#Micro Electronic Devices

[defencecapital]

India DRDO opens centre for Quantum Technology to boost strategic applications capabilities

By A Correspondent New Delhi: India’s military technology agency, Defence Research and Development Organisation (DRDO), opened a Quantum Technology Research Centre (QTRC) on May 27, 2025, to boost the nation’s capabilities in strategic and defence applications of the emerging technology. DRDO Chairman and Department of Defence R&D Secretary Dr Samir V. Kamat inaugurated the facility at Metcalfe…

[soclearlytosee]

Escape from [New York/L.A./Camazotz]

I think the "Camazotz" in s05e06 "Escape from Camazotz" preoccupied us all enough that we haven't really reckoned with in addition to being a reference to A Wrinkle in Time, that episode title is probably also invoking Escape from New York/Escape from L.A.

John Carpenter is obviously already extremely part of the Stranger Things DNA, and this movie, while existing in a much more heightened reality than ST, is certainly a Duffers source text.

We have a nail bat.

An apocalyptic station wagon.

Literally utilizing a deep cut from the movie's score in the show.

So I really don't see a world where they're not paying homage to at least the first movie with "Escape from Camazotz."

but if there is more to glean from this for what's going on in Stranger Things s5e06, what would it be?

Escape from New York is a rescue mission (from a walled-in prison), in response to a hostage situation.

The rescue mission has a very explicit time limit.

According to those who are making the deal to our protagonist, Snake Plissken (who is a definite Steve hair antecedent imo): “Once you’re inside, you’re on your own” (but Snake does communicate with them via radio, and is being tracked)

The MacGuffin they're chasing turns out to be a tape with classified information about nuclear fusion, which is intended to be part some kind of entreaty (for peace?) by the U.S. at the "Hartford Summit". There's a switcheroo and the end of the movie where Snake, disillusioned by how those in power are treating the people on the ground, replaces the nuclear fusion tape with a "Bandstand Boogie" recording.

Escape from L.A. has a lot of culture war stuff going on, the president is a fundamentalist theocrat. L.A. is now an island bc of an apocalyptic earthquake and functions as the "deportation center for anyone found undesirable or unfit to live in the new, moral America"

In L.A., the president's daughter is manipulated via a political insurgent sending her "visions" through some kind of in-universe virtual reality technology to steal a key piece of technology.

The above technology will fry all electronic devices via an electromagnetic pulse, either in a targeted area or worldwide.

L.A. has the countdown to a specific deadline thing going on but instead of the "micro-explosives" he's injected with in the first movie, Snake is infected with an illness that they tell him will kill him if he doesn't get the cure by the allotted time. he gets more ill (coughing, feverish) throughout the course of the film.

both movies end with a live TV broadcast by the president. sequel also involves some hologram stuff

L.A. also has...a submarine sequence, and also surfing and hang gliding??? it is a delirious movie. but yeah re: st5, hey, you never know

(I do think the rescue mission thing is the most likely meaning)

I mean yes, I'm thinking about the Meat Wall

[cleverwolfpoetry]

Psycho-pass Movie Novel Chapter 8 Complete

Note before reading: sentences in italics represent the character’s thoughts; sentences between square brackets are phone/radio conversations or the voice of dominators or other electronic devices.

1

At the gate of Shambala Float, Tsunemori was asked to leave her weapons. She was a little irritated at being treated like an enemy, but she didn’t consider the government forces to be her allies either.  She reminded herself that she had gone so far with her actions on the battlefield that it couldn’t be helped.

Surrounded by soldiers of the National Military Police soldiers, Tsunemori was forced to walk at gunpoint. After a lift to the top floor, she was taken to the courtyard of the National Military Police dormitory. There, a grim-faced Nicholas was waiting for her.            

“…No matter how important you are as a guest, our patience has a limit…”

“Important guest? You tried to kill me.”

“It was because you were working with a guerrilla.”

“That was part of the investigation.”

“Why can’t you understand that this is ‘our country’? You are confined and will be forcibly repatriated to Japan on the next airfreight.”

Repatriated? Finally, Tsunemori’s expression changed. With a look of steel on her face, she moved closer to Nicholas, and in response, the other soldiers threatened her with their weapons. Nicholas despised Tsunemori and was wary of her. But Tsunemori hadn’t expected him to see her as such a threat. She was prepared for house arrest, but not for repatriation. It was highly unlikely that the soldiers would even allow Tsunemori to open her mouth.

At that moment, the soldiers in the courtyard suddenly stood at attention.

Footsteps approached and Nicholas looked suspiciously in their direction to see Chairman Hang.

“I’d rather you didn’t make important decisions alone.”

“Your Excellency Chairman…!”

“There is no need to repatriate her. Send her back to her room and put her under supervision.”

“But… !”

“Silence! I have my doubts about the way the National Military Police have acted recently. And I am the Commander-in-Chief of the Armed Forces.”

“Yes, sir…”!

This time Nicholas changed colour.

“That was too harsh. As you know, she is a guest... an inspector from the Japanese Ministry of Welfare. Please, take that into account.”

“…”

Chairman Hang’s leniency created a feeling of mistrust in Tsunemori.

2

The guesthouse was located in a corner of the Sky Gardens of Krita Yuga. Tsunemori returned to her assigned private room, a  cottage-style loft structure. She had been forced to return. Two security drones and two soldiers stood guard at the door of the room. She was effectively under house arrest, but she felt she had been saved from forced repatriation.

“Well, then…”

Tsunemori checked the radio wave signal in the room using the sophisticated portable terminal provided to the inspectors, and then carefully checked the power supply, lighting and communications systems. —  She discovered that the holographic TV system embedded in the wall had been bugged. She was not particularly surprised. The display on the portable terminal showed that the bathroom, which also contained a toilet, was indeed unmonitored.

Tsunemori entered the bathroom bringing along her self-moving suitcase. First, she took out her notebook, then she opened the cosmetics pouch that Karanomori Shion had hidden, which was filled with the Public Safety Bureau’s ‘Pill bug’ micro-drones.

Tsunemori entered the empty bathtub with the notebook in her hand. As she gave a command on her portable terminal, a multitude of pill bugs began to move simultaneously. The micro-robots rolled around under the power of their macromolecular motors, spreading out through the drains and ventilation fans.

