The Technology Journal

  Electronic warfare is a critical part of any military operation. It involves using electromagnetic energy to disrupt the enemy's electronic equipment. This can include radar, communications, and navigation systems. Computerized warfare has become even more critical as our reliance on electronic equipment has grown.  How Does Computerized Warfare Work? Computerized warfare includes both active and passive measures. Active measures involve using electronic devices to attack the enemy's equipment directly. This can include jamming their radar signals or using lasers to blind their optical sensors.  Passive measures involve using electronic devices to gather information about the enemy's equipment. This information can be used to develop countermeasures or to plan attacks.  Uses of Computerized Warfare  1. Protecting Friendly Forces One of the most critical uses of computerized warfare is to protect friendly forces from enemy attacks. By jamming the enemy's radar or comm

You’ve probably already integrated SMS marketing into your marketing strategies and kudos for that.  That said, have you tried or heard of 2 way SMS services? What It Is Traditionally, SMS marketing has been more of a one-way kind of deal with only you sending marketing and promotional messages to your customers with no feedback whatsoever.  You’ve probably been asking yourself how you can get customers more involved. Enter 2 way SMS .  This marketing technique is all about conversing with your customers. It seeks to solve all the disparities that come with a one-sided conversation. The major two problems solved are: Slow Responses With traditional SMS marketing, customers have to jump through a hoop or two to get some engagement with the business. More often than not, they are directed to an email support inbox, which lengthens their wait time – by quite some time.  All these delays in responses will only lose you customers and consequently revenue. Always remember that lots of people

Industry 4.0 has brought about a level of automation never seen before in manufacturing. With the entire picture still developing, industry 4.0 safety demands constant upgrades of safeguards and safety procedures.  The technological advances have no limit and the same translates to the required safety procedures. When you hear industry 4.0, you think automation. As such, it is plausible to think safety is not that big an issue, which certainly isn’t the case. Safety in an industry 4.0 platform is usually geared towards facilitating safe interaction between humans and machines.   Why Industry 4.0 Safety Is a Tricky Affair To be fair, most of these machines come pre-equipped with an array of safeguards in their control systems.  The challenge comes in the sheer amount of education that these systems require. The owners and employees need to take in a lot of information about these machines and how to use them.  The rule is that all users should be well informed, trained, and continuousl

Corporate training is part and parcel of any organization. In the past, more traditional methods, in particular, face to face learning, were extensively used for this. However, over the past couple of years, more and more companies are moving to support their learning programs with some e-learning. An Introduction to Elearning for Workplace E-learning is entirely based on being online or an electronic method of learning with audio visual resources. Being digital, it is exactly what you need for distance learning.  After putting together a well-structured training course, you are assured your staff is definitely going to get some level of skill upgrade from any location and at any time. Here are some of the tasks e-learning can help your organization with:  Increase product knowledge Provide systemic induction for new employees Boost customer service skills All you need to achieve this is a tool to create online courses, quizzes and any other relevant learning materials. The final thing

In recent years, live video streaming devices have become increasingly popular. Whether you're looking to stream your favorite gaming content, or you want to be able to keep an eye on your home while you're away, these devices offer a great way to do it. But with so many options on the market, it can be difficult to know which one is right for you. In this blog post, we'll take a look at some of the best live video streaming devices on the market. We'll compare features and prices to help you decide which one is right for you. Accomplishing high quality video streaming In order to stream high quality video , you need a device that is capable of handling the data throughout. This means that the device must have a fast processor and a good internet connection. There are a few different ways to connect your device to the internet. The most common is through an Ethernet cable. This will give you the fastest connection and the best quality video. If you don't have acces

Industrial IoT has been around for a while now and more and more organizations are signing up for this technological marvel. Edge computing has also been nothing but a blessing to IoT computing .  What Is Edge Computing? You probably are already familiar with edge computing as a concept, the smart watch you have on now, for instance.  Edge computing is all about the processing of data without the data having to be sent to a server or a processing hub. In simpler terms, it is the processing of data at the point closest to where the data was generated.  Let’s get technical: edge computing is an architecture that enables data handling, analysis and management at the periphery of the network or better yet, on IoT edge devices . The bottom-line is the data gets processed and analyzed as close to the source as possible. Edge computing wraps up reliability and local performance with minimal delays in one nice present, which is very important especially in IIoT settings. Layers of Edge Computi

This is essentially where AI and nanotechnology would intersect in a Venn diagram were we to draw one. AI certainly needs no introduction, with its fingerprints smeared across just about every industry that has technology incorporated deep into it. By definition, AI is basically a simulation of human intelligence on machines. In other words, it is how a computer-controlled robot or a computer does tasks only humans do because of one defining factor: they require human intelligence. AI heavily relies on biological inspirations to develop some of its most common paragons—like the neural chip. Nanotechnology, on the other hand, is derived from nanometers – the measurement. If it goes on in the dimensions of the nanometer scale, it falls under nanotechnology. Throw in design, characterization, production and application of materials and voila! We have a new field of science called nanotechnology. How They Come Together Having already looked at them individually, let’s have a look at how na