The 2018 World VR (Virtual Reality) Industry Conference, co-sponsored by the Ministry of Industry and Information Technology of the People's Republic of China and the Jiangxi Provincial Government, opened in Nanchang on October 19, 2018. With the theme of “VR makes the world more exciting”, the exhibition promotes the global VR enterprises, projects, technologies, talents and funds to Nanchang through exhibitions, investment and docking, forum discussions, etc., and promotes the rapid development of Nanchang VR industry, which is Nanchang and even Jiangxi. The province's economic growth provides new kinetic energy and builds a new “business card” for Nanchang's economic development.
The interactive display of VR+3D+LED created by XD Vision attracted many people to watch and experience, so that VR+LED is perfectly displayed in front of the public.
VR+LED interactive display is an important frontier of the new generation of information technology. It integrates technologies in many fields such as multimedia, sensors, new display, Internet and artificial intelligence. It is expected to become the basis of many innovative applications, and promote new products and new formats, which may lead a new round of technology and industry changes. From technical view, supporting the development of VR industry technology and artificial intelligence processing will make VR have a better immersive experience in various application scenarios. "Technology, application, market" three horse-drawn carriages go hand in hand, VR is moving from the unreachable virtual to the gradual reality. With the advent of the technological age, we slowly turn to the "space, time, and people" scene, incorporating consumer features into it. This requires enhanced display technology, which not only forms a good interaction with consumers through the big screen, but also becomes a gathering place for scene marketing.
The intelligentization of the LED display allows more users to have a more realistic scene experience. When people interact with the LED display, they can create a scene that combines scenes, making it easier to incorporate human emotions into the display. In the entire virtual reality market, virtual reality products are inseparable from LED displays. In addition, from the perspective of the virtual reality industry chain, LED display is the most basic and important hardware. The LED display has better image quality effects and can significantly improve the user experience of VR products.
Intelligence is the trend of modern human civilization. Industry has gradually integrated this element and realized more intelligent technologies. The LED display which was boring in people's image has become full of wisdom and vitality. LED display manufacturers need to gradually transform their roles from manufacturers and developers to service-oriented solution providers, and will integrate user needs into the overall solution. Virtual reality technology is bound to become the leading role of the next technology era, which is both an opportunity and a challenge for the LED display industry.


Take the quiz to find the Apple MacBook you should buy
The quiz, which you can start above, will ask you about the way you want to use the Mac notebook. Using this we will find the perfect MacBook for you. We provide you with a short multiple choice quiz, and use your answers to work out which type of MacBook you need.
We compare all of Apple’s MacBooks to your answers to find out which MacBook is best for your needs.
This comparison quiz will help you to decide on many factors including if you should get the MacBook Air or Pro. We want to make sure that you get the right Mac notebook for you. The questions we ask will help us to determine the different internal and external factors you require. From this we will find which MacBook you should buy.
There are currently only a few different versions of Apple’s MacBook: the clamshell shaped MacBook Air, and the more powerful Pro models. The pro models come in a 16 inch and a 13 inch screen sizes. The MacBook Pro models have a TouchBar above the keyboard, while the Air has the older keyboard shortcut buttons. While the TouchBar might seem more preferable many users find the touchscreen quite frustrating to use and it has never been fully embraced by popular applications.
We look at many other factors as well including: size, price, power, portability and battery life.
Apple has now started the move away from Intel to their own processor, the M1 chip. The chip provides some impressive improvements in both power efficiency and power itself. So much so that Apple’s MacBooks are now incredibly competitive to similarly powered Windows computers. This new chip comes with one small compromise, the M1 chip has built in ram so there is no way to expand the memory in the MacBook. On top of that the RAM available is relatively low. This has been done to make the M1 chip incredibly power efficient.
The M1 chip is in the MacBook Air models. The Pro models have the M1 Max or M1 Pro versions, which are powerful and more power hungry. To manage this extra power they have fans built in to cool the processor, the Air is fan-less. The fans allow the Pro to be used for higher processing applications, where the Air may well thermal throttle.
Our notebook database has the latest MacBooks. Combining this with our algorithm, which sifts through the database to find the best one from your answers. Our quiz works out which Apple laptop is best suited to your needs. The quiz is regularly updated to make sure that only the most up to date models are in the comparison quiz.
We ask enough questions to get an accurate result tailored to your unique needs. The results page that we take you to after answering the questions will show what MacBook we recommend for you.


The IEEE MoNaCom workshop welcomes papers describing original and complete work in the area of Molecular/Nano scale communications. Submissions should follow the IEEE INFOCOM 2011 manuscript format (two-column pages using at least 10 point size type on 8.5 x 11 inches page – link for templates can be found at: http://www.ieee.org/publications_standards/publications/authors/authors_journals.html), and is limited to a maximum 6 pages. Manuscript should be submitted in PDF format via EDAS IEEE MoNaCom 2011 submission page – http://edas.info//N9877
Accepted papers will be included in the IEEE INFOCOM 2011 Conference proceedings and appear in IEEE Xplore (EI Indexed). However, this is provided that at least one author will present the paper at the workshop.
A number of best papers from IEEE MoNaCOM will be invited to Nano Communication Networks journal, Elsevier.


Israeli company Marvik Dental Systems has introduced a new teeth whitening system Thera-Smile, designed to fundamentally change the approach to the dental procedure. At the heart of the system – the patented technology, which will be presented to the US market in the fall, after the conduct of clinical trials.
For a tooth whitening system is used, consisting of a device which is attached by vacuum in the patient’s mouth. Device multipulse wave passes through a whitening gel, thus achieving directional lighting enamel. It uses modern highly concentrated bleaching gels are distributed over the surface at the optimum temperature and under full control by the dentist. According to specialists, the technology reduces procedure time, and the final result is superior to traditional methods. Moreover, the procedure provides prevention of hypersensitivity of the teeth and gums.
“We received a lot of suggestions about how to use the technology of dentists, hygienists and journalists who want to tell more about the new device. We hope that in the near future, our device will be used everywhere, improving the life and health of patients and the financial success of our partners. This technology of automated teeth whitening could occur for a long time, because in this area over the past decade, almost did not happen significant changes “, – says the company’s CEO Steve Marvik Pashkin.
Thera-Oral device can be used to whiten teeth only under the supervision of hygienists. The system is fully automated, and the doctor can monitor it in real time, which ensures good whitening results and safety procedures.