They explored the area from the quarters of the National Military Police to the nearby Chairman’s residence and the surrounding Government Headquarters. It took time, but in the meantime Akane operated the notebook. She found a relay node[1] in Shambala Float and connected to it wirelessly. Careful not to leave any traces, she fed it the hacking programme she had received from Karanomori via her portable terminal.  As soon as this was accomplished, a hologram appeared on Tsunemori’s portable terminal with the words [Private Network Established] and [Satellite Communication Online].

“Sorry about this, Shion-san. Can you hear me?”

[Oh, Akane-chan.]

The time difference between SEAUn and Japan was two hours. Karanomori was usually at work at that time. She had tried to communicate with her, thinking that as long as there were no major incidents, she would pick up right away.

[Yes, of course. The programme I gave you seems to be working. So, what’s going on?]

“I’m scattering the pill bugs all over the place. These guys can fool the security equipment in this country. Please check every single psycho-pass diagnostic device installed in buildings and on the streets.”

[What do you hope to find? The Sibyl System is already running there, isn’t it? In that case...]

“The System may not be working fairly. Selectively check the relevant equipment within the Special Ward, especially that of the Military Police. Check that the cymatic scans are really measuring accurately.”

[A detective’s intuition... sort of thing?]    

Tsunemori laughed at Karanomori’s words.

“It’s not like that. It’s the result of a series of considerations.”

[Okay. I’ll go all out.]

The pill bugs started the search. The collected data was transferred to Tsunemori’s computer, from where it was sent to Karanomori in Japan via satellite through a private network .

“One more thing. The collars used to monitor latent criminals here in Shambala Special Ward are also made in Japan, right?”

[Shouldn’t they be?]

“Could you please find a code to unlock them under the authority of the Public Safety Bureau?”

[It’s a piece of cake, but... will you be all right? The Military Police won’t be  all too pleased, will they? ]

“I am long past the stage where I act by worrying about people’s moods .”

3

— The Old Town, where the guerrilla clean-up had come to an end. The camp of Desmond’s mercenaries had been set up in a large, abandoned theatre that occupied one corner of the city. Armoured vehicles, transporters and two powered suits had been brought into the atrium.

Kougami’s hands were tied with reinforced plastic bands, and he was suspended by chains from hooks in the ceiling. His upper body had been stripped naked, and he was covered in bruises from being beaten and kicked.

The man torturing Kougami was a large, muscular Frenchman — Weber. Rutaganda, Babangida and Bun looked on. The Russian, Yulia, had just returned from buying local alcohol and food. Yulia tossed a bottle of whisky to Rutaganda and a bottle of beer to Weber.

Having got his drink, Weber stopped hitting Kougami and took a break.

Rutaganda approached Kougami instead. After putting the whisky on the table, he reached into his survival kit and pulled out a small pair of first-aid scissors.

Medical scissors with a thin, knife-like tip.

Rutaganda opened the scissors and placed them on Kougami’s nipple. The cold blades touched the muscular chest, and the man involuntarily frowned at the repulsive sensation. Rutaganda pinched Kougami’s nipple with the tip of the sharp scissors. A little more force and it would have been cut off.

“First of all, I can’t shake off the suspicion that you were acting as a military advisor to the guerrillas under someone else’s orders.”

Rutaganda inquired.

“Actually, didn’t you have contact with the Japanese Tsunemori even after you left the country? To what extent does the Japanese government know the real situation of SEAUn? ... That’s what we want to know.”

“It would have been much easier if I had had the support of the Japanese government…”

Kougami defiantly held his ground.

“What makes you think that? You’re the one who’s supposed to have connections with the Japanese government, aren’t you? Shambala Float is a division of the Ministry of Welfare…”

“Don’t you care about nipples? How about here, then?”

Rutaganda placed the medical scissors on Kougami’s crouch. He clamped them around the base and, as expected, Kougami’s face contorted at the feel of the blades touching the sensitive area.

“…Do it!” Kougami said.

“It doesn’t sound like you were acting,” Rutaganda put the scissors back in her bag. “Even men have less fun when they lose their nipples. You should be grateful for my kindness.”

“…These aren’t regular army methods. You’re mercenaries, right?”

Kougami countered. Rutaganda laughed.

“I was surprised to find that the guerrilla military advisor I had heard so much about was Japanese. I thought that country was nothing but a phony, spineless rubbish, with all the Sibyl and other bullshit.”

“It’s true that I don’t have a place there anymore.”

“Did you leave the government service after receiving a professional training? But as a mercenary, you are third-rate. Above all, you have no eye for choosing your employers.”

“Don’t lump me in with your hyenas. I don’t just live by trailing the scent of blood.”

“Well, that’s the kind of nonsense that only a former detective would say. There are those who are eager to write slogans saying that in the ideal state of violence there is both law and justice.   In a world where states have collapsed, there is a ‘privatisation of violence’. This is because the monopoly of organised violence is the essence of the state.  When violence begins to spread, it becomes ‘infrapolitical’[2]. Organised violence as an economic activity, with social resentment as its source.”

Kougami laughed scornfully.

“ ‘The wretched of the earth’[3], eh?   A post-colonialist mercenary is hard to deal with.”

“Huh? You’re not only skilled, but also educated? More and more interesting.”

Rutaganda raised his eyebrows, somewhat impressed.

Then he released Kougami’s bonds.

“What?” the mercenaries shouted in surprise, but Kougami was the most surprised of all.

— What is he up to?

“ From what I have heard, your fellow guerrillas idolised you. Did you inspire them with some reassuring ideologies?”

As he said this, Rutaganda lightly adopted an orthodox boxing stance.

Then Kougami finally understood.

He wanted to test Kougami’s skills a bit more... that’s how it was.

“…no idea.”

“Hmmm. But I wonder. Sure is that when I talk to you, I feel strangely uplifted. It’s like listening to Wagner’s music.”

“These are words I’d rather hear coming from a glamorous, beautiful woman. Hearing them from a man just gives me goosebumps.”

Hearing this, Yulia from the gallery tilted her head and wondered ‘Is he referring to me?’ But Kougami was focused on Rutaganda, and the beautiful woman was out of sight.

“That talent of yours is precious, Mister Japanese. You’d make a good agitator. You have a special charisma that can stir up anger and focus resentment.”

Kougami tried Rutaganda’s skill test.

After the torture, his condition was close to the worst. Just lifting his arms made every joint in his body ache. And yet, when Rutaganda gave him that ‘come at me’ attitude, he couldn’t help but do so.

