 24, 2009, the App Store surpassed one billion downloads. At WWDC on June 8, 2009, Apple announced the iPhone 3GS. It provided an incremental update to the device, including faster internal components, support for faster 3G speeds, video recording capbility, and voice control.
At WWDC on June 7, 2010, Apple announced the iPhone 4, which the company describes as the "biggest leap we've taken" since the original model. It features an all-new design, a 960x640 display, the Apple A4 processor also used in the iPad, a gyroscope for enhanced gaming, 5MP camera with LED flash, front-facing VGA camera and FaceTime video calling. Shortly after its release, reception issues were discovered by consumers, due to the stainless steel band around the edge of the device, which also serves as the phone's cellular signal and Wi-Fi antenna. The issue was corrected by a "Bumper Case" distributed by Apple for free to all owners for a few months. In June 2011, Apple overtook Nokia to become the world's biggest smartphone maker by volume.
On October 4, 2011, Apple unveiled the iPhone 4S, which was released in the United States, Canada, Australia, United Kingdom, France, Germany, and Japan on October 14, 2011, with other countries set to follow later in the year. It features the Apple A5 processor, and is the first model offered by Sprint (joining AT&T and Verizon Wireless as the United States carriers offering iPhone models). On October 19, 2011, Apple announced an agreement with C Spire Wireless to sell the iPhone 4S with that carrier in the near future, marking the first time the iPhone was officially supported on a regional carrier's network. Another notable feature of the iPhone 4S was Siri voice assistant technology, which Apple had acquired in 2010, as well as other features, including an updated 8MP camera with new optics. Apple sold 4 million iPhone 4S phones in the first three days of availability, making it the most successful launch of any mobile phone to date.
On September 12, 2012, Apple introduced the sixth-generation iPhone, the iPhone 5. It added a 4-inch display, 4G LTE connectivity, and the upgraded Apple A6 chip, among several other improvements. Two million iPhones were sold in the first twenty-four hours of pre-ordering and over 5 million handsets were sold in the first 3 days of its launch.


- High Fidelity audio experience like never before: Revolutionary 14.2mm large composite diaphragm is used to make the sound fuller and richer with a more natural feel, restoring more real texture and details.
- Superior Sound On The Go : AAC audio codec technology is supported to improve the audio quality and experience, providing users with clear sounding audio.
- Crystal Clear Calls With Environmental Noise Cancellation : Each earphone is equipped with two built-in high-sensitivity microphones, which use beamforming technology to eliminate the background noise during calls, allowing the other user to hear you clearly, even in noisy environments.
- Enjoy Music Uninterrupted : Mi True Wireless Earphones 2C can go on for up to 5 hours with a single charge. The pocket-sized portable charging case provides up to 20hrs music backup and makes it simple to recharge the device, making it a true powerhouse of music.
MI 2C Bluetooth Truly Wireless In Ear Earbuds With Mic (White)


Delivering essential information to meet agency or company needs
Advanced Infoneering Inc. (AI2) was founded in 2005 to conduct research activities in three primary areas.
- Physiological & Cognitive Measurements
- Graphical User Interfaces
- Live Virtual Constructive (LVC) Environment
This was accomplished by creating and building superior analysis tools and user interfaces and by leveraging knowledge from the science and technology community. This community of partners includes subject matter experts, government entities, fortune 500 companies, and niche technology companies.
Recent work concentrates on the aviation and space arenas with an emphasis on training and simulations. AI2 has access to a complete Live Virtual Constructive environment including laptops, a full scale simulator, an actual jet aircraft, etc.
AI2 also is contineously looking for new applications to utilitize our Artificial Neural Network (ANN) Software Solution Technology called Committe Machine Libruary (CML).
Our focus areas include:
- Improving the quality/fidelity of simulated training for students and how they are evaluated
- Using ANN to more accurately predict outcomes
- Creating training software which continually changes based upon the trainees' input either increasing or decreasing the difficulty in the training scenarios presented
AI2 looks forward to designing systems of the future.


Researchers at the Bristol Robotics Laboratory and the University of Bristol have recently developed a new soft robotic skin-like sensor that is based on fluidic transmission. This sensor, presented at the second IEEE International Conference on Soft Robotics (RoboSoft), could have interesting applications in a variety of fields, ranging from robotics to virtual reality (VR).
