As Bitcoin firstly introduced in 2008, it has evolved the Blockchain technology. Bitcoin is an electronic cash system which offers lower transaction fees when compared to traditional payment and is managed by a decentralized authority. Nowadays, many investors are becoming conscious about the machinery behind Bitcoin named Blockchain. There are many hokiku88 fields or sectors look for ways to incorporate this tool into their infrastructure, from finance to medicine.

With its trustless and decentralized nature, it can lead to benefits and opportunities throughout better security, transparency, and also traceability. The solution of Blockchain is not only limited to cryptocurrency exchanges somehow. In fact, there are several benefits of this technology in many distinct sectors or aspects.

Better Transparency

The best characteristic of Blockchain is its transparency. It is free for the public to see the transactions. It adds an unparalleled accountability layer, holding each business sector to act with reliability towards the customers, community and the company’s growth especially in business and financial systems.

Enlarged efficiency

Thanks to its decentralized nature which removes the necessity in several sectors like real estate and payment especially for middlemen. When compared to traditional payment, Blockchain makes a faster transaction possible by setting aside cross-borders transfers through virtual currency.

Superior security

The Blockchain is considered safer than the traditional system as each transaction is linked and encrypted to the earlier transactions. As the name suggests, it is formed by a computer network to confirm a block to form a chain. It is formed by a complex mathematical number strings, makes it impossible to be distorted once created. This incorruptible and immutable nature leads to better security at hacks and fallacious information. The decentralized nature is also unique as parties don’t need conviction to transact securely.

Enhanced traceability

With the ledger of Blockchain, the goods exchanges are recorded on a Blockchain, an inventory tracking is there to trace where the goods are from. Hence, it can help improving security as well as preventing fraud. It can also help traded assets authenticity verification easier. In medicine industries, it can help to track the chain supply from medicine manufacturers to distributer to give indisputable ownership proof.

Simpler integration

The complexity of Blockchain has caused many companies unable to integrate since they don’t know the appropriate ways to do so. Blockchain-as-a-service is used to integrate this technology into business effortlessly with no disturbance.

However, while it is perfect for a transaction, it is not an ultimate answer for a super-fast virtual transaction that occurs in milliseconds. It requires a massive amount of computing power hence it will need a centralized database to process and store the information.

Blockchain is undoubtedly exciting and has the prospective to alter how many businesses work. However, it doesn’t mean that it is the right answer for every situation. In short, if you are happy with your current database, you don’t need to switch this tool quickly.

Big data is a series of data that is continuously stored in a large storage area which will be shared by interested parties such as companies and government agencies. What is the content of big data? Big data contains the preferences of every person in the world that will determine the direction of development in the hokibro88 world today.

Big data has its own specification. Below are those specs that matter to them.

Volume

Data size matters. As the name implies, you need to process a large enough volume of data for big data. The bigger the data, the more processes that occur to process the data into information.

Velocity

This is a factor that states how quickly a series of data is stored and is also used by interested parties to be processed into information that is useful for technological developments and also the market.

Variety

Variety is a factor that states the diversity of available data that has been stored in storage. This diversity of data can be in the form of audio, text, video, and also images. This is where the software is needed to be able to process various kinds of data that can be used as useful information later.

With the use of big data, this will actually create new problems. This problem is related to who has the right to use big data and for what purposes big data is used. Until now, there are still many polemics that exist related to the dangers of storing big data as well as data sales which are a lot happening nowadays.

Several large companies that frequently store user data such as Facebook and Google have become major players in having a lot of user data stored. However, the use of big data is certainly under strict supervision by the government which will guarantee user privacy.

Even so, the use of big data also brings benefits to users in the form of ease of updating information according to their respective preferences.

Internet use

We are all connected to the internet every day. You also often use Google to find information, right? Well, your search result data is also data stored by Google, you know.

Smartphone use

Now almost everyone already has a smartphone or tablet. Your smartphone actually has a huge amount of data. They keep records of your phone and sms. Apart from that, your mobile applications also collect data for their business needs. GPS applications such as Google Maps or Waze of course also collect data related to your location.