2 edition of The 2000-2005 World Outlook for Clock Radio Alarms (Strategic Planning Series) found in the catalog.
October 26, 2000
by Icon Group International
Written in English
|The Physical Object|
|Number of Pages||125|
Radio Alarm Clocks: Radio Alarm Clocks On Digital Alarm Clock with Large Digital Display Wake Up Light FM Radio Digital Alarm Clock with Dimmer LED Dual Alarms USB Charging Port for Study Office Bedroom Kitchen. 0 Reviews.
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The world is talking about smart machines, smart networks, smart cities and actually implementing many of these ideas into reality. Internet of Things has become an important driver for smoothness in doing business and overall grow it in terms of expanding it as well as the profitability. Transportation is surely a major contributor to the growth of various businesses and IoT is definitely going to steer innovation and development in the transportation industry.
When we talk about transportation, it can be the trucking industry as well as rail transportation.
- IoT for the Trucking Industry :
The smart trucks are being introduced which are using the Internet of Things (IoT) systems and cellular communications technologies to transmit required important information for fleet management operations.
With the combination of IoT, big data as well as the predictive analytics, IoT can really impact positively to revolutionize the trucking and fleet management industry.
Data access – Real-Time
With high-quality sensors installed in the vehicles, fleet owners can gather all these real-time data like unnecessary stops on the way to delivery, the total time the engine was unnecessarily kept switched on, etc. This will help to optimize efficiencies and business processes. Sensors can also help the fleet coordinators get level of insights like measuring the pressure of vehicle tires as well as the driver & vehicle locations.
This further extends to sensors giving signals to detect the driver’s behavior, like giving the information about driving quality, information related to speed regulations, route adherence, acceleration and deceleration statistics, braking practices, etc. With such IoT solutions, real-time information can be used to increase the efficiency of operations of the fleet services.
Connected fleets for improvements in operational efficiency and environmental impact
Connected vehicles allow a more efficient, productive business and also improve environmental impact. It can reduce the vehicles travel to the site by 68% to lower the fuel consumption and emissions.
If the vehicles are connected to the cloud, the accidents risk because of careless driving and less connectivity will be reduced and can increase the vehicle’s efficiency. Overall it will decrease the cost the logistics.
Connectivity to vehicles can also be used to monitor the health of the fleet. On-time alerts such as a low battery, coolant temperature, engine maintenance, inspection reminders, and other factors, can help in preventive measures to keep the vehicles running safely and smoothly.
Connected device’s number in transportation globally is expected to grow to 60 million by 2023 from 11 million devices in 2013. IoT is the future for fleet management. It will be important to select an appropriate IoT vendor for better results.
- IoT in Rail Transportation :
The rail industry has developed in such a way today that it can exploit the potential of industrial IoT which can help this industry to also cut down the investments in infrastructure.
The following points give us an idea of how the IoT is bringing in increased efficiency together with the enhanced passenger experience:
Safety & Reliability
The sudden breaking down of the train on the track can lead to delays across the network, cause trouble to the passenger and can throw the entire system off-gear. But the recent developments in preventive maintenance practices using the IoT can help to avoid such problems. With the integration of IoT sensors, critical components like brakes, wheelsets, and engines, trains become more sensitive to their operations with increased efficiency.
IoT can be helpful in the maintenance of rail tracks. With the sensors across-track systems, operators can very well monitor track stress and conditions, temperatures, and other parameters required for predictive maintenance and it will result in improved safety.
Reduced Maintenance Delays
Downtime due to sudden repairs can be improved. Predictive and preventive maintenance is feasible and more effective with the use of IoT. Smart sensors and analytics installed throughout the engine, coaches, and tracks, the rail systems can be remotely checked and repaired before any small problem gets bigger. IoT also helps in reducing maintenance delays and further extends the life of rail infrastructure.
Streamlined Operations using analytics
The operators are able to control the trains efficiently by tracking them across networks and processing the data using analytics. The IoT can also be employed to check the passenger flow. Analysis of such data guides operators on optimizing the travel schedules as per the need and demand of the commuters.
Further, the IoT is being used in the predictive weather modeling to be ready for and avoid service interruptions caused by weather conditions.
Optimized Passenger Experience
The rail companies are transforming to meet passenger expectations with improved services. IoT can help operators to personalize the travel experience for passengers. Rail operators can ensure increased passenger loyalty using IoT systems to understand customer experience history and make improvements for a more comfortable as well as convenient journey.
Better Product Development in the Industry
Rail OEMs and operators can leverage IoT for better operations with the available infrastructure and also in the manufacturing of locomotives, wagons and train coaches. Engineers can use analytics with operations and performance data to derive valuable, actionable points. This helps them understand the manufacturing procedures more dynamically and improve the quality of final product sooner than in traditional methods. IoT can help to improve the delivery of more sophisticated and connected products in the rail industry.
IoT is bringing together the enterprise IT & the operations technology
Railway Management System Market size is set to exceed USD 64 billion by 2024 with CAGR >10% (2018-2024). Some of the major companies offering the railway management systems are Bombardier, Cisco, Nokia, IBM, ABB, Indra, Toshiba, Trimble, Thales, Hitachi, Huawei,, Siemens, Alstom, Sierra Wireless, EKE Electronics, Thales, Atos, Ansaldo, Amadeus, Frequentis.


Most people don’t understand the difference between portable generators and portable power stations, and they end up confusing one for the other. Both types of equipment sound similar when you first start them, but they perform different functions and have a wide range of differences.
The portable generator converts other types of energy, like mechanical energy, into electric energy, and on the other hand, a portable power station is driven by a rechargeable battery to power a small space. Let’s take a closer look at portable generators vs. power stations to determine the differences.
Portable Generator: What Is It?
A portable power generator will convert different kinds of energy, especially mechanical energy, into electrical energy.
Depending on the output, a power generator can provide electricity to a small room or an entire factory. The generator works with a steam turbine, water, a diesel engine, and other components to convert energy. The energy is generated by water or gas flow, fuel combustion, or nuclear fission.
For gas, users online have praised the Predator 1800 Watt Gas Powered Portable Generator.
This creates mechanical energy, which goes into the inverter generator to become electric energy. It comes in handy whenever there is a power outage. Portable power generators provide output between 1000 watts to over 20,000 watts. The more output you’re getting, the bigger the generator will be, so consider this when choosing the best portable generators. It will also be less portable, consume more fuel, and create more noise. With some large portable generators, a wheeled cart will be required to carry them around.
A portable generator can supply enough wattage to power an entire home. When selecting one, you should consider the intended purpose since they also offer different output levels and sizes. For high power, you can consider the Predator 9000-Watt Gas Powered Portable Generator.
On a portable generator, there is a control panel with different outlets and sockets. This is where the generator provides energy from. By burning the fuel in the fuel tank and plugging your home sockets, you can get continuous electricity without having a break in the power supply. Some generators also allow you to connect USB ports, digital panels, CO detectors, or work with an app. It’s important to check the watts of the generator and the home appliances before purchase.
Pros and Cons of a Portable Generator
There are different advantages you can get when using a portable generator, but this doesn’t mean it’s not without its downsides.
- Emergency backup: one of the advantages of using a portable generator is during emergency backup situations. Whenever you’re experiencing a blackout or need electricity urgently, you can just take it out of the shed and turn it on. Some portable generators can run only some essential parts of the house, like the lights, heater, and refrigerator, while others will fully provide your house with a power supply.
- Cost-effective: it’s affordable to get a portable generator, especially when you compare it to a permanently installed generator. While it’s more expensive than a power station, it provides wider coverage and higher power, making it a cost-effective solution. You can get portable generators from $500 to $3,000, based on the wattage.
- Enough power output: portable generators offer enough power to provide your home or RV with electricity. You can turn on the fridge, cooler, and different kinds of electronics after turning it. Most of them come with a standard household outlet providing 240V output for some appliances. Sometimes, you need to add extra connections to fully use it.
- Noise, exhaust, and heat: portable generators can be noisy depending on how much power they give off. They also give off a lot of fumes, which is why they should run outside to prevent poisoning by carbon monoxide. But, you can’t put the generator too far away, so you’ll have to deal with the fumes, heat, and noise.
- Risky for sensitive electronics: since they provide AC current, which can fluctuate, it is risky to plug in electronics like laptops or cell phones directly to your generator. You should only do this when you are using an inverter generator, or there is a transfer switch on your generator.
Portable Power Station: What Is It?
On the other hand there is a portable power station, which is also called a battery-powered inverter generator or a gasless generator.
A portable power station is a source of electric power that runs on a rechargeable battery and can power a small house or an RV on camping trips. They are fitted with USB and household AC outlets for connecting the devices that you want to be powered.
Portable power stations provide more power than you’d expect for a piece of small equipment. Some are as small as a lunchbox, like the Westinghouse iGen160s.
The output for a portable power station is usually about 1000 watts, although larger types provide even more power. The best portable power stations are a fantastic choice if you need a power supply on a campsite or in a remote area whenever there is a power outage, as they are very easy to move around. On the downside, the battery capacity of a portable power station is the same as the number of Watts it gives off.
For instance, if the portable power station is running on a 1000 watts battery, you need to consider the watt-hour, and this will last for about an hour. This makes them less efficient for being a backup generator in case of a blackout, unlike a portable generator. But, they are quieter than a portable generator and don’t have as many safety risks.
A portable power station will be designed with multiple inlets ad outlets. The outlets on the control panel allow you to feed power to different appliances. But the inlet is meant to differentiate between the low and high amp charging. This way, you can charge your portable power station by plugging it into the inlet from high-power sources like solar panels and high amps.
Pros and Cons of a Portable Power Station
If you’re considering using a portable power station, you’ll be pleased to see the different advantages it offers. At the same time, there are a few disadvantages to keep in mind.
- Quick access to power: the main benefit of using a portable power station is quick access to power, as long as it is fully charged. You’ll have electricity at a moment’s notice by simply turning it on. Whenever there’s a blackout, you can use it to run the fridge or charge your devices. It’s also a great addition to any camping tool.
- Easy to recharge: all you need to do is plug the power station in for it to charge. You don’t have to buy fuel or diesel, as long as you have a solar panel or household high amp outlet. It’s advisable to purchase a solar power station for easy charging. Some models, like the Jackery 400 Watt Peak Output Explorer, come with solar charging.
- Safe to use: power stations are great for safety. They run quietly without any combustible fuel, so there is no fire hazard or risk of carbon monoxide poisoning. Power stations are also safe for plugging in different types of appliances and equipment.
- Less powerful: the main disadvantage of using a portable power station is the power, especially when compared to a portable generator. Their power rating ends at 1000 watts, and this is where the rating for a generator will start. You can use a limited range of devices, mostly a computer, phone, or fridge.
- Limited run time: another downside to consider is the limited run time since they are running on a battery. If the battery runs dry and there is still a power outage, you’ll be stuck since you can’t charge the power station again. So, you can’t use them for a long time. If you expect blackouts often, you should avoid using them.
Portable Generators VS Portable Power Stations
Now that you know what both pieces of equipment are, you might be wondering what is better: portable generators vs. portable power stations. They have corresponding features and can’t replace each other, so it depends on your needs.
First, here are the main differences between the portable power station and portable generator:
|Portable Generator||Portable Power Station|
|It creates electric power from mechanical energy.||It stores electric power in batteries.|
|Offers a high output of between 1000 and 20,000 watts.||Offers a low output of up to 1000 watts.|
|Can only run outdoors.||It can be used indoors and outdoors.|
|Needs regular maintenance to run properly.||Does not require maintenance.|
|Not suitable for sensitive electronics without an inverter.||It can power all kinds of small electronics.|
|Comes with a fire hazard and emits CO.||Does not emit CO or use any combustible fuels.|
|It is loud and emits noise.||It runs quietly.|
Factors to Consider when Deciding Between a Power Station and a Generator
If you need a small source of electricity for charging small electronics or when camping, you should consider a portable power station. But, if you need a lot of power for your home, you’ll have to go for the portable generator. While the generator comes with different safety concerns and requires maintenance, unlike the power station, the power it offers is much better than from the power station. You’ll have to compromise if you need a lot of power.
- Amount of power needed: you need to consider if you need enough power to give a house electricity or just a camping site. While both portable power stations and generators have different sizes and outputs, the latter is more powerful.
- Ease of use: a portable power station is easier to use and maintain, as all you need to do is charge it and let it run. But a portable generator requires regular maintenance to keep it running efficiently.
- Type of fuel: you also need to consider the type of fuel that you want to use. If you don’t mind getting diesel for your generator, then you’ll be comfortable with the portable generator while taking measures to prevent CO poisoning. But, if you don’t want to use combustible fuels, the power station will be a better choice with solar panels and battery packs, although the output will be low.
How long will a portable power station last?
This depends on their battery capacity and how many electronics and devices it is currently powering. It can last from two to 12 hours before it will require charging. You can make it last longer by reducing the number of electronics you are charging. Also, ensure it is stored charged. Keep in mind that it takes several hours for a portable power station to be used again.
Can you charge a portable power station with a generator?
You can charge your portable power station with a gas-powered inverter generator. If you have a portable generator and power station, you can use the former to charge the latter. Other ways to charge it are through a solar panel or a standard electrical outlet.
How can I maintain my portable generator?
Portable generator maintenance involves emptying out the fuel tank after use, storing it in a clean and dry place like a shed or purchasing a cover, cleaning it once a week, and also training it so that it keeps working. You also need to have extra oil and filters and continuously monitor the wattage consumption.
Now that you understand the difference between portable generators vs. portable power stations, you can easily choose the one that works for you and your needs. Consider your power requirements and what you will be using the electricity supply for, and it becomes easier to pick one. While they seem similar, one cannot do the job of the other. If you need an all-rounder, you should go for the portable generator, but if you simply want to charge some phones or a laptop, or go camping often, choose the portable power station.


