New 22.9kV Transformer for Data Centers
Engineers have built the world's first 22.9kV solid-state transformer to help power heavy-duty data centers. ⚡
You know how massive server farms need staggering amounts of electricity to run your favorite apps and games? Local power networks are struggling to keep up with that hunger. This new piece of hardware acts like a smart, heavy-duty power adapter designed to fix that exact problem.
Here is what makes this technology stand out:
➖ It tackles severe grid bottlenecks that currently slow down tech expansion.
➖ It offers a much more compact footprint than older power distribution units.
➖ It handles high-voltage electricity with significantly better energy efficiency.
#technology #datacenters #innovation
Interesting Engineering
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Engineers have built the world's first 22.9kV solid-state transformer to help power heavy-duty data centers. ⚡
You know how massive server farms need staggering amounts of electricity to run your favorite apps and games? Local power networks are struggling to keep up with that hunger. This new piece of hardware acts like a smart, heavy-duty power adapter designed to fix that exact problem.
Here is what makes this technology stand out:
➖ It tackles severe grid bottlenecks that currently slow down tech expansion.
➖ It offers a much more compact footprint than older power distribution units.
➖ It handles high-voltage electricity with significantly better energy efficiency.
Smart engineering is keeping the grid alive.
#technology #datacenters #innovation
Interesting Engineering
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Electric Air Taxi Tests Begin in Texas
Today in Texas ✈️, a brand new federal program is kicking off to test electric, hybrid, and autonomous aircraft before the official rules are even finished.
The Federal Aviation Administration launched this Advanced Air Mobility project so companies like Joby, Beta, and Wisk can gather real-world data across the region. 🔋
Unlike traditional helicopters that rely on noisy jet fuel engines, these quieter machines are designed to weave through city traffic with zero direct emissions.
Regulators are finally testing the technology in the real world instead of waiting behind a desk.
#aviation #technology #texas
The Verge
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Today in Texas ✈️, a brand new federal program is kicking off to test electric, hybrid, and autonomous aircraft before the official rules are even finished.
The Federal Aviation Administration launched this Advanced Air Mobility project so companies like Joby, Beta, and Wisk can gather real-world data across the region. 🔋
Throughout the week, these electric vertical take-off and landing aircraft will fly real-world routes between busy airports and urban hubs.
Unlike traditional helicopters that rely on noisy jet fuel engines, these quieter machines are designed to weave through city traffic with zero direct emissions.
Regulators are finally testing the technology in the real world instead of waiting behind a desk.
Science fiction is turning into your daily commute.
#aviation #technology #texas
The Verge
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Texas power grid handles record heat with ease
Texas just made it through its hottest summer on record without a single voluntary power saving request. Even with demand hitting a record 91,308 MW on July 22, the lights stayed on and the AC kept running. 🚀
The grid operator ERCOT credits a massive shift in how the state stores power. Back in 2021, Texas had only 857 MW of battery capacity. By July 2026, that number skyrocketed to roughly 21.7 GW. This allows the grid to capture excess solar energy during the day and release it precisely when the sun sets and people return home to turn on their appliances.
This is a sharp contrast to 2023, when ERCOT had to ask residents to cut usage six times in just one week to prevent blackouts. Now, batteries act as a bridge, keeping the network stable even when solar production drops off at dusk. The EIA confirms these batteries are now fundamental to maintaining network stability.
#Texas #Energy #Technology
Xataka
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Texas just made it through its hottest summer on record without a single voluntary power saving request. Even with demand hitting a record 91,308 MW on July 22, the lights stayed on and the AC kept running. 🚀
The grid operator ERCOT credits a massive shift in how the state stores power. Back in 2021, Texas had only 857 MW of battery capacity. By July 2026, that number skyrocketed to roughly 21.7 GW. This allows the grid to capture excess solar energy during the day and release it precisely when the sun sets and people return home to turn on their appliances.
This system effectively flattens the "duck curve," a term used to describe the mismatch between when solar energy is generated during peak sun hours and when electricity is actually needed by the public.
This is a sharp contrast to 2023, when ERCOT had to ask residents to cut usage six times in just one week to prevent blackouts. Now, batteries act as a bridge, keeping the network stable even when solar production drops off at dusk. The EIA confirms these batteries are now fundamental to maintaining network stability.
Reliable power without the stress is a major win for everyone. 🔥
#Texas #Energy #Technology
Xataka
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Deep-sea microbe enzyme breakthrough
A newly found deep-sea microbe uses a special enzyme to turn atmospheric nitrogen into ammonia at temperatures that usually destroy most proteins. 🔥
The discovery gives you a fresh look at ancient biochemical pathways. It could also inspire cleaner biotechnology and more efficient fertilizer production for your everyday life.
