CORNING, N.Y. (WETM) – Corning Community College is receiving funding to support its cybersecurity program that will train the next generation of professionals. On Monday, Sept. 30, Congressman Nic…

Corning Community College to receive $200K for cybersecurity program

A key factor contributing to Corning's revenue decline was a substantial 30% drop in optical communications sales. This was primarily due to fewer orders from mobile carriers, which led to a contraction in profit margin of 90 basis points y-o-y, decreasing to 7.5%.

Corning's Q3 revenue dips amid macroeconomic uncertainties and fewer carrier orders

Corning (NYSE: GLW) recently reported its Q3 results, with revenues and earnings falling below the street estimates.

What’s Next For Corning Stock After A 13% Fall In A Month?

Corning may face challenges in 2024 due to weaker optical sales and mixed demand in its display business. Read why I assign a hold rating to GLW stock.

Corning: Assessing Growth Prospects Amid Economic Uncertainties

Corning's Optical Communications segment reported decreased sales, primarily due to lower order rates from carriers as they continue to draw down inventory. This decline indicates a potential weakness in Corning's business model, suggesting a need for the ...

The Corning Inc (GLW) Company: A Short SWOT Analysis

(Corning) A Corning man is in custody on multiple charges, including attempted murder. Adams County deputies arrested 38-year-old Cole Justin Inman on three counts of attempted murder, three counts of child endangerment, one count of reckless use of a firearm, and one count of assault with a dangerous weapon.

Adams County Man faces Attempted Murder Charges

and retailing mobile and telecom products, emerges as a vital partner in this significant venture, poised to revolutionize the Indian electronics manufacturing landscape. As Corning's foray into local production takes shape, the collaborative efforts ...

Gorilla Glass Giant Corning Unveils Plans For Major India Expansion Starting 2024

Israel knocked out communications and created a near-blackout of information by striking targets in the Gaza Strip with stepped-up bombardment and artillery fire overnight and into Saturday.

Live updates | Israel knocks out Gaza communications as protesters call for end to the war

The Palestinian telecom provider Paltel says internet service in Gaza Strip has been cut off by Israeli bombardment.

Palestinian telecom provider says Gaza internet service cut off by Israeli airstrikes

Corning, the largest specialised glass manufacturer for electronics globally, has officially announced a collaboration with Optiemus Infra to produce finished cover glass in India. The new factory is expected to receive investments of Rs 1,000 crore and will commence production in the fourth quarter of next year.

