UAVI Drone

In 80% of the cases, large projects cost more than originally estimated. Also, projects take, on average, 20% more time due to schedule delays. The most common reasons are fairly simple: design and topography errors, conflicting information, poor site planning, etc. construction But in reality, all these factors stem from one main reason – insufficient use of innovative technologies. , <1% of revenue is used for R&D spending in construction companies; the same metric in the auto industry can be as high as 4.5%. According to McKinsey Construction companies, while generally having some of the most conservative attitudes towards technology, are nevertheless actively introducing drones into their operations. According to USG and the U.S. Chamber of Commerce, 63% of contractors are already using drones in construction projects. And it’s not just a matter of mandatory monitoring of construction sites for workers’ safety. At a construction site, drones are useful at all stages – from preliminary assessment of site suitability to the maintenance of finished objects. What Drones Do Better Than Humans on a Construction Site 1. Quickly conduct a topographic survey of the site Aerial photography helps create the most accurate 2D and 3D maps with geolocation and geodetic information (distance, elevation, elevation difference, etc.). Those can later be used to accurately estimate excavation volume or the quantity of soil for filling, choose the best placement for objects, and store building materials. The collected data can also be used to create architectural and design projects, as well as presentations for investors. 3D models, compiled according to all-terrain attributes, can showcase everything: how buildings will cast shadows, where to plan parking or landscaping, and optimal placement of solar panels and collectors. All you need to do is a drone and an operator. In good weather conditions, the device can work all day, returning to the base for a battery change every 40-60 minutes. One drone replaces an entire team of surveyors and a helicopter combined while also being much cheaper. 2. Accurately record the project progress A drone is suitable for assessing how the factual results correspond to the plan based on a repeated series of surveys. This allows for more efficient project planning, up-to-date reports, and quicker dispute resolutions with contractors. At construction sites, the actual rate of construction often differs from the plan and may not match what the field crew reported. And since all processes are connected to each other, if one thing fails, for example, monolithic construction, it might cause delays in communication or disruptions in building materials. Drones also help estimate the amount of work for piecework payments. How can you calculate exactly how much soil was dug up and removed from the site? By weighing every truck? There is a better option: you can place points with geospatial information on the detailed pictures of the construction pits. Those can be used as a basis to accurately calculate the volume of soil taken from pits and trenches. A similar approach is suitable for calculating the dimensions of foundations, walls, floors, rafter systems, etc. 3. Share up-to-date data promptly One person would need several days to shoot a large construction site from different angles. In the meantime, some things might change and require additional shots. If necessary, drones make it easier to update the site map on a daily basis and even monitor the processes in real time. Where Can You Save Money by Using a Drone on a Construction Site? 3D maps of the area allow you to create projects of future buildings faster and more accurately than when you work with on-field surveyors. Design. They will be as accurate and fair as possible since they’re based on what was actually carried out. A drone helps you record volumes, timing, and the rate of construction. Settlements with contractors. A drone can accomplish a task that would take people 2-3 weeks in 2-3 days. Geodetic surveys. for investors and clients. Creating presentations and reports You can spend less time on planned routine examinations and on eliminating the impact from emergencies (because you can spot them immediately or prevent them). Walking tours on the field. A drone does not need any belay devices or personal protective equipment. It has no problem shooting angles that a person with a total station and a tape measure couldn’t ever do. Manual examinations. A bit of conservatism is helpful when it comes to safety and accuracy. But outdated formats like paper drawings, projects, estimates, logs, and reports just slow down the construction process. Drones help you start to digitize terrain maps, visual reports, and image-based drawings. This helps you analyze and share data faster. Document digitization. Drones are useful for inspecting roofs, engineering units, ceilings, structural supports, etc. Maintenance of finished objects. No objects are the same, but there are typical and similar ones. After estimating the amount of work for one object and comparing the estimates with actual results, you can rely on this data for other projects. Subsequent projects. Lidar, GPR, PTZ cameras – these are your new employees. They will never get tired or go on vacation during a peak season. We should also point out that drones with additional attachments can help directly in the work process: pull electrical cables at a height and deliver tools. At some point in the future, human interference will only be required at the very end of construction – to get access keys to the robot cleaner. It won’t be soon, so, for now, let’s start with just drones! Find more about Drones: Download The New White Paper: The Ultimate UAV (Drones) Technologies Overview by Tech Geeks Solutions: Field Fata Collection Solution Points of Interest Data for Business Drone Data Geoportal Also published here