This year has seen a record number of nominations for the SPARKies tech and digital awards 2019, and they’ve been some of the highest quality ever seen.
Across 16 award categories, 18 Judges have spent 2 weeks carefully deliberating over some of the most creative and innovative projects, companies, experiences and designs – as well as some of the most dedicated people in the region – all deserving of recognition for the work they’ve done to support and grow the South West tech cluster.
Chris Skidmore MP, Minister of State for Universities, Science, Research and Innovation, toured Bristol Robotics Laboratory (BRL) and the University Enterprise Zone (UEZ) as part of a visit to UWE Bristol.
The minister, MP for Kingswood, met UWE Bristol Vice-Chancellor Professor Steve West and BRL Director Professor Chris Melhuish during the visit earlier today (Fri 22 March).
Continue reading “Universities Minister Tours Enterprise Zone and Robotics Lab on Visit to UWE Bristol”


MIDORIGreen Advance is a safe alternative to the traditional nucleic acid stain ethidium bromide. It is a non-carcinogenic and less mutagenic dye for detecting dsDNA, ssDNA and RNA in agarose gels with a very high sensitivity. MIDORIGreen Advance can utilize with UV light or with our innovative Blue/Green LED technology.
The next generation of in-gel staining
MIDORIGreen Advance is a second-generation non-carcinogenic dye. Optimised for a brighter signal when excited by UV-light or blue/green light. It maintained the advantages, such as being non-carcinogenic and having an excellent noise-to-signal ratio. As seen in Fig. 1MIDORIGreen Advance is even better than ethidium bromide when using the Blue/Green LED technology.
Fig. 1: Comparison of sensitivity between MIDORIGreen Advance (left green) and ethidium Bromide (right red) using a Blue/Green LED Transilluminator.
MIDORIGreen Advance shows a very high sensitivity even for small DNA fragments. The dilution factor of MIDORIGreen Advance can be as high as 1:25000. Hence, 4-6 μl are enough for the staining of 100 ml agarose gel, resulting in ~17 to 25 liters of stained agarose gels.
It is essential for a good replacement of the mutagenic DNA stain ethidium Bromide to deliver strong signals. MIDORIGreen Advance delivers signals with a comparable intensity. Nonetheless, the safety of the user must not be compromised. Hence, several tests were performed with MIDORIGreen Advance and according to those tests, MIDORIGreen Advance is safe.


The company with a small apple is preparing new professional screens that could hit the market next year, which means a major renewal of Apple’s catalogue. According to Bloomberg, one of the biggest products will be the new Pro Display XDR, an update to the model that arrived in December 2019.
These new screens will be powered by an Apple Silicon chip, which means that Tim Cook’s company will repeat the approach we saw with the Studio Display, a screen that uses the A13 Bionic SoC, the same chip used in the iPhone 11, and that presents a six-core CPU and GPU from Apple.quad core.
Unfortunately, we don’t have details and we don’t know exactly how many displays Apple currently has in development, but some feel it’s unlikely we’ll see Studio Display again anytime soon. Nothing is set in stone, but if true, the next generation of Studio Display will arrive in a year, or maybe more.
According to the most reliable sources we have right now, one of the biggest new displays Apple could release in 2023 will have a 27-inch screen and use a small LED panel. It’s not clear which lineup it would fit into, but for this type of board it would clearly be a top of the line model.
Many users have been asking Apple for a long time to develop and market a professional screen at a more affordable price, something that could happen at some point, but at the moment there is no confirmation either. With everything, you can be sure that this cheap screen will reach the market, after all, Apple has already chosen the most affordable products in its almost entire ecosystem of devices (the iPhone SE is the most recent example, and one of the most important).


When we look at a monitor and a LED TV. It seems so similar.
Both are screens one is smaller another is bigger. Both are flat from sideways
This makes us wonder when working on our computer or Laptop.
Why I should have a separate Monitor. I have a big TV at home. I should use my TV in place of Monitor.
Imagine how good it will be to use such a big TV as a screen without hurting our pockets for buying a monitor.
In this post let’s see how to use our LED TV as a computer monitor.
Can I use a TV as computer Monitor ?
Yes, you can use your TV as a computer Monitor unless it is a CRT TV.
For connectivity, you need HDMI or VGA ports.