Bryan W. Pitt is an associate at Kunzler, PC with experience in patent searches, patent drafting, patent prosecution, patent infringement opinions, and patent enforcement opinions. Mr. Pitt has also helped clients to obtain trademarks.
Before joining the firm, Mr. Pitt was a patent associate at Stoel Rives LLP. Prior to that, Mr. Pitt was a patent examiner with the United States Patent and Trademark Office (USPTO) specializing in the fields of radio communication networks and devices, such as cellular telephone networks, Wi-Fi, and Bluetooth devices, as well as electronic displays, such as LED, LCD, and touchscreen displays.
Mr. Pitt attended law school at the George Washington University and graduated with a J.D. in 2012. During law school and while at the USPTO, Mr. Pitt was an assistant editor for the Journal of the Patent and Trademark Office Society. Prior to law school, Mr. Pitt earned his B.S. degree in Electrical Engineering from Brigham Young University in Provo, UT. During his undergraduate studies, Mr. Pitt specialized in digital communications, signal processing, and wireless communications circuits.
In his spare time, Mr. Pitt enjoys adventuring outdoors and making cookies with his kids. He may also be found tinkering in the garage or reading a good book.


4U Rackmount ATX Motherboard Chassis with most
- Supports either an ATX motherboard or a backplane with up
to 14 slots
- Equipped with 300 W ATX power supply
- 2 Front-accessible USB; 4 in the rear
- Designed to withstand environmental extremes, such as
shock, vibration and high temperature
- Form Factor: Board MB; Depth 17.7"; Unit
4U; Width 19"
- Drive Bay: 3.5"
- RS232 Ports: 4 on board; More can be added via a MOXA card
- Expansions: 3 PCI Slots; 3 PCIEx4 Slots; 1 PCIEx16 Slot
- Power consumption: 300W


Water shut off valve
Prevent Flooding with a Water Shut Off Valve
To prevent flooding due to a leaking water heater, install an automatic water shut off valve that will detect the presence of water beneath the water heater and turn off the water supply before there is extensive damage.
How water shut off valves work— Automatic water shut off valves generally consist of a high-quality brass valve, an attached electric control box, and moisture sensors. The valve installs “upstream” of the water heater directly into the plumbing line. The moisture sensors are placed on the floor under the water heater or in the drip pan.
If a leak is detected, the sensors transmit a signal to the control box, which shuts off the water supply and closes the valve. Until you manually reset the valve, the water will remain turned off.
The water shut off valve sounds an alarm if a leak is detected, alerting you that it has been engaged. When you are away, more complex units can be connected to a home alarm system or an auto-dialer to send you phone, text, or email notifications.


It additionally comes with AI Scene Enhancement expertise, which might mechanically advocate and improve footage with filters. 4. Product footage is for reference solely. The phones are also rumored to have a quad rear digital camera setup. Our subscription mannequin has seen an encouraging response from many of you subscribed to our online content material. Contained in the cutout on the show, you’ve got a 16-megapixel entrance-going through snapper. The Oppo F19 makes use of a Qualcomm Snapdragon 662 processor inside. The oppo f19 has 33W fast charging, which is rated to top the battery up in around 72 minutes. The upcoming new Oppo smartphone is confirmed to carry a 5,000mAh battery back-up with a 33W fast charging assist. The smartphone houses a 5000mAh battery with a 33W Flash Cost.
The handset will help 33W Flash Cost know-how. There’s 6GB of RAM and 128GB of inside storage on the telephone with support for a microSD card. Some online reports recommend that corporate might launch these handsets with totally different RAM and storage configurations. Oppo F19 Pro belongs to the mid-range class and comes in two variants, one with 8GB RAM and 128GB internal storage and another with 8GB RAM and 256GB internal storage. Oppo F19 Pro Plus runs ColorOS 11.1 based mostly on the Android 11 working system to have a clutter-free and person-friendly UI. The Oppo F19 comes with a 5000mAh battery one thing that the corporate already revealed while saying the launch date for the telephone.
It also comes with the AI Night Cost, which intelligently expenses your phone in intervals so that your phone is not constantly charging while you’re asleep in the evening. It comes with 8GB of RAM. The Oppo F19 Pro is powered by the newest Octa-core Media Tek Helio P95(MT6779V/CV) processor. Earlier than that, a little one thing about the 2 F19 Professional telephones. The Oppo F19 will be a bit trimmed down in terms of specs and whether or not it is also going to be a great telephone is something only the worth reveal will inform. F19’s 6.4″ massive screen has a 90.8% extremely-excessive screen-to-body ratio, which is comparable to the excessive-finish F19 Pro’s display by way of the actual property. However, while that’s all good, the Oppo F19 lacks an excessive refresh fee.


No, it doesn’t taste very good. I’m not going to talk today about the technology of what we eat. I do want to show you a couple of examples of technology that we ingest, swallow, carry around inside us for a while… Ready?
Something that has been already around for a few years, and was initially used in space travel: The CorTempTM pill. This tiny swallowable device with its built-in microbattery sends your internal body temperature to a portable device. Picture the safety implications: athletes, firefighters, soldiers ingest these so that they can be pulled out if their temperature gets dangerously high. Lives are saved.
But, as with all micro-gadgets, the power source is the problem. This pill is powered by a tiny silver oxide battery, which isn’t cheap. I so hope nobody tries to recycle theirs…
On to a more, um, “ecological” power source: you.
One of the big problems doctors face is monitoring medicine consumption. Is the medicine not working, or is the patient not taking it correctly? That uncertainty ends up being expensive, both for the healthcare industry and for the patient. Proteus Digital Health has developed miniscule sensors made of non-toxic and inexpensive silicon, copper and magnesium that react with your stomach acids to become a tiny battery. These sensors can be implanted into pills, which when activated, transmit the exact time of ingestion to a patch you’re wearing on your arm, say. That information, along with biometric data such as heartbeat, temperature, sleep patterns and activity level gets sent to your phone and also directly to your doctor, with your permission, of course. That way he or she can monitor exactly when you take your medicine, and how you’re doing. Doesn’t that sound more convenient than countless trips to the doctor’s office? These sensors have been FDA approved and supposedly will be available this year or next.
The same technology can be used for password authentication. Yes, you swallow a pill that makes your whole body an authenticator. The pill is activated on contact with your stomach acids, and transmits an 18-bit ECG-like signal which will unlock your phone, your computer, your car, even your front door. This pill already has FDA approval, and apparently you can safely take 30 of these pills a day. I have not been able to find out how long the signal lasts once activated. I would imagine that, with no activating gastric juices, it loses its signal after, um, elimination.
I’m sure that we all agree that passwords are a complete hassle and not very secure (I mean, no way you use the same password for more than one site, right?), and ingestible passwords would eliminate the need to remember sequences… But, you would still have to remember to take the pill. And, how do you keep your pills safe? Lock and key, sure, but wouldn’t the safest way be a password-activated safe? Personally, I prefer to wait until fingerprint recognition or eye-scanning becomes the norm. That I’m looking forward to.