#science #biology #technology
ScienceDaily: Technology
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A newly found deep-sea microbe uses a special enzyme to turn atmospheric nitrogen into ammonia at temperatures that usually destroy most proteins. 🔥
You might be surprised to learn that this unusual structure reveals an ancient, shared mechanism behind how living things process nitrogen.
The discovery gives you a fresh look at ancient biochemical pathways. It could also inspire cleaner biotechnology and more efficient fertilizer production for your everyday life.
#science #biology #technology
ScienceDaily: Technology
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ABZ Innovation Opens Large-Scale Drone Factory in Hungary
ABZ Innovation has officially opened a new, large-scale production facility in Hungary in just 90 days. This rapid construction was a direct response to a surge in international demand for their agricultural and industrial unmanned aerial systems. 🚀
By expanding its manufacturing footprint, the company aims to scale production to better compete in a market recently reshaped by shifting trade policies in the United States.
Unlike their previous, more constrained production setups, this dedicated manufacturing site provides the dedicated capacity needed to fulfill orders at a much higher industrial scale. This move positions the firm to maintain its supply chain stability as global demand continues to rise.
#drones #manufacturing #technology
DroneLife
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ABZ Innovation has officially opened a new, large-scale production facility in Hungary in just 90 days. This rapid construction was a direct response to a surge in international demand for their agricultural and industrial unmanned aerial systems. 🚀
By expanding its manufacturing footprint, the company aims to scale production to better compete in a market recently reshaped by shifting trade policies in the United States.
The new factory allows the company to rapidly increase output of agricultural and industrial drones, effectively addressing supply chain bottlenecks that previously limited growth.
Unlike their previous, more constrained production setups, this dedicated manufacturing site provides the dedicated capacity needed to fulfill orders at a much higher industrial scale. This move positions the firm to maintain its supply chain stability as global demand continues to rise.
#drones #manufacturing #technology
DroneLife
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AI tool identifies solar panel power loss
An international team of researchers developed an AI-assisted technique that detects energy drops in solar panels with a 0.5% error rate. This system calculates efficiency losses by analyzing a single luminescence image, which records the light energy emitted by solar cells.
Traditional inspections often require bulky equipment or multiple time-consuming electrical measurements at each individual unit. This new method streamlines the maintenance process significantly for large-scale energy projects.
Key details of the testing phase include:
➖ Evaluation using 300 distinct field-retrieved modules.
➖ Successful verification through drone imaging at a 186 kW solar farm.
➖ Automated processing that avoids the need for complex, multi-angle scans.
Previous inspection standards relied on manual checks that were slower and prone to higher margin errors. The model accurately pinpoints localized damage by comparing the visual data against expected power output levels.
#solar #AI #technology
PV Magazine
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An international team of researchers developed an AI-assisted technique that detects energy drops in solar panels with a 0.5% error rate. This system calculates efficiency losses by analyzing a single luminescence image, which records the light energy emitted by solar cells.
Traditional inspections often require bulky equipment or multiple time-consuming electrical measurements at each individual unit. This new method streamlines the maintenance process significantly for large-scale energy projects.
Key details of the testing phase include:
➖ Evaluation using 300 distinct field-retrieved modules.
➖ Successful verification through drone imaging at a 186 kW solar farm.
➖ Automated processing that avoids the need for complex, multi-angle scans.
Previous inspection standards relied on manual checks that were slower and prone to higher margin errors. The model accurately pinpoints localized damage by comparing the visual data against expected power output levels.
#solar #AI #technology
PV Magazine
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Australia’s first grid-connected sodium-sulfur battery
Australia has just launched its 1st grid-connected sodium-sulfur battery system in Queensland. This installation is now actively powering a local critical minerals processing facility.
Sodium-sulfur (NAS) batteries are different from the lithium-ion ones found in your smartphone or electric vehicle. These units are designed for long-duration energy storage. This means they can release power steadily over many hours, making them ideal for stabilizing the grid when renewable sources like solar or wind are unavailable.
While lithium-ion technology is excellent for short, high-power bursts, NAS batteries offer a different approach for sustaining industrial operations. This project marks a significant move toward testing new energy storage solutions on a commercial scale. The system is currently fully operational and integrated into the facility's power supply infrastructure.