Modern TVs or even old TVs have various ports like HDMI port, VGA port for connecting TV and computer.
In the case of a desktop PC, it must have HDMI or VGA port.
In the case of a laptop, it must have one of these
- HDMI port
- VGA port
- USB Type-C
If it does not have any of these then you cannot connect your laptop to a TV or even Monitor using wires.
Connect TV to Computer
1. Identify the ports on TV and Computer
Before connecting your TV to your computer
You need to identify the cable which will transfer video/audio from the PC to the TV.
This decision will be based on the ports on both devices.
Lookout for ports like this below on your TV and Laptop
In the case of a TV, you will find its ports behind it or on the sides.
Most probably you will find a VGA port or an HDMI port on it.
If your TV is a newer model then it definitely will have an HDMI port and if it is old then it must have a VGA port.
In the case of a computer or laptop, check the various ports available.
It is certain that you will find a HDMI port or a thunderbolt port or a USB Type-C port on it.
After Identifying the port on both the devices let’s see the cable you will need.
2. Identify the required Cable
2.1 In case of HDMI ports on both devices
If both computer and TV have HDMI ports on it.
Then connecting both devices is pretty easy
You just need an HDMI cable which is pretty cheap.
Nowadays many TVs come with an extra HDMI cable. But if you do not have it
It can transmit both video/audio and does not require an extra cable for audio.
There are many other uses of it like connecting gaming console, set-top box, home theatre, etc.
2.2 In case of other ports
If both the devices have different ports then you will need an adapter with the cable for connecting both
Let’s see the various cases
Both Having VGA Port
In case when both devices have a VGA port, you will need a VGA cable
But this only transmits video
For audio, you will need a separate 3.5mm audio cable also called AUX cable but your TV must have Audio Input as shown in the image below
If it does not have audio input you can use a 3.5mm to RCA adapter
For both the cables one end will go inside the headphone jack of your computer.
Checkout 3.5mm audio cable
Checkout 3.5mm to RCA adapter
Both Having different Ports
If both devices have different ports like computer-HDMI port and TV-VGA port
Then you will need an adapter that makes you connect devices with different ports.
Checkout HDMI to VGA adapter
3. Display Computer screen on the TV
After grabbing the right cable, connect both devices using it.
The PC screen will immediately start to appear on the TV screen.
If it does not, then you need to set the right input for your TV
Go to the settings and change the input to computer input.
You will have to figure this out by trying out different input settings.
This process will differ from TV to TV
For me, the input settings were like this
Selecting PC mode will make my computer display appear on the TV screen.
Audio/Video Not Working
It may happen due to the use of an incorrect adapter or cable.
Or your TV is not using the right input for video.
Do make sure to get the right cable or right adapter based on the ports available on both TV and computer.
And select the right input for TV
You must also know that any cable other than HDMI does not transmit audio signals.
The best solution for audio will be using external speakers and connecting it to the PC.
Displayed Resolution small
If the picture appearing on your TV is smaller
For Windows 10, go to display settings and increase the resolution from there.
If the display appears smaller even after changing the resolution to the highest.
This means your computer graphics does not support your TV resolution
If the resolution is fine but the text appears smaller then increase the size of the text
Why you should not use a TV as Monitor?
TV and Monitor exist for two different things.
If both were to be used for the same things then there would be no two different devices.
TVs are meant for watching movies, shows and is purely for entertainment purpose
While a Monitor is meant for work and productivity. Also, it is best for gaming due to its low response rate
The Screen may appear pixelated
TVs are mostly big in size compared to a monitor or laptop screen.
If your TV resolution is low – 720p and if you use this kind of TV as a monitor.
Then the pictures will appear pixelated and bad.
Watching poor resolution screen from near may also hurt you eyes
If you use your TV as a monitor then while moving the cursor it may appear lagging or trailing.
This is due to the higher response time. To use any TV as a monitor the response time must be very low.
Not good for gaming
If you are trying to play PC games on a TV screen.
This may not give you the best gaming experience.
Higher refresh rate is demanded by gamers.
In the case of a TV, the refresh rate is always lower. So it may not give you the optimum results.
Monitor is the only option for gaming.
High-end TVs are costly
Few TVs which are designed keeping in mind the need of gamers and you.
These are made such that they have a high refresh rate, low response time and other features like G-Sync.