Kougami tried to hit him but failed. Due to the pain and his diminished strength, his punch was too long.  Rutaganda easily dodged it and counterpunched him.

Rutaganda’s left fist was human, but still effective. Two more jabs from Rutaganda. Kougami did not dodge and continued to receive sharp, fast punches.

This is good boxing — .  Even at my best, it will be hard to beat Rutaganda, Kougami thought. A left punch alone had almost knocked him out.

In a hazy state of consciousness, Kougami still managed to put together a plan.

— Rutaganda’s right arm must be  made of a special alloy.

The left, of course, is a decoy. A diversion. The real punch will come from the right.

Kougami dared to throw a jab.

He wobbled but dared to throw it anyway.

Then he waited for Rutaganda’s right hand.

The sound of the blow, the pain. The skin of his cheek torn. The taste of blood filling the cut mouth.

Finally — the long-awaited right came.

(—  I did it!)

Rutaganda threw a right straight and Kougami matched it with a left hook.

A cross counter.

A steel fist was driven into Kougami’s face, but he also landed a powerful blow.

“…!”

The mercenaries’ eyes widened at the sight. It had been a long time since they had seen Rutaganda take a beating — No, it was the first time since they had formed the mercenary group. Weber almost dropped the bottle of beer he was drinking and quickly grabbed it on the way down.

The damage was worse for Kougami.        

His knees trembled and he fell.

But Rutaganda’s feet wobbled as well.

Kougami hadn’t been able to defeat Rutaganda with a single blow, but he was doing what he could now.

“No way! That’s awesome.”

Laughing, Rutaganda pulled out a gun from his belt. It was the revolver pistol he had taken from Kougami. He pointed the muzzle of the revolver at Kougami, who had fallen to the ground.

“It’s rather modest, but we have our own community. Eventually we want to build up our forces and form our own military clique. When that happens, we’ll need not only the usual leadership skills, but also the ability to excite and captivate the masses.”

Rutaganda poured whisky onto the pistol he was holding up. The highly alcoholic drink poured down the barrel of the gun onto Kougami. It seeped into the wounds all over his body. Kougami groaned involuntarily at the burning pain in his nerves.

“How about it? Do you feel like joining us? We'll give you the opportunity to hone your skills and set the stage for you to be able to use them to their fullest.”

The mercenaries scowled at Rutaganda’s proposal.

“He… hey! Leader…”,  Babangida  said with a confused look on his face.

Rutaganda ignored the voices of his subordinates and continued.

“If I hand you over to my client like this, you’ll be dead anyway. I’m saying that I’m giving you a chance to live.”

“I don’t see how that’s  better than dying, don’t expect me to be grateful.”

Wet with whisky and enduring the pain, Kougami spat out resolutely. Rutaganda was about to say something when he received a call on his portable terminal.

[Is he still alive? The male target.]

It was from Nicholas Wong of Shambala Float.

“Yeah. Can I kill him yet?”

[He still has some use. Bring him to me.]

“…copy that.”

Rutaganda ended the call and shrugged at Kougami.

“I would have liked to give you some time to think it over. Too bad, that was poor timing.”

4

The doorbell rang in Tsunemori’s room. She was now under house arrest by the National Military Police. In this situation, only one person was using the intercom.  Tsunemori, who had her laptop open in the bathtub, invited her maid, Yeo, into the room.

“Excuse me. I see you’ve returned to your room…”

Yeo had brought the meal on a tray cart. Porridge with chicken, fried egg. A spicy salad. She was tempted to eat it all, but for the moment she held back and just gulped down a glass of mineral water.

Tsunemori moved her face closer to Yeo.

“What?”

“Stay calm.”

Tsunemori grabbed Yeo’s hand and pulled her into the bathroom. There she pressed her portable terminal against the girl’s collar and entered the code she had received from Karanomori. This unlocked the collar, which came off and fell to the floor.

“Th-this is…” a confused Yeo said.

“Calm down and listen to me. I need your cooperation.”

“… cooperation?”

“To expose the abuses committed by the National Military Police.”

“…!”  Yeo’s eyes widened in surprise.

“It’s okay. If I can’t prove that there’s corruption in the Military Police, you can just say I threatened you. Then you won’t be charged with a crime.”

“… Are the National Police really corrupt?”

“There’s no doubt about it. So much so that I could stake my entire career on it.”

“But”

Then it happened. Suddenly, Tsunemori’s vision began to sway. Her knees were shaking, and she could not stand properly.

I’ve been drugged. — When? The mineral water just now! Yeo betrayed me? In any case, the enemy beat me to it. The next moment, realising she was in a bad situation, she used her remaining strength to retrieve the notebook she had left in the bathroom, switched the pill bugs to autonomous control, and executed the command to erase all data. She left the rest to the Karanomori.

Yeo ran out of the bathroom.

“Yeo-san…”

Tsunemori ran after her on shaky legs.

The door opened and Nicholas and his soldiers burst in. The drug had made it impossible for Tsunemori to resist, and she was tied behind her back with a plastic band.

“…!”

“I did as you said!” Yeo clung to Nicholas.

“Now you are really going to take off my brother’s collar, aren’t you? His illness is progressing and a high level of medical — ”

“I’ll have a good think about it.”

Nicholas pushed Yeo away and drew his gun. He shot her carelessly in the head.

“Tsk!”

“Don't kill the woman yet. We’ll arrange for her to die together with the guerrilla’s military advisor. It’s the least suspicious way.”

“Why did you kill Yeo-san?!”

Tsunemori’s mouth barely moved as it should have.

“The gun I just used was the one I confiscated from you,” Nicholas said triumphantly.

“Inspector Tsunemori shoots and kills the maid in order to escape. She runs outside and tries to join the guerrilla leader. Then we rush to the scene and shoot the inspector and the guerrilla to death... We used to be able to deal with the troublemakers more easily, but now we have to be very careful with the Sibyl System, right? ...”

“I knew you guys weren’t getting read by the cymatic scans. The scanners in this city have been fooled.”

“Oh? Do you have proof?”

“You just killed someone!”

“If the Sibyl system doesn’t complain, no action is a crime. Isn’t that so?”

Laughing, Nicholas poked Yeo’s corpse with his toe.

“In other words, this woman was just trash who deserved to die. That’s fine with me.”

Tsunemori looked at Yeo’s corpse. She had been a beautiful girl, but now most of the back of her head was gone and pieces of her brain were spilling out of the large gaping hole in her skull.

