Xiaomi Launches Xiaomi Smart Glasses Which Can Make Calls And Capture Photos

Xiaomi is challenging Facebook in the wearables arena by launching one of its own. Just a few days after Facebook and RayBan rolled out their smart glasses, Xiaomi launched a new pair, with much more interesting specs than the two. 

The Xiaomi Smart Glasses, which goes by the same name, looks pretty much like normal shades and weigh around 51 grams.  They pack a MicroLED display built into the right lens, a 5-megapixel camera on the front, a quad-core ARM processor, a battery, a touchpad on the frame, and Wi-Fi and Bluetooth connectivity.

Interestingly, MicroLED is a type of display similar to OLED but has a higher pixel density, longer lifespan, a simple structure that according to Xiaomi allows for easier integration into the glasses. The Xiaomi Smart Glasses do not have a fancy display to allow light to easily pass through them. It packs a monochrome display that can show you things like a clock, texts, and navigation instructions.

These smart glasses can display messages and notifications, make calls, navigate, make calls, navigate, capture photos, and translate text right before the user’s eye. 

When put under a microscope, the display is roughly the size of a grain of rice, with individual pixels sized at 4μm. This enables the display to be fitted perfectly within the frame of the glasses. By adopting optical waveguide technology which refracts lights at 180°, the MicroLED display accurately transmits light beams to the human eye through the microscopic grating structure of the optical waveguide lens.

The company explains:

“The grating structure etched onto the inner surface of the lens allows light to be refracted in a unique way, directing it safely into the human eye. The refraction process involves bouncing light beams countless times, allowing the human eye to see a complete image, and greatly increasing usability while wearing. All this is done inside a single lens, instead of using complicated multiples lens systems, mirrors, or half mirrors as some other products do.”

Xiaomi has integrated a total of 497 components, including miniature sensors and communication modules, into the Xiaomi Smart Glasses. The company also claims that its smart glasses are not just a second display for the smartphone, but functions as a new smart terminal with independent operating capabilities. 

Key interaction logic has also been implemented in the device to minimize interruptions at inconvenient times, and display important information timely when critical.

Xiaomi has not said anything related to the availability and pricing of the device but it is expected that markets could start from its native country, China. 

Blue Dart Med-Express Consortium Successfully Commences its Ambitious VLOS & BVLOS Drone Trials

Blue Dart, a Mumbai-based logistics company and a part of the Deutsche Post DHL Group (DPDHL), recently announced that it has successfully commenced its ambitious Visual Line of Sight (VLOS) drone delivery trials under the Blue Dart Med-Express Consortium in Vikarabad, Hyderabad, on September 9th, 2021. Blue Dart, one of India’s leading express logistics service providers, is proud to be given the first opportunity amongst various consortiums to initiate the Drone trials.

Balfour Manuel, Managing Director, Blue Dart, attended the launch as the organization furthered its technological prowess. The initiative was launched under Telangana Government’s ‘Medicine from the Sky’ project; these trials have delivered promising results, bringing the country one step closer to ensuring the last-mile delivery of vaccines, emergency medicines, medical samples and other healthcare items in India. Along with these, Beyond Visual Line of Sight (BVLOS) trials was initiated on September 11th, 2021 and will continue till the end of the week.

This event was graced by Sri Jyotiraditya M. Scindia, Hon’ble Minister of Civil Aviation, Government of India, Shri KT Rama Rao, Hon’ble Minister for ITE&C, I&C and MAUD, Govt. of Telangana, Shri Pradeep Singh Kharola, Secretary, Ministry of Civil Aviation, Govt. of India, Smt. Rama Devi Lanka, Director of Emerging Technologies, Govt. of Telangana, and Smt. Nikhila, Collector & District Magistrate, Vikarabad District.

The Blue Dart Med-Express Consortium was formed earlier this year with the mission of revolutionizing the delivery of vaccines and emergency medical supplies to the remotest parts of India with Drones. Blue Dart Med-Express Consortium is a part of the ‘Medicine from the Sky’ project in collaboration with the Government of Telangana, World Economic Forum, Niti Aayog and Healthnet Global.

Commenting on the launch, Balfour Manuel, Managing Director, Blue Dart, said, “Blue Dart is championing future-ready technology; and collaborating with the Government of Telangana in its ‘Medicine from the Sky’ project, provided us with a perfect opportunity. The initiative is aimed at creating a robust healthcare infrastructure for last-mile delivery in the interiors of India, providing every individual with the healthcare they deserve. As we witness the marvel of drone technology, we look forward to extending this service across the nation and bringing the world closer to these remote areas.” 