Global Glass Giant Corning To Commence Production In India By 2024 End

Corning

corning

Authors:
(1) Taha Laroussi, Laboratoire d’Hydrodynamique (LadHyX), CNRS, Ecole Polytechnique, Institut Polytechnique de Paris, 91120 Palaiseau, France;
(2) Mojtaba Jarrahi, Universit´e Paris-Saclay, CNRS, FAST, 91405 Orsay, France;
(3) Gabriel Amselem, Laboratoire d’Hydrodynamique (LadHyX), CNRS, Ecole Polytechnique, Institut Polytechnique de Paris, 91120 Palaiseau, France. Table of Links Abstract and Introduction Methods Results Model Discussion, Acknowledgements and References Supplementary Material II. METHODS A. Culture preparation C. reinhardtii strain CC-125 (Chlamydomonas Resource Center, University of Minnesota, MN, USA) were cultured on a solid medium prepared with TrisAcetate-Phosphate (Gibco™ TAP, ThermoFischer Scientific, France) and agar every 4 weeks, to keep the strain motile, responsive to light and prevent as much as possible the cells from sticking to the walls of the devices. For experiments, colonies of C. reinhardtii were picked from solid cultures and recultured in liquid TAP. The cultures were placed in an agitating incubator at 176 rpm, under a day/light cycle of 14h/10h with an illuminance of 60 µmol · m−2 · s −1 and at a fixed temperature of 22◦C. The cells reached maximum motile cell density within 3 days [16], after which a solution of swimming C. reinhardtii was obtained. Before being used for experiments, the cultures underwent a series of centrifugation steps. This enabled to concentrate the algal solution, get rid of low-motility and dead algae, and of cellular debris. First, 45 mL of the liquid culture were centrifuged at 1057g for 10 minutes. Then, 39 mL of the supernatant was removed, and the bottom 6 mL were centrifuged at 73g for 2 minutes. The supernatant, containing the motile cells, was kept and centrifuged again at 285g for 5 minutes. The amount of supernatant was adjusted to obtain the desired algae final concentration. B. Experimental setup An array of shallow cylindrical wells was made in polydimethylsiloxane (PDMS, Dow-Corning Sylgard 184), using standard soft lithography techniques [17]. The wells had a depth of 32 µm and diameters ranging from 200 µm to 500 µm. The PDMS was rendered hydrophilic by plasma cleaning. Then, a drop of ≈ 10 µL of the algal solution was deposited on the PDMS. The device was closed with a plasma-activated glass slide by applying gentle pressure. The trapped algae were observed under a Nikon TI microscope, using a 4x objective. Images were recorded at 10 fps with a CMOS camera (Hamamatsu ORCAFlash4.0 LT, Hamamatsu Photonics, France). A longpass red filter with a 645 nm cut-on wavelength (Newport RG645) was placed between the microscope’s light source and the microwells. A 3 mm blue LED with a wavelength λ = 470 nm and a light intensity of 7000 mcd (Plan`ete Leds, France) was placed on the microscope’s plate, approximately 2 cm away from the microfluidic chip, on the same plane. The LED operating voltage range was between 2.4 V and 3.2 V and its operating current was 20 mA. The light intensity was tuned by varying the applied voltage. An illustration of the setup is shown in Fig. 1. The algae concentration ϕ was determined in each well from images captured at the beginning of the experiments, before exposition to a light stimulus. Initially, the algae swam randomly and were distributed homogeneously in each well. They were identified by thresholding the images, and the total area they occupied in each well was determined. The concentration in algae was then defined as the fraction of surface area occupied by the algae in the well. C. Measuring the local light intensity We estimated the local light intensity inside a well using the number of photons reaching the sensor of the camera. First, we determined the camera offset value by blocking off all the light to the camera and taking a 16-bit image. The spatial average intensity in grey value of all the pixels in the image was the camera’s offset. Then, a 16-bit setup image of the sample was taken at the current experimental condition, with the light of the microscope turned off and the blue LED light on. The camera offset value was then subtracted from each pixel in the setup image. The grey values were first converted to number of electrons by dividing each pixel in the image by the conversion gain of the camera. The electrons were converted to photons by dividing the number of electrons from each pixel by the quantum efficiency (QE) of the sensor at λ = 470 nm. Last, the local light intensity inside a well was computed as the average number of photons within the well. This paper is available on arxiv under CC 4.0 license. Authors: (1) Taha Laroussi, Laboratoire d’Hydrodynamique (LadHyX), CNRS, Ecole Polytechnique, Institut Polytechnique de Paris, 91120 Palaiseau, France; (2) Mojtaba Jarrahi, Universit´e Paris-Saclay, CNRS, FAST, 91405 Orsay, France; (3) Gabriel Amselem, Laboratoire d’Hydrodynamique (LadHyX), CNRS, Ecole Polytechnique, Institut Polytechnique de Paris, 91120 Palaiseau, France. Authors: Authors: (1) Taha Laroussi, Laboratoire d’Hydrodynamique (LadHyX), CNRS, Ecole Polytechnique, Institut Polytechnique de Paris, 91120 Palaiseau, France; (2) Mojtaba Jarrahi, Universit´e Paris-Saclay, CNRS, FAST, 91405 Orsay, France; (3) Gabriel Amselem, Laboratoire d’Hydrodynamique (LadHyX), CNRS, Ecole Polytechnique, Institut Polytechnique de Paris, 91120 Palaiseau, France. Table of Links Abstract and Introduction Abstract and Introduction Methods Methods Results Results Model Model Discussion, Acknowledgements and References Discussion, Acknowledgements and References Supplementary Material Supplementary Material II. METHODS A. Culture preparation C. reinhardtii strain CC-125 (Chlamydomonas Resource Center, University of Minnesota, MN, USA) were cultured on a solid medium prepared with TrisAcetate-Phosphate (Gibco™ TAP, ThermoFischer Scientific, France) and agar every 4 weeks, to keep the strain motile, responsive to light and prevent as much as possible the cells from sticking to the walls of the devices. For experiments, colonies of C. reinhardtii were picked from solid cultures and recultured in liquid TAP. The cultures were placed in an agitating incubator at 176 rpm, under a day/light cycle of 14h/10h with an illuminance of 60 µmol · m−2 · s −1 and at a fixed temperature of 22◦C. The cells reached maximum motile cell density within 3 days [16], after which a solution of swimming C. reinhardtii was obtained. Before being used for experiments, the cultures underwent a series of centrifugation steps. This enabled to concentrate the algal solution, get rid of low-motility and dead algae, and of cellular debris. First, 45 mL of the liquid culture were centrifuged at 1057g for 10 minutes. Then, 39 mL of the supernatant was removed, and the bottom 6 mL were centrifuged at 73g for 2 minutes. The supernatant, containing the motile cells, was kept and centrifuged again at 285g for 5 minutes. The amount of supernatant was adjusted to obtain the desired algae final concentration. B. Experimental setup An array of shallow cylindrical wells was made in polydimethylsiloxane (PDMS, Dow-Corning Sylgard 184), using standard soft lithography techniques [17]. The wells had a depth of 32 µm and diameters ranging from 200 µm to 500 µm. The PDMS was rendered hydrophilic by plasma cleaning. Then, a drop of ≈ 10 µL of the algal solution was deposited on the PDMS. The device was closed with a plasma-activated glass slide by applying gentle pressure. The trapped algae were observed under a Nikon TI microscope, using a 4x objective. Images were recorded at 10 fps with a CMOS camera (Hamamatsu ORCAFlash4.0 LT, Hamamatsu Photonics, France). A longpass red filter with a 645 nm cut-on wavelength (Newport RG645) was placed between the microscope’s light source and the microwells. A 3 mm blue LED with a wavelength λ = 470 nm and a light intensity of 7000 mcd (Plan`ete Leds, France) was placed on the microscope’s plate, approximately 2 cm away from the microfluidic chip, on the same plane. The LED operating voltage range was between 2.4 V and 3.2 V and its operating current was 20 mA. The light intensity was tuned by varying the applied voltage. An illustration of the setup is shown in Fig. 1. The algae concentration ϕ was determined in each well from images captured at the beginning of the experiments, before exposition to a light stimulus. Initially, the algae swam randomly and were distributed homogeneously in each well. They were identified by thresholding the images, and the total area they occupied in each well was determined. The concentration in algae was then defined as the fraction of surface area occupied by the algae in the well. C. Measuring the local light intensity We estimated the local light intensity inside a well using the number of photons reaching the sensor of the camera. First, we determined the camera offset value by blocking off all the light to the camera and taking a 16-bit image. The spatial average intensity in grey value of all the pixels in the image was the camera’s offset. Then, a 16-bit setup image of the sample was taken at the current experimental condition, with the light of the microscope turned off and the blue LED light on. The camera offset value was then subtracted from each pixel in the setup image. The grey values were first converted to number of electrons by dividing each pixel in the image by the conversion gain of the camera. The electrons were converted to photons by dividing the number of electrons from each pixel by the quantum efficiency (QE) of the sensor at λ = 470 nm. Last, the local light intensity inside a well was computed as the average number of photons within the well. This paper is available on arxiv under CC 4.0 license. This paper is available on arxiv under CC 4.0 license. available on arxiv