As we step further into the age of electric-powered mobility, the pursuit for speed is not left behind. From sleek roadsters to cutting-edge hypercars, the world of electric vehicles (EVs) is rapidly pushing the boundaries of speed and performance. In this article, we will take a thrilling ride through the top 10 lightning-fast electric vehicles that define the mega speed era. Buckle up and prepare to be amazed by the power, agility, and speed of these incredible machines.
The Tesla Roadster, a stunning innovation by the renowned manufacturer Tesla Inc, redefines the concept of electric speed with its awe-inspiring acceleration. It vaults from 0-60 mph in an astonishingly brief 1.9 seconds, setting itself apart as one of the fastest electric vehicles on the planet. But it doesn’t stop there. The Roadster boasts a top speed of over 250 mph, a remarkable feat for electric car technology, beautifully blending efficiency, sustainability, and extreme speed. With this, the Tesla Roadster truly embodies the spirit of the mega speed era.
Stepping up to the challenge is the Rimac C_Two, a hypercar that is nothing short of an engineering marvel. This beast accelerates from 0 to 60 mph in a breathtaking 1.85 seconds, slightly edging out the Tesla Roadster. The C_Two doesn’t compromise on top speed either, matching the Roadster’s impressive claim of over 250 mph. This electrifying performance, coupled with its stylish design, cements Rimac C_Two’s position as a formidable contender in the world of high-speed electric vehicles.
The Aspark Owl, a Japanese masterpiece, is a force to reckon with in the realm of electric hypercars. With a stunning acceleration that takes you from 0-60 mph in a record-breaking 1.69 seconds, the Owl leaves many competitors trailing in its wake. However, this speedy electric car doesn’t trade off top speed for acceleration. The Aspark Owl boasts a top speed of 249 mph, nearly matching the velocity of its rivals, the Tesla Roadster and the Rimac C_Two. This combination of lightning-fast acceleration and high top speed makes the Aspark Owl a remarkable illustration of electric speed in the mega speed era.
The Lotus Evija, a striking addition to the world of electric hypercars, is an embodiment of speed and elegance. With its state-of-the-art design and advanced electric motor, the Evija catapults from 0-60 mph in less than 3 seconds, making it one of the quickest cars in the world. But speed is not only about acceleration. The Evija doesn’t lose its breath when it comes to top speed, reaching over 200 mph with ease. With its unmatched combination of swift acceleration and high top speed, the Lotus Evija stands as a testament to the thrilling potential of electric power in the mega speed era.
The Pininfarina Battista, an Italian work of art, is a powerful contender in the realm of high-speed electric vehicles. This dynamic machine demonstrates remarkable acceleration, springing from 0-60 mph in under 2 seconds, thus distinguishing itself in the world of electric speed. However, the Battista isn’t just about rapid acceleration. The vehicle proudly boasts a top speed of over 217 mph, displaying its dominance in both acceleration and speed. Thus, the Pininfarina Battista, with its exhilarating performance, contributes to the electrifying pace of the mega speed era.
The NIO EP9, a trailblazer in the electric car industry from China, showcases a blend of speed and technology that is nothing short of impressive. The EP9 rockets from 0-60 mph in a rapid 2.7 seconds, placing it firmly amongst the fastest electric vehicles globally. However, speed isn’t solely about acceleration. The NIO EP9 also shines when it comes to top speeds, reaching a formidable velocity of 194 mph. This balance of quick acceleration and high top speed makes the NIO EP9 an exciting chapter in the story of the mega speed era’s electric vehicles.
Porsche Taycan Turbo S
The Porsche Taycan Turbo S, a profound statement in the world of electric sports cars, is a perfect blend of traditional Porsche performance and cutting-edge technology. This iconic car shoots from 0-60 mph in a swift 2.6 seconds, demonstrating its impressive power and acceleration capabilities. Yet, the Taycan Turbo S doesn’t stop at acceleration. The car also shines in terms of top speed, reaching a considerable 162 mph with ease. This combination of rapid acceleration and high top speed firmly positions the Porsche Taycan Turbo S as an essential player in the mega speed era of electric vehicles.
Lucid Air Dream Edition
The Lucid Air Dream Edition, a game-changer in the realm of luxurious electric sedans, successfully merges comfort with lightning speed. This innovative vehicle rockets from a standstill to 60 mph in just under 2.5 seconds, a testament to its impressive power and acceleration capabilities. But the Air Dream Edition doesn’t halt at acceleration. It also takes pride in its top speed, eclipsing 168 mph with grace and finesse. This blend of speedy acceleration and noteworthy top speed helps secure the Lucid Air Dream Edition’s place in the mega speed era of electric vehicles.
Chevrolet Corvette Z06
The Chevrolet Corvette Z06, an American classic, brings a new dimension to the electric speed race. With its emphatic acceleration, the Z06 blazes from 0-60 mph in under 3 seconds, demonstrating its raw power and agility. However, the Corvette isn’t just about acceleration. It also boasts a top speed of over 200 mph, a testament to its capabilities at full throttle. With its compelling blend of swift acceleration and impressive top speed, the Chevrolet Corvette Z06 earns its spot in the mega speed era of electric vehicles.


NASA used its TETR-A
training satellite to relay voice, pictures, and telemetry data to
ground controllers as if it were real data coming from the
spacecraft. This way the controllers didn't have to know it was a
hoax; they thought they were running a real mission. [Bart
There were two groups of people that dealt with telemetry during
Apollo. The operators of the MSFN
collected the radio signals from space and relayed them over land
lines to the Mission Control Center (MCC) where they were collated and
displayed. At MCC, the flight controllers interpreted the data and
made decisions affecting the mission.
Because of the design of the MSFN, a satellite was not required to
train the MCC controllers. Simulations were easy to set up. The
instructors simply disconnected the outlying stations from the MSFN
hub and substituted an equivalent stream of simulated data created by
their own ground equipment. The controllers at MCC didn't know or
care where the data came from. It was specifically designed this way
so that simulations would be indistinguishable from the real thing.
So Sibrel can argue it was possible for the ground controllers to
be fooled by simulated data. But it doesn't take a satellite to do
The MSFN operators absolutely can't be fooled by a satellite.
Their antennas must be precisely aimed, and a satellite doesn't follow
the same path in the sky as an outbound or inbound Apollo spacecraft.
They'd know. Their ability to locate the spacecraft in the sky is
nothing short of legendary. They took great pride in being able to
use the Doppler shift of the radio signal to determine the flight
path of the spacecraft. When compared later with flight records,
the MSFN ground station operators were proud to have observed motion
of the spacecraft due to such subtle effects as waste dumps and
MSFN Antennas must be precisely aimed, and a low earth orbit
satellite cannot mimic the sky position of a translunar spacecraft.
As seen from earth, an Apollo spacecraft on a translunar
trajectory would always be in roughly the same direction as the moon.
But the TETR-A satellite was in a 172 × 294 mile (287 ×
490 km) orbit that required only 92 minutes to complete one
revolution. From a point on earth it would appear to streak across
the sky in a matter of minutes.
Mike Dinn, an Australian scientist who worked at the MSFN tracking
station in Australia, writes
"It [the TETR-A] had little more than a transponder and some
housekeeping telemetry and limited life. It wasn't really needed as
we had Lunar Orbiter and Surveyor spacecraft which were used from some
If these people cannot be fooled by a satellite then they have to
be included in the conspiracy. But they can simply be told to pretend
to track a spacecraft and acquire signals from it. The TETR-A
satellite would be completely irrelevant.
So the TETR-A satellite is neither necessary to fool MCC
controllers nor sufficient to fool MSFN operators. This charge seems
to stem more from the conspiracists' knack for spinning a good yarn
than from an effort to formulate a plausible theory for how lunar
landings might be falsified.
NASA claims that the
TETR-A satellite crashed, but that's a misinformational lie. [Bart
Sibrel doesn't elaborate on how he knows the TETR-A was still
orbiting well into 1972, despite NASA's claim that it de-orbited and
burned up on April 28, 1968.
Objects already in orbit pose a collision hazard to launches.
Spacefaring nations habitually track spaceborne objects that might
interfere with their launches. So if NASA claims its satellite burned
up, but it was really still up there, the Soviets would have seen it.
It's not as easy to hide a satellite as Sibrel believes.
web page for the TETR-A satellite.