Ketan Kulkarni, CMO and Head – Business Development, Blue Dart, shared his thoughts on this event, saying, “technology has become the backbone of not just the logistics industry, but of almost every industry across the world. At Blue Dart, technology continues to be an important pivot for our business and these drone trials are just the beginning of what we aim to explore. In line with our organization’s ‘First In Last Out’ policy, we have created these opportunities to contribute to the development of our nation while we achieve our business goals. Blue Dart will leave no stone unturned to make logistics in India remarkable and trustworthy.”

The Blue Dart Med-Express Consortium drone delivery trials currently involve delivering vaccines from Vikarabad to the primary health care centre in Sidduloor using a multi-rotor drone. A total of 6-7 trials for VLOS operations (up to 1km) and 4-5 trials for BVLOS operations (up to 9kms) were conducted per day. Operated by remote pilots, the drone can travel up to 10kms in a single run, at a speed of 32 km per hour. 

These Unmanned Aircraft Systems or drones can even handle Blue Dart’s specialized Temperature Controlled Shipments with a payload of up to 5kgs and are equipped to pick up and deliver the shipment from the distribution centre to the towns that need the medical supplies and vice versa. The task to bring vaccines and such emergency supplies to remote areas at perilous heights and volatile terrains is not easily achieved without technology. These trials mark the beginning of advanced age in logistics for the nation.

Leading the Express Logistics industry for close to three decades, Blue Dart’s Reliability, Resilience and Responsiveness enabled it to continue fulfilling its role as the Trade Facilitator to the nation during these challenging times. Blue Dart played an active role in the nation’s fight against the COVID-19 Pandemic by partnering with the Government of India’s ‘Lifeline Udan’ initiative to deliver mission-critical supplies, including essentials such as PPE kits, enzymes, Blood samples, medicines, respirators etc.

On the international front, Blue Dart has also been operating cross border to China (Guangzhou and Shanghai) to support the carriage of medical supplies and expanded its charters to Myanmar, Hong Kong, and Bangladesh. Blue Dart has also facilitated the movement of crucial shipments for COVID-19 related clinical trials, COVID samples, and vaccines against the virus domestically while also aiding the first-mile movement of these shipments across borders to Bhutan and Albania, amongst other nations. 

Apart from this, Blue Dart is also flying its charters to carry oximeters, ventilators, and oxygen concentrators. The Blue Dart Med-Express Consortium Drone flights will deploy an immersive delivery model to optimize the current healthcare logistics within Telangana. Leveraging an efficient system of this kind, Blue Dart intends on supporting and improving the healthcare logistics infrastructure to be faster and more efficient, especially in rural & deep rural interiors of the nation.

Is there any technological rise in cryptocurrency in recent times ?

The most well-known blockchain application is cryptocurrencies. Bitcoin, Ethereum, and Litecoin are examples of digital currencies (or tokens) that can be used to purchase goods and services. Crypto, which works similarly to digital money, may be used to purchase everything from lunch to your next home. It has no intrinsic value, no physical form, and the bank has no control over how much of it is produced. There are around 6,700 cryptocurrencies in circulation around the world, with a total market capitalization of $1.6 trillion, with Bitcoin accounting for the majority of the value.

These tokens have grown in popularity in recent years, with one Bitcoin being worth $60,000. Because each bitcoin has its own unique identification number that is connected to one owner, the security of blockchain makes fraud much more difficult.

Crypto eliminates the need for distinct currencies and central banks because it can be sent to anybody, anywhere in the world, via blockchain without the need for a currency exchange or a financial institution.

In the world of cryptocurrencies, there have been several notable advancements, some of which are noted below:

  • Goldman Sachs has made Bitcoin funds available to its high-net-worth clients, accelerating the adoption of virtual currency within the firm. A modern Digital Assets Group is housed within its private fortune. The management section of the investment bank will soon help rich clients invest in Bitcoin.
  • Large corporations are increasingly exploring using a blockchain-based digital currency for payment purposes. Tesla said in February 2021 that it would invest $1.5 billion in Bitcoin and accept it as payment for its cars.
  • PayPal has begun allowing US users to utilize their bitcoin holdings to pay millions of its global online merchants. Customers who have cryptocurrency in their PayPal accounts
  • Digital wallets, for example, would be able to make purchases at the checkout using their assets.
  • PayPal has begun allowing US users to utilize their bitcoin holdings to pay millions of its global online merchants. Customers holding cryptocurrencies in their PayPal digital wallets, for example, would be able to make purchases with their assets at the checkout.