Social media

Social media, of course, has become a part of everyday human life. Photos and status updates that we upload to our social media are part of the data. Every day more than 400 million tweets are sent to Twitter and 72 hours of YouTube videos are uploaded every minute.

Virtual Reality (VR) is a technology where users will feel a sensation that makes them feel like they are in an engineered place. The technology is applied using some special equipment such as special goggles that are connected to the image maker so that later the user will clearly see what the real computer imaged.

VR has been widely used for video games, giving players the sensation to get a grip on the game itself. For example, in a dewiku88 game, players will feel they are in a real battlefield. In fact, VR has also been integrated with a special costume that will convey vibrations when the user gets a touch or attack in the video game he plays.

Apart from video games, VR also has several other uses that are no less exciting. Here are some of the uses of VR apart from video games.

1. Medical Training

Yes, medical personnel have been better trained to cure patients with special training using VR. Here, the medical team will be “brought” into the human body to see the condition directly, although of course the images of these organs are just artificial images that are not original.

However, with this VR training, the medical team is expected to gain more in-depth knowledge about the condition of the human body.

2. Space Training

Nowadays, everyone can actually go to outer space, even through VR. Before actually going to the sky, astronauts are currently trained in VR to be able to operate various equipment in space and also to survive there. To be able to get this training, astronauts certainly don’t need to actually be on the shuttle. They only need to use VR to get the experience as if they were on a spaceship.

3. Military Training

There is no better training than going straight to the field. However, sometimes direct military warfare training can be costly. Therefore, military training is now starting to use VR to get the same experience only at a relatively low cost.

By using VR, military training can be made in various conditions of warfare and also with any equipment available according to training needs. So, it will be the same as playing video games. But of course with a much more serious goal.

Military training using VR is claimed to be able to increase military capabilities even higher than just doing training using theory and showing videos or the like.

4. Automotive

This technology has also penetrated into the automotive world, where now leading companies are starting to design cars using VR technology. In fact, the leading American vehicle company, Ford, has its own laboratory using Vurtual Reality technology, for prototyping their latest car.

5. Education

The VR function also helps the world of education. With technology, it allows students to experience a different learning experience than studying in class. Like an Immersive VR Education site that presents a variety of tutorials that students can directly practice using VR.

Thermal vision is a technology that enables the detection of objects and people in total darkness with the diverse condition of weather. If you ever notice videos or photos with the yellow and red mess, it’s called thermograph or commonly named thermal vision/imaging. The application is typically used for border security where most dangers occur at night. The use of thermal vision or thermal imaging is varied, depend on the scenarios.

What is the thermal vision?

In the simplest term, thermal vision allows you to see an object in total darkness. The thermal camera will record the temperature of a variety of objects in the frame, and after that, it will consign each temperature a color shade. Green, purple or blue color shade comes from colder temperature while yellow, orange, or red comes from warmer temperature. Some cameras with thermal vision technology generally utilize a grayscale as an alternative such as a police helicopter that uses grayscale to stand out criminal suspects.

How does it work?

Thermal vision is detecting temperature by capturing and recognizing diverse levels of infrared illumination. This type of light is unseen to the naked eye, but you can feel the heat when the intensity is sufficiently high. The focused light is scanned and obtained by the thermogram to translate electric impulses. The impulses then are transferred to a special signal-processing part. The part then sends the information and displays it in various colors.

All objects emit some infrared radiations, and the heat is transferred. The hotter the objects, the more infrared radiation it generates. This radiation is visible to the camera and then it is converted into a visible image that can see through your eyes. Theoretically, thermal vision can be a type of night vision technology. On the other hand, thermal vision is able to capture longer infrared wavelengths to detect heat. The heat then is used to produce an image. It means that thermal vision can be utilized in absolute darkness as well as allowing you to see throughout camouflage, foliage, light fog, dust, and even smoke.

Types of Thermal vision

Most devices of thermal vision can scan about thirty times per second. The temperature ranges that can be sensed are at around minus twenty degrees to two thousand degrees Celsius. It can also normally detect the temperature alterations of around 0.2 degrees Celsius. In fact, there are 2 common thermal vision devices types.