— A person like her shouldn’t have been killed. Tsunemori bit her lip in frustration.

NOTES TO TRANSLATION:

[1] Relay node: radio stations that cannot communicate directly due to distance, terrain or other difficulties sometimes use an intermediate radio relay station to relay the signals. A radio relay receives weak signals and retransmits them, often in a different direction, as a stronger signal.

[2] Infrapolitical:  Adjective of infrapolitics. Infrapolitics refers to the study of political actions and consequences that occur below or outside the realm of official political structures and processes. It examines the physical, social, and political infrastructure that supports urban life, including how it can be used for both oppression and resistance. Infrapolitics explores how individuals, groups, and institutions engage in non-traditional forms of political expression and action. 

[3] The Wretched of the Earth is a  book by the philosopher Frantz Fanon. In this case, Rutaganda’s speech is not a direct quote from the book but rather a personal elaboration based on it.

Please, no repost outside of Tumblr.

translation by cleverwolfpoetry @ https://cleverwolfpoetry.tumblr.com/

[adafruit]

🎄💾🗓️ Day 7: Retrocomputing Advent Calendar - Altair 8800🎄💾🗓️

The Altair 8800 was one of the first commercially successful personal computers, introduced in 1975 by MITS, and also one of the most memorable devices in computing history. Powered by the Intel 8080 CPU, an 8-bit processor running at 2 MHz, and initially came with 256 bytes of RAM, expandable via its S-100 bus architecture. Users would mainly interact with the Altair through its front panel-mounted toggle switches for input and LEDs for output.

The Altair 8800 was popularized through a Popular Electronics magazine article, as a kit for hobbyists to build.

It was inexpensive and could be expanded, creating a following of enthusiasts that launched the personal computer market. Specifically, it motivated software development, such as Microsoft's first product, Altair BASIC.

The Altair moved from hobbyist kits to consumer-ready personal computers because of its modular design, reliance on the S-100 bus that eventually became an industry standard, and the rise of user groups like the Homebrew Computer Club.

Many of ya'll out there mentioned the Altair 8800, be sure to share your stories! And check out more history of the Altair on its Wikipedia page -

along with the National Museum of American History - Behring center -

Have first computer memories? Post’em up in the comments, or post yours on socialz’ and tag them #firstcomputer #retrocomputing – See you back here tomorrow!

[darkmaga-returns]

By Nicolas Hulscher, MPH

Dr. Larry Burk is a retired Duke MRI radiologist who has been studying Electromagnetic field (EMF) safety issues for 35 years. He has served on the North Carolina Radiation Protection Commission's Non-Ionizing Advisory Committee for the past 5 years. In this interview, Dr. Burk discusses the growing impact of EMFs on human health and shares actionable strategies to mitigate their effects.

Sahu et al conducted a systematic review examining the impact of EMF pollution on human health:

Objective: Recent technological advances have exponentially expanded globally; harbouring upon Electromagnetic fields (EMF). The utilization of Electromagnetic field has become universal from everyday usage of electronic appliances such as micro wave ovens, tablets and portable computers to telecommunication systems mobile phone towers, radio- television broadcast systems and electronic power transmission systems resulting in electromagnetic field and associated radiations. EMF can have biological effects on cell at microlevel and have the potential ability to cause cell dysfunction manifesting in various biological effects. This review tried to gather evidence from the existing literature about the biological effects of EMF on human health.

[hiwelcometothemonstersancturary]

Since there's 18 mini wuggies in-game, I figured out PlayCo. would have a hard time controlling them if they didn't have their own nicknames, so I made a list! These will be the names used for Poppy Worldwide/Save Everyone AU, but feel free to use them for your own headcanons as well - just give me credit!

By color:

Green (tools):

Driver

Ham-Ham

Bolt

Needle

Blue (operational systems):

Micro

Windows

Nunu

Pear

Yellow (electricity/electronic devices)

Spark

Zap

Talkie

Flip

Nes

Red (minerals):

Copper

Ruby

Rust

Ox

Mimi

[materialsscienceandengineering]

Conductive polymers: First successful synthesis of polyaniline with golden luster

Researchers at the University of Tsukuba, Japan, have developed a method for synthesizing polyaniline—a conductive polymer exhibiting golden luster—marking the first successful attempt globally. The reflection spectrum of this polyaniline resembles that of metallic gold. Polyaniline, a conductive polymer typically synthesized in water and appears dark green, exhibits different properties based on its synthesis and processing conditions. The research team involved in the study, now published in Next Materials, successfully synthesized polyaniline, with golden luster, in two stages. In the first stage, fine particles were prepared using short-time electrochemical polymerization, high-voltage spark treatment and other methods, and in the second stage, chemical polymerization was applied. Notably, the electrical conductivity of this golden polyaniline is lower than that of polyacetylene, making it unsuitable for transmitting large currents. However, this golden polyaniline has the potential to revolutionize the electronics sector due to its applicability in micro-organic semiconductor thin-films and other similar devices.

Read more.

[squided]

The biggest issue I have with the big switch to USB-C charging (don't get me wrong I'm a computer scientist I know it charges faster and has faster data transfer speeds) but like microUSB chargers are still very much a thing that exist in a LOT of devices especially older and cheaper devices most people get (cause we aren't gonna pay $500 for the newest technology that they just added a USB-C port and called it new when in a year or two it'll be down to $50-$100 online refurbished) and also most companies won't make the switch for a while they're still producing things that charge using microUSB. There are knockoff devices from sweatshops in Asia that sell the best damn external rechargeable batteries for 89 cents and they also use microUSB to charge because that's what we've had for so long there's so many to use any would a warehouse pay for 1000 new boards with USB-C slots when they have a ton of the old ones right there (and no you can't just buy a bunch of replacement USB-C charging ports and change out the microUSB as they have different layouts you need a whole new board built for the new charger)

And while, yes, you can still buy microUSB cheap in stores, so many people have made the big switch (because they NEED the brand new electronic of the year) that you can ask a room full of people for a charger and find out they have USV-C and lightning. No one carries around a micro anymore. It's annoying like it's not obsolete yet (probably in a decade when the only devices using them are considered retro) and like it's just crazy to me that we started out with like 100 different chargers we had to carry around (2000s kids understand me) and now there are literally like 3 (4 if you still count the OLD apple charger but I consider that obsolete now) and people never have the one that like every other device under $200 uses to charge

[republicsecurity]

Sleeping Pods for Conscripts

Sleeping Pods for Conscripts

The Sleeping Pods for Conscripts are advanced, integrated rest modules designed for use by military personnel in the Republic's paramilitary forces. These pods are engineered to accommodate conscripts sleeping in their full-body armor, including helmets, providing a seamless, secure, and efficient method of rest and recuperation.