#Energy #Queensland #Technology
PV Magazine
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Australia has just launched its 1st grid-connected sodium-sulfur battery system in Queensland. This installation is now actively powering a local critical minerals processing facility.
Sodium-sulfur (NAS) batteries are different from the lithium-ion ones found in your smartphone or electric vehicle. These units are designed for long-duration energy storage. This means they can release power steadily over many hours, making them ideal for stabilizing the grid when renewable sources like solar or wind are unavailable.
While lithium-ion technology is excellent for short, high-power bursts, NAS batteries offer a different approach for sustaining industrial operations. This project marks a significant move toward testing new energy storage solutions on a commercial scale. The system is currently fully operational and integrated into the facility's power supply infrastructure.
#Energy #Queensland #Technology
PV Magazine
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CRRC builds 360-foot recyclable wind blade
🌬️
CRRC has finished building a massive 360-foot recyclable wind turbine blade in China, achieving a 95% recovery rate for key materials. 🏭
You can see how this structure separates its materials easily at the end of its life to tackle the growing mountain of composite solid waste.
Siemens Gamesa already offers a similar 95% recyclable blade and aims for fully recyclable models by 2040. ♻️
#GreenEnergy #WindPower #Technology
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🌬️
CRRC has finished building a massive 360-foot recyclable wind turbine blade in China, achieving a 95% recovery rate for key materials. 🏭
You can see how this structure separates its materials easily at the end of its life to tackle the growing mountain of composite solid waste.
Siemens Gamesa already offers a similar 95% recyclable blade and aims for fully recyclable models by 2040. ♻️
#GreenEnergy #WindPower #Technology
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Global solar power generation surpasses nuclear
In 2025, global solar power generation surpassed nuclear power for the first time. Solar output jumped by 30%, while installed nuclear capacity remained flat at 399.5 GW.
Back in March 2025, wind power beat nuclear output monthly, and solar followed in April 2025. Operating nuclear capacity dropped to 368.6 GW, supplying just 8.8% of world electricity, down from 17.5% in 1996.
Building a new nuclear reactor takes an average of nearly 11 years with frequent delays. Meanwhile, falling battery storage costs and rapid solar expansion let power grids handle variable clean energy much faster.
☀️ #solar #energy #technology
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In 2025, global solar power generation surpassed nuclear power for the first time. Solar output jumped by 30%, while installed nuclear capacity remained flat at 399.5 GW.
Back in March 2025, wind power beat nuclear output monthly, and solar followed in April 2025. Operating nuclear capacity dropped to 368.6 GW, supplying just 8.8% of world electricity, down from 17.5% in 1996.
Building a new nuclear reactor takes an average of nearly 11 years with frequent delays. Meanwhile, falling battery storage costs and rapid solar expansion let power grids handle variable clean energy much faster.
☀️ #solar #energy #technology
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A Chinese clean energy firm's reactor achieves hydrogen-boron fusion
On Monday, September 28, ENN Group achieved hydrogen-boron fusion reactions in the EXL-50U spherical tokamak, hitting a rate of 100 million reactions per second. 🔥
Most fusion projects use tritium, which is radioactive and scarce. Hydrogen-boron uses safer, abundant fuel, but it requires extreme conditions. Researchers solved this by combining high-energy neutral beam injection with radio frequency waves to boost particle energy.
For you, this means engineers are one step closer to building clean power plants that run on virtually limitless fuel without producing dangerous radiation.
#fusion #energy #technology
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On Monday, September 28, ENN Group achieved hydrogen-boron fusion reactions in the EXL-50U spherical tokamak, hitting a rate of 100 million reactions per second. 🔥
Most fusion projects use tritium, which is radioactive and scarce. Hydrogen-boron uses safer, abundant fuel, but it requires extreme conditions. Researchers solved this by combining high-energy neutral beam injection with radio frequency waves to boost particle energy.
For you, this means engineers are one step closer to building clean power plants that run on virtually limitless fuel without producing dangerous radiation.