• Cryogenically cooled

This thermal vision system equipped with sealed components inside a container that will cool them to below zero degrees Celsius. The system is able to see more than three hundred meters away at distance. The most amazing feature of this thermal vision type is its sensitivity and resolution that develop from the cooling components.

• Un-cooled

Un-cooled is considered as the most common thermal vision device. The elements of infrared-detector are attached in a unit which is operated at room temperature. The system is typically silent, activates instantly and a built-in battery includes.

The use of robots for industrial automation began a decade ago. However, at that time, the use of robots was still in a fairly simple form, namely to do a heavy task that was impossible for humans to do. However, at that time robots were not yet used to perform complex tasks because they were still entrusted to humans.

As time goes by, we see that robots are not only tasked with doing the hard work, but also for doing jobs that require the same accuracy as humans. Jobs such as welding, soldering, and even managing the entire production process have come into use.

Then, what are the advantages of using a robot? One of the most obvious advantages is that robots have the ability to perform calculations super fast, faster than humans.

In addition, the development of robots that initially only focused on one task can now be made to perform several tasks simultaneously. This is one of the things that makes robots able to replace humans.

Robots also have the advantage of consistency in performance. The calculation performed by the robot will not miss even if it is done several times. Because it has been programmed in such a way to stick to one or more calculation rules that will not disappear because robots do not have brain fatigue like humans.

Being More Productive

A robot is a subject that can receive and perform commands repeatedly with a high degree of precision. Here, the company will benefit from the quality of workmanship made to be very constant.

In addition, the absence of the fatigue factor will allow the system to work without stopping all the time. This will affect company productivity in a more positive direction.

Cheaper in the long run

Using a robot, of course, will cost you a lot at the start. However, over time, these costs will decrease because robots can be programmed to use resources more efficiently than humans. This is an advantage that is often used by business people in the industrial world. In addition, talking about employee salaries, of course providing salaries will provide a higher cost than the initial cost of purchasing a robot.

Safer and more reliable

Apart from the question of the benefits from productivity http://68.183.181.185 and also from reduced production costs, another thing that is considered is security. Robots can work very well in hazardous areas such as large machining areas and chemical areas.

By using a robot to operate these things, it will be very safe for the company because it does not have to provide safety guarantees for its employees who are forced to work in hazardous areas.

Do you remember a dream of a future where everything would be controlled wirelessly? Yes, this is it. The internet of things makes all of that happen with a system that is easy to use and everything is controlled remotely using everyday devices such as smartphones and so on.

You only need to connect the existing system with your smartphone and boom, everything can be controlled. This is the future promised by the internet of things.

The Internet of Things is able to provide solutions for wireless devices. This means that a system, whatever the system, will be remotely controlled. Herein lies the use of the Internet of Things.

Back to micro electromechanical, which is a device consisting of small electronics coupled with a small mechanical device, but on occasion it will be able to trigger a large operation. Call it a relay, light switch, and so on that can be controlled remotely. However, it certainly won’t stop there!

The Working Principal of the Internet of Things

The key to the working principle of the internet of things is to create a wireless connection and a simple interface between the system and the user. This system is always being developed so that it is easier for users to control the system which may be much more complex.

The internet of things around the world works using a similar system, which uses several elements of its founder which can be basically described in the following categories.

Robust Intelligence

Robust Intelligence is intelligence created by programmers so that the system can understand what commands are meant by the user. This is the first key to internet success of things. Without artificial intelligence, the internet of things will not be possible.

Connection (Bluetooth or WiFi or Internet)

Without connectivity, of course it becomes impossible for dadu online users to be able to send command signals from their device to a receiving system, a system located far from it. This is the second key to the internet of things. Connectivity does not have to be so large or have a large bandwidth like a conventional internet connection. Since the command signal is a series of small signals, even a small connection is sufficient, as long as it’s reliable.

Sensors and Actuators

Sensors and actuators are sets of devices that will read the current condition of a system, and then report that condition to the user. Later, the user will use the condition information to make decisions related to what actions the system should take.