But these are very costly.
If you still want to use a TV as a monitor then keep in mind these factors.


A la rencontre des champs magnétiques et de l'espace... Impressionnant !
"Rosetta s Plasma Consortium (RPC) has uncovered a mysterious ‘song that Comet 67P/Churyumov-Gerasimenko is singing into space. The comet seems to be emitting a ‘song in the form of oscillations in the magnetic field in the comet s environment. It is being sung at 40-50 millihertz, far below human hearing, which typically picks up sound between 20 Hz and 20 kHz. To make the music audible to the human ear, the frequencies have been increased in this recording. This sonification of the RPC-Mag data was compiled by German composer Manuel Senfft (www.tagirijus.de
)." - ESA


We have worked with Mad Catz for several years now, and this time they approached us to create a video that would introduce a new line of products.
The videos would be screened at Gamescom, one of the largest industry events for the computing and gaming industry.
An important factor with this project was that we were to tease at a new line of products, featuring revolutionary wireless charging technology. The products themselves were still in development, so we had to get creative – not a problem.
The concept we created was set within a sort of time-hop, taking the viewer from the dusty past to a super futuristic setting. We then took the audience on a visual journey, showcasing how previous peripherals were connected and their drawbacks.
The 3D motion graphics video builds to reveal the latest in wireless charging technology, leaving gaming enthusiasts hungry to find out more.


Human life is obviously based on biological systems....i.e carbon based life.
But what of Artificial life which is based on silicon.
interestingly, artificial life is not unlike biological life, in that it also continually evolves by iterations to its original design which tend to steadily increase in information complexity . The main difference is we know that the creator of artificial life is the human species.
Artificial life is increasing in complexity at a much faster rate than biological life it would seem. Biological life tooks millions & millions of years to evolve a neural network with 100 billion synapses. Artificial life is moving much more rapidly... in 100 years we may have artificial brains which are much more powerful than a human neural network without emotional aspects (limbic system) needed for biological survival.
Artificial brains don't necessary require features like motivation, fear, pleasure, inhibition, aversion to pain etc. Artificial brains might be used to solve very difficult problems where emotional attributes only stifle advancement in pattern recognition & system modelling.
My view is that machine learning agents will start to replace many mundane jobs in this century. Humans are going to be forced to do jobs that learning machines aren't good at... jobs where say emotions attributes are important. It will be a case of horses for courses.
What we also don't know is whether artificial life being silicon based is confined to the digital world. In other words, is there some type of separation or barrier between the digital information (silicon-based) and physical information (carbon-based).... which might also be separate from quantum based information systems. What I mean by that is there such a thing as a carbon-based consciousness versus a silicon based consciousness... if so can these consciousness be unable to relate due to a barrier that exists between the type of information system.
David Chalmers has pondered this himself...
For example, if the precise interactions between our neurons could be duplicated with silicon chips, the same conscious experience would arise. The idea is somewhat controversial, but I believe it is strongly supported by thought experiments describing the gradual replacement of neurons by silicon chips. The remarkable implication is that consciousness might someday be achieved in machines.
Another thing worth pondering is whether "information" is embedded in conscious experience? But is this information digital, physical or quantum??
Even a thermostat embodies some information, for example, but is it conscious?
David Chalmers response...
There are at least two possible responses. First, we could constrain the fundamental laws so that only some information has an experiential aspect, perhaps depending on how it is physically processed. Second, we might bite the bullet and allow that all information has an experiential aspect - where there is complex information processing, there is complex experience, and where there is simple information processing, there is simple experience. If this is so, then even a thermostat might have experiences, although they would be much simpler than even a basic color experience, and there would certainly be no accompanying emotions or thoughts. This seems odd at first, but if experience is truly fundamental, we might expect it to be widespread. In any case, the choice between these alternatives should depend on which can be integrated into the most powerful theory.
So is the richness of consciousness depend on how many input streams are unifying together as one.... a human brain has many feedback loops from the limbic system, the neocortex etc which unify our conscious experience into a very rich flavour. On the other hand, a simple thermostat negative feedback loop only has a very simple feedback... which lacks richness.
David Chalmers on artificial consciousness...