Short-term Memory Effects in the Phototactic Behavior of Microalgae: Methods

Top Back-to-School Tech for Parents, Caregivers, and Kids

FACT SHEET: Biden-⁠Harris Administration High-Speed Internet Investments Spur Made-in-America Manufacturing Boom Today in Wisconsin, Vice President Kamala Harris will visit Nokia and Sanmina Corporation in Pleasant Prairie, Kenosha County, Wisconsin to highlight the Biden-Harris Administration’s efforts to invest in high-speed internet, boost domestic manufacturing, and create good jobs. Vice President Harris’ visit coincides with Nokia announcing the manufacturing of broadband network electronics products for the BEAD program in the U.S. that will add up to 200 new jobs at Sanmina Corporation’s state-of-the-art manufacturing facility in Pleasant Prairie, Kenosha County, Wisconsin. This event makes Nokia the first telecom company to announce the manufacturing of broadband electronics products in the United States, which will be ready in 2024. The Vice President will be joined by Commerce Secretary Gina Raimondo and Senator Tammy Baldwin. The announcement is the latest in a string of domestic manufacturing announcements that have been spurred by the Biden-Harris Administration’s high-speed internet investments and Made-in-America policies, part of the President’s Investing in America agenda and a clear sign that Bidenomics is working. Across the high-speed internet industry, most electronics products are not currently manufactured in the U.S., but Buy America provisions in the Bipartisan Infrastructure Law are driving the onshoring of new manufacturing, particularly ahead of implementation of the $42.45 billion Broadband Equity, Access and Deployment (BEAD) program. Just as Franklin Delano Roosevelt’s Rural Electrification Act brought electricity to nearly every home and farm in America, President Biden and Vice President Harris are delivering on their historic commitment to connect everyone in America to affordable, reliable high-speed internet by the end of the decade. The Biden-Harris Administration’s historic Internet For All initiative is investing $90 billion to bring affordable, reliable high-speed internet service to every community in America is creating good-paying manufacturing jobs and revitalizing the domestic broadband manufacturing industry. Other recent private sector domestic manufacturing announcements include: Corning, a producer of optical fiber and cable, celebrated the expansion of its U.S. manufacturing capacity with the opening of a new manufacturing campus near Hickory, North Carolina.  The more than $500 million investment to build fiber in the U.S. adds hundreds of manufacturing jobs to Corning’s more than 5,000 employees in the state. CommScope**,** a provider of broadband network equipment, recently announced a $60 million investment towards expanding its U.S. fiber optic cable manufacturing at its facility in Catawba, North Carolina. This investment will create more than 250 new jobs over the next five years, and create a fiber optic cable, “HeliARC” which is specifically designed for rural fiber network architecture. Prysmian, a manufacturer of optical fiber and fiber optic cable, announced a $30 million investment to convert its Jackson, Tennessee, copper cable facility into a state-of-the-art fiber optic cable manufacturing plant. As part of this plant retrofitting, Prysmian transitioned their workforce, retraining and retaining nearly 90% of employees. Prysmian has made a significant effort to hire and train female manufacturing workers, who make up 42% of plant employees compared to an industry average of about 25%. Buy Americarequirements are key to ensuring we maximize the economic potential of the Internet for All initiative. Manufacturing the iron, steel, fiber, and construction materials needed to deliver affordable, reliable high-speed internet service to millions of Americans is an opportunity to create jobs right here at home. Funds for the BEAD program will be used to purchase items manufactured in the U.S., such as iron, steel, and fiber. Additional specific rules for spending BEAD program funds are forthcoming. As President Biden said in his State of the Union address, “We’re making sure that every community — every community in America has access to affordable, high-speed Internet… I’m also announcing new standards to require all construction materials used in federal infrastructure projects to be made in America. Made in America. I mean it. Lumber, glass, drywall, fiber-optic cable.” Today’s announcement is part of President Biden’s Investing in America Agenda, which includes the historic investments from the Bipartisan Infrastructure Law, Inflation Reduction Act, the CHIPS and Science Act, and the American Rescue Plan. Together, these investments are unleashing a manufacturing boom, helping rebuild our infrastructure and bring back supply chains, lowering costs for hardworking families, and creating jobs that don’t require a four-year degree across the country. The private sector has already invested more than $500 billion in new manufacturing here in America, including for semiconductors, electric batteries, EV charging, rail manufacturing, water parts, and more. This content was published on August 3, 2023, on It has been republished on HackerNoon in line with the provisions of whitehouse.gov. Creative Commons 3.0.

Biden-Harris Administration Boosts Domestic Manufacturing with High-Speed Internet Investments

বিডেন-হ্যারিস প্রশাসন উচ্চ-গতির ইন্টারনেট বিনিয়োগের সাথে দেশীয় উত্পাদনকে বাড়িয়ে তোলে

Die Biden-Harris-Administration kurbelt die inländische Produktion durch Investitionen in Hochgeschwindigkeitsinternet an

La administración Biden-Harris impulsa la fabricación nacional con inversiones en Internet de alta velocidad

L’administration Biden-Harris stimule la fabrication nationale grâce à des investissements dans l’Internet haut débit

बिडेन-हैरिस प्रशासन ने हाई-स्पीड इंटरनेट निवेश के साथ घरेलू विनिर्माण को बढ़ावा दिया

バイデン・ハリス政権、高速インターネット投資で国内製造業を後押し

바이든-해리스 행정부, 고속 인터넷 투자로 국내 제조업 활성화

Administração Biden-Harris impulsiona a produção nacional com investimentos em Internet de alta velocidade

Администрация Байдена-Харриса стимулирует отечественное производство за счет инвестиций в высокоскоростной Интернет