#fusion #energy #technology
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New framework teaches robots complex tasks in five minutes ⏱️
Researchers at Penn Engineering created a system called SymSkill that lets a robotic arm master a 12-step task after just five minutes of video demonstrations. 🤖
Instead of learning every single movement separately, the robot mixes basic logic with physical motion rules. If you get in its way or an object slips, it instantly figures out how to fix the mistake and keep going. 🍌
This brings you closer to helper machines that can actually handle the messy, unpredictable conditions of daily life without crashing. 🚀
#robots #technology #artificialintelligence
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Researchers at Penn Engineering created a system called SymSkill that lets a robotic arm master a 12-step task after just five minutes of video demonstrations. 🤖
Instead of learning every single movement separately, the robot mixes basic logic with physical motion rules. If you get in its way or an object slips, it instantly figures out how to fix the mistake and keep going. 🍌
This brings you closer to helper machines that can actually handle the messy, unpredictable conditions of daily life without crashing. 🚀
#robots #technology #artificialintelligence
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Clean hydrogen production gets cheaper with new sunlight material
On October 4, 2026, researchers at Oregon State University built a new light-powered material that can produce hydrogen from water without expensive metal catalysts. Led by Kyriakos Stylianou, the team used sulfur-based building blocks in a structure called BVR-19 to capture sunlight and drive the reaction directly. ☀️
If you follow green tech, you probably know that making clean fuel is usually expensive. Traditional hydrogen from natural gas costs about $1.50 per kilogram, while green hydrogen costs roughly $5. Because this new material forms easily at room temperature and skips rare metals, it could finally help bring those costs down for everyday use. 💧 🔋
#science #technology #energy
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On October 4, 2026, researchers at Oregon State University built a new light-powered material that can produce hydrogen from water without expensive metal catalysts. Led by Kyriakos Stylianou, the team used sulfur-based building blocks in a structure called BVR-19 to capture sunlight and drive the reaction directly. ☀️
If you follow green tech, you probably know that making clean fuel is usually expensive. Traditional hydrogen from natural gas costs about $1.50 per kilogram, while green hydrogen costs roughly $5. Because this new material forms easily at room temperature and skips rare metals, it could finally help bring those costs down for everyday use. 💧 🔋
#science #technology #energy
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American drone company sets records with 11,000 simultaneous flights
From September 27 through September 29, drone company Sky Elements flew 11,000 drones at the same time in Blue Ridge, Texas, setting 2 Guinness World Records during a large display.
This performance was part of a record-breaking week where the team launched a total of 71,207 drones across 7 shows, beating the previous mark of 55,939. They also created a giant dragon using 10,183 drones, smashing an older record of 2,247.
Shows of this scale used to happen mostly in Asia and the Middle East, but this event proved that local operators can pull off large aerial spectacles. Soon, you might see these elaborate drone formations lighting up local sports games and public events instead of traditional fireworks. 🚀🔥
#drones #technology #records
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From September 27 through September 29, drone company Sky Elements flew 11,000 drones at the same time in Blue Ridge, Texas, setting 2 Guinness World Records during a large display.
This performance was part of a record-breaking week where the team launched a total of 71,207 drones across 7 shows, beating the previous mark of 55,939. They also created a giant dragon using 10,183 drones, smashing an older record of 2,247.
Shows of this scale used to happen mostly in Asia and the Middle East, but this event proved that local operators can pull off large aerial spectacles. Soon, you might see these elaborate drone formations lighting up local sports games and public events instead of traditional fireworks. 🚀🔥
#drones #technology #records
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Controlling electrode acidity raises chemical reaction success
Chemical reactions that usually fail most of the time can now succeed almost completely by adjusting acid levels near the tools providing electricity. Researchers at Seoul National University College of Engineering, led by Jaeyune Ryu, used this method on October 12, 2026, to raise the yield of desired chemical products from 16% to 97%. 🌱⚡
Traditional manufacturing relies on hazardous chemical oxidants to drive carbon-based reactions, creating unwanted waste. Scientists discovered that microscopic acidity right next to electrodes often differs wildly from the rest of the liquid, causing reactions to break down silently.
The new technique uses oxygen and electricity instead of harsh chemicals to produce lactones and epoxides. These compounds serve as starting materials for biodegradable plastics, adhesives, electronic materials, and pharmaceutical drugs.
#chemistry #science #technology
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Chemical reactions that usually fail most of the time can now succeed almost completely by adjusting acid levels near the tools providing electricity. Researchers at Seoul National University College of Engineering, led by Jaeyune Ryu, used this method on October 12, 2026, to raise the yield of desired chemical products from 16% to 97%. 🌱⚡
Traditional manufacturing relies on hazardous chemical oxidants to drive carbon-based reactions, creating unwanted waste. Scientists discovered that microscopic acidity right next to electrodes often differs wildly from the rest of the liquid, causing reactions to break down silently.
The new technique uses oxygen and electricity instead of harsh chemicals to produce lactones and epoxides. These compounds serve as starting materials for biodegradable plastics, adhesives, electronic materials, and pharmaceutical drugs.