Overview

The sleeping pods represent the pinnacle of military sleep technology, blending comfort with utility to ensure that conscripts remain battle-ready even while at rest. Each pod is constructed from a durable, high-grade composite material that offers protection and insulation, effectively creating a self-contained micro-environment.

Functions and Features

Waste Evacuation System Each pod is equipped with an integrated waste management system that connects directly to the conscripts' armor suits. This system efficiently handles all biological waste, ensuring hygiene and comfort without the need for the conscript to leave the pod.

Power Charging Interface The pods feature a sophisticated power interface that connects to the conscripts' armor suits, ensuring that all electronic systems, including communication devices, HUDs (heads-up displays), and life support systems, are fully charged and operational upon waking.

Life Support Integration The pods are equipped with advanced life support systems that monitor and regulate the conscripts' vital signs, providing real-time data to the central command system. This includes oxygen supply management, temperature control, and emergency medical response capabilities.

Hydration System To maintain optimal hydration levels, the pods are fitted with a hydration system that supplies water directly to the conscripts' armor suits. This system ensures that conscripts remain hydrated throughout their rest period without needing to remove their helmets.

Sensory Deprivation and Noise Cancellation To ensure optimal rest, the pods utilize state-of-the-art sensory deprivation technology, including noise-canceling mechanisms and adjustable ambient lighting. This creates a tranquil environment, free from external disturbances.

Communications Link Each pod maintains a secure communication link with central command, allowing for instant alert and mobilization if necessary. This link also enables conscripts to receive updates and briefings without leaving their pods.

Ergonomic Design Despite the full armor requirement, the pods are ergonomically designed to offer maximum comfort. Adjustable internal padding and support structures conform to the contours of the armor, reducing pressure points and ensuring a restful sleep.

Quick Egress System In the event of an emergency, the pods are equipped with a rapid egress system that allows conscripts to exit and mobilize within seconds. This system is synchronized with the conscripts' armor to ensure immediate readiness.

Environmental Conditioning The pods maintain a controlled internal climate, adjusting temperature and humidity to optimal levels for rest. This conditioning also includes air filtration systems to remove contaminants and ensure a clean breathing environment.

Hot Bunking Capability Designed for efficiency, the pods support hot bunking, allowing multiple conscripts to use the same pod in shifts. The pod’s systems quickly sanitize and reset between uses, ensuring each conscript has a clean and ready environment.

Operational Benefits

The integration of sleeping pods into the conscripts' daily routine offers several operational advantages:

Enhanced Readiness: Conscripts remain in their armor and can be deployed instantly, reducing response times during critical situations.

Improved Health Monitoring: Continuous vital sign monitoring ensures early detection of health issues, allowing for prompt medical intervention.

Increased Efficiency: By managing waste, hydration, and charging needs within the pod, conscripts can maximize their rest periods, leading to improved performance during active duty.

Resource Optimization: Hot bunking capability allows for efficient use of space and resources, accommodating more conscripts with fewer pods.

Usage

The sleeping pods are deployed in all major barracks and outposts within the Republic's territory. They are a standard feature in the accommodation of Enforcer Cadets, Paramedic Corps members, Lifeguards, and other paramilitary units. Each pod is assigned to an individual conscript and is programmed to recognize and interface exclusively with their specific armor suit.

See Also

Armor Suits of the Republic

Neuro-Based VR Training Modules

Life Support Systems

References

Republic Defense Technologies Manual, 2047 Edition

Advanced Military Rest Systems: Enhancing Soldier Efficiency and Readiness by Dr. V. Harkness

The Integration of Technology in Modern Warfare by Prof. K. Linwood

This article is part of the Republic's Military Technology Series, providing detailed information on the advanced systems used to maintain the security and efficiency of our paramilitary forces. For more articles, visit the Republic Military Archive.

[nanotechnologyworld]

The optical thermometers can also potentially measure the temperatures and assess the efficiencies of micro- and nano-electronics, including circuits and data storage devices. Industries already have optical thermometers they use when fabricating computer components, but the team’s new material is “at least an order of magnitude more sensitive.

[importantwomensbirthdays]

Lisa Su

Electrical engineer Lisa Su was born in Taiwan in 1969. Su is the CEO of Advanced Micro Devices, and has led a spectacular turnaround for the semiconductor company. She has also pioneered methods of using copper instead of aluminum to connect computer chips, leading to 20% faster chip speeds. Su was the first woman to win the Institute of Electrical and Electronics Engineers' Robert N. Noyce Medal, regarded as one of the most prestigious honors in the semiconductor industry. She is currently a member of the President's Council of Advisors on Science and Technology.

Image source: The White House

[nainad123]

Advanced Phase Change Material Market Size, Share, Price, Trends, Growth, Report And Forecast 2034

According to a recent industry analysis by Fact.MR, global revenue from the sales of advanced phase change materials (PCMs) market is projected to reach US$ 3.78 billion in 2024. The market is expected to grow at a CAGR of 14.8%, reaching a value of US$ 15.04 billion by 2034.

The implementation of stricter energy efficiency regulations is driving greater adoption of energy-saving solutions across various industries, especially in construction. With a growing emphasis on sustainable development and energy conservation, demand for advanced PCMs is rising. These materials are gaining popularity for their effective thermal insulation properties, particularly in HVAC systems and commercial refrigeration applications. As industries seek innovative solutions to reduce energy consumption, the market for advanced phase change materials continues to expand, offering significant opportunities for manufacturers.

For More Insights into the Market, Request a Sample of this Report: https://www.factmr.com/connectus/sample?flag=S&rep_id=10321

Why is the Market for Advanced PCMs Growing Rapidly?

“Rising Demand for Energy-Efficient Materials in Construction”

The construction industry is increasingly adopting advanced phase change materials (PCMs) to support energy-efficient and sustainable building practices. Stringent regulations and the push for green construction, especially in developed regions, are driving this demand. PCMs are being widely used in applications like thermal-efficient concrete, underfloor heating, and PCM-filled glass windows, contributing to energy conservation and lower emissions. As the construction sector expands, so does the market for advanced PCMs.