Blockchain technology has a wide range of applications outside of bitcoin and cryptocurrencies. From a business standpoint, consider blockchain technology to be a type of next-generation business process optimization software. Blockchain and other collaborative technologies have the potential to improve commercial operations between companies while lowering the “cost of trust” significantly. As a result, it has the potential to outperform many traditional internal investment funds in terms of returns on investment. From clearing and settlement to insurance, financial institutions are investigating how blockchain technology can disrupt the industry.

Also read: How will Cryptocurrency Bill 2021 impact bitcoin investors?

 

 

 

Samsung Galaxy Watch 4 Series: New Beginnings For Samsung

Honestly, watches for Android smartphones are not even a bit attractive in terms of features and looks, when compared to what Apple does with its accessories. Who other than Google is to be blamed for not creating a competitor to Apple watch and missing a perfect opportunity. 

But I think I might have to change my perspective for the better now. Google and Samsung have joined forces to rebuild the WearOS from the ground up. It seems like Samsung’s Galaxy series of smartwatches is bearing all the weight of the company’s ambitions to produce competitive wearables in the market. 

Dubbed ‘WearOS by Samsung’, Samsung Galaxy watch 4 series will be the smartwatches to run the latest WearOS 3 version. I got my hands on one of the Galaxy Watch 4 series and here are my first impressions:

Design and Aesthetics

Samsung is hyping up the latest Galaxy Watch 4 like anything. And honestly, the Galaxy Watch 4 Classic has got one of the most timeless designs ever. It can go perfectly with any outfit you wear, be it formals, casuals, or leisure. 

The watch fits perfectly on the wrist and never gives you the impression that you are wearing a smartwatch. The watch 4 series got a slight unexpected upgrade in its screen. The larger version devices now have a 1.4-inch screen running at 450 x 450, while the smaller models have 1.2-inch panels. The watch 4 has a touch-sensitive ring. 

This Samsung box includes a 20mm strap which can be swapped later to your convenience. 

WearOS 3

Samsung conveniently switched from their Tizen operating system to One UI3, a customised version of Google’s Wear Os 3 that they co-developed. 

 Unlike the other Wear Os watches, one cannot use the Galaxy Watch 4 with an iPhone, since many of the advanced features, such as ECG function requires a Samsung phone. It has its Galaxy wearable app to pair, and connect, and manage settings. 

Battery Life

The  W920 Exynos chip in Galaxy watch4 is 20% faster with a 10 % improved graphic performance than their predecessors. The watch feels faster and Much smoother than most wear OS watches, but not quite up to the rapid experience that Apple’s watch series 6 offers. 

We found the Galaxy Watch 4 requires a daily charge to power features like an always-on display and routine fitness tracking. The watch works up to 40 hours a day but that might differ with the purpose of use.

Additional Features

The Galaxy Watch 4 series is powered by the Exynos W920 dual-core processor clocked at 1.18GHz. It has 1.5GB of RAM and 16GB of internal storage. There is support for Bluetooth 5, dual-band Wi-Fi, NFC, and four satellite navigation systems. The Watch 4 Classic is IP68 rated for water resistance up to 5ATM.

For few days, I’ve been tracking the activities through this watch. The Galaxy Watch 4 provides audible and vibration updates on mileage, and also a brief activity summary every 30 minutes.

Everything You Need To Know About iPhone 13 Lineup

Apple and September have been paired together for a long time, and why Apple always prefers September to launch its major products ​is no longer a topic of discussion. Just like every year, Apple endured its tradition and launched a number of gadgets in a jam-packed ‘California Streaming’ virtual launch event, including iPad, iPad Mini, Apple Watch Series 7, and one of the most-awaited smartphone series, iPhone 13.

The new iPhone 13 lineup was the lead performer of the event, and it successfully seized all the attention like its predecessors. As expected, following last year’s tradition, Apple launched four new iPhone 13 models- iPhone 13, iPhone 13 Mini, iPhone 13 Pro, and iPhone 13 Pro Max with the exact screen sizes and very identical designs honed with smaller notches to the iPhone 12 lineup.