Penrui non-contact thermometer is designed to take the body temperature of a person regardless of the room. It is ideal for quickly detecting elevated body temperature using a non-contact design that eliminates the need for replacement probe covers and other supplies. It provides accurate body temperature thereby replacing the traditional mercury thermometer.
Fever Alert: The alarm alerts visually and audibly when temperature exceeds the programmed limit set and it can measure body temperature without contact.
Stable and Reliable: It provides fast response which is stable and reliable allowing you to check temperature of multiple people in a quick note.
Large Screen Back-light: You have to simply press the trigger and read temperature on the large back-light LCD display and it can store up the reading for easy recall and has a good visibility.
Intelligent Power Saving: The thermometer gun works with 2 AAA batteries and has an intelligent power saving feature which allows to save power when not in use.
Temperature Measure in Second: The temperature of multiple people can be measured in a jiffy by monitoring individuals potential elevated temperatures and reduces the potential spread of diseases.
Specification:Measurement range: 32 – 42.9℃Measurement time: 1 secondPower supply: 2 x 1.5V AAA batteries (not included)Measure position: Within 2.5cm of measure objectMeasurement accuracy: 35.0℃ and 42.0℃
Operation Method:1. Insert 2 AAA batteries2. Click to start3. The default mode in the power-on state is to measure the human body. Click “Mode” once to switch to the measurement target temperature mode.4. Align the ear with a distance of about 3-5 cm, click and hear the sound, and the measurement is completed.5. Switch between Fahrenheit and Celsius: Under the power-on state, press and hold “MODE” for 2 seconds, the screen will display “F1”, click “+” to adjust to Celsius (Celsius), and click “-” When adjusting to Fahrenheit ( F), click the Mode setting again to complete.6. Set the alarm prompt temperature: long press “MODE” for 2 seconds, the screen displays “F1”, click “MODE” again, the screen displays “F2”, click “+” once to increase the alarm by 0.1 C (0.1 F) Temperature, click “-” once to decrease the alarm Temperature by 0.1 degrees Celsius (0.1 F). The initial system alarm temperature is 38 degrees Celsius (100.4 F).7. Temperature error setting: long press MODE for 2 seconds, the screen will display F1, click MODE twice again, and the screen will display F3, click + once to increase by 0.1 degrees Celsius (0.1 F) To measure the temperature, click “-” once to decrease the temperature by 0.1 C (0.1 F).8. Alarm sound switch setting: long press MODE for 2 seconds, the screen displays F1, click MODE three times, the screen displays F4, at this time click +, the alarm sound is on (open) , Click “-“, the alarm sound is turned off (off)


GDS Opens its New State-Of-The Art Outdoor Testing Facility
Global Display Solutions (GDS), market leader in the design and manufacture of industrial displays, has opened its innovative Outdoor Test Facility in Cornedo, Italy. This facility will provide GDS with the capacity to rigorously test its outdoor displays in real environmental conditions, offering its customers total quality assurance that its displays can endure all weather conditions. The opening of this facility demonstrates GDS's dedication in consolidating its position as the world leader in outdoor displays.
This unique new facility allows GDS to track the actual behaviour of the monitor once it has been installed in the field. The displays tested in the new facility are all connected through an intranet system, which allows GDS to collect and compare their data. All temperature, humidity and sun power radiation values are recorded into a server computer. A complicated evaluation of this data allows GDS to map the most reliable thermal cooling system for each display and application. This test also enables GDS to verify the laboratory simulation tests which are conducted following manufacturing.
By testing its displays in real environmental conditions, as opposed to imitated surroundings, GDS can detect any foreseeable problems prior to installation. This unique guarantee provides customers with complete confidence in GDS's displays and minimises the chances of any downtime within the field. GDS supplies the displays for a large number of the world's ATM machines as well as providing large displays for airports and train stations, all applications that will benefit from this new testing facility.
The new outdoor facility will be used to test the ruggedisation of all GDS's displays that can be used for outdoor applications, including its Touchscreen LCDs, Optically Enhanced TFTs and the innovative Mitra displays. Tests conducted within the facility will assess features such as sunlight readability, sunlight thermal loading, UV testing and a variety of cold temperature aspects. This state-of-the-art facility is located next to GDS's production site, allowing visiting customers the opportunity to see their products being tested.
Marco Cohen, Marketing Manager at GDS, comments: GDS is recognised within the industry as the global leader in outdoor displays, and this is a position that we pride ourselves on. The introduction of this facility is testament to this fact and shows our commitment in providing our customers with the very best service possible. As our displays are designed to be installed in very demanding conditions, such as train station platforms, we felt that the only way to offer customers total assurance is to test the displays in actual conditions after all simulated conditions are just not the same!


Sono Motors and EasyMile are equipping an EZ10 autonomous shuttle prototype with Sono Motors’ patented solar technology, testing a new energy concept for electric and driverless shuttles.
The Munich based solar mobility provider plans to transfer flexible solar panels to a variety of platforms, now including the EZ10. This could unlock a new type of energy-efficient transportation which could really make a difference to the still weak spread of charging stations for electric vehicles.
The joint venture was recently revealed at the virtual Consumer Electronics Show (CES) 2021 with Sono Motors announcing its intention to license its unique solar technology to other companies. Its solar technology modifies a vehicle's exterior by installing solar cells integrated into flexible polymers instead of glass. This makes it lighter, robust, cheaper and more efficient than any other vehicle solar technology currently available.
This technique allows the company to integrate solar panels on a variety of vehicle types creating a number of new application possibilities. Because of the large contact area on buses and trucks, these vehicles are particularly suitable to be fitted with the flexible panels.
The EZ10 electric shuttle, which has already been used in more than 30 countries around the world, operates up to 16 hours with one battery charge and must be plugged-in for around 6 hours to be fully re-charged from empty. This could be dramatically shortened with the new solar technology
The solar cells convert sunlight into energy that is stored in the vehicle’s battery. Solar cells, which produce energy no matter whether a vehicle is driving or parked, can significantly increase the range of the electric vehicle.
This could give the driverless shuttle even more autonomy as it would be more independent of the available charging infrastructure. A big cost-saver for private sites as well as an advantage for the many communities that use the shuttle as an extension of the public transportation network.
The solar body panels aren’t designed to replace traditional charging methods. They instead can reduce the number of charging intervals. This solar-powered approach is an efficient and quick way of promoting electric mobility.
EasyMile develops autonomous technology and vehicle solutions for passenger and goods transportation worldwide, its award-winning technology is leading in the field of autonomous driving. The company's unique software can be integrated in numerous other vehicle platforms allowing reliable and safe operations without an existing infrastructure and under mixed traffic conditions. It’s people mover solution, the EZ10, is the most-deployed driverless shuttle in the world and is already being operated in more than 30 countries to relieve local public transport.
EasyMile's autonomous vehicle solutions play a decisive role for the mobility of the future; they not only enable seamless and individual mobility for passenger transport by closing so-called first-last-mile transport gaps, but also automate the flow of goods in logistics processes. The technology company works closely with its partners on the latest technologies in the areas of software, robotics and artificial intelligence in order to further develop the vision of autonomous driving.
Franca Trippler | email@example.com | +49 162 57 164 06
For press inquiries please contact Christian Scheckenbach | phone: +49 176 18050132 | email:
Sono Motors is on a mission to enable a revolutionary mobility system, where every electric vehicle is solar, shared, and independent from fossil-fuels. Today, an experienced specialist team is developing a forward-looking electric car that is suitable for daily use, the Sion. Both the Sion’s integrated solar technology and innovative mobility services will enable users to access clean mobility, harness solar energy and reduce CO2 impacts.
Sono Motors was founded in 2016 and has rapidly grown to more than 200 employees today. The team combines a range of burgeoning global talent with industry veterans, including former employees from BMW, Nissan, Chrysler, Daimler, Audi, Mozilla, Sixt, FlixBus and mytaxi. Since its foundation, the company has raised approximately €100 million through reservations and funding. The company released its first generation Sion prototype in 2017 and has amassed 14,000 reservations with advance payments. In 2018, Sono Motors was recognized as a Solar Impulse Efficient Solution by the Solar Impulse Foundation. In January of 2020, Sono Motors successfully closed one of the largest community crowdfunding campaigns in Europe.
Sono Motors’ Sion intends to blend disruptive technology with affordability to enable individual contribution to global sustainability. The Sono solar technology replaces traditional paint with proprietary integrated solar panels that can form to various applications. Additionally, the Sion’s solar panels can add 112 km or 70 mi on average (up to 245 km or 152 mi) of additional driving range per week to the car’s battery. The Sion is expected to have the lowest TCO (total cost of ownership) in its category at the start of production, which is scheduled for the first half of 2023.


