New Tech Update: Siemens integrates analysis software SAS in IoT platform

The SAS open source software for streaming analysis will be included by Siemens in the MindSphere Internet of Things Platform (IoT). Analysis access is available for use by IoT cloud-based users, which can speed up the introduction of machine education and artificial intelligence in the IoT environment according to both parties. These solutions are expected to be available later this year. Siemens and SAS will collaborate to engage new and existing customers and enable almost real-time integrated IoT peripherals, beginning with streaming analysis. Companies focus on manufacturing, health care, energy suppliers and transport organizations, as well as in the field of intelligent towns.

Mindsphere

MindSphere is Siemens ' open, cloud-based IoT operating system connected to the digital world by objects (' things '). The open platform as a service (PaaS) forms the basis for new business models such as preventive maintenance, management of energy data and the optimization of resources. MindSphere, therefore, forms the basis, according to Siemens, for new business models such as those for manufacturers who use their specific machine-and process knowledge, and to develop innovative customer-oriented applications, solutions, and services. For example, this enables them to monitor machines at various locations. Machine parks, for example, need to have limited downtime.


Cloud Makes Video Surveilance Smart

Programming for the investigation of video pictures and man-made consciousness (computerized reasoning, ai) decide the eventual fate of camera reconnaissance. Dean Drako, the co-founder of Barracuda Systems, points with his Eagle-Eye Systems for a future in which cameras work cleverly as well as assume control over a great deal of work. "At that point less protects will be required."

According to Dean Drako of Eagle Eye Networks, the new ai-driven cloud applications bring safety to the workplace, in stores and factories, to a higher level. Security is largely automated. The monitoring and giving of alarms are automatic. According to Dean Drako of Eagle Eye Systems, the new ai-driven cloud applications convey wellbeing to the working environment, in stores and industrial facilities, to a more elevated amount. Security is to a great extent computerized. The checking and giving of alerts are programmed.

Camera frameworks serve security as well as help enhance business forms. As of now, just a single in every hundred cameras has an unexpected capacity in comparison to wellbeing. Yet, that is moving. "40% of the cameras will add to business insight," predicts Drako.


IBM marries on-premises, private- and public-cloud data

IBM has taken the wraps off of another multi-cloud reconciliation stage it expectations will enable clients to oversee, secure and coordinate information regardless of where it dwells – in on-premise, private-cloud or open cloud applications.

Venture clients are looked with the overwhelming assignment of crossing over heritage applications with most recent cloud administration, and many can't simply lift and move, said Juan Carlos Soto, IBM VP of Mixture Cloud Combination. Over that numerous organizations are as of now attempting to oversee at least five cloud situations, frequently from various merchants, and they can't keep up, he said.

IBM's Establishment for Business Esteem gauges that by 2021, 98 percent of associations intend to receive half breed models, yet only 38 percent will have the methods and apparatuses they have to work that condition.

To address a portion of that multifaceted nature IBM Cloud Reconciliation Stage (ICP) is an amalgamation of new and improved IBM cloud parts. Huge Blue says it will let clients safely interface applications, programming and administrations from any seller paying little mind to where those frameworks are, decreasing reconciliation time and expenses while quickening new application advancement.

Explicitly the ICP keeps running on Enormous Blue's IBM Cloud Private condition which can oversee Kubernetes and different holders. The ICP incorporates various existing IBM contributions that incorporate the accompanying.


New Sony patent on PlayStation 5

Sony is at the stage of development of a new patent, which will be compatible with PlayStation 5. The patent will have all of the consoles from previous versions of PlayStation. In fact, fans of PlayStation should love this idea!

Theoretically, PlayStation 5 might run software from the legacy devices like PlayStation 4, PlayStation 3, PlayStation 2,  and PSone. The idea is that the patent will be tricking the legacy software that it runs on the original device. It will imitate the behavior of the previous version of PlayStation in order for the new hardware to function with the old one. The PlayStation 5 will have the console with 8-core Ryzen CPU and a custom GPU based on AMD's Navi architecture.

 

 


Google and Maurithuis collaborate on the project

Google and Maurithuis stepped into the project in order to incorporate famous works of the painter Johannes Vermeer into a virtual environment. With the project "Meet Vermeer",  visitors will experience what a virtual museum is. They can physically walk in the virtual museum through the augmented reality and view 36 paintings by zooming them in. In past, Google already worked with Maurithuis on the French project " Arts & Culture". This is the second time that Google and Maurithuis will collaborate on the same project from Paris.

However, five developers from Google will create the virtual exhibition with paintings of Vermeer for "Arts & Culture" project, so that people all around the world can view masterpieces of the painter. The most interesting element for the creation of the virtual museum is visitor's contribution. People can build the museum themselves. For that purpose, they can use a tour creator by Google, Poly Tours. The tour creator allows using formats ar and vr. To view paintings, visitors should have ARCore (Android) or ARKit (iOS) platforms downloaded on their phones. They can also use normal vr mode on phones.