Biden-Harris Yönetimi Yüksek Hızlı İnternet Yatırımlarıyla Yerli Üretimi Artırıyor

Chính quyền Biden-Harris tăng cường sản xuất trong nước bằng đầu tư vào Internet tốc độ cao

拜登-哈里斯政府通过高速互联网投资促进国内制造业

Night fell, and from the Molo to the Mergellina

You know the familiar feeling of a smartphone slipping through your fingers and those few milliseconds when you realize it’s too late to catch it — it’s going to hit the ground. Oh no, you don’t want to pay it to get it repaired. Or worse, replaced. Your heart jolts and your stomach twists in anticipation as you watch it smack against the floor. Time speeds up and you go to check your screen. You hold your breath. It’s in-tact. You let out a sigh of relief and pick up the phone. You almost feel silly for worrying so much. You know that there are smartphones nowadays that can pass the most extreme drop tests. Why would your own screen crumble after falling a couple of feet? Extreme Drop Tests The manufacturer Iqoo did an where they attached their device to a high-altitude helium balloon and then let it plummet from 31, 540 meters. The Vivo smartphone actually survived the drop with minimal signs of damage. The camera could still record, and the screen still worked. It seems like a miracle. extreme smartphone drop test You may have seen less intense, but equally impressive drop tests. Tech enthusiasts and critics test the limits of their new smartphones by dropping them out of buildings, down stairwells, out of helicopters, and more. Phones Are Still Breakable It’s jaw-dropping to watch a smartphone plunge from the top of a house and end up with a perfectly smooth, functioning screen, but that doesn’t mean that manufacturers have figured out how to make screens indestructible. That same smartphone screen that survived a drop from the house can crack on the kitchen floor after falling out of your jacket pocket. The website explains that smartphone screens can still smash because of the impact surface and the impact angle. When a phone falls flat, the screen will probably be fine. When it falls on an edge, the pinpointed impact can cause the surface to break. So, it depends on how the phone lands, not on the height from which it’s dropped. Live Science What’s the solution? For one, avoid drop-testing your smartphone like tech testers on YouTube. They often get paid to pull stunts like this, so they can afford to repair their phone or get a new one if they get bad results. It’s not a good idea for you to follow suit. If you keep dropping the phone by accident, you should consider getting a grip case. The specialized tactile material will make it harder for the device to slip through your fingers. The simple case swap could guarantee the safety and functionality of your screen. Do you really need a screen protector? Most smartphone models have display screens made with made from the company Corning. Last year they managed to upgrade the material with Gorilla Glass 6, their most durable version. So, if this material is a viable option, why would any user bother to get a screen protector? Gorilla Glass Well, Gorilla Glass is famously strong, but that’s still not an excuse to leave your screen naked. The material can handle high drops and strong impacts. The one thing it still can’t stop: scratches. If you watch the tech pro JerryRigEverything’s on YouTube, you’ll notice that screens can still get scratched up — even with Gorilla Glass. The test involves purposely scraping the screen with tools that increase on the to see at when marks appear. Most smartphone screens start to show visible scratches at a Level 6 on the Mohs Scale and deeper grooves at a Level 7. Want to know what common material rates between a six and seven on the Mohs Scale? Sand. smartphone durability tests Mohs Scale of Mineral Hardness Grains of sand are not hard to come by, and they can scrape up your display if you’re not careful. A screen protector adds a simple layer between the abrasives and the actual phone. When you notice the accessory getting too scuffed and scraped, you can easily peel it off and replace it. The same can’t be said for the built-in screen. How do you save your phone from scratches? A Prism screen protector is a great guard against abrasives. If you don’t want to use a grip case, you should check out these cool phone skins that can give your smartphone complete protection from common abrasives and a little extra grip to prevent slips and falls. Even if you don’t think sand will get in your pocket and mess up your smartphone, you should still consider applying a premium vinyl skin over the back cover. The high-quality material protects your device from ugly marks made from less-damaging materials like your house keys, credit cards, and pocket change. Look at some of the user complaints about the and 3XL — the back cover made of frosted glass got coated in scratches and scuff marks almost immediately after unboxing. Unlike sand scratches on the screen, these marks aren’t permanent or difficult to fix. But they are embarrassed to look at and a hassle to constantly remove. It’s better to save yourself the trouble and give your smartphone some extra protection. Google Pixel 3 Smartphones are getting better and better every year, but they aren’t indestructible. No matter how durable the screen material happens to be, it’s still capable of breaking and scratching beyond belief. Don’t leave your expensive smartphone vulnerable. Give it the basic protection it needs.