Whether consciousness could arise in a complex, synthetic system is a question many people find intrinsically fascinating. Although it may be decades or even centuries before such a system is built, a simple thought experiment offers strong evidence that an artificial brain, if organized appropriately, would indeed have precisely the same kind of conscious experiences as a human being.


Firmware 3.3.003 is now available in "main". I forgot to announce release 3.3.002 (03/2022), so I added the info on that here as well.
2022-09-01 MWJ 3.3.003 OTA release - Toyota RAV4 EV: Initial support added. Only the Tesla bus is decoded and just listening so far. - Location: configurable flatbed movement alarm repetition New configs: [vehicle] flatbed.alarminterval -- in minutes, default 15, 0 = single alarm - GPS: added normalized signal quality level, added web UI live status info New metrics: v.p.gpssq -- GPS signal quality [%] (<30 unusable, >50 good, >80 excellent) v.p.gpstime -- Time (UTC) of GPS coordinates [Seconds] - Location: flatbed movement alarm only with reliable positioning New configs: [vehicle] gps.sq.good -- SQ level for location state "reliable", default 60 [vehicle] gps.sq.bad -- SQ level for location state "unreliable", default 40 New events: gps.sq.good -- GPS position is now reliable gps.sq.bad -- GPS position is now unreliable - Improvements to SIM7600 driver to support E-UTRAN LTE only cellular providers - Enhance 'cellular cmd' to show output from modem 2022-03-07 MWJ 3.3.002 OTA release - Maxus eDeliver3: Updated speed PID - Bolt EV: Add early Bolt EV support - Maxus eDeliver3: Add CCS Charging rewrite polling system - Volt/Ampera:: added notification for "fuel" metric. new config: [xva] notify_va_metrics (bool, default no) - Server V2/V3: added manual update request Note: the servers normally don't need a manual trigger to perform data updates, they listen to metrics changes and events. Use this only if you need extraordinary single updates as fast as possible. New commands: server v2 update [all|modified] -- Request V2 data update server v3 update [all|modified] -- Request V3 data update - Notifications: add tracing (debug logging) of stream notifications New commands: notify trace all -- Enable logging of stream notifications - Nissan LEAF: - Remote heating/cooling now works on 2011-2012 LEAFs - Stop charge feature added, works via app - Charge to Limit SOC and/or range added with a top-up feature. - Improved charging metric logic. - Fixed incorrect HVAC (Climate Control) status when charging (for 2013+). - 9 new metrics added xnl.v.b.max.gids (Max number of GIDs the battery can reach (for 2016+)) xnl.v.b.heatrequested (Battery is requesting heater elements to turn on (for 2013+)) xnl.v.b.heatergranted (Vehicle is OKing heater elements to turn on (for 2013+)) xnl.v.c.chargeminutes3kW (The 3kW charge time estimate the car calculates) xnl.v.c.chargebars (Remaining charge "bars" on dashboard) xnl.v.c.event.notification (Used to not send duplicate notifications for charge to limit feature.) xnl.v.c.event.reason (When charge to limit feature starts the charge shows if was triggered due to range or SOC limit.) xnl.v.c.state.previous (Used to better handle charging substate, shows previos charging state timed to ticker.10.) xnl.cc.rqinprogress (Indicates the period betwen arrival of climate control action message and climate control activation.) - Wakeup command now charges 12V battery if connected to EVSE - 2011-2012 LEAF now reads AC voltage from grid - Fix to watchdog timer for modem driver without GPS enabled
For full changelog, see changes.txt
Thanks to all the open source developers who contributed to this.


The small form factor of the Raspberry Pi Zero W enables a new range of projects. In fact, a lot of people use the Pi Zero in the final version of the project after prototyping on a different full-sized Pi board. And, that’s because it consumes much less power compared to the flagship Pi boards and makes it ideal to build battery powered gadgets.
After scouring Instructables, Reddit, Hackaday, other maker oriented communities and my own experience with Pi, I have compiled a list of projects built around the Raspberry Pi Zero and the Raspberry Pi Zero W. The community is extremely innovative and all these projects make impressive use of various features of this maker board.
So, in addition to the awesome list of Raspberry Pi Projects that we covered earlier, here, we will be focusing on Raspberry Pi Zero!
Top Creative Projects You Can Build With Raspberry Pi Zero
Of course, you’re free to use some Raspberry Pi Zero alternatives and try the same project ideas mentioned below.