Interconnection

Interconnection is very much needed by devices, both system devices and user devices in order to create interconnected relationships. Notify each other when there are changes in conditions or changes in orders.

Companies want to verify all people who come and leave the building, to do this task; they utilize the technology called facial recognition. It is not new thing due to have been implemented years ago. It was started as the expensive tech. Today, you can get this one on smartphone, computer, and even local store.

In general, this tech is simpler than iris and fingerprint recognition. The basic principle is capability to recognize digital image resembles a specific person. It uses mapping so that the facial feature is verified. For your information, this tech is advanced version of similar platform that can validate color and picture.

At first glance, it looks very sophisticated. In fact, facial recognition is lower than fingerprint and iris ones. It is less invasive when implementing directly in real world. However, the adoption is quite difficult when the source image has low resolution. Today, camera and its app implement the basic facial feature to point the person when capturing photo.

Implementation of Facial Recognition

• Person identification or verification

The common use is person identification or verification. You have app on smartphone that requires verifying your face. The app uses this tech with guide how the photo must be taken. If users do not follow the procedure, the verification is failed. They start again until the photo is identified.

• Security measures

Facial recognition is useful for security measure. The latest smartphone replaces the old fingerprint scanner with this one. The phone will unlock when the security recognizes the face. The more advanced implementation is in public places such as stations, bus stop, airports. The system will scan all people on video that comes from security camera. It is part of surveillance to increase safety and avoid incident.

• Education and research

The next implementation is education and research. You can learn about digital image and facial verification. This tech is suitable to support research that requires facial properties such as archeology, psychology, education, judi online and some social sciences. Data collections become specific due to focus on certain images related with facial features.

• Criminal investigation

Another one is for criminal investigation. To recognize the suspect, law enforcement must get the video from security camera. After that, this tech will do scanning and find a match with the existing databases.

Issues Related To Facial Recognition

Facial recognition seems to be the practical and useful tech. More implementations will be available in the future. Several fields see this one with benefits. On the contrary, some issues arise that must be solved properly.

When devices scan the digital image contains people and their faces, this action may create privacy violation. Some of them do not like being scanning and verifying unless the urgent matter. That’s why the implementation of this tech will include the consent. If a person provides permission facial recognition can be implemented.

IT world continues to develop along with the development of the digital era. One of the jobs that is still relatively new is DevOps Engineer. These jobs are still in great demand by large companies. Then, what does a DevOps Engineer do? What are the duties and responsibilities to the company and to the product being released?

What is DevOps?

Before getting into the work, let’s first find out what DevOps is. DevOps is a set of practices that automate the process between app development and development teams

This is done so that they can build, test and release software faster and more reliable. In DevOps that has been running well, the resulting product is stable and has increased in value.

DevOps is very important in IT companies. Why? The reason is, one of the best practices in DevOps is to make small and fast product updates. In the IT industry, this can be called a minor or patch update.

By making small product updates, organizations or companies can innovate faster for their products. Apart from that, they can also rollback easily if a bug is found that hasn’t been touched by the automated testing or the QA team. With this practice, companies can monitor products and get the most valuable data, namely user data.

In essence, DevOps has a role to accelerate the development process by releasing a project that is being made into a product that will get feedback from end users.

Then, what are the benefits of DevOps for companies?

1. Speed ​​up the application development process and reduce the risk of failure

When the Developer team has been given flexibility in deploying code, and rolling back the code itself, the developer is able to write code locally on the laptop and upload code to the test server.

After that, the QA / Tester checks and the developer uploads the code to the Production Server. This step is faster, more efficient, and reduces the risk of failure than if the Developer and Operations teams are separated. This is why having DevOps in a company is a lot more profitable for a long run.

2. A more productive team

By combining the Developer team with the Operations team, of course it will make them much more likely to collaborate and communicate more effectively.

This makes the two teams have one common goal, which is to be able to launch a feature or bug as quickly as possible to users. The aim is to create a sense of belonging and increase team productivity.

3. Lower human error rate

With the help of several tools used such as servers in the Cloud (AWS, GCP, Azure, etc.), Jenkins, Ansible, to Python, this profession can create a system where developers can just type 1 command to automatically upload their code to server, and so it is with the rollback.