How Drones Save Time and Money on Construction Sites

I Compiled a List of Tech’s “Next Big Things” So You Wouldn’t Have to

A Comprehensive Guide to UAV Digital Forensics With DJI Drones

Do you know that a common mistake such as not turning off your smartphone’s WiFi could give out your data to hackers in just a few minutes? Yes, it’s true. Researchers have proven that Remotely Piloted Aerial Systems (RPAS) or UAVs can be easily used to exploit people's privacy when it falls into the wrong hands. In March 2014, during the Black Hat Asia Cybersecurity Conference, SensePost, a renowned security firm shared its findings about drones. At the conference, Glenn Wilkinson, a developer of a Drone called “Snoopy'' revealed some vital findings about their drone technology to BBC. Experimentally, Wilkinson was able to use Snoopy to gather information about the attendees at the conferences within minutes. He showed them pictures of their homes and offices – revealing how powerful Snoopy could be. The revelation wasn’t only shocking, it also raised lots of eyebrows. Well, here are a few of the many findings he : shared with BBC about Snoopy drones The drone can steal data from unsuspecting smartphone users. The drone uses the company’s software which is installed on a computer attached to the drone. The drone can be used to hack Smartphones and steal personal data - all without a user’s knowledge. Every device we carry around today emits different signals; so Snoopy exploits these wireless signals to gather personal information including home addresses and bank details. While this technology is revolutionary, it also raises security concerns across the globe, as it’s one of the surest paths cyber hackers can use to exploit people’s and companies’ sensitive data. According to the 2022 updates by , over 21+ countries' governments have prohibited their citizens from flying drones which includes: Uzbekistan, Bahrain, Tunisia, Syria and lots more. Drone Blog : The Benefits of UAVs are amazing technology with so many benefits; to mention but a few: Drones or Unmanned Aerial Vehicles (UAVs) Yes, drones are the new frontier for image capturing, and it’s no longer news that drones are pretty stunning in taking not just high-definition aerial pictures and videos but in collecting image data. This technology enhances visual experiences and its resulting high-resolution images can be used to create 3D models and even 3D Maps. #1 For quality aerial image capturing: Most of the existing drones today do require relatively minimum experience to operate them. One of the primary reasons behind UAV designs is for them to be easily deployable. That’s why they have a greater range of movements and coverage compared to manned aircraft; they’re able to fly lower and in a controlled direction – allowing them to easily access hard-to-access routes. #2 For easy deployability, especially in hard-to-access areas: Another advantage of drones is their unbeatable security and surveillance application. With the right regulations and appropriate licence, drone operators can use UAVs to provide security and surveillance to private organizations as well as in sporting events and public gatherings and other avenues. #3 For security and surveillance: #4 The GPS (Global Positioning System) program embedded in UAVs enables them to map locations precisely. This precision feature extends the application of drones. For example, drones are used for several agricultural purposes — from spraying fertilizers and insecticides to identifying weed infestation and monitoring crop growth. For accurate precision: Meanwhile, here are a few of the many demerits of Drone usage as well. This is one of the core concerns about drones. Drones can effortlessly collect people’s data and images without them knowing. A good example is “Snoppy” as aforementioned. #1 Privacy exploitation: One thing is to own a drone another is to be sure that it doesn’t collide with other manned aircraft or drones. While this could be the case when systems fail, it has raised lots of concerns. Imagine a falling drone in the midst of large crowds — people might get terrified and injured. #2 Safety is another concern: Areas Where Drones Can Be Used and Aspects Where They Can Be Functional With the thermal cameras and other sensors installed in drones, it’s crystal clear that they can function effectively at night. Therefore, wildlife scientists and researchers use drones to monitor wildlife and gather data on them, especially at night, without disturbing their operations. Wildlife monitoring and protection: Researchers use UAVs to get insights into how wildlife is surviving, how they are adapting, their hunting patterns and so on. The collected data in these cases help the researchers in their approach to sustaining and protecting animals in the given reserve. Many years ago, only big and successful film studios could afford aerial movie shooting—they used cranes and helicopters that cost thousands of dollars just to record a high-quality aerial shot. But thanks to drone technology, even amateur filmmakers can successfully record stunning aerial shots using drones equipped with high-definition cameras. Film making /entertainment industry: More so, besides capturing shots in movies, the drone itself can be used for ‘combat entertainment.’ Two distinguished drone combat clubs could entertain their followers by having their drones combat each other in a cage match. When one drone destroys the other in combat, the owner of the drone is declared the winner. Today, operating on vast land use drones to assess and monitor the growth stages and height of their crops. Agricultural sector: mechanized big farms Geographers leverage drone technology to collect quality data on and even download high-resolution images of locations that are humanly impossible to reach, like coastlines, mountain tops, and even islands. The resulting data collected can be used to make maps, e.g  3D maps. Geographical mapping: Weather forecasters use drones to track hazardous and changing weather conditions. Since drones are unmanned, inexpensive, and sensitive, weather scientists use them to track tornadoes and hurricanes, as well as to gather new insights into the nature of disasters. The advanced sensors embedded in drones facilitate the gathering of detailed weather parameters for quality weather reports. Weather forecasting industry: This is an amazing application of drones that beats road traffic and still satisfies customers by delivering their packages on time. It’s no longer news that major corporations like Amazon, UPS, DHL, and a lot more are using drones to deliver small packages like parcels, food, drinks, letters, beverages and so on. Product package delivery and feedback: Since Drones are designed to easily navigate through places humans can’t penetrate, advanced tech countries today use drones to swiftly garner reports and data in locations that have experienced natural or man-made disasters. Here, drones can be used to search for wounded and dead victims as well as record other events. Hazard environmental report: The Most Recent Drone-enabled Incidents Raised Eyebrows. The US East Coast Financial Firm was attacked. Towards the last quarter of 2022, Greg Linares, a cybersecurity researcher, as part of his work, interacted with those involved in this financial firm, and he mentioned the details to . The Register Linares said: this hacking incident was discovered when the firm discovered an unusual activity on its internal Atlassian Confluence page which originated from within the company network. The search for the WiFi signal behind this network activity led the team to the roof, where a ‘modified DJI Matrice 600’ and a ‘modified DJI Phantom’ series were discovered. After further investigation, the company’s security team discovered that one of the internal users' MAC addresses was used to gain partial access to the company’s Wifi network and was also logged in at his/her home several miles away. While the user at the company was active offsite, someone within the WiFi range of the building was trying to wirelessly use that user’s MAC address to gain access to the company data—and that was a red flag. Digging further, it was discovered that the Phantom drone was in good shape and it had a modified WiFi Pineapple Device used for penetration testing, according to Linares. While the second drone–the Matrice–was carrying a case that contained several batteries, Raspberry Pi, a 4G network, a GPD mini laptop, a WiFi device and a cooling system. In the course of the investigation, this drone was found to be functioning properly while appearing damaged. Linares further affirmed that the components or tools on these drones were used by the attacker to target the company’s internal Confluence page to penetrate other internal devices using credentials stored there. The attacker specifically targeted the limited access network (of an internal user) that was not secure due to the recent changes at the company. Meanwhile, the attack was a “limited success, and the hacker's identity could not be traced.“ Possible cyber risks and threats attached to drones and how it can be controlled: Drone hacking isn’t technically too difficult for sophisticated hackers because many drone operators widely open their drones to attack unknowingly. More importantly, it is best we understand that hackers don’t necessarily need their own drones to hack your drone as they wish and still make it serve their primary purposes. One of the major tactics hackers leverage to make this happen is GPS Spoofing. GPS Spoofing is an act of feeding drones with false . It’s a slimy way hackers leverage to hijack drones and redirect them to a destination or location of choice. Once a drone is under such attack, it could be instructed by the hacker to crash other drones or to crash into persons or homes or even land near the hacker's location for easier exploitation. What is GPS Spoofing: GPS coordinates Basic facts about drone attacks: I) Drone can be hacked or hijacked from its owner from miles away without the real owner knowing. In other words, hackers can hijack the command and control signal between the drone operator and the drone itself from miles away. II) Most drones are built with unencrypted radio signals making it easier to decode with a “pocket analyzer”. III) Drone signals could be jammed by hackers, leaving it with no way to navigate itself. How to secure your network against UVAs attack: While there is no alpha way to secure a drone, there are still ways you can secure your drone network from constant hacking. , a renowned security company, highlighted the following helpful tips: Kaspersky One way to get your drones hacked easily is by using weak and predictable passwords. However, when you use complex password patterns of character mix–small letters, big letters, special characters and so on–it’ll control the malefactor hacking of the drone signal. 