1. Portable Game Console
This is by far my favorite project built around the Raspberry Pi Zero, hence featured at the top. Today we have emulators for most of the retro games. This project puts the Pi Zero in the classic game-boy form factor. You can play most of your favorite retro games and you can play them anywhere.
This project is also beautifully documented in YouTube video(s) and on Instructables.
2. DIY Smart Speaker Powered by Alexa
Amazon’s Alexa has always been very tinkerer friendly and makers around the world have built all kinds of Alexa based devices. This project also adds RGB programmable LED’s to make it look a little more like the echo speaker.
3. Home Network Music System
Getting a proper home music system setup is usually expensive. However, with the inexpensive Raspberry Pi Zero, you can utilize your MP3 collection to set up a home network music system.
This project uses the PiDrive, PiDrive is basically a Raspberry Pi Zero W attached to a hard disk. Unfortunately, I think it has been discontinued but you can also build it using a normal Pi Zero W in different configurations. You can play local music or even stream from different services.
4. Network Ad Blocker using Pi-Hole
This is something I personally use on a daily basis and it has completely changed my internet experience. If you’re someone who doesn’t want to see advertisements while you browse around online, an Ad blocker using Raspberry Pi would be exciting, right?
Pi-Hole on a Raspberry Pi can block all the ads on your entire network. Anyone on the network with an active Pi-Hole will have an ad-free experience. It also speeds up your internet experience since the bandwidth used by ads is freed up.
You can watch Linus’ video to get an idea or refer to the detailed post in Linus Tech Tips forums linked in the button below.
5. AirPlay Speaker using Raspberry Pi Zero
AirPlay is a chromecast equivalent in the Apple ecosystem, you can cast media from your Apple devices to an AirPlay supported speaker.
This project is built very well with 3D printed parts and you can find detailed instructions for it.
6. DIY Google Home with a Bluetooth Speaker
This is another nifty little project which is a tinkerer’s dream. Building your own smart speaker powered by the Google Assistant? Indeed, exciting!
Here, a Pi Zero is paired with a Bluetooth speaker, microphone and the Google Assistant SDK to achieve some functionalities. You can ask questions and do most of the things you can with the official Google Home device. This project does not handle the casting part of the Google Home experience though.
7. Pedal Pi – Raspberry Pi Zero Guitar Pedal
Pedal Pi is a programmable Lo-Fi guitar pedal built using the Pi Zero where you can program your own custom effects. The project is fully open source (including the hardware) as well. It goes to prove how versatile the Pi Zero can be.
It can be an incredibly fun experience for people who are makers and also into digital music.
8. ZeroBot – FPV Robot
There are a lot of different robots you can build using the Pi Zero. It is almost perfect for any kind of robot that you can think of building. It has ample amount of GPIO, a decent processor, a camera interface and the choice of software stack and programming language.
The ZeroBot is an FPV bot which also has a camera and is able to transmit what it is seeing. It even features a completely 3D printed body.
You can find detailed instructions here.
9. WiFi Security Camera
Raspberry Pi Zero W comes with a CSI connector where you can connect the camera module. This compatibility also lets you easily build a WiFi-powered CCTV camera(s) for your home at a very reasonable price compared to commercial products.
The motionEyeOS is a purposely built to convert your SBC (in this case the Pi Zero) to a surveillance system. You can find more information in the video above or head to the link below.
10. PIX-E GIF Camera
GIF’s have taken over social media and all IM platforms. Just thinking of a dedicated GIF camera makes me chuckle. That’s exactly what this project is all about. I am very curious about how it would turn out with the new HQ camera which has a much better image quality.
This project has been documented really well with accompanying videos on Hackaday
11. Wearable Timelapse Camera
One of the sleekest camera project I’ve seen, this is a wearable camera. You can take time-lapses, and videos from a first person’s perspective.
This is a project by Adafruit and is documented really well. Refer to the video above to get an idea or head to the link below.
12. Telescope Camera
Building a telescope camera is one of the most popular camera based applications for the Pi Zero. Makers around the world have taken amazing pictures with their DIY telescope cameras.
13. Kodi on Pi Zero
Kodi is one of the best open source media server software for making a media box for your TV. The amazing part is that it also runs on the Pi Zero W.
Now you can DIY an alternative to the Amazon Fire TV Stick.