The Reason Why the Best Smartphones Still Need Protection

Over the last few years I have traveled around the world, researching and watching stadiums digitally evolve from the structures I once knew as a kid. I grew up watching the San Diego Chargers play in what was then called Jack Murphy Stadium and now find myself looking at stadiums from a totally different perspective. As Super Bowl 53 approaches, my attention, along with Radware’s ERT, turns to the crowds and the target rich environments created by high profile sporting events. This Super Bowl, like years before, will bring large crowds once again that will demand connectivity and are expected to consume record breaking volumes this year. reported that last year’s attendees at Super Bowl 52 in Minnesota transferred 16.32 Terabytes of data with a peak rate of 7.867 Gbps! This is an enormous demand for connectivity and the technology involved could poses a security risk for event organizers, partners, sponsors and attendees as their activities in the stadium begin to produce more digital oil–data. Extreme Networks A Seamless Digital Game Day Experience There are few sporting events in the world as large as the Super Bowl. Last year there was an estimated 103 million viewers. The Super Bowl generates a lot of excitement from media, fans and the public. Beyond the hype of the game itself, there is a variety of multimedia technology available to fans, providing a more immersive and interactive experience. These experiences include Super Bowl Live, a 6-day series of concerts and events in Centennial Olympic Park in Downtown Atlanta, and the Super Bowl Experience, an 8-day event full of exhibits and interactive games inside the Georgia World Congress Center. Other events also include the Verizon Experience, which will showcase how 5G wireless technology will change the fan experience in stadiums going forward (something I’m personally looking forward to seeing). To ensure Super Bowl attendees have a seamless digital experience, the NFL, Georgia World Congress Center, AMB Sports and Entertainment Group, and leading wireless carriers have made major investments into the construction and deployment of the current networks surrounding the stadium in order to maintain a high quality of service for the attendees and vendors at the Super Bowl. The stadium provides 15,000 Ethernet ports, 1,800 access points and a Distributed Antenna System (DAS), for enhanced cellular coverage. The DAS system is owned by the stadium and rented out to the four major US cellular carries for additional coverage. The stadiums WiFi is also provided by AT&T and consists of two redundant 40gb connections. The stadium also contains 2,000 IPTV for delivering game content provide by AT&T’s DirectTV. These features and network help ensure fans can watch, eat, share, download and communicate their game day experience with others. When it comes to planning for the future, the stadium has pulled its fiber optics as close to the access points as possible, terminating in mini intermediate distribution frames (IDF) throughout the stadium. The network gear is from Aruba and Hewlett Packard Enterprise while others involved with the network include IBM, Corning and ThinkAmp. Recently, IBM and Corning built one of the more technology advanced stadiums with a blazing fast network for Texas A&M. What’s more, Mercedes-Benz Stadium also promotes a mobile app. While this app is not as cutting edge as the one for Levi Stadium, for example, it does include information about the stadium, news, scores, as well as viewing, buying and transferring tickets and parking. Assessing The Risks There is always a potential risk at large sporting events like the Super Bowl. Even the smallest network outage could leave attendees unable to use their digital tickets to enter the game. Organizations such as the NFL, Patriots, Rams, Georgia World Congress Center, AMB Sports and Entertainment Group, wireless carriers, IBM Cloud, AT&T network or media outlets, as well as those considered partners, sponsors or supporters of Super Bowl 53, should take extra precautions and have an emergency plan in place. For the Super Bowl, most cybercriminals will be focused on identity and financial theft in the days leading up to the game. These attacks will often be baited with promotions for Super Bowl ticket or a trip giveaway to Atlanta. One of the other concerns at the Super Bowl will surround protecting critical applications and networks that support the events, hosted both locally and in the cloud. Broadcast networks, industrial control systems, civil-service networks and other related systems are all at risk as well. While there hasn’t been a recent attack of scale reported against the Super Bowl, last year we did witness a piece of malware named Olympic Destroyer that targeted and disrupted the opening ceremonies and entry into the 2018 Winter Olympics. Indeed, major sporting events create a platform for cybercrime, though recently most cybercriminals have been focused on identity theft by spreading malicious software in a number of ways that are designed to harvest and steal personal information. Today’s High Density (HD) Stadiums, theaters, arenas, and amphitheaters require small cells, WIFI and DAS deployments to serve their demanding environment. Often, the technologies designed to enhance the spectators’ experience, such as Wi-Fi, Bluetooth and other digital services, are easily exploited to harvest information from attendees. Protect Yourself Technology can provide a more immersive and rewarding experience for fans, but it also creates problems and security risks for those managing the event. Here are a few tips to consider if you’ll be joining me in the chaos next weekend in Atlanta for Super Bowl 53. Charge your phone; you’re going to need that power to capture the experience Ensure your phone is updated with the latest operating system Disable Bluetooth when not in use Disable Wi-Fi when not in use Use the official event Wi-Fi when the device is in use **‘attwifi’ (**there will be no portal or advertisements. Join to Connect.) Always use a VPN when using public Wi-Fi Be careful when using ATMs — Understand how to spot and avoid card skimmers gathering card data. Exercise caution when presented with pop-ups while browsing Avoid NFL-related scams delivered via email.

How Secure Is Your Digital Super Bowl Experience?