#chemistry #science #technology
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Chinese factories build most humanoid robots
📈
Chinese manufacturers shipped 97 percent of all humanoid robots globally during the first half of 2026.
Local supply chains for precision parts keep production costs low, helping companies like Agibot scale up fast.
#robots ⚡ #technology ⚡ #china
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📈
Chinese manufacturers shipped 97 percent of all humanoid robots globally during the first half of 2026.
Local supply chains for precision parts keep production costs low, helping companies like Agibot scale up fast.
#robots ⚡ #technology ⚡ #china
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🚨 #BREAKING Leap seconds are getting dropped to protect computer systems
⏱️ Atomic clocks will finally be allowed to run freely without emergency adjustments after international officials voted to drop leap seconds starting on May 20, 2027. The General Conference on Weights and Measures approved the change on October 15, 2026, under the Metre Convention, with only Russia voting against it. Coordinated Universal Time will become a continuous scale that can drift away from Earth's rotation.
Back in 1972, operators started adding extra seconds to atomic clocks to keep them matched with Earth. Earth's rotation speed shifts unpredictably because of melting polar ice and deep core movements, requiring irregular adjustments every year and a half.
Computer systems calculate time using atomic clocks, but software cannot handle backward-stepping clocks. Climate shifts raised the chance of requiring a negative second before 2035, which would cause widespread system failures.
#time ⚡ #technology ⚡ #science
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⏱️ Atomic clocks will finally be allowed to run freely without emergency adjustments after international officials voted to drop leap seconds starting on May 20, 2027. The General Conference on Weights and Measures approved the change on October 15, 2026, under the Metre Convention, with only Russia voting against it. Coordinated Universal Time will become a continuous scale that can drift away from Earth's rotation.
Back in 1972, operators started adding extra seconds to atomic clocks to keep them matched with Earth. Earth's rotation speed shifts unpredictably because of melting polar ice and deep core movements, requiring irregular adjustments every year and a half.
Computer systems calculate time using atomic clocks, but software cannot handle backward-stepping clocks. Climate shifts raised the chance of requiring a negative second before 2035, which would cause widespread system failures.
#time ⚡ #technology ⚡ #science
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Electric flying vehicle for police patrols
Florida Polytechnic University is bringing a piloted electric aircraft into law enforcement operations in Florida. 🚁
The single-seat Jetson ONE aircraft features eight electric motors, a top speed of 63 mph, and an estimated flight time of 20 minutes to help officers navigate difficult areas.
#police ⚡ #aviation ⚡ #technology
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Florida Polytechnic University is bringing a piloted electric aircraft into law enforcement operations in Florida. 🚁
The single-seat Jetson ONE aircraft features eight electric motors, a top speed of 63 mph, and an estimated flight time of 20 minutes to help officers navigate difficult areas.
#police ⚡ #aviation ⚡ #technology
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Tesla's Optimus robot deliveries are delayed
On October 22, Elon Musk stated that Tesla pushed customer shipments of its humanoid robots to late 2027 because the hands and AI still need work.
The chief executive compared training the machines to raising a child ⏳ #Tesla ⚡ #Robotics ⚡ #Technology
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On October 22, Elon Musk stated that Tesla pushed customer shipments of its humanoid robots to late 2027 because the hands and AI still need work.
The chief executive compared training the machines to raising a child ⏳ #Tesla ⚡ #Robotics ⚡ #Technology
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Cyan lights for self-driving cars 🚗
The NHTSA proposed a rule requiring cyan exterior lights on autonomous vehicles. Regulators want these markers placed at least 15 inches off the ground to signal when nobody sits in the driver seat.
Mercedes previously tested this exact lighting design in California.
#robotaxis ⚡ #cars ⚡ #technology
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The NHTSA proposed a rule requiring cyan exterior lights on autonomous vehicles. Regulators want these markers placed at least 15 inches off the ground to signal when nobody sits in the driver seat.
Mercedes previously tested this exact lighting design in California.
#robotaxis ⚡ #cars ⚡ #technology
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⚠️ Military Drones And Ground Robots Get Microphones
Forces in Ukraine are equipping FPV drones and ground robots with microphones to detect enemy units by sound.
While these machines listen for engine noises, ground robots are also being equipped with speakers to broadcast surrender messages.
#MilitaryDrones ⚡ #Robotics ⚡ #Technology
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Forces in Ukraine are equipping FPV drones and ground robots with microphones to detect enemy units by sound.
While these machines listen for engine noises, ground robots are also being equipped with speakers to broadcast surrender messages.
#MilitaryDrones ⚡ #Robotics ⚡ #Technology
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