Chipset, Connectivity & Availability:

The entire iPhone 13 lineup is powered by the cutting-edge A15 Bionic chipset, the fastest processor in smartphones, almost 50% faster than top competitors. The iPhone 13 and the iPhone 13 Mini get the 6-core CPU and 4-core GPU options, while the iPhone 13 Pro and iPhone 13 Pro Max features the 6-core CPU and 5-core integrated GPU. 

The iPhone 13 lineup gets the new 16-core Neural Engine as standard, which helps them perform better and offer innovative camera features like Smart HDR 4 and Cinematic mode. The iPhone 13 lineup supports dual SIM via the physical SIM + eSIM route, but they all also have dual eSIM functionality for the first time, along with 5G connectivity options.

The iPhone 13 lineup will be available for pre-order on the Apple India Online Store from 5:30 pm on September 17, and the sale for the same will go Live on September 24. Also, if you haven’t noticed, for the first time, Apple is making its newly launched phones available for sale in India, at the same time as other markets, including the US.

Display, Design & Colour Options:

The iPhone 13 and iPhone 13 Mini sports a 6.1-inch and a 5.4-inch display, respectively, while iPhone 13 Pro and iPhone 13 Pro Max boast a 6.1-inch and 6.7-inch Super Retina XDR display, respectively, along with ProMotion. Sadly, only the Pro models get the new adjustable refresh rates that can scale from 10Hz to 120Hz, but the iPhone 13 and iPhone 13 Mini are still stuck at an old 60Hz refresh rate.

The iPhone 13 lineup gets a flat-edged design, the same as the iPhone 12 but with a 20% smaller notch than the iPhone 12. The iPhone 13 and iPhone 13 mini get flat-edge aluminium frames with Ceramic Shield material on the front, while the Pro models feature surgical grade stainless steel with a custom finish resistant to abrasion and corrosion. The camera placement is also changed diagonally instead of straight, as seen on the iPhone 12. 

Apart from these changes, the rest of the phone is very similar to its predecessor. The iPhone 13 and iPhone 13 Mini are available in Starlight, Midnight, BluePink and Product Red, while the Pro models are available in Silver, Graphite, Gold, and Sierra blue.

Camera Upgrades:

Apple brings breakthrough camera innovations with an improved 12-MP primary camera, a night mode, a better ultrawide lens and a sensor for the iPhone 13 lineup. In particular, the iPhone 13 and iPhone 13 Mini gets a 12MP wide lens with an f/1.6 aperture that can offer 47% more light-gathering than the iPhone 12 and a 12MP ultra-wide lens with an f/2.4 aperture along with sensor-shift optical image stabilization, Smart HDR 4 and Cinematic video mode with Dolby Vision support to make your videos appear like films. 

As for the Pro models, they feature an ultra-wide, wide, and telephoto lens along with other camera features such as new apertures for telephoto, 6x optical zoom range instead of 5x, digital zoom up to 15x instead of 12x, Photographic Styles along with Smart HDR 4 and Cinematic video mode. Along with all of these features, the iPhone 13 lineup also supports 4K video recording up to 60fps on all cameras.

Battery Backup:

Apple is infamous for its quick battery drains, but this time, the company has worked hard on this section and provided longer-lasting batteries to all four iPhone 13 models compared to its counterpart iPhone 12 lineup. The iPhone 13 gets about 2.5 hours more battery life than iPhone 12, while iPhone 13 Mini gets 1.5 hours more battery life than its predecessor. The same happens with the Pro models- the iPhone 13 Pro gets 1.5 hours, and iPhone 13 Pro Max gets 2.5 hours more battery than its counterparts.

Price:

The iPhone 13 lineup has borrowed almost every feature from the last year launched iPhone 12 series, and that’s why it’s tough to find a difference between iPhone 12 and iPhone 13. It is the same phone with minor design changes, a better processor, a cinematic video recording mode, overhauled cameras and narrower notches, improved battery life and of course, a new name.

The base model of the iPhone 13 Mini with 128GB storage is priced at 69,900, while the prices start from Rs 79,900 for iPhone 13. While the Pro models, iPhone 13 Pro and iPhone 13 Pro Max, are priced at Rs 1,19,900 and Rs 1,29,900, respectively. The storage capacities for the iPhone 13 Pro and iPhone 13 Pro Max are available in various options- 128GB, 256GB, 512GB, and 1TB.