A short trip to China reveals incredible everyday technology and a modern-day gold rush As with any looking for the next gold rush, I’ve been eyeing the Chinese market with great interest. At the invitation of the Chinese government, I’ve spent the last two weeks in Guangdong, China getting to know its tech ecosystem and exploring opportunities for collaboration. entrepreneur During my two weeks there, I saw weaved intricately into people’s lives, in a way that I’ve haven’t seen anywhere else in the world. To understand business in China first requires an understanding of how deeply ingrained technology is in people’s everyday lives. technology Here are some observations and anecdotes from my time there, which will hopefully give other entrepreneurs looking to expand into China a very tiny (perhaps superficial!) glimpse into this land of endless possibility. The next gold rush is already here. 1. WeChat is not just payments, it is everything A visit to WeChat’s offices in Guangzhou By now most people would have heard of WeChat. It’s China’s version of Facebook + Whatapp + Venmo, on speed. And that is understating the power of WeChat. At 9am during our visit, there are 750 million people using WeChat Someone has just given you their business card? Scan the QR code to add them on WeChat. Most business cards now come with a QR code so that people can easily add them on WeChat In a tiny village somewhere and need a snack? Pay the street vendors on WeChat by scanning their QR code. A street vendor in a tiny village with his WeChat QR code displayed prominently. Touring the country and want to find out more about what you’re seeing? Scan the QR code, up from WeChat pops an audio tour and Chinese & English description of the place. At a heritage building in a little village. Scan the QR code on WeChat to find out the history of the building! Want a drink from the vending machine? Simply scan the QR code, take your drink and WeChat will automatically detect and deduct the price of whatever you have taken. It’s like Amazon Go, except that the technology has been in China for so long that no one thinks much of it anymore. Cashless, automatic vending machines Want to choose a song on KTV? Scan the QR code on screen and pick your songs via WeChat. (Oh and as an aside, they can also score how well you’re singing in real-time!) Just scan the QR code on your phone to see the song list, choose a song, or send an emoticon to the screen! Ran out of charge on your phone? For RMB 1 per hour, you get to rent a charger, all payable on WeChat Pay of course. These charger rentals are seen everywhere — such is the reliance of the Chinese on their phones And that’s just scratching the surface. Takeaway? Any business catering to the Chinese market needs to understand WeChat and all its potential uses. It can be a payment channel, a social network, a distribution channel, a storefront and so much more. It is a utility. [Without a Chinese bank account, it’s not possible to transfer money into your WeChat Pay account. Previously, entire tour groups used to come to China and spend a few days solely focused on setting up a Chinese bank account so that they could use WeChat Pay. However, from 2018, the Chinese government has started clamping down on foreigners having bank accounts in China, unless they had a business interest in China or were students. So many of these bank accounts have been shut down. For a foreigner without a Chinese bank account, the only way to fund your WeChat Pay account is to ask a Chinese friend to transfer money into it. Even though cash is still widely accepted, WeChat is considered the safer way to take payment as there is still a concern around fake banknotes being circulated.] 2. Bad service isn’t a thing of the past yet, but it is fast becoming obsolete in the digital world I don’t know many people who would say that the Chinese are synonymous with good service. The Chinese have always been efficient — yell for a top-up in tea and you might get a blank look or no response at all, but you’ll get your tea pretty quickly. Efficient, yes. Polite and service-minded, not so much. And being cheated is still a risk. A friend got into a taxi after a night out, and after the car had started moving, was told by the taxi driver than he had to pay a flat fee of RMB 100 for the trip given that it was late. It was 4am, my friend was tired, so he agreed. I was in the next taxi, a more honest one perhaps, so I only had to pay the meter price: RMB 45. None of that is surprising for anyone who has visited China. What was surprising to me though, was finding out that the behaviour of service providers on tech platforms was markedly different from the behaviour of service providers offline. Service providers on tech platforms behave a lot more like what I would expect in London or Singapore. Didi Chuxing (the Chinese Uber) drivers are exceptionally polite, with one of my drivers even driving twenty minutes out of his way to pick me up, as I had entered the wrong address. At the end of any Didi journey, I would hear the familiar refrain: “Five stars?” Merchants on Taobao (the Chinese Amazon) often put in little gifts to surprise their customers with each purchase. It definitely makes buying a delight when you get something extra. And I’ve found the user experience on the tech platforms far better than those that I have grown accustomed to. Better than Uber, better than Amazon. Need to message your Didi driver but you’re in a hurry? Don’t worry, there are pre-set messages which you can click on. You don’t speak Chinese? Don’t worry, the messages are translated for you. Pre-defined messages that are translated in Didi Chuxing App — so that you can communicate with the driver even if you don’t speak the same language. It also allows for voice messages which is much easier! Your friend has shared an item on the Taobao app with you? All you need to do is copy the link and open the Taobao app. Taobao will automatically detect that you have copied a link and will send you to the item’s page. Need to buy something online? No problem, it’ll be delivered to you within 1–3 days on average, regardless of where in China the item is located. Every day, people wait for their online deliveries that arrive like clockwork Takeaway: Poor service and trust issues still very much plague the offline world, albeit to a lesser extent than before. However, in the digital world, poor service and trust issues are very much left in the dust as the Chinese tech giants work extra hard to gain their customers’ trust and provide a seamless, truly on-demand, customer experience. In fact, the level of service is so high that the thought of meeting Chinese consumer expectation in the digital world is a little intimidating! 3. You cannot overstate the role of government in China One of the many tech R&D institutes that we visited During the two weeks, we visited a variety of old and new industries: tech incubators, mobile phone makers, household giants, car axle manufacturers, and WeChat. At every visit, the person showing us around would open by introducing the government’s policy in their area and how their business has been affected by government policy. The government’s hand in driving business was undeniable. Dongguan was not the industrial city I expected — it had wide tree-lined streets and reminded me of cities in Europe Dongguan, an industrial city also known as the ‘factory of the world’, is responsible for producing many of the world’s goods (e.g. at one point, 95% of the world’s woollen products are estimated to be produced there). When Chinese exports were badly hit by the 2008 financial crisis, Dongguan suffered the most. In recent years, Dongguan has repositioned itself as a robotics base and the fingerprints of the government can be found all over this reinvention. We visited huge R&D centres established with grants from the government with the sole purpose of upskilling the industries in Dongguan to enable them to catch up with their more technologically advanced neighbour, Shenzhen, the Silicon Valley of China. The R&D centres were tasked with visiting the factories of Dongguan one by one, to assess what new technologies were required and to help the factories bridge any skills and technological gaps they had. This resulted in the advancement of robotics technology to automate entire factory lines and upskilling workers so that they were able to operate the new technology. This way, Dongguan wouldn’t be left to become obsolete while Shenzhen thrived — they would all thrive together. Introduction to some of the technologies they were focusing on Witnessing this, it made me wonder whether Brexit would have happened if the UK government had stepped in when factories, shipyards and mines were closing in the 1980s, and helped to upskill those industries and workers rather than leave them to become obsolete. I know Brexit wasn’t merely about jobs but, still. In our group, we had an entrepreneur-turned-government-official from Malaysia who later commented that this was the first time in her life that she understood the purpose of government. Throughout her career, she had wondered whether the sole purpose of government was politics, and only in China did she understand the immense power of government to drive the economy and make change happen. In case you were wondering, this isn’t simply because our visit was organised by the government. I was part of a different trip to China last year — visiting companies like Alibaba, Disney, Astra Zeneca, Corning — organised by INSEAD business school. And the themes were similar: government policy drives everything in China so businesses were razor focused on staying close to the government and aligning their business model to government policies. On the other end of the spectrum are the Chinese companies that are looking to expand in the US. We were told that due to the recent US-China trade war, some Chinese companies with US interests were now very careful not to be seen as being too close to the Chinese government. Government grants have been returned, and contact with the government has abated somewhat. Some company visits that were initially planned for our trip had also been cancelled on our trip at the request of the company. When government is so big, businesses have a delicate balancing act to perform. Takeaway? Success in business in China correlates strongly and directly to where the government winds are blowing, more so than perhaps anywhere else in the world. 4. China is open for business and wants you to know it The trip was organised by the Guangdong government for Southeast Asian entrepreneurs to bolster ties between persons of Chinese ethnicity and China. It was the first time I had heard of this kind of trip, but others in the group had participated in multiple such trips over the years. All-expenses-paid. This underscores the extent of the soft power that the Chinese are exerting. The 2008 financial crisis had hit Chinese exports hard, and we were told that this made China realise that America was less reliable a trading partner than it had initially thought. Since then, China has redoubled its efforts to increase its trade with the rest of the world. Everywhere we went as well, people were keen to connect. They wanted to know about the opportunities in our countries and how we could collaborate. The Chinese in Guangzhou loved durians. Could we have a durian export business? Food safety issues played on many of their minds. Could we export wheat from Kazakhstan to China via high speed rail? How about medical tourism? So long as the potential business remained sufficiently small as to not threaten any domestic industry giant, any opportunity was up for discussion. At the end of every meeting, no matter how senior the person meeting us, they added us as a contact on WeChat. We were repeatedly assured that we should message them directly if we thought of a way we could work together. Takeaway? The message from the Chinese we met was loud and clear: we’re open, let’s make money together. The crux being, together. The Chinese government is notoriously protective of their domestic industries, and I don’t expect that to go away anytime soon. Hopefully these observations are useful to founders who are eyeing the Chinese market with interest, like I am. I came back teeming with ideas and incredibly hopeful about all the potential business opportunities in China — it really is the modern-day gold rush for those who dare.