14. OctoPrint – Wireless 3D Printing
If you are into 3D printing, you would have heard about OctoPrint at some point. OctoPrint unlocks many feature comforts we enjoy with normal printers like sending print jobs directly from the computer to the 3D printer instead of using a micro SD card. You can also attach a webcam and monitor your prints and control all aspects of the printer.
OctoPrint is usually used with the bigger Pi’s but it can also be used with the Raspberry Pi Zero W with some soldering and mods. It is important to note that there is low WiFi interference when using the Pi Zero since it can impact prints. Here are some references talking about OctoPrint on Pi Zero to help you build it yourself:
15. Pirate Radio Station
This seems like quite a fun idea, you can actually make the Pi Zero W broadcast using FM.
It also happens to be a simple project and you don’t need many additional components either. You can be your own neighborhood RJ, do make sure to check out the legal aspects of a pirate radio station in your country.
16. IoT Smart Alarm Clock
Here’s a project making something which might sound very trivial but nevertheless is super cool and underrated.
The freedom of being able to program your own alarm clock, automating it with scripts and making your life a little easier and fun (and still not waking up) sounds exciting!
17. Pi Zero Tesla Coil
This is the most unexpected yet an amazing project I’ve come across which uses the Pi Zero W.
It doesn’t get cooler than playing music on a tesla coil using the Pi. Make sure you watch the video.
18. Network Performance Monitoring using Pi Zero
If you like to keep tabs on your network, you should check out this project.
This is a bandwidth monitor built using the Pi Zero W that features a nifty little screen to display important stats.
19. Pi Pod – Raspberry Pi Zero Music Player
It’s 2020 and you might be thinking who would want a portable music player since mobile phones have replaced them almost entirely. But, there are always people (including myself) who would want a device dedicated to music and does not do anything else.
This project features the Raspberry Pi Zero W in another form and looks pretty neat. It’s called the Pi Pod.
You can also design your own 3D printable enclosure and customize every element of the music player.
20. Raspberry Pi Drone
The Pi Zero packs in enough features and processing power for it be at the heart of a drone. It is light weight, cheaper than some alternative drone specific boards too. You also get the freedom of using different firmware(s) or code one on your own.
There are also many open source designs available for the frame of the drone on Thingiverse.
21. Internet Connected Info Display
The Pi Zero W is capable of connecting to the internet via WiFi, it also has all the GPIO and display outputs to make a highly functional device to display information from the internet.
The freedom of programming means that you can have the display show any information you need. Your google calendar events, stock prices and anything you can find on the internet.
Here are a couple of interesting projects which are built around this idea.
- YouTube Subscriber Counter
- Raspberry Pi Internet Connected Information Display
22. Raspberry Pi Pocket Projector
Ever since Texas Instruments came out with the mini projector evaluation board, a Raspberry Pi Zero based projector has been a very popular project.
If you can get your hands on the projector module, this can be a very interesting build. This is not a beginner-friendly project, but a tinkerer should feel right at home. You can find all the relevant details from the video above.
23. VPN Server
In today’s world, extra care needs to be taken about companies barging into one’s privacy and using a VPN is becoming more and more commonplace.
Fret not, you can utilize the Raspberry Pi Zero W with OpenVPN to add an extra layer of security to your home network. This can be a great for small families where everyone in the house can be protected and don’t need to separate VPN subscriptions.
24. Weather Station
This is a very cool project, a complete weather station which can display various weather metrics for the day and forecasts too. It even includes a 3D printed case which looks pretty sharp. The amazing part is that you can use the display to show things other than weather as well.
As I also noticed in another similar project on Instructables, you may also tweak it with your own custom database and website.
25. Ambient Lighting System for TV
An ambient lighting system enhances the TV experience, this is another amazing project involving the Raspberry Pi Zero.
In real life this effect feels like a dynamic portrait mode applied to the screen and whatever is being shown on the screen, makes the experience a lot immersive.
GreatScott (a popular YouTuber) for content based around electronics and DIY shows you around with the project in the video above. You may also refer to the written instructions from the link below.
26. Wireless Network Printer
The Pi Zero W is a great board to make any old printer free from being fixed to one computer and have the freedom of placing it anywhere.
This way print jobs can be sent from multiple computers, phones on the same network. This is a quality of life improvement which is highly underrated, even in households.