1: Use of complex passwords: According to this , several US military drones were reported to have been infected by . After deeper investigation, it was discovered that the drone got infected after the operator used the drone computer to download and play a video game. As a drone operator, be mindful of what you download on your device to avoid dodgy programs and apps. Malware is real! 2: If you’re using a Smartphone or a laptop as your controller, ensure you keep it secure and don’t let it get affected by malware. post malware When you use VPN, you stop hackers from accessing your communication when connected to the internet because VPN is not only a secured gateway to the internet, it encrypts your connection. 3: Leverage virtual private network: This is also an effective technique for preventing your drone signal and control from being hijacked. 4: Set a limit of one for the number of devices that can connect to your base station. Major drone manufacturers issue patches when new security threats emerge, so users should regularly update their drones' firmware to help keep their drones ahead of the hackers. ( after hackers accessed the manufacturer's website, allowing them to access flight logs, videos, photos and map views from drone users in real time. Yet, some clients refused to install it–giving hackers potential access to all their data) 5: Update the drone’s firmware regularly: DJI issued a security patch This is one of the features advised to check for before buying a drone. Once your drone has this feature, you have to activate the RTH mode—this enables it to return to you if the signal is jammed or the battery is low or it loses signal. Please note that RTH depends on GPS, and it’s not immune to GPS Spoofing. 6: Have your drone set on RTH (return to home) mode: The Future of Drones: Does Big Opportunity Await Drone Technology? You’ll agree with me that the application of drone technology to ease operational activities cannot be over-emphasized. Already, it’s widely utilized in industries like entertainment, logistics, agriculture, military and so on, and its know-how is on the rise. In fact, according to this , the drone market is predicted to be worth over $500 billion by 2030 considering its development phase which is pretty crystal. piece Nevertheless, the following are three major market trends to show how much the future holds for Drone Technology: 1: The Drone Engine: There have been a lot of ongoing discussions on the drone market, and one of them is that the drone market will be providing over 50,000 job opportunities in a few years. While this forecast could be true, drone developers are battling on resolving the challenges of flight time and load-carrying capacity, which are determinants of engine capacity and battery. Already, the lightweight wing type can only cover short distances due to the inbuilt engine capacity and lithium batteries. For other tasks like longer-distance transportation, the power of lithium batteries won’t be enough. While bigger batteries used in electric cars are not suitable for drones (they’re bigger than drone sizes), experts in this field and engineers are looking for alternative methods to power drones for bigger tasks. And the two front runners seem to be “hybrid electric-gasoline and Hydrogen engines.” 2: Drone will get smarter thanks to AI: The rate at which AI is revolutionizing technology sectors is amazing and drone technology is not left out. Therefore, it’s no faux to conclude that the drones of the future would be fully autonomous with no operator involved but based on AI systems. At this stage, drones should be able to make independent decisions based on the information they analyzed while flying with other drones, around natural obstacles, or on the tops of buildings. There is so much ongoing research on how to improve drones' manoeuvrability in highly dense areas and self-destruct systems–which is necessary when a damaged drone goes haywire. 3: DaaS will be the new business model: With the way drone technology is growing rapidly, it is forecasted that drone providers will create on-demand solution ideas, which is drone-as-a-service, for businesses of different sectors. You no longer have to spend so much to buy a powerful drone that meets your needs. Instead, with the help of DaaS, you can hire drones to carry out every assignment. For example, an organization that wants to study the map of a large area can leverage DaaS without spending so much to buy a drone to actualize its aim. Considering the ongoing trend in the drone world, it’s just a matter of time before drone projects operate in this format: energy efficiency, little or no human involvement, seamless operability, and maximum business results.