An entrepreneur’s guide to the tech scene in China. Spoiler: it’s pretty incredible

In a world where smartphone brands like Samsung and Apple already existed, Chinese brand OnePlus took a bold step by introducing the world to a smartphone of its own. The company made its debut in the year 2013, with the main motive to make a high-end device with an affordable price range. And the company did just that! True to its tagline, “Never Settle”, the company brought to us the flagship killer OnePlus smartphones with amazing features and a price tag that was easy on the pockets. OnePlus has come a really long way since its first smartphone. Let’s take a look at how the smartphones have evolved since OnePlus One to the upcoming OnePlus 6. OnePlus One Oneplus.in OnePlus One was introduced in 2014. Unlike all other smartphones, which are easily available in the market, this smartphone required an invite for a buyer to place their order. However, it was the 64GB internal storage capacity that caught everyone’s attention. When most smartphones back in the day offered 32GB storage, OnePlus was offering a whopping 64GB at a reasonable price range. As for the design, the smartphone stood out from the rest of the other Android smartphones back in the day. OnePlus One sported a unique sandstone rear panel. Other than that, the smartphone came with the latest Qualcomm Snapdragon 801 processor. Additionally, with a 13-megapixel rear camera, the smartphone was able to capture some incredible images. If that wasn’t enough, the camera also had support for recording videos in 4K resolution and capturing images in burst mode. For a smartphone with features like most high-end devices, it was priced at Rs 21,000. A , don’t you think? smartphone with an affordable price OnePlus 2 Oneplus.in The second smartphone by the company retained a lot of features from the first. Some of the similar features that we saw again were the sandstone finish and the storage capacity. Nevertheless, the company managed to make a lot of changes to its second smartphone. One key feature which was introduced was the ‘slider’. Positioned on the left side of the smartphone, the slider allowed users to switch between ring, silent and do not disturb mode. On the other hand, another interesting feature was the introduction of the USB Type-C port. Back in 2015, a very few smartphones supported this port. So every OnePlus 2 user had to make sure to carry around their personal charger. Apart from that, the smartphone continued its support for 4K recording and came up with the new HDR mode. OnePlus 3 Oneplus.in When compared to the first two flagship smartphones by the company, OnePlus 3 stood apart in terms of design. Instead of a sandstone finish, OnePlus 3 was the first smartphone by the company to sport a metal finish. Moreover, the rear panel also came with antenna lines on the top and bottom. Other than that, the phone also featured rounded edges which gave it a very classy look. Moreover, the smartphone was also the first to come with ‘Dash Charging’. This allowed users to charge their OnePlus 3 smartphone in a matter of 30 minutes. Some of the other features included an upgraded Snapdragon 820 processor and 6GB RAM smartphone. During its launch, the smartphone was priced at Rs 27,999. OnePlus 3T This smartphone was an obvious upgraded variant of the OnePlus 3 smartphone. It made its debut 3–4 months after its predecessor. Some of the updates included- a better front camera, a bigger battery and an even more powerful processor. The company also launched a new 128GB storage variant of this smartphone which was priced at Rs 34,999. Similarly, the base variant was priced at Rs 29,999. OnePlus 5 Oneplus.in OnePlus 5 created a buzz for being the first smartphone by the company to sport a dual rear camera setup. The setup included a 16-megapixel and 20-megapixel sensor with support for portrait mode. Apart from the vertically placed dual cameras, the smartphone came with the similar metal unibody design as its predecessors. Furthermore, the smartphone was fuelled by a powerful Snapdragon 835 processor. Even this smartphone was made available in two storage variants- 6GB RAM with 64GB of internal storage and 8GB of RAM with 128GB of internal storage. OnePlus 5T After seeing the success of the OnePlus 3T, the company decided to launch another updated variant called OnePlus 5T. Interestingly, OnePlus 5T was the first smartphone by the company to sport an 18:9 aspect ratio. This meant that the placement of the fingerprint scanner was moved to the rear panel. Other than that, the only other upgrade was the rear camera features. The update included support for low-light photography. With this phone, the company decided to go on a different track and launched a OnePlus 5T Star Wars Variant which was a treat for all the Star Wars fans. OnePlus 6 This smartphone made its debut on May 16, 2018, in London. However, except for a complete design revamp, there is nothing that we haven’t seen before on the OnePlus devices. As for the design change, OnePlus has followed the most predictable notch display with rounded edges. What’s interesting is the glass design on the rear panel made of Corning Gorilla Glass 5. Additionally, we know that the . However, the device will also be compatible to download the Android P Beta build. smartphone runs on the latest Android OS As for the specifications of the smartphone, it is powered by the superfast Qualcomm Snapdragon 845 processor. The smartphone is available in 6GB RAM (64GB storage, 8GB RAM (128GB storage) and 8GB RAM (256GB storage) variants. Apart from this, OnePlus has partnered with Disney to launch a OnePlus 6 Avengers Infinity War variant. The smartphone isn’t official yet, but we can expect it to launch soon. Marvel Studio All in all, we can say that the OnePlus smartphones are not designed to bring anything new but to do everything better. OnePlus smartphones are known for their amazing performance, usability and software. Maybe, that’s the main reason that . And what makes them even better is the mid-range price tag that they come with. Who wouldn’t want a smartphone with all the high-end features in an affordable budget, right? But what makes the OnePlus devices stand out from the rest is that they give the users exactly what they are looking for and that’s why the smartphones continue to prosper. OnePlus holds 48 percent premium market share in India