This project utilizes CUPS running on Pi Zero W to make your printer wireless.
27. Pi Zero Cluster
You can pack in 10’s of these tiny computers together to have access to massive amounts of parallel processing. The GPU’s on these SBC’s can be utilized for challenging compute needs.
Regular Raspberry Pi’s have long been used to make clusters and Raspberry Pi based super computers consisting of 100’s – 1000’s of Pi’s. Since the introduction of the Pi Zero with it’s lower price and size, it is possible to put more of them into a small space.
There are many custom boards which are built to hold multiple Pi Zero’s.
The projects featured here are only a tip of the iceberg. You can find many more projects if you look around on the internet. The versatility of the Raspberry Pi Zero is unprecedented, combined with its affordability it is one of the most used SBC by makers and tinkerers around the world.
What did you build with the Raspberry Pi Zero ? Put it in the comments below along with your favorite projects.


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Internet of Things
Although IoT is a much-discussed topic today, it’s not a new concept. The phrase “Internet of Things” was coined by Kevin Ashton in 1999; the concept was relatively simple, but powerful.
If we had computers that knew everything there was to know about things — using data they gathered without any help from us — we would be able to track and count everything, and greatly reduce waste, loss and cost. We would know when things needed replacing, repairing or recalling, and whether they were fresh or past their best. The Internet of Things has the potential to change the world, just as the Internet did. Maybe even more so.
Kevin Ashton, “That ‘Internet of Things’ Thing,” RFID Journal, July 22, 1999
When connected cars, smart cities, smart health etc., embrace the internet by integrating with billions of sensors, and connectors, they are bound to throw trillions of vulnerabilities. Each solution employs not so popular sensors to form a critical smart application. One would agree with the advent of IoT, even human life in the case of smart health would be put to danger if any security breach that may occur. It is impossible to create a test bed to test every sensor, actuator that goes into an IoT solution as most of these components surface from unknown, untrusted small companies world over. Security and quality assurance checks are too far for such manufacturers and hence for IoT solution provider, it is critical that they check for vulnerabilities at the device level, interface levels and check for man-in-the-middle attacks vectors and ensure the solution is robust and free from attack vectors.
At Minusday Security Lab, we help create test bed for every IoT solution and test every component that forms an IoT solution and check for all the connected points and discover unknown and known vulnerabilities and help remediate even before the rollout of an IoT solution. We employ fuzzing and reverse engineering to discover vulnerabilities and help remediate them. One would agree post productization; it would be too expensive to fix any vulnerability.
IoT is already integrated across several areas where technology adoption is accelerating. The key areas of leading IoT integration are:
Real-time route management and solution provides flexibility and reliability. Some of the applications are:
- Autonomous driving and the connected car
- City mobility — smart traffic management with built in analytics
- Inter-city mobility — connecting across the transport networks
- Rate management and payment solutions
- Distribution and logistics management
- Fleet management
Smart city innovations improve the quality of life in cities, encompassing security issues and resource utilizations
- Smart management of city infrastructure — using Big Data analytics
- Collaboration across multiple and disparate agencies such as power, water etc.,— employing cloud technologies
- Real-time data collection, enabling quick response — using mobile and GIS/GPS technologies
- Enhanced security — improved public safety and law enforcement, and more efficient emergency response
- Better city planning — improved schematics, project management and delivery
- Networked utilities — smart electricity metering and grid management
- Building developments — more building automation, and better management and security
Smart life :
Innovative, state-of-the-art technology aims to make life simpler and safer for the consumer
- Health care — a new patient-centric solution that leverage tele medicine
- Consumer and retail businesses — the age of the empowered consumer
- Banking convergence — new models for banking and finance with digitization
- Insurance — moving from statistics to individual fact based policies
- Public services — Driving efficiency and convenience for governments and citizens
Smart manufacturing :
Factory and logistics solutions will be created for enhancing processes, controls and quality.
- Machine learning — intelligent, automated decision-making solutions
- Machine communications – more interaction and collaboration
- Networking — networked control and management of manufacturing equipment
- Optimized processes — rapid prototyping (quick release of alpha’s and beta’s) and fast manufacturing, efficient supply chain operations
- Proactive asset management — via preventive remote diagnostics and maintenance
- Better infrastructure integration — for Lean manufacturing