Drone Penetration Kit – The New Attack Vector Hackers Use to Penetrate A Company’s Network

In an era when memes often dictate internet culture, Ukrainian maritime drones continue to make the rounds. Yet, these drones aren’t just fodder for online humor; their continued appearance in the Russo-Ukrainian war is showing that Russia’s navy, once dominant, has found itself outmaneuvered and pushed into retreat by a country with no navy. At the beginning of Russia’s full-scale invasion in early March 2022, the Ukrainian Navy sank their flagship frigate, the seasoned , to prevent Russian possession. Scuttling this ship left Ukraine with only a handful of riverine patrol boats and limited capability to engage Russia on the open sea. Hetman Sahaidachny Meanwhile, Russia had its full Black Sea Fleet at its disposal, including ships captured and reflagged from the Ukrainian Navy when Russia invaded and illegally annexed Crimea in 2014. As a result, Ukraine lost over 80% of its after Russia’s invasion of Crimea. naval capabilities Russia’s navy dominated the Black Sea, until now However, over the past year, Russia, boasting the world’s second-largest navy, has been forced to relocate a significant portion of its Black Sea Fleet, including all its submarines, from Sevastopol in occupied Crimea to Novorossiysk farther east on the Black Sea coast in Russia – more than 570 kilometers away from Odesa and other targets in Ukraine. Kilo-class In May 2023, a Ukrainian maritime drone struck the Russian reconnaissance vessel in the Black Sea. Initially, Moscow asserted they had successfully repelled the attack. However, by June 2023, Ukraine intensified its offensive, deploying six remote-controlled maritime drones to target the Russian intelligence vessel , approximately 300 kilometers from Sevastopol, challenging Russian naval dominance beyond Crimea. Ivan Khuprirs Priazovye Ukraine’s growing maritime abilities were once again underlined when their drones in early August. incapacitated a Russian warship and an oil tanker Following the attacks, Former United States Navy Admiral James George Stavridis , “We’re at a juncture in military evolution akin to the game-changers like Agincourt or Pearl Harbor. Expensive manned surface warships now face existential threats from affordable drones.” remarked , the secretary of Ukraine’s Security and Defense Council, pointed out that “With each new combat mission, Ukrainian combat UAVs and maritime drones become more accurate, operators more experienced, combat coordination more effective, and manufacturers get the opportunity to improve tactical and technical characteristics.” Oleksiy Danilov During this attack, the Russian oil tanker “ ,” built in 2014 with a 5,000-ton capacity, was targeted with 450 kilograms of TNT while ferrying fuel for the Russian military. This tanker was integral to fueling Russian operations in and was under US sanctions. SIG Syria The maritime drones could change the complexion of the war by forcing Russia to commit more resources to protecting its ports, warships, and cargo ships that it uses to transport weapons, fuel, and other supplies for its military. Ukraine further issued a stern , deeming six Russian Black Sea ports, Taman, Anapa, Novorossiysk, Gelendzhik, Tuapse, and Sochi in a “war risk area.” On August 5th, Ukraine’s Defense Ministry said, “There are no more safe waters or peaceful harbors for you in the Black and Azov Seas.” warning Kyrylo Budanov, chief of Ukraine’s military intelligence, emphasized that domestically-produced sea drones have paralyzed Russia’s Black Sea Fleet and are now being mass-produced. He that approximately 30-40% of these drones successfully strike their targets, causing Russian ships to avoid venturing north of Sevastopol due to the risk of drone attacks. noted Nearly two months into Russia’s full-scale invasion, Ukraine sank the – flagship of the Russian Black Sea Fleet, using anti-ship missiles. While a morale boost for Ukraine, it didn’t shift the power dynamics in the Black Sea. That shift would begin as Ukraine introduced maritime drones later on. Moskva Neptune On 17 July 2023, the Crimean Bridge, a prime symbol of Putin’s imperial ambitions in the Black Sea region, in a drone assault. This marks the second such attack on this crucial bridge after Ukraine’s in October 2022, underscoring the challenges Russia faces in protecting the bridge against cheap Ukrainian drones. sustained significant damage first strike Apart from its important symbolism for Putin, the bridge is a vital resupply route for Russia’s war effort in Ukraine. The head of the Ukrainian Security Service (SBU), , highlighted that the drone used in the recent attack against the bridge is called “Sea Baby.” Maliuk proudly emphasized, “These sea drones are a groundbreaking innovation by the Security Service of Ukraine. They’re exclusively ours, with no private entities involved.” Vasyl Maliuk He also explains how these drones were recently deployed to target the Crimean bridge with a massive 850 kilograms of explosives to deliver maximum impact against the bridge’s support pillars. Additionally, the drones were utilized to strike a Russian warship, the , as well as the tanker. Olengorsky Gornyak SIG Ukraine’s Western allies have paid close attention to how Ukraine has been successfully conducting these maritime drone attacks and wants to learn from Ukraine’s experience. Despite that Western interest, Maliuk , “They do not participate in our operations or provide us with any equipment or anything else. These drones are produced at an underground production facility in the territory of Ukraine. The targets I’ve mentioned are legitimate targets according to the Ukrainian and international laws.” stated , an advisor to President Zelenskyy, also commented on the situation, asking, “What is happening in the Black Sea? are changing the rules of the game, returning the waters to full-fledged foreign jurisdiction, and ultimately destroying the value of the Russian fleet. In fact, they are returning everyone to the international law of the sea…” Mykhailo Podoliak #Drones Scrappy tech