Furthermore, Google developed the Art Camera two years ago. This robot camera is used for providing people with a virtual view of the paintings of Vermeer. More than that, the camera scan and take a photo of a painting on a distance in 1 meter and uses laser and sonar for a good focus. Therefore, it is possible to zoom in the paintings to view them better. However, paintings can be zoomed only outside of the ar platform.

The "Meet Vermeer" project is a brilliant idea to view and enjoy masterpieces of the great painter Johannes Vermeer!


Review for the Razer Blade Stealth 13 laptop

The new Razer Blade Stealth 13 laptop is now released. The model comes with an Intel Core i7-8565U processor and a 13.3-inch 1080p display. Therefore, it can increase up to 4X performance that is important for businesses when creating content.  The laptop packs a 256GB SATA SSD and 8GB of RAM. The laptop has a new Razer Chroma keyboard and therefore, it combines style and power, which ideally suits for work.

Razer Blade Stealth is also a great opportunity for businesses to work from the laptop as the speed of Intel Core i7-8565U processor reaches 4.6GHZ and up to 16GB RAM. The unibody frame of the Razer Blade Stealth 13 laptop is made of high-grade aluminum, which has good durability. The logo of Razer is in a black color, which makes it very elegant and stylish. The 4K display has 100% of sRGB compatible colors, which produces high-quality visuals and a touchscreen with better productivity.

 

 

 


The urge for the health industry to move to E-health

The application of technologies can provide better health care. The government of the Netherlands decided to invest ninety million euros in the improvement of e-health in 2019. It can give better care after old people who need it. Also, people with disabilities and chronical illnesses can benefit from e-health applications such as web apps or Internet messengers, which can be used both by clinicians and patients in order to communicate with each other. Also, it will be possible for patients to see their health records online in medical databases. It will make the living conditions easier for patients.

E-health applications are still not widely used, they will be available for elderly people on a regular basis. In this case, the hardware should be used to provide patients with e-health applications. For instance,  the information with medical records can be stored in computers for a long time, which is an advantage for clinicians.  The patients can also see their medical records. Both medical professionals and patients can have a reciprocal communication with each other when it is necessary with the help of created web apps or Internet messengers.


Cyber Hygiene

Cyber hygiene is the way for data being protected. This helps to protect devices from malware. The data is stored safely from theft and cyber attacks. Cyber hygiene is a sort of instruction and practices, which users of devices can do for the benefit of a system's health and security. There are several practices to follow to protect data and secure functioning devices:

  1. Hardware, software, and applications should be documented. Make a list where you will document it.
  2. From the list, you will see which equipment is not used, software and some apps need to be updated or even uninstalled.
  3. All of the practices for cyber hygiene can be noted down. It can be created a policy for users. The policy might contain information about password changes, software or hardware updates, new installs, back up information, etc.

Users should folow these simple practices to avoid any issues with cybersecurity in future.


The importance of hardware for the healthcare industry

When IT started getting its success, the future of healthcare was also predicted. It was a good beginning for healthcare providers to bring new opportunities in the patients' treatment. Therefore, this article will outline the importance of hardware in the healthcare industry.

First of all, you have new and modern hardware at hospitals and medical centers, which help to provide patients with better treatments because the diagnosis can be easier found. Also, the patients are protected from any mistakes in their diagnosis. The hardware gives more accuracy to the diagnostical results. It can be used for different departments of hospitals and medical centers, which makes the expertise of medical practitioners broader. The treatment can be given in different fields such as pediatric,  surgery, gynecology, dermatology, diegetic, etc.

Besides, the information with medical data can be stored in computers for a long time, which is a benefit. It can be accessed whenever it is needed. The patients can also see their medical records like test results or instructions for treatment. Both medical professionals and patients can have a reciprocal communication with each other when it is necessary.

In conclusion, all of the mentioned advantages make to believe that the hardware is quite important for the healthcare industry. And we expect many more inventions and developments in the future.

 


Threats of plastic

Most of the companies use plastic for their products and packaging. However, plastic contains toxins, which bring harm to the environment. There are the threats of plastic, which should be taken into account when manufacturing products:

  • It is impossible that plastic biodegrades. Once people throw away any things made of plastic, it will stay in the ground millions for years and only break down into small pieces.
  • Plastic is also dangerous for human health because of toxins that poison people. It results in cancer, birth defects or endocrine disruption, etc.
  • Even small creatures, like plankton, eat plastic because it is also in the water. People use fish as food and different countries, which brings more risks to human health. Besides, fish absorbs the dangerous chemical elements from plastic, which is also a threat to marine species.
  • The same happens to animals. They eat because of thinking that it is food. It is dangerous as animals die because of eating plastic, which does not digest.
  • Plastic cannot biodegrade. Dozens of factories use discard more than 20 millions of plastic. It does not go away. Some factories recycle plastic, but it mainly stays in the ground.

Therefore, manufacturers from around the world should take the situation over. Some of them already looking for ways on how to replace plastic in their products and packaging. We should care about the planet where we live!