Country-wise Insights

By the end of 2034, East Asia is projected to hold 38.4% of the global market revenue, according to the latest Fact.MR report. Governments in key countries like China, Japan, and South Korea are actively addressing climate change through strict regulations and ambitious carbon reduction targets. These efforts are driving energy efficiency improvements and boosting the demand for advanced phase change materials.

The United States is expected to account for 73.5% of North America’s market share by the end of 2034. Recent data from the U.S. Department of Housing and Urban Development and the U.S. Census Bureau highlights a significant rise in residential construction projects.

Category-wise Insights

According to Fact.MR, the building and construction sector holds a significant share of the global demand for advanced phase change materials (PCMs) due to their role in improving energy conservation. These materials help reduce energy consumption, supporting long-term sustainability and efficiency. Incorporating PCMs into building components like windows, walls, ceilings, and floors is an effective strategy to lower energy use for heating and cooling.

Competitive Landscape

Key players in the advanced phase change material market are focusing on organic growth strategies like new product launches to maintain their global presence. They are also investing heavily in expanding production capacities by establishing new facilities to better meet end-user demands.

For example, Cryopak, a leading manufacturer of temperature-sensitive shipping solutions—including gel packs, temperature monitoring devices, phase change materials, and insulated containers—opened a new facility in Atlanta in May 2022 to serve customers in the Southeast region more effectively.

Browse Full Report: https://www.factmr.com/report/advanced-phase-change-material-market

Segmentation of Advanced PCM Market Research

By Product :

Organic

Paraffin-based

Fatty Acid-based

Inorganic

Bio-based

By Encapsulation & Packaging Method :

Nano-encapsulation

Micro-encapsulation

Macro-encapsulation

By Application :

Building & Construction

Textile & Protective Clothing

Commercial Refrigeration

Electronics

Heating, Ventilation, & Air Conditioning (HVAC)

Shipping & Transportation

Energy Storage

By Region :

North America

Latin America

Western Europe

Eastern Europe

East Asia

South Asia & Pacific

MEA

𝐂𝐨𝐧𝐭𝐚𝐜𝐭:

US Sales Office 11140 Rockville Pike Suite 400 Rockville, MD 20852 United States Tel: +1 (628) 251-1583, +353-1-4434-232 Email: sales@factmr.com

[justforbooks]

Alexei Navalny, who has died suddenly aged 47 while in prison, was Russia’s best-known campaigner against high-level corruption. For many years he was the leading critic and opponent of President Vladimir Putin and his political party, United Russia.

Repeated arrests, jail sentences and physical assaults did not deter Navalny from digging up financial scandals, which he published on his blogs and X feeds as well as YouTube. In a 2011 radio interview, he described United Russia as a “party of crooks and thieves”, which became a powerful and popular mantra on social media and at political protests.

Repression did not stop him attracting enthusiastic crowds in support of opposition politicians in local elections in cities across Russia. Occasionally he ran for office himself, most notably in 2013 for the mayoralty of Moscow, when the official result gave him 27% of the vote – which he said was rigged so as to deny him victory.

In 2016, Navalny launched a campaign for the 2018 presidential election but was barred by Russia’s central election commission due to a prior criminal conviction. In 2017 he was attacked with a spray, leaving him partially blind in one eye. In 2019 Navalny fell ill in prison, from what he claimed was poison. His most dramatic brush with death came in 2020 at the end of a political campaign trip through Siberia, when he was taken seriously ill on a flight from Tomsk to Moscow. His condition was so grave that the pilot made an emergency landing in Omsk, where he was rushed to hospital. Navalny’s wife and supporters asked for him to be taken to Germany, where they felt he would be better treated.

The Russian authorities agreed and Navalny was flown to the Charité hospital in Berlin, where toxicology tests showed traces of the nerve agent novichok in Navalny’s body. Russian officials complained that the test results were not made public nor disclosed to them. Navalny recovered and was released from hospital after a month.

He decided to convalesce for several weeks in Germany. Russian court authorities announced that if he returned late to Moscow he would be jailed for breaking the terms of a probation order. The threat was seen as a device to deter Navalny from returning to Russia in the hope, as the authorities saw it, that in exile his influence would rapidly decline.

Showing great courage, but defying the advice of his family and friends, he flew back to Moscow in January 2021, accompanied by his wife and dozens of journalists, and was arrested on landing. His Anti-Corruption Foundation promptly published on YouTube an investigation with pictures of a luxury multimillion-dollar mansion on the Black Sea, which they dubbed Putin’s palace.

Navalny’s stock had never been higher at home or abroad, and when a court gave him a two-and-a-half year sentence, western political leaders, including the US president, Joe Biden, protested openly and imposed sanctions. But Putin was determined to destroy him politically.

In 2022, Navalny was sentenced to an extra nine years after being found guilty of embezzlement and contempt of court. In 2023, he was given a further 19 years in prison on extremism charges.

Navalny was born in Butyn and grew up mainly in Obninsk, a small town south-west of Moscow. His mother, Lyudmila, worked as a lab technician in micro-electronics and then moved to a timber-processing factory. His father, Anatoly, a Ukrainian, was in the military. In addition to Russian, Alexei learned Ukrainian through spending summers with his grandmother near Kyiv. He gained a law degree (1998) at the Peoples’ Friendship University in Moscow.

In 2000 he joined the United Democratic party, known as Yabloko. Under its leader, Grigory Yavlinsky, the party stood for liberal and social democratic values. Navalny gained an economics degree at the Financial University (2001), and from 2004 to 2007 served as chief of staff of the Moscow branch of Yabloko. A charismatic speaker, he was attracted by the concept of television debates, and in 2005 founded a social movement for young people, with a name taken from the Russian word for yes, DA! – Democratic Alternative, which was active in the media.

Navalny started to move gradually to the right, and in 2007 he was expelled from Yabloko after clashing with Yavlinsky over Navalny’s increasingly nationalist and anti-immigrant views.

He then co-founded a movement known as Narod (The People), which aimed to defend the rights of ethnic Russians and restrict immigration from Central Asia and the Caucasus. A year later he joined two other Russian nationalist groupings, Movement Against Illegal Immigration (MAII) and Great Russia, in forming a new coalition called the Russian National Movement.