development that rewrites naval warfare playbook Ukraine’s rapid development of maritime drones, technically termed “uncrewed surface vessels” (USVs), has resulted in vessels replete with state-of-the-art features like integrated explosives and real-time cameras. These subaquatic drones are designed to broadcast riveting visuals straight to their human handlers. The Ukrainian government recently revealed the cost of a maritime drone with an economical of $250,000. For reference, the cost of each S long-range missile is $150,000, and a full launch costs $1,000,000. price tag HIMAR Yet, the drones’ capabilities don’t stop at being cost-effective. These drone marvels can blaze across the ocean at of 80 km/h and boast a remarkable travel range of over 800 km. Enhanced with infrared vision, these drones carry a formidable 350 kilogram warhead (in some cases, up to ) and can sustain operations for a whopping 60 hours. versions, armed with day-night vision cameras and explosive fuses, make for silent yet potent surface water assassins. speeds 850 kilograms Satellite-controlled , a senior engineer from the US think-tank Rand Corp, pointed out the inherent challenge in countering these drones, especially when deployed in swarms. The low profiles of small drones make them elusive targets. Multiply their presence, and the challenge to stop them only grows. Scott Savitz Such rapid advancements haven’t gone unnoticed. The Pentagon’s chief weapons buyer, , has pointed out Ukraine’s effective use of technology in the war as a “wake-up call.” Bill LaPlante Former Google CEO is optimistic about Ukraine’s homegrown drone industry. Along with other investors, he has pledged $10 million to D3, a Ukrainian accelerator focusing on drones and related defense tech, as he believes that Ukraine has consistently demonstrated superior innovation against adversaries. Schmidt wrote in the Wall Street Journal that “The future of war will be dictated and waged by drones.” Eric Schmidt Ukraine is on the pathway to becoming a leader in global drone production, according to Ukrainian Vice Prime Minister . Fedorov also pointed out that “we have removed the majority of industry blockers to ease the running of a business. We help Ukrainian UAV manufacturers to receive all kinds of required approvals; we contract their developments and supply them directly to the frontline.” Mykhailo Fedorov Through the “ ” initiative, initially bolstered by President Zelensky’s fundraising drive, Ukraine has electrified its native unmanned weapons industry, also leading to the creation of unmanned maritime drones that continue to wreak havoc on Russia’s Black Sea Fleet. Army of Drones UNITED24 Ukraine is also making headway with uncrewed underwater vehicles (UUV). The newly-revealed is an underwater drone smaller in size compared to previous generations of Ukrainian naval kamikaze drones used against Russian ships in Crimea. It can also remain in mode for up to 3 months. The drone doesn’t go deep but swims near the surface. Toloka TLK-150 standby The innovation behind this drone is being driven by , a key Ukrainian defense tech initiative, and the Toloka is set to be production-ready soon. BRAVE1, established in 2023, streamlines collaboration between the government, military, and private tech firms. This type of public-private partnership represents the scrappy tech development that Ukraine has so successfully employed in the war. This has sped up the process for tech companies to work with the military, wait times from two years to just six weeks. BRAVE1 reducing Ukraine’s scrappiness in tech development also extends to its fundraising efforts. For instance, through United24, the official fundraising platform of the Ukrainian government, the Ukrainian government turned to crowdfunding to help fund the development of more drones. The online community of “NAFO ” pooled together $250,000 to purchase a drone, cheekily dubbing it “Raccoon’s Revenge” – a nod to the raccoon Russian soldiers stole during their retreat from Kherson. Fellas How naval warfare is changing Vice-Admiral , Ukraine’s navy chief, stated that after the war, Ukraine will write a textbook on naval warfare and distribute it to NATO military academies. He remarked that “The warfare of the future is a warfare of drones,” and no other country can match Ukraine’s experience with naval drones. Oleksiy Neizhpapa In August 2023, for the first time in its history, the established a specialized brigade dedicated to . Ukrainian Navy unmanned maritime drones Ukraine’s effectiveness and the scaled use of swift and nimble boats is influencing the landscape of naval warfare. However, using small boats to detonate bombs is not a new strategy. According to the , the United States tried using drone boats as far back as the 1940s. But in October 2000, Al-Qaeda suicide bombers maneuvered explosive-laden boats into the , which resulted in the deaths of 17 American sailors in Yemen’s Aden port. Economist USS Cole Yemen’s Houthi rebels also weaponized what seemed to be uncrewed vessels. In 2017, they successfully a Saudi warship by using a boat filled with explosives, killing two Saudi sailors. attacked Nations like China and Taiwan are undoubtedly monitoring the situation in Ukraine closely. Considering Ukraine’s ability to develop and deploy these drones to traverse the vast expanse of the Black Sea, has already been looking to invest in similar technology to disrupt any maritime aggression from its more powerful neighbor, the People’s Republic of China. Taiwan Cheap naval drones, being cost-effective and efficiently mass-produced, have proven their mettle against Russia, offering a hint of what might be an effective counter-strategy by Taiwan against China’s navy. Ukrainian drones’ cost-effectiveness combined with their stealthy nature — low water-level cruising and reduced noise emissions — makes them a formidable asset. Despite lacking a significant naval fleet, Ukraine’s use of these drones has been instrumental in preventing Russia from dominating the maritime battlespace and achieving naval supremacy in the Black Sea. Also published . here