The latest technology with significant improvement is cloud computing. The term may not be the new thing. In fact, you know about this one from business, office, school, company, even your own computer. People are wondering what the real meaning of this technology. If you do not have prerequisite understanding to know detail, it is better to start with the simple definition. After that, you learn more pros and cons. Technology is applicable due to it brings pros and cons. The last part will be the latest trend and the future of cloud computing.

What Is Cloud Computing

Cloud computing is the usage of computer and its resources including storage and data center to handle the task over internet. In fact, many experts might have various explanations when you ask them about this tech. They use cloud to represent something not you can get with hand.

You use internet and access the website including playing game and social media. The developers store the files in the hosting service based on their options. It can be shared hosting, vps, and dedicated server. Regardless platform, users only know they will get the content. You install server with database, software, and application. You can open document virtually via browser and edit without installing the app in your computer. Therefore, this is what the cloud computing supposed to be.

Users collaborate and manage the content then share with other. The file is not in their local disk but located in virtual storage such as dedicated server or just hardware virtualization computer from third party provider. You do not need to worry about hardware installation, data center, and technical things. As users, you just get the service based on data and apps that your company will use.

The simple example of this service is Google drive. It is started as cloud storage, which means you can save files over internet. This kind of service is similar to file sharing website. The different is the service is more dynamic. You not just save and upload but edit, send, and share. More importantly, you can work with this platform as equal as office.

Company can outsources all apps and software including data center and technology into third party service that provide cloud computing. People think this one is high risk due to all services and private data are not available at in-house server. It was past issue because the latest update provides security measures including privacy and legal aspects when using this service.

The Future of Cloud Computing

Cloud computing has various models and implementations. You order vps or virtual private server for personal use. It is also the most common example of this technology that one person can get. Some platforms are for public and community where everyone can access. On the other side, you also see specific order for cloud computing with hybrid model.

You often send message via email and the reply is much formal with the standard content. Company has system that will answer and reply all similar questions with automatic message. This is the foundation of chatbot. Unlike email, you communicate directly via application or online. The term refers to app, system, platform, and software that generate human-like conversation. The most sophisticated chatbot utilizes artificial intelligence that mimics human behavior, response, and attribute. You think the answer is from a real person.

Implementations of Chatbots

In general, this kind of technology has been around since the invention of telephone. In that time, companies received order and complaints from clients. After collecting data, they saw some repetitive questions and orders. To avoid answering the same question more often, an automatic system was developer. The next list shows some implementations you often find with chatbot.

• Messaging apps

The most common use of this technology is messaging app. Some developers create this app with automatic answering for several questions. Some popular apps have features to automate reply. On the other hand, you also see some software that generates human conversation.

• Virtual assistant

The advanced implementation is virtual assistant. This one emerged when internet and communication integrated into human life. The simple example is music app that receive task from the owner and deliver it. You just say the word and the assistant will answer. The most sophisticated version is the assistant can handle complex tasks even project.

• Customer services

The practical use of chatbot is customer service. Company can reduces employees who handle complaints. Some calls have same content, which mean they will have the same response. On the other side, customer service still considers human attributes. When receiving answers, the content or message will look as if it comes from the real person.

• Education

The next implementation is in education field. More people use smartphone that can access internet with tons of app. This situation also changes the way of learning. You should install apps with valuable knowledge. To deliver the best learning experience, the app utilizes chatbot. It is useful when users cannot see or read at the moment. They rely on listening.

• Artificial intelligence

The next implementation is artificial intelligent. Automatic response and virtual assistant are the early adoption of AI. Even though they do not use complex algorithm, the purpose is relatively similar. Today, chatbot is added into AI system to do more than answer and help. It can analyze, decide, act, and do as human.

• Entertainment

One thing you cannot forget is this technology becomes much entertaining to relax and enjoy. You see some entertainment, party, and anything for dun utilize chatbot. In general, this implementation depends on previous development. When virtual assistant and AI become more advanced, you also see the adoption in the entertainment industry.