Defence AI: The Prophecy Not Covered by Professor Trelawney

I like the second movie in the Iron Man trilogy. It was somewhere a real war of robots. The race that Tony Stark starts reaches the corridor Hammer Industries, and then there is complete carnage. But you have to admit that you must have liked the role of Jarvis, an AI assisting Mr. Stark from time to time. Imagine the power of any military if they adopt AI for its deterrence and resilience. Recently, Army Futures Command laid down a report that showcased their interest in AI adoption in military technology. Let’s excavate more details related to this report from this Exhibit blog and see how defence AI is progressing. 

Digging the News

Army Futures Command has stated 11 broad areas where it is interested in bringing AI and researching it. I know, and I have faith in my intelligent readers, as some of you have guessed these sectors for sure. Merlin’s Beard. These are data analysis, autonomous systems (drones), security, and decision-making assistance. Hence, somewhere they want to integrate a shooter and electronic sensors during the battlefield. According to Army Futures Command’s Artificial Intelligence Integration Center, the platform that they will develop can operate in an open, urban, and cluttered environment. 

How can AI help the military?

Alexa! Kill the trespasser in my house. Are you still imagining that such days can come? Well, let’s not speculate. But, yes, your Alexa won’t come to the rescue as it has niches. Then, how the hell AI will help the military as a question will strike your mind repeatedly. Hey, wait and have some patience. The Exhibit is there to clear bits and pieces in the simplest manner for you. See, AI is something that thinks. So, if it comes into a combat mission, AI will be the one that will take off the cognitive burden from you. Apart from this, you may surely see a great team effort from a human-machine duo for sure. Therefore, the overall performance of that military will upgrade by itself who will garner AI into defence.

Defence AI

In a nutshell, wherever you are using defence technology and if you add AI into it, it will be simply awesome. Even for drones, yeah, that too. Now, you don’t have to control a UAV remotely. All you need is to let them understand the mission’s objective and do their part by themselves. AI will add the precision quotient as it will record the past as a dataset, and the new action will be a test dataset for itself. 

Conclusion

Mind you; these five years will be highly glossy for Army Futures Command on what they are working. And their innovation will have a pivotal role in the defence industry for sure. However, considering the pace of defence technology, you can make a prophecy of how will be the full-fledged defence AI technology will look like. For more articles on defence section, click on this link. 

How will Cryptocurrency Bill 2021 impact bitcoin investors?

The Central Government has finally announced that in the ongoing Budget session in Parliament it will introduce a new bill on cryptocurrencies (The Cryptocurrency and Control of Official Digital Currency Bill, 2021). Finance Minister Nirmala Sitharaman said that a ban on private cryptocurrencies in India, such as Bitcoin, has been proposed by an inter-ministerial committee (IMC) in India. It should be noted that in 2018, the Reserve Bank of India (RBI) banned banks from executing crypto-currency transactions. The Supreme Court, however, lifted the ban in a void judgment dated 4 March 2020. Cryptocurrency has been operational throughout the nation since then.

However now, the RBI has also explained that it is operating on a digital version of the rupee, and results are expected soon. A description of the bill claimed that it aimed to “establish a facilitative system for the creation of the digital currency to be issued by the Reserve Bank of India”

Experts are of the view that some known investors who are really trading in digital or virtual cryptocurrencies like bitcoin throughout the country can be impacted by the new cryptocurrency bill. It is because if the Centre goes by the Inter-Ministerial Committee’s (IMC) proposal, private cryptocurrencies will be banned in the country, which will mean the loss to the country’s existing crypto investors understandably. However, it is still not clear whether Bitcoin or Ethereum would be included in the total ban on private cryptocurrencies under the new legislation.

But since the bill’s detailed provisions are still not understood, there is a great deal of uncertainty on whether or not ones possessing Bitcoins or other cryptocurrencies should sell them. Around seventy lakh Indians hold cryptocurrencies worth over $1 billion, as per the latest data.

The ultimate goal of cryptocurrency is for use by 98 %. This signifies that it is possible to build quality of use, robustness, groundbreaking payments, and related structures. Once the country sees what blockchain can do for them, it will either evolve or adapt from conventional finance and move towards the usage of its own virtual/digital currency.

It is a wait-and-watch game!

If you are interested in understanding more of what’s unfolding in cryptocurrencies right now, you can explore our site. With all the latest cryptocurrency news, we will keep you updated and offer several blogs and articles on Blockchain and cryptocurrency.