Ukraine Is Revolutionizing Naval Warfare With the Help of Scrappy Submarines

Let's learn about via these 28 free stories. They are ordered by most time reading created on HackerNoon. Visit the to find the most read stories about any technology. Drones /Learn Repo [1. Drones: The Good, The Bad, The Ugly](https://hackernoon.com/drones-the-good-the-bad-the-ugly-cba73y05) With great power comes great responsibility. 2. IT Arena 2022 - Ukrainian Tech Braves the War This was my third invitation to attend IT Arena in Lviv, Ukraine. But this was the first time, and indeed a first for me overall that it happened during a war. 3. How Drones Are Transforming Big Data Analytics The world is transforming right before our eyes. We’ve heard about drones for a long time now, especially with big companies like Amazon using them for more efficient package delivery, a major trend in modern e-commerce. Instead of your local delivery man, a drone may drop a package right on your doorstep. The true power of drones goes well beyond that, though. They provide businesses with data that’s difficult to collect otherwise. In addition to taking aerial photos and videos, drones can collect information about everything from the health of crops to thermal leaks in buildings. 4. How Runaway Drones Close Airports (and Why We Should Put SIMs in Them) Drones go missing despite the state-of-the-art technology and equipment that's put into them. Here I explore a solution that could prevent such incidents. 5. How Zipline Drones Can Save Lives in Rural Rwanda Everything is easily accessible when your home is in a city. 6. World’s First Indoor Drone Combats COVID-19 And Delivers 99% Disinfection Rate The Aertos drones are able to fly stably indoors without external reference like GPS 7. Drones Will Change The Insurance Industry It is never too early to be thinking about the future. And if you are thinking about the future, think about drones. 8. 3 Books to Top the List on Digital Trends in 2021 3 Books to Top the List on Digital Trends in 2021. 9. Building a Raspberry Pi + ESP32 Drone: My First Steps Into Robotics A journey from a web developer to a drone maker, with all of the problems and solutions that come with making a drone using a Raspberry Pi and ESP32. 10. Drone Combats COVID-19 with UV-C to Achieve 99% Disinfection Rate Indoors We are entering a time of intense innovation and will likely see a lot of it in the months ahead. It should come as no surprise that we will see tech developments, especially in healthcare from all parts of the world. Just yesterday, a young boy created 3D printed "ear guards" to alleviate ear pain experienced by healthcare workers who must wear masks for long hours. The thinkers, the doers and the helpers will expedite advancements and guide us through this time. 11. Drones and Why They Have so Much More Potential Hearing the word “drone”  is likely to spark a picture of a weirdly-shaped, helicopter-alike small flying machine in almost everyone’s minds. Although this might be true, Unmanned Aerial Vehicle technology(UAV), widely acknowledged as drone technology is becoming more popular and diverse than ever before. Since its early development attempts by the French and American military services during World War II, it has undergone an unprecedented transformation to become what is so commonly used in the modern world. 12. How Drones Save Time and Money on Construction Sites How to build more cost-efficiently with drones, what drones do better than humans and where can you save money by using a drone on a construction site? 13. Small Object Detection in Computer Vision: The Patch-Based Approach How to carry out small object detection with Computer Vision - An example of finding lost people in a forest. 14. 'At The Forefront Of A Revolution': A Chat With Drone Maker Wingtra In 2014, Wingtra was founded as a professional drone manufacturer for the mapping and surveying industries. 15. How Agricultural Holdings and Farmers Can Use Drones for Precision Agriculture There are a bunch of things you can monitor on your farm with drones. 16. Everything You Need to Know About 5G 5G is the latest network connectivity experience that you can get. It comes along with a variety of benefits and possibilities. In fact, you can use 5G to achieve things that you couldn’t do with the help of 4G. Therefore, it is worthy to take a look at 5G and get a better overall understanding about all the possibilities that it can offer. 17. This Ladybug-Inspired Super Drone Buggy Self-Rights Itself After a Fall This bug-inspired super drone that won't need your help to get back to flying after it falls in environments that cannot provide human assistance to right it 18. Facial Recognition On Drone A facial recognition demonstration using Keras, Tensorflow, python and the drone Tello, from DJI. 19. Pleasure and Business Merge, Here Are 5 Industries Drone Tech Is Transforming It used to be that when someone heard the term “drone” the first thing they thought of was militaries flying unmanned aerial vehicles (UAV) over hostile territory to record valuable information or potentially even deploy weapons. With the advent of recreational drones, the focus has shifted, with many associating drones with fun, outdoor activities. 20. Understanding the Impact of Artificial Intelligence on Agriculture According to recent projections by the UN: 21. The Rise of Drones in Different Industries Description: Whether you follow technological developments or not, you cannot escape from hearing about drones. Drone technology is developing at the speed of light and they are becoming increasingly popular. Nowadays almost everyone wants to have a drone with a camera for personal or business reasons. 22. 5 Technology Trends For Construction In 2020 The construction space has always been behind in adopting technological advancements. Why? I'm not too sure either. These technologies I'm sharing may or may not seem new to you but recently, they are rapidly being adopted in construction. 23. 8 Amazing Camera Drones For Extraordinary Photos 1.DJI MAVIC AIR 24. Virtual Property Tours: A Tech Solution to Self-Isolation Technology is already being leveraged and used in a myriad of different ways in the property industry. Adapted from fintech solutions, proptech platforms (such as those used by the likes of Zoopla, Rightmove, etc.) that have been developed over the last few years have revolutionized the industry, connecting tenants, investors and developers with the right properties for them in way that wasn’t previously possible. 25. Top Drone Video Editing Software Without a doubt, assuming you have such expert gear for shooting as a drone, you have a ton of extraordinary shots in stock that simply should be made impeccable. They are diamonds in the rough waiting to be discovered after editing and completing a hypnotizing video. 26. The Black Swan: The Aircraft with No Pilots on Board The Black Swan is a cargo-hauling aircraft with no pilots on board. 27. The Coming Age of Killer Machines The most terrifying film of the year didn’t come from Hollywood. 28. Last-Mile Delivery: What Industry Leaders Look for in Startup Partners Major players in the delivery industry - including incumbents such as UPS, FedEx, SF Express and DHL - have demonstrated a keen interest in establishing relationships vertically with accomplished startups specializing in autonomous and intelligent logistics and transportation. The convergence of several key trends serves as the impetus for the collaborations: Thank you for checking out the 28 most read stories about Drones on HackerNoon. to find the most read stories about any technology. Visit the /Learn Repo