It made little impact and Navalny turned his attention to journalistic muckraking. His main outlet was a blog, LiveJournal. In 2010 he published leaked documents about the alleged theft by directors of millions of roubles from the pipeline company Transneft. The following year he exposed a scandalous property deal between the Russian and Hungarian governments. He decided to establish the Anti-Corruption Foundation, which continued until his death.

He also went back into electoral politics, leading street protests over unfair practices by United Russia. Navalny urged people to vote any way they liked in the 2011 parliamentary elections, including for the Communist party, so long as they voted against United Russia. He was tempted to run against Putin in the 2012 contest for the presidency, but said the ballot would be rigged. After the poll, he led several anti-Putin rallies in Moscow and was briefly arrested.

The following year Moscow was to elect its mayor. Navalny registered as one of six candidates. The next day he was sentenced to five years on embezzlement and fraud charges. Initially he called for an election boycott, but when he was released on appeal he changed his mind. Some analysts speculated that Putin wanted him to run to make the electoral contest look genuinely open. Navalny lost to the incumbent mayor and Kremlin ally Sergei Sobyanin, but claimed to have won. In 2016 he announced he would stand against Putin in the 2018 presidential contest. More arrests and repression followed.

Navalny’s nationalism put him in agreement with Putin on one major issue: Crimea. The territory had been ceded to Ukraine in 1954, but in 2014 Putin used force to reincorporate it into Russia. Navalny said he would not return it to Ukraine if he had the power to do so. Like Putin, he argued that Ukraine was an artificial construct. “I don’t see any kind of difference at all between Russians and Ukrainians,” he said, while admitting his views might provoke “horrible indignation” in Ukraine.

However, his agreement with some of Putin’s views on Ukraine did not bring him to support Putin’s invasion of Ukraine in February 2022. That March, Navalny released a statement from jail. Through his spokesman he urged Russians “to overcome their fear” and take to the streets and demand a “stop to the war” against Ukraine. He called Putin an “obviously insane tsar”. “If in order to stop the war we have to fill prisons and paddy wagons with ourselves, we will fill prisons and paddy wagons with ourselves.”

“Everything has a price, and now, in the spring of 2022, we must pay this price. There’s no one to do it for us. Let’s not ‘be against the war’. Let’s fight against the war.” At the end of 2023 he was transferred to the remote penal colony at Kharp, north of the Arctic circle.

In 2000 he married Yulia Abrosimova, and she and their daughter, Daria, and son, Zakhar, survive him.

🔔 Alexei Anatolievich Navalny, politician and anti-corruption campaigner, born 4 June 1976; died 16 February 2024

Daily inspiration. Discover more photos at Just for Books…?

[wistfulmistful]

This isn't about art, I just thought it was kind of cool. Also it's a bit of a rabbit hole.

I went to a thrift store and found this guy.

An old flip phone in surprisingly good condition. I grabbed it thinking I might be able to get it working, despite it having no battery.

It is a Latte Boom GSM phone from 2007. I start to look for information. This phone, that I can find, has exactly two reviews, an online preserved manual, and nothing else. It has a sliding keyboard, customizable ringtones, and mp3 capabilities.

There is no other information about this device. Nothing on YouTube. Nothing on Ebay. No luck finding a replacement battery by name. I found one seller in a forum from 2007 that never got a response. They wanted $150 for it, which is worth about $226 today.

A friend of mine suggests that I try to find a cable to charge it, that it might work even if it becomes forever tied to a USB port. The two reviews even say that it connects via USB. So I start looking. It is so very similar to a USB C, but the port is just barely too small. Here's the port.

This fancy ass phone from 2007 is a /7 pin micro USB/. Which, when googled, pulls up mostly *solder parts*. It does not exist as a mass-produced cable, at least not nowadays.

At this point, I start thinking it may be best to find the original company. Maybe they still make new phones, or keep a record of old products. The only company I can find is "Latte Communications Inc" on Facebook. They are a Californian company founded in 2004. Their first post was in June of 2011, and their last post was in February of 2015. Their listed website, Lattefone .com, does not exist. There is many an unanswered comment regarding issues with their products. Most reviews do not recommend them.

Wayback Machine time.

March 26 2022, Lattefone is a website full of Chinese that I unfortunately cannot read. The one button that says 'english' does not do anything.

September 15 2017, I am redirected by Wayback to LatteZone, with Latte Communications saying their website is being redesigned. Following LatteZone back to 2006 gives us a picture-less selling page for their electronics. Though Wayback has archives of this site to present day, clicking them results in timeouts and errors. 2012 specifically gives us a tablet that iirc was listed on their Facebook page.

Back to Lattefone,

October 20, 2007, the Boom (the phone I picked up) is front and center. Here's the link if you're curious and a screenshot if you're not.

There are no listed specs for the battery, only that it comes with 2.

Still searching for a battery. I wish this little gadget worked.

[orangameelectronics]

Experience The Ultra Slim High-Capacity 10000mAh Power Bank with USB-C Fast Charging

Are you tired of constantly running out of battery on your phone or tablet when you're on the go? If so, then you need to check out the ultra slim high-capacity 10000mAh power bank with USB-C fast charging. This sleek and stylish power bank is the perfect solution to all your battery problems. Let's take a closer look at all the amazing features this power bank has to offer.

## Cell Type: 10000mAh 1260110*2

With a cell type of 10000mAh 1260110*2, this power bank has a high capacity that can charge your devices multiple times before needing to be recharged itself. Say goodbye to constantly searching for an outlet to plug in your devices.

## Input/Output Interface: Micro-USB, Type-C/Double-USB Port

With a micro-USB, Type-C, and double USB port interface, this power bank is compatible with a wide range of devices. Whether you have a mobile phone, tablet, camera, or other electronic devices, this power bank has you covered.

## Charging Power: 22.5W, PD20W

With a charging power of 22.5W and PD20W, this power bank delivers fast and efficient charging for all your devices. Say goodbye to slow charging times and hello to quick and convenient recharging.

## Applicable Models: Mobile Phone, Tablet PC, Camera, etc.

The power bank is compatible with a wide range of models, including mobile phones, tablet PCs, cameras, and more. No matter what device you have, this power bank is sure to keep it charged and ready to go.

## Product Safety Certification

One of the standout features of this power bank is its product safety certification, allowing you to bring it on board a plane without any issues. You can travel with peace of mind knowing that your devices will always have a full battery.