Pick a download mirror and get the Orbiter 2016 core package, either as an MSI installer for guided installation, or ZIP archive for manual installation. Follow the. The following downloads are available as torrent files and magnet links. To download the actual ZIP archives containing texture files by using these links, you. Orbiter is a realistic 3D real-time space flight simulator program. Official site with free download.
Orbiter is a freeware space flight simulator program developed to simulate spaceflight using Since Orbiter 2006, a scenario editor is included, which can also be extended for supporting the special attributes of add-on vessels. Orbiter 2010 base files and textures for download. BigFile Orbiter 2010 Download 1.98 GB. Includes All Files Listed Below Reccomended 3mb Download. Orbiter is a freeware space flight simulator program developed to allow users to . Orbiter's commitment to realism is reflected in the real spacecraft and space . Create a folder called Orbiter 2006 somewhere in your computer Mar 10, 2010 Whenever I download the zip, and try to unzip it to get to the torrent with Seth,s level 10 Earth for Orbiter 2006 P1. which really stand.


The Atom+ takes the compact versatility of the original Atom and adds even more utility with type C fast charging for the case.
Say goodbye to battery anxiety and multiple cables. The Atom+ case can now build up 52 hours of charge even faster while using the same cable as your smartphone. Which means less time charging, less cable clutter, and more time out the door.
Bluetooth Version: 5.0
Connection Range: 15 Meters
Bluetooth Profile: HSP, HFP, A2DP, AVRCP
Material: PC+ABS, Silicone
Microphone: Built-in (Both)
IP Rating: IPX6 Waterproof
Compatibility: iOS, Android, Windows
Voice Assistant: Yes (Siri & Google Assistant)
Connector: Type C Charging Port
Battery Type: Li-Polymer Battery
Charging Case Battery Capacity: 600mAh
Earbud Battery Capacity: 50mAh
Music Time: Up to 7 Hours/Charge
Talk Time: Up to 8 Hours/Charge
Charging Time: 1.5 Hour
Total Play Time: Up to 52 Hours
Charging Case Dimensions: 44 x 44 x 35 mm
Earbud Dimensions: 27 x 15 x 16 mm
Earbud Weight: 3.5g
Total Weight: 40g
Only logged in customers who have purchased this product may leave a review.


The Future of Home Insurance: Technological Advancements
In today’s rapidly evolving world, technological advancements have permeated every aspect of our lives, and the domain of home insurance is no exception. Home insurance, a critical safeguard for homeowners, has witnessed a remarkable transformation thanks to the integration of cutting-edge technology. This article explores the exciting future of home insurance, focusing on how technological advancements are reshaping the industry.
Home insurance is a financial safety net that protects homeowners from unexpected calamities such as fires, thefts, or natural disasters. Traditionally, home insurance has relied on actuarial data and statistical models to calculate premiums and assess risks. However, the emergence of technology has revolutionized this age-old industry.
To understand the impact of technology on home insurance, it’s essential to look back at the traditional model. In the past, insurers primarily relied on historical data and generalizations. This approach often led to inaccuracies in premium calculations and cumbersome claims processes, leaving customers dissatisfied.
Technology in Home Insurance
Today, the integration of technology is reshaping the way home insurance works. The Internet of Things (IoT) is a game-changer in this industry. IoT devices, such as smart thermostats and security cameras, allow insurers to monitor homes in real-time, reducing risks and offering better premiums to homeowners.
Smart Homes and Home Insurance
Smart homes, equipped with an array of interconnected devices, are becoming the new standard. These homes are not only more secure but also attractive to insurers. For instance, smart smoke detectors and water leak sensors can prevent disasters and reduce claims, resulting in lower premiums for homeowners.
Data Analytics and Risk Assessment
Data analytics has become instrumental in home insurance. Advanced algorithms analyze vast datasets, enabling insurers to assess risks more accurately. This means fairer premiums for homeowners and a more sustainable insurance industry.
One of the most significant benefits of technological integration is the streamlining of claims processing. Insurers can now process claims faster, leading to increased customer satisfaction. Smartphones and mobile apps allow policyholders to submit claims effortlessly, reducing paperwork and delays.
Personalization of Policies
Technology empowers insurers to offer highly personalized policies. Instead of one-size-fits-all packages, homeowners can now tailor their insurance coverage to match their unique needs. This customization enhances the overall customer experience.
While technology offers numerous advantages, it also raises cybersecurity concerns. Insurers must invest heavily in safeguarding sensitive customer data. Cyberattacks can have severe consequences, both for policyholders and the insurance industry as a whole.
As technology reshapes the industry, regulatory bodies must adapt. Ensuring fairness, transparency, and ethical data usage is paramount. Striking the right balance between innovation and regulation is crucial for a thriving home insurance sector.
Technological advancements are also influencing how insurers handle climate-related risks. With better data and predictive analytics, insurers can assess the impact of climate change more accurately. Additionally, there is a growing trend towards eco-friendly home insurance options that incentivize sustainable living.
Challenges and Concerns
Despite the many advantages, there are concerns associated with technology in home insurance. Ethical considerations regarding data privacy and usage must be addressed. There’s also the challenge of ensuring that technology benefits all homeowners, regardless of their tech-savviness.
The Role of AI and Machine Learning
Artificial intelligence (AI) and machine learning are playing an increasingly significant role in home insurance. These technologies enable predictive analytics, helping insurers identify fraud and assess risks more effectively. They also aid in automating various processes, reducing administrative costs.
To fully harness the benefits of technology in home insurance, customers need to be educated. Homeowners should understand how IoT devices work, the importance of data security, and how to maximize their insurance benefits. Insurers can play a crucial role in this education process.
The future of home insurance is incredibly promising. Predictive analytics, AI, and IoT will continue to evolve, offering homeowners even more security and personalized coverage. As technology becomes more ingrained in our lives, customer expectations will also evolve.
In conclusion, the future of home insurance is undeniably tied to technological advancements. The integration of IoT, data analytics, and AI has transformed the industry, making it more efficient, customer-friendly, and adaptable to changing needs. While challenges exist, the potential for a safer and more personalized insurance experience is on the horizon.
1. How do IoT devices benefit home insurance?
IoT devices provide real-time data on a home’s condition, allowing insurers to offer better premiums and prevent disasters.
2. Are there concerns about data privacy in smart home insurance?
Yes, data privacy is a significant concern. Insurers must ensure that customer data is handled ethically and securely.
3. Can technology help address climate-related risks in home insurance?
Yes, technology enables better assessment of climate risks, helping insurers offer more accurate coverage.
4. How can homeowners maximize the benefits of technology in home insurance?
Homeowners should educate themselves on IoT devices, data security, and regularly update their smart home systems.
5. What does the future hold for home insurance with technology?
The future promises more personalized coverage, faster claims processing, and increased customer satisfaction as technology continues to evolve in the industry.