28 Stories To Learn About Drones

Hearing the word “drone”  is likely to spark a picture of a weirdly-shaped, helicopter-alike small flying machine in almost everyone’s minds. Although this might be true, Unmanned Aerial Vehicle technology(UAV), widely acknowledged as drone technology is becoming more popular and diverse than ever before. Since its early development attempts by the French and American military services during World War II, it has undergone an unprecedented transformation to become what is so commonly used in the modern world. Initially, the main objective of drones was to support armed operations. Mainly used for surveillance, they soon acquired new capabilities and started to be actively utilized during offensive military missions. Nowadays we come across numerous different types of drones helping humans in various fields. Civilian use and commercial development led to increased accessibility not only for businesses but also for individual users. Obviously, Unmanned Aerial Vehicles are already classified according to their purpose, size, and capabilities, hence access to some is quite limited. However, today, one can easily order a small drone for personal use at a very affordable price on the internet, or even a larger one with further abilities. Technology covers areas such as: Journalism, news coverage and aerial photography Military operations Urgent response services and humanitarian aid Mapping and urban planning Waste management Filming and game development Shipping and delivery Education and science Journalism and news coverage Present-day media corporations, particularly television broadcasters are hard to imagine without drone technology. Ever since the Federal Aviation Administration allowed the use of drones in news and media, technology has gained an outstanding momentum in the industry. With their help, various media outlets offer their viewers extraordinary footage that would be extremely difficult if not impossible to get without them. Other than their impressive flexibility, drones additionally are very cost-efficient, especially in comparison to some traditional means of aerial recording, including helicopters. They were actively used for the international media coverage of many major events, including California and Australia wildfires. CNN has even established a special drone program - CNN Air. It collects footage from some 20 countries around the world, contributing to many of CNN’s projects. Military Operations Now, this is the area, where drone technology has truly evolved in the last decade and some believe that this is its primary use today. Originally seen as an efficient and low-risk way to operate surveillance missions, drones have firmly established themselves in the field with a diverse range of use found for them. Currently, there are a number of modifications of military drones aimed at different types of service. Rarer out of them are unmanned combat Air vehicles(UCAV), equipped with weapons, meant to perform strikes and be involved in active military operations. UCAVs are produced only by a few countries. Because of its compact size, Micro Air Vehicles(MAV), also known as microdrones are particularly helpful during land military operations. They can usually fit in a human hand. Because of its expanding practicality, efficiency, and uniqueness, national governments around the world invest more than ever in drone technology and its development. The market for it is estimated to be worth $98 billion in 2020 and the number is only to be increased. Urgent response and humanitarian aid Drones proved themselves beneficial during natural disasters and emergency situations. They help in damage assessment, projecting the estimated impact of catastrophes. With modern technology, using drones to prevent disasters or to get warnings in a timely manner has also become possible. Drones equipped with thermal imaging cameras monitor regions at risk of forest fires, detecting unusually high temperatures. Early discovery of small fires results in a fast response and avoided disasters. Drones are now also used for delivering humanitarian aid to the areas affected by wildfires, earthquakes, hurricanes or other natural disasters. , technology is used to operate fast blood delivery operations to the country’s hospitals. In Rwanda How big is the future for drones? Today, drones are used in classrooms, teaching students about the physics of flying, in waste management, helping to clean up the ocean and in many other major industries. As stated by Airdronecraze, a leading news source on drones’ development, there are seven generations of drone technology. The current production line mainly sits in the fifth one: Generation 1: Basic Remote Control Aircraft of all forms. Generation 2: Static Design, Fixed Camera Mount, Video Recording / Still Photos, Manual Piloting Control. Generation 3: Static Design, 2 Axis Gimbals, HD Video, Basic Safety Models, Assisted Piloting. Generation 4: Transformative Designs, 3 Axis Gimbals, 1080P HD Vide or Higher Value Instrumentation, Improved Safety Modes, Autopilot Modes. Generation 5: Transformative Designs, 360° Gimbals, 4K Video or Higher Value Instrumentation,  Intelligent Piloting Modes. Most would agree. Generation 6: Commercial Suitability, Safety & Regulatory Standards-Based Design, Platform & Payload Adaptability, Automated Safety Modes, Intelligent Piloting Models and Full Autonomy, Airspace Aware. This is where we are with current Drone Technology, while some of the higher-end professional-grade Drones have started to cross into the next generation. Generation 7: Commercial Suitability, Fully Compliant Safety & Regulatory Standards-Based Design, Platform & Payload Interchangeability, Automated Safety Modes, Enhanced Intelligent Piloting Models and Full Autonomy, Full Airspace Awareness, Auto Action (takeoff, land, mission execution) Drones are cost-efficient, flexible and can fulfill tasks that humans or other traditional means of technology can’t. With the recent developments and new discoveries about the future potential, the horizon for the drone’s expansion is not yet to be seen.

Drones and Why They Have so Much More Potential

How to Reverse Engineer a Drone With Wireshark Using Packet Dissection

প্যাকেট ব্যবচ্ছেদ ব্যবহার করে ওয়্যারশার্কের সাথে একটি ড্রোনকে কীভাবে উল্টানো যায়

So entwickeln Sie eine Drohne mit Wireshark mithilfe der Paketzerlegung zurück

Cómo aplicar ingeniería inversa a un dron con Wireshark mediante la disección de paquetes

Comment inverser l'ingénierie d'un drone avec Wireshark à l'aide de la dissection de paquets

पैकेट विच्छेदन का उपयोग करके Wireshark के साथ एक ड्रोन को उल्टा कैसे करें

パケット解析を使用して Wireshark でドローンをリバース エンジニアリングする方法

패킷 분석을 사용하여 Wireshark로 드론을 리버스 엔지니어링하는 방법

Como fazer engenharia reversa de um drone com Wireshark usando dissecação de pacotes

Paket Diseksiyonu Kullanılarak Wireshark Kullanılarak Bir Drone Nasıl Tersine Tasarlanır?

Cách thiết kế đảo ngược máy bay không người lái bằng Wireshark bằng cách sử dụng phân tách gói

如何使用 Wireshark 使用数据包解析对无人机进行逆向工程

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UAVI DRONE

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Since n.d.

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