## Dual LED Lights

The power bank comes equipped with dual LED lights, making it perfect for lighting up the night when you're out and about. Whether you're camping, hiking, or simply walking home after dark, these LED lights will keep you safe and visible.

## Color Options: Black, Green, and Red

Available in three stylish colors - black, green, and red - this power bank allows you to choose the one that best suits your personal style. Whether you prefer a classic black, a vibrant green, or a bold red, there's a color option for everyone.

In conclusion, the ultra slim high-capacity 10000mAh power bank with USB-C fast charging is the perfect solution for all your charging needs. With its durable metal construction, high capacity cell type, display and LED light support, fast input/output, and compatibility with a wide range of devices, this power bank has everything you need to keep your devices powered up and ready to go. Say goodbye to low battery anxiety and hello to convenient and reliable charging with this amazing power bank.

[mastergarryblogs]

Future of Energy Harvesting System Market: Innovations & Opportunities

Executive Summary: A Transformational Shift in Energy Utilization

The global energy landscape is undergoing a revolutionary transformation, driven by the rising need for sustainable power sources. Energy Harvesting System Market, which convert ambient energy into electrical energy, are at the forefront of this transition. From reducing battery dependency to enabling long-lasting power for low-energy electronics, energy harvesting is not just an innovation—it is the future of decentralized energy systems. This comprehensive analysis explores market trends, technological advancements, regional dynamics, and competitive strategies shaping the Energy Harvesting System market from 2024 to 2032.

Request Sample Report PDF (including TOC, Graphs & Tables): https://www.statsandresearch.com/request-sample/18569-global-energy-harvesting-system-market

Energy Harvesting System Market Overview: Growth Fueled by Smart Technologies and IoT

The Energy Harvesting System market is experiencing accelerated growth, propelled by the exponential expansion of the Internet of Things (IoT), wearable technology, smart buildings, and industrial automation. As power efficiency becomes a paramount concern, EHS solutions are poised to dominate in areas where battery replacement is infeasible or undesirable.

Key Energy Harvesting System Market Drivers

Escalating demand for wireless sensor networks in industrial automation

Increasing adoption of self-powered wearable electronics

Expansion of smart city infrastructure worldwide

Rising awareness of environmental sustainability

Technological breakthroughs in micro-energy sources

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Energy Harvesting System Market Segmentation by Technology Type

Light Energy Harvesting

Light—especially solar—is the most widely adopted energy harvesting source. Modern photovoltaic (PV) cells integrated into smart sensors enable continuous data transmission, particularly in outdoor and well-lit indoor environments.

Vibration Energy Harvesting

Using piezoelectric, electrostatic, and electromagnetic technologies, vibration-based systems extract energy from motion. This segment is gaining traction in transportation, manufacturing equipment, and infrastructure monitoring.

RF (Radio Frequency) Energy Harvesting

RF harvesting utilizes ambient wireless signals—Wi-Fi, cellular, and TV broadcasts—as power sources. Though it generates smaller outputs, it is ideal for ultra-low-power IoT devices.

Thermal Energy Harvesting

Thermoelectric generators convert heat gradients into electricity. These are valuable in industrial settings with consistent thermal waste, such as oil & gas and automotive sectors.

Application Analysis: Sector-Wise Adoption and Impact

Industrial Applications

The industrial sector is the largest and fastest-growing segment due to widespread use in condition monitoring, predictive maintenance, and machine-to-machine communication. Energy harvesting minimizes downtime and reduces operational costs.

Household Applications

Smart home systems—thermostats, lighting, door locks—are increasingly powered by ambient sources. Energy harvesting eliminates wiring complexity, enhances aesthetics, and prolongs product life.

Commercial Applications

In commercial buildings, EHS supports lighting controls, HVAC automation, and occupancy sensors, driving energy efficiency and compliance with green building standards.

Regional Insights: Growth Hubs and Strategic Opportunities

North America

With robust investments in smart infrastructure and industrial automation, North America leads in technological adoption. The U.S. is a prime consumer due to strong regulatory incentives and innovation hubs.

Europe

Driven by stringent environmental policies and strong R&D investment, Europe showcases rapid uptake in energy harvesting for both consumer electronics and automotive applications.

Asia-Pacific

China, Japan, and India are emerging as manufacturing powerhouses for EHS components. Government-led smart city projects and massive IoT deployment in the region bolster demand.

Competitive Landscape: Strategic Initiatives and Market Leadership

The EHS market is moderately consolidated, with innovation-focused players driving growth through partnerships, acquisitions, and proprietary technology.

Leading Energy Harvesting System Market Participants

Texas Instruments – Renowned for ultra-low-power microcontrollers and energy management ICs.

STMicroelectronics – Offers piezoelectric and thermoelectric energy harvesting kits.

Honeywell International – Specializes in industrial-grade vibration and thermal harvesters.

EnOcean GmbH – Pioneer in wireless energy harvesting solutions for building automation.

Powercast Corporation – Dominant in RF-based harvesting for commercial and consumer applications.

Investment and R&D Trends

Significant capital is being invested in miniaturization, integration, and wireless communication protocols. R&D efforts focus on increasing conversion efficiency, hybrid harvesting systems, and AI-integrated energy management.

Strategic Recommendations for Stakeholders

OEMs: Prioritize integration of hybrid harvesting systems to enhance device versatility.

Investors: Focus on companies offering scalable platforms for IoT and industrial solutions.

Policymakers: Create incentive structures to accelerate deployment in infrastructure and transportation.

Startups: Innovate in niche areas such as biomedical implants and agricultural sensors.

Energy Harvesting System Market Forecast: 2024–2032

The global Energy Harvesting System market is projected to grow at a compound annual growth rate (CAGR) exceeding 10%, reaching a multi-billion-dollar valuation by 2032. The proliferation of wireless electronics and growing sustainability mandates will drive this robust expansion.

Future Outlook: Toward a Battery-Free Ecosystem

Energy harvesting is redefining how devices interact with their environment. By enabling continuous, maintenance-free operation, EHS is laying the groundwork for a future where billions of interconnected devices operate independently of batteries. The confluence of AI, 5G, and ambient energy will define the next phase of ubiquitous computing.

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Conclusion

We are at the cusp of a paradigm shift in power generation for low-energy electronics. Energy harvesting is no longer a niche technology—it is an essential enabler of the sustainable, connected future. By adopting and investing in next-generation EHS, industries and governments can future-proof operations, enhance resilience, and lead in the transition toward net-zero energy infrastructure.

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