By building edge connectivity as close to the gamers as possible, an immersive, hyperspeed gaming experience is built. Edge computing is a viable solution for data-driven operations that require lightning-fast results and a high level of flexibility, depending on the current state of things. Reliability – with the operation proceedings occurring close to the user, the system is less dependent on the state of the central network. These applications combine voice recognition and process automation algorithms. The intermediary server method is also used for remote/branch office configurations when the target user base is geographically diverse (in other words – all over the place).
Speed — It’s been mentioned several times, but the primary advantage of computing power at the source is reduced latency, or the time it takes to send/receive data. There may be times in cloud computing where the server is in another city, another state or even across the world, reducing the likelihood that immediate, real-time decisions can be made, especially when quicker response times are essential. Centralized cloud infrastructure allows the integration of a system-wide data loss protection system. The decentralized infrastructure of edge computing requires additional monitoring and management systems to handle data from the edge. On the contrary, edge computing requires enforcing these protocols for remote servers, while security footprint and traffic patterns are harder to analyze. To achieve liftoff for Arise in Wolfsburg, the company turned to edge computing company Vodafone.
Additionally, due to the sensitive nature of this type of data, some organizations might hesitate to process or store this information in a public cloud providers’s data center. Autonomy.Edge computing is useful where connectivity is unreliable or bandwidth is restricted because of the site’s environmental characteristics. Examples include oil rigs, ships at sea, remote farms or other remote locations, such as a rainforest or desert. Edge computing does the compute work on site — sometimes on theedge deviceitself — such as water quality sensors on water purifiers in remote villages, and can save data to transmit to a central point only when connectivity is available.
Edge Computing Challenges
The biggest problem of cloud computing is latency because of the distance between users and the data centers that host the cloud services. This has led to the development of a new technology called edge computing moves computing closer to end users. The ‘Edge’ refers to having computing infrastructure closer to the source of data. It is the distributed framework where data is processed as close to the originating data source possible. This infrastructure requires effective use of resources that may not be continuously connected to a network such as laptops, smartphones, tablets, and sensors. Rugged industrial computers are often deployed in factories and manufacturing facilities for industrial automation and control.
- Hospitals also rarely store patient data on dedicated servers but instead purchase the services of a third party.
- Edge computing gained notice with the rise of IoT and the sudden glut of data such devices produce.
- We’ve seen the term “edge” used so many times in news, articles, blogs and campaigns that we’re starting to feel some semantic satiation on whether it’s even a real word anymore.
- Most of the data involved in real-time analytics is short-term data that isn’t kept over the long term.
- Edge IoT devices, security cameras, video games, and autonomous devices can’t possibly send all of their data to centralized facilities.
The cloud can get centralized computing much closer to a data source, but not at the network edge. As devices grew smaller over the years, their computing and processing powers have grown exponentially. While data warehouses and server farms were once considered to be the ultimate choice for computing speed, the focus has quickly shifted to the concept of cloud or “offsite storage”. Companies like Netflix, Spotify and other SaaS companies have even built their entire business models on the concept of cloud computing.
Introduction To Edge Computing
Data is the lifeblood of modern business, providing valuable business insight and supporting real-time control over critical business processes and operations. Today’s businesses are awash in an ocean of data, and huge amounts of data can be routinely collected from sensors and IoT devices operating in real time from remote locations and inhospitable operating environments almost anywhere in the world. If stated simply, Edge Computing is nothing but the intelligent Internet of things in a way.
Data lifecycles.The perennial problem with today’s data glut is that so much of that data is unnecessary. Consider a medical monitoring device — it’s just the problem data that’s critical, and there’s little point in keeping days of normal patient data. Most of the data involved in real-time analytics is short-term data that isn’t kept over the long term. A business must decide which data to keep and what to discard once analyses are performed.
“Edge computing” is a type of distributed architecture in which data processing occurs close to the source of data, i.e., at the “edge” of the system. This approach reduces the need to bounce data back and forth between the cloud and device while maintaining consistent performance. As a network is pushed further from the fortress-like cloud, issues arise regarding the physical security of outposts — even as the edge makes data transmission more secure. Since edge computing is a distributed system, ensuring adequate security can be challenging. There are risks involved in processing data outside the edge of the network.
An intelligent edge network processes and analyzes data based on where it is produced, namely locations at the edge of a businesses network. These locations are offices or infrastructure that produces data, and typically most of a businesses network will be considered an edge location. Public cloud adoption has grown exponentially across enterprises so telcos that want to offer telco edge services should draw lessons from the cloud players’ success. There are many other benefits of edge computing that we have already discussed.
Fog Computing — Fog computing pushes intelligence down to the local area network level of network architecture, processing data in a fog node or IoT gateway. Smart energy grid — Organizations are placing green, energy-efficient initiatives at the forefront of their sustainability pledges. One way to do this is through sensors and IoT devices that can monitor energy usage in warehouses and offices. By analyzing energy consumption through edge computing, real-time adjustments can be made on machinery or lighting during peak or off-peak hours.
Top Cloud Computing Companies To Work For In 2023
In 2006, the cost of manufacturing downtime in the automotive industry was estimated at $1.3 million per hour. A decade later, the rising financial investment toward vehicle technologies and the growing profitability in the market make unexpected service interruptions more expensive in multiple orders of magnitude. Today, edge computing takes this concept further, introducing computational capabilities into nodes at the network edge to process information and deliver services. The first vital element of any successful technology deployment is the creation of a meaningful business andtechnical edge strategy. Understanding the “why” demands a clear understanding of the technical and business problems that the organization is trying to solve, such as overcoming network constraints and observing data sovereignty.
In the case of AR and VR, the technology is not yet appropriate for many use cases. Some of these challenges include the size, weight and power needs of headsets that make them impractical for remote use over what is edge computing with example long periods of time. Technology companies are working to improve headset form factor, for example Facebook’s Oculus Rift S. The following diagram demonstrates where the sweet spot is for edge computing.
Although the Internet has evolved over the years, the volume of data being produced everyday across billions of devices can cause high levels of congestion. In edge computing, there is a local storage and local servers can perform essential edge analytics in the event of a network outage. Edge computing with 5G creates tremendous opportunities in every industry.
By utilizing an edge computing platform, drones can increase the throughput of large image and video files to local servers and in-region computational resources eliminate bandwidth bottlenecks, and speed up drone performance. Increasingly, though, the biggest benefit of edge computing is the ability to process and store data faster, enabling more efficient real-time applications that are critical to companies. Before edge computing, a smartphone scanning a person’s face for facial recognition would need to run the facial recognition algorithm through a cloud-based service, which would take a lot of time to process.
This amount of data puts an incredible strain on the internet, which in turn causes congestion and disruption. Banks may need edge to analyze ATM video feeds in real-time in order to increase consumer safety. Mining companies can use their data to optimize their operations, improve worker safety, reduce energy consumption and increase productivity. Retailers can personalize the shopping experiences for https://globalcloudteam.com/ their customers and rapidly communicate specialized offers. Companies that leverage kiosk services can automate the remote distribution and management of their kiosk-based applications, helping to ensure they continue to operate even when they aren’t connected or have poor network connectivity. Modern drone systems need access to city-level server networks for lower latency operational commands.
Machine And Computer Vision
To understand the points mentioned above, let’s take the example of a device which responds to a hot keyword. Imagine if your personal Jarvis sends all of your private conversations to a remote server for analysis. Wearable IoT devices such as smartwatches are capable of monitoring the user’s state of health and even save lives on occasions if necessary. Apple smartwatch is one of the most prominent examples of a versatile wearable IoT.
Rugged NVR computers are used to gather, process, and analyze video footage, only sending footage that sets off certain triggers to the cloud for remote monitoring and analysis. This reduces the amount of required internet bandwidth, since not all video footage has to be sent to the cloud, only specific clips where triggers have been set off are sent for additional analysis and inspection. This is different from the traditional model where all video footage was sent to the cloud for remote monitoring and analysis. Deploying rugged NVR computers to manage smart surveillance systems is especially beneficial for those on metered data plans where they pay for the data that they use. Rugged edge computers are deployed as IoT gateways for smart agriculture applications.
Autonomous vehicles require ultra-fast processing; otherwise, any delay in the vehicle’s maneuvering can be deadly. Unlike the large, bulky server farms of the past, edge computing utilizes infrastructure near end-user locations to deliver content seamlessly with minimal latency. In some cases, we need both to achieve latency that’s below 10 milliseconds. But there are still challenges for 5G as telcos will deploy gradually at first and focus on major cities.
Edge Computing Acts On Data At The Source
Thanks to devices getting smarter and more powerful, they are becoming more capable of handling and processing large amounts of data, reducing the need for the compute power of a traditional data center. By encouraging organizations to move their data to the edge, there’s an emphasis reducing latency and providing more processing of data close to the source. At the same time, edge computing spreads storage, processing, and related applications on devices and local data centers. Rugged edge computers enable autonomous vehicles because they can gather the data produced by vehicle sensors and cameras, process it, analyze it, and make decisions in just a few milliseconds. Millisecond decision making is a requirement for autonomous vehicles because if vehicles cannot react fast enough to their environment, they will collide with other vehicles, humans, or other objects.
Vmware Edge Compute Stack
Companies that initially embraced the cloud for many of their applications may have discovered that the costs in bandwidth were higher than expected, and are looking to find a less expensive alternative. BMC works with 86% of the Forbes Global 50 and customers and partners around the world to create their future. Connectivity.Connectivity is another issue, and provisions must be made for access to control and reporting even when connectivity for the actual data is unavailable. Some edge deployments use a secondary connection for backup connectivity and control.
Typically edge computers that are tasked with performing machine vision are equipped with a performance accelerators for extra processing power. Edge computing is the computational processing of sensor data away from the centralized nodes and close to the logical edge of the network, toward individual sources of data. It may be referred to as a distributed IT network architecture that enables mobile computing for data produced locally. Instead of sending the data to cloud data centers, edge computing decentralizes processing power to ensure real-time processing without latency while reducing bandwidth and storage requirements on the network. Sending all that device-generated data to a centralized data center or to the cloud causes bandwidth and latency issues.