If you want to learn more about cryptocurrency, and blockchain news, follow our webspace.

Also read more about SBI to Pioneer in Blockchain Technology with JP Morgan

Xiaomi Showcased Its Debut Smart Glasses Inspired By Iron Man’s EDITH

Xiaomi has revealed its first pair of new smart eyewear, Xiaomi Smart Glasses, right before the one day of its mega event to steal attention from Apple’s thunder. The ordinary-looking smart glasses from Xiaomi are actually beyond the ordinary; they are loaded with various smart features, including navigation, real-time text translation and MicroLED optical waveguide technology.

The Xiaomi Smart Glasses weighs only 51 grams and can display messages, notifications, make calls, help you navigate using augmented reality (AR), capture photos and even translate text. Recently, Facebook also launched similar smart glasses called Ray-Ban Stories in collaboration with RayBan and, before even landing on buyers eyes, raised a privacy concern.

Design:

Xiaomi defines the recently revealed Smart Glasses as “an engineer’s look into an advanced future”. The Xiaomi Smart Glasses have a squarish round frame with a metal bar on top, making them appear more like Iron Man’s smart glasses ‘EDITH’. In contrast, Facebook’s Ray-Ban Stories has adopted the iconic Ray-Ban Wayfarer design that first appeared in the late ’80s.

Display:

The Xiaomi Smart Glasses adopt the MicroLED backlighting technology to lower the design space and overall weight. The monochrome display can reach a peak brightness of 2 million nits to save you from looking at harsh sunlight directly. The display chip measures only 2.4mm x 2.02mm, and it’ll appear roughly the rice-grain size under the microscope, with individual pixels sized at 4μm.

Features:

The left hinge of the Xiaomi Smart Glasses packs a 5MP camera which can also be used as a scanner for real-time translation. The company also states the Smart Glasses can transcribe audio into text with translations in real-time. The Smart Glasses runs on an Android operating system and have a built-in microphone.

It is also equipped with a quad-core ARM processor, battery, touchpad, and support for Wi-Fi and Bluetooth. The pricing and availability information of Xiaomi Smart Glasses is not revealed yet, but the company might launch the glasses first in the Chinese market before hitting on the Global market.

Defence Electronics: What it is & How India is Using it

The day engineers built a diode and transistor in the 1940s, it was known that the world would change drastically post the second World War. And, it happened too. We entered the world of electronics, and today, it has its outreach in every sector and domain. We were progressing to modernize the world, but we also developed new developments in non-state actors. Hence, to protect our frontiers, we started working towards defence electronics. You name it, and you will find that almost every piece of defence equipment has electronic instruments installed in it. Let’s discuss more on this domain with this edition of the Exhibit blog. 

What is defence electronics?

In simplest terms, it uses and misuses the electromagnetic spectrum (like radio & microwaves). Hence, there is a need for deep knowledge and insights related to the electromagnetic spectrum. From the world wars, you have heard about radar systems. We have recently discussed drones where you can find those concrete reasons that make them quite undetectable. Defence electronics evolved with the advent of remote-controlled explosives, GPS, UAVs, etc. And, once electro-optical instruments came into the markets, you have seen the upgradation in terms of ammunition (check movies that have showcased laser guns for precision targeting). 

Indian Defence

India is one of the biggest pillars globally that is making hefty investments in military upgradation, which you can observe from the SIPRI report and Global Firepower Index. According to NASSCOM, India’s Aerospace and Defence industry will have a market cap of 70-72 USD (almost 5.15 lac Crores INR). And, such potential can come only with the integration of electronics with defence. 

Is India using Defence Electronics currently?

I want to modify this dialogue, “Don’t underestimate the power of a common man” to “Don’t underestimate the power of India at all.” Sitting at the pinnacle of research and development in defense, DRDO has a separate division named Defence Electronics Application Laboratory (DEAL) that has made many innovations in this field, including Combat Net Radio and Data Link System – Nishant UAV. All these equipment have their niche in battlefield surveillance and reconnaissance, real-time engagement, and battlefield damage assessment. 

Final Remarks

India is heading towards defence electronics faster and will showcase its deterrence and resilience in the future. However, suppose India wants to stand as a major power. In that case, it needs to integrate nuclear defence with electronics and then use it smartly every time on the negotiations table. For other defence related articles, follow this link. 

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