OnePlus One to OnePlus 6: How the Flagship Killer Has Aged So Far

I’m Louis Fabbi, hailing from Calgary, Alberta, and poured my best efforts into this complete thought piece on blockchain, and how it’s the antidote to government corruption. I think after many years of this developing technology it’s time to pick some horses in this race, and get aggressively creative, e.g. fixes like my coining of “X Custody Guilds” to replace NGOs, and “X Payment Custody” I’m calling Trust Reimagined. Elon and X Payments get the nod here as a vehicle because he’s been putting it out there like nobody else with his DOGE efforts, with much at risk for him personally, X Payments for its global reach. I smoked out an economic simulation on DOGE Efficiency—charts and all—feathered in sub-programs like DOGE Clear and DOGE Innovate, and ended with what it could mean and a loud and clear yell for help. These are big ideas and need big collaboration. Let’s be real, governments suck at handling money. The U.S. is dropping $600 billion a year on suspect payments—GAO said so in 2023. Africa’s losing $50 billion to crooks, per the UN same year. Trillions evaporate into worldwide vortices of corruption, then get laundered into nice real estate. Canada’s $1B “green slush fund” currently has no traceable audit. The money is gone, and nobody in Ottawa knows where it went. Imagine what that could’ve built—hospitals, bridges, whatever. Musk’s DOGE Governance could flip that. It’s this mashup of Dogecoin, Stellar (XLM), Shibarium, and some AI antiseptic fraud-fighting applications, chopping $600 billion off the waste pile every year—$12 trillion by 2045 if we start in 2026. It’s got seven steps: allocating funds, dishing out cash, running programs, keeping an eye on compliance, tweaking as we go, reporting it, and auditing, all with the judicial use of blockchain and AI, and mitigating human frailty. That juices up X Payments Custody, locking in $1.8 trillion to mess with finance in a good way. I’ve drafted a whitepaper to weave this vision—Reimagining Global Wealth Through X Payments—claiming $820 billion could hit X Payments, dragging 850 million unbanked folks into the game, with another simulation based on some cool social science. Starlink’s covering the earth and no waste is out of reach with this vision. Trust might actually be worthy currency again. The problem is a vast systemic kleptocracy. The U.S. shovels out $4 trillion yearly, but $600 billion’s MIA (GAO, 2023). Globally, it’s over $1 trillion lost—Africa’s $50 billion corruption’s just a slice (UN, 2023). Funds get lost in red tape, cash evaporates, programs bleed money on fake jobs, fraud slips by, tweaks happen in the dark, reports hide the mess, and audits show up late to the party, possibly by design. Over $1 trillion gone every year—Musk called it “graft machines” on X in 2025. NGOs? Total waste pits, like he said on Rogan. Here’s the rub: DOGE’s blockchain-AI combo could cut $600 billion yearly. XLM handles $1 trillion in allocations, DOGE pushes $4 trillion fast, Shibarium hacks $600 billion waste down to $200 billion in execution, and AI night patrols for fraud across the rest—trust makes a comeback. Here’s the rub Here’s the rub X Custody Guilds, built-in trust, snuff out NGOs, sitting on $820 billion in XLM stablecoins from DOGE’s cuts, hooking up 850 million unbanked through Starlink. X Payment Custody holds $1 trillion off-chain, with $12 trillion in gold tokens backing it, tracking $1.8 trillion—Fort Knox, but not like your grandfather’s vault anymore. The Everything App’s the glue, eating waste and fraud as it tries to germinate. I built a simulation—D.O.G.E. Blockchain: Trillion $USD Markov Chain—20 years, $4 trillion budget starting 2026. Without it, GDP’s $20-30 trillion by 2045, losing $1 trillion yearly. With DOGE+AI? $32-42 trillion, saving $600 billion a year—$12 trillion total. DOGE Clear calls out waste; DOGE Innovate throws cash at AI and X Payments, sparking $1 trillion in pure, organic wealth effects. It’d mean leaner budgets, trust you can see, and something X’s 600 million users could scale. So, Elon and X community—let’s do this. $820 billion to X Payments for the unbanked. Peek at [https://bit.ly/DOGEplan\], hit me up for collaboration, and let’s see what happens when corruption becomes as rare as a middle-age plague. https://bit.ly/DOGEplan\]

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