The custom graphics cards based on the NVIDIA RTX 3070 Ti share in many cases the same design as the custom models of the RTX 3080 Ti due to their proximity at launch, while in some models a unique design has been opted for, since either with small aesthetic variations or with exclusive designs for this graphics card.
ASUS ROG Strix RTX 3070 Ti
The first of the ASUS graphics cards shares the same design as its big sister, the ROG StriX RTX 3080 Ti and all the functions of this card. Obviously using the GA104-400 GPU and with an 8 GB configuration in this case.
All three fans on this graphics card rotate counterclockwise to more efficiently expel hot air from within the graphics card. Also, for those times when absolute silence is necessary, the ASUS ROG Strix RTX 3070 Ti can be put into 0 dB mode like its big sister. But it is not the only thing that it shares with the model based on the RTX 3080 Ti, since it also has the triple 8-pin PCI Express connector to connect the graphics card
ASUS TUF Gaming RTX 3070 Ti
In the case of the ASUS TUF Gaming RTX 3070 Ti we also find the same characteristics as the model based on the RTX 3080 Ti as well. So we are faced with a graphics card that stands out for being designed for a long life thanks to its high-quality capacitors, which makes it ideal for long games under the most demanding games.
Zotac custom graphics cards
As with the two previous ASUS models, Zotac repeats the designs of the RTX 3080 Ti on the RTX 3070 Ti. So its new Holoblack design also comes to the RTX 3070 Ti, although this time in the form of three different models: AMP Extreme Holo, AMP Holo and Trinity.
All models come equipped with the IceStorm 2.0 cooling system consisting of a triple 11-blade fan. In the case of the AMP Extreme Holo, both the RTX 3080 Ti and the RTX 3070 Ti custom have 100 mm fans with which the air flow and 8-tube heatpipes are improved.
COLORFUL iGame RTX 3070 Ti
In the case of its custom model of the RTX 3070 Ti, COLORFUL unlike ZOTAC and ASUS brings us a different model than the RTX 3080 Ti. The COLORFUL iGame RTX 3070 Ti comes in two models, one with OC mount and one without. In the case of the OC model, it comes equipped with 8 mm diameter heatpipes and the ability to raise its clock speed to 1830 MHz with a single button press.
COLORFUL GeForce RTX 3070 Ti NB
COLORFUL’s second RTX 3070 Ti graphics card comes with three 90mm fans that combine with 6mm heatpipes in direct contact with the GPU to extract heat as efficiently as possible. All on a 300mm x 104mm x 52.5mm triple fan compact card. Which makes it ideal to be installed in all types of towers without having to sacrifice cooling.
Inno3D graphics cards
Inno3D has decided to bring its iCHILL X3 and iCHILL X4 graphics card designs based on the RTX 3080 Ti to its models with RTX 3070 Ti. Both graphics cards make one of one triple 9 cm fan with asymmetric design, but in the case of the iCHILL X4 adds a 4.5mm rotor on the side of the card to cool the analog MOSFET circuitry more efficiently.
Both variants of the RTX 3070 Ti by Inno3D come with RGB lighting, with an 8-pipe heatpipe for the X4 model, while the 7-pipe iCHILL X3. In general, the thermal and cooling capacities of these models are the same as those of the Inno3D custom RTX 3080 Ti, the only difference being the fact that they are equipped with a less powerful RTX 30 GPU and 8 GB GDDR6.
Palit GameRock RTX 3070 Ti
Palit, like COLORFUL, has created a specific graphics card in aesthetics and design in the case of its RTX 3070 Ti custom. The Palit GameRock RTX 3070 Ti is equipped with two double U-shaped heatpipes, which allows it to increase heat dissipation in the GPU and memory area by 20%, allowing 5ºC reductions in temperature for the GPU. All this thanks to this design, its 6 heatpipes can work as if it were an 8 heatpipes design and thus achieve excellent thermal performance.
One item that differentiates it from its older sister is the Angel ARGB lighting stand. It is therefore the successor to the RTX 2080 Ti of the same type in terms of industrial design, but this time equipped with the even more powerful RTX 3070 Ti.
Gainward RTX 3070 Ti Phoenix
As in the case of the RTX 3080 Ti, Gainward has added a single model to its RTX 30 custom, which in the same way as in the case of the RTX 3080 Ti we are faced with a new addition to the Phoenix family with the one that has improved the thermal capacities and of consumption.
But, unlike other graphics card manufacturers, the RTX 3070 Ti Phoenix has a different aesthetic design. So it adds to the custom RTX 3070 Ti models from Palit and COLORFUL, which are not versions of the RTX 3080 Ti with the GPU and VRAM changed. The main difference between both models being the color of the reverse of both.


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Sumo Logic integration
Map your network from the inside out, prioritize risk, and optimize incident response
Sumo Logic, Inc. turns insights into action by enabling customers to deliver reliable and secure cloud-native applications through its Sumo Logic SaaS Log Analytics Platform. By analyzing logs and other data sources, including events, metrics and traces at scale through one, unified self-managed platform, Sumo Logic enables developers, operations and security teams to ensure application reliability, secure and protect against modern security threats, and gain insights into their cloud infrastructures. Customers worldwide rely on Sumo Logic to get powerful real-time analytics and insights across observability and security solutions for their cloud-native applications. For more information, visit www.sumologic.com.
- Sumo Logic
appNovi integrates with Sumo Logic SIEM via API to retrieve logs to discover network assets and their connections, enabling visualization of your cyber assets, dependencies, and risk. This integration allows for the exploration of cyber assets and their relationships, as well as simplify access to infrastructure data.
Sumo Logic logs are retrieved by appNovi to visualize network connections between cyber assets and understand asset ownership through identity telemetry. This capability facilitates the discovery of assets and their relevance to business applications, as well as the identification of stakeholders to streamline remediation efforts. By understanding the relationships and connections between assets and users, troubleshooting becomes more effective.
appNovi leverages Sumo Logic’s security event data and vulnerability information, along with other datasets, for comprehensive visualization. This integration facilitates effective risk management prioritization and ensures streamlined, non-disruptive incident responses. By contextually correlating vulnerabilities with network traffic, appNovi enhances vulnerability prioritization. Moreover, the use of security event data enables swift security analysis, completing tasks in seconds that would otherwise take hours with manual processes. The visualization capabilities of appNovi also empower clear communication with non-technical stakeholders, ensuring an efficient and effective response strategy.
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Creating AI-Powered Apps: Transforming Industries with No-Code AI Tools
Artificial Intelligence (AI) has revolutionized the way businesses operate and serve their customers. With the advancement of technology, AI has become more accessible to all industries, thanks to no-code AI tools. In this blog post, we will explore how you can harness the power of AI to create customized applications across various sectors, from hospitality and retail to marketing, healthcare, real estate, and finance and insurance. By leveraging no-code AI tools, you can streamline processes, improve customer experiences, and ultimately boost revenue.
How to Create AI Apps with No-Code Tools
- Choose the Right No-Code AI Platform: There are various no-code AI platforms available, such as Bubble, Adalo, and OutSystems. Select the one that best fits your industry and application needs.
- Define Your Objectives: Clearly outline what you want to achieve with your AI-powered app, whether it’s improving customer experiences, automating tasks, or increasing revenue.
- Collect and Prepare Data: Data is the lifeblood of AI applications. Gather and organize the relevant data that your AI model will use to make predictions and recommendations.
- Build and Train Your AI Model: With no-code tools, you can build and train your AI model without the need for extensive programming skills. These platforms often provide user-friendly interfaces and drag-and-drop features to create AI models.
- Test and Iterate: Test your AI application and gather user feedback. Use this feedback to make improvements and refine your app continuously.
- Deploy and Monitor: Once your app is ready, deploy it and monitor its performance. AI models can evolve over time, so ongoing monitoring and adjustments are crucial.
Partner with Responsive to Transform Your Business with AI
If you’re eager to tap into the potential of AI but lack the technical expertise or resources to build no-code AI applications yourself, Responsive is here to help. We offer a range of services and support to ensure your AI initiatives are successful:
1. Team of Solution Engineers: Responsive provides a team of solution engineers who are available to help you set up AI applications in your workflows. Our support is flexible and can take the form of live chats, email exchanges, phone calls, or video calls, depending on what works best for your business. We’ll be there every step of the way to ensure your AI applications are seamlessly integrated into your operations.
2. Access to Cutting-Edge AI Models: We offer access to the latest Language Models (LLMs) from OpenAI, Google, Anthropic, and the latest open-source models. With our multi-modality models, you can parse and generate images and audio. Whether you need Image-to-Text or Speech-to-Text model integrations, Responsive has you covered. We ensure you have access to the most advanced AI models to power your applications.
3. Safe AI Deployment: Security and compliance are paramount when implementing AI solutions. Responsive’s Stack AI is SOC2 certified and HIPAA compliant, ensuring that your sensitive data is handled with the utmost care and protection. We also have Data Processing Addendums (DPAs) signed with OpenAI and Anthropic, further reinforcing our commitment to data privacy and compliance.
In partnership with Responsive, you can harness the full potential of no-code AI tools to create applications that enhance customer experiences, streamline operations, and drive revenue growth. Our team of solution engineers is dedicated to helping you every step of the way, from initial setup to ongoing support and optimization. With access to the latest AI models and a focus on data security and compliance, we ensure that your AI applications are not only powerful but also safe and reliable.
If you’re ready to take your business to the next level with AI, consider partnering with Responsive. Contact us today to learn more about how we can work together to transform your business and unlock the benefits of AI technology.


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