Comment Re:10% EVERY year? (Score 1) 113
I stand corrected. Thank you. It still seems silly though. 8)
Comment 10% EVERY year? (Score 1) 113
That does not seem reasonable or even likely. over 10 years, it would be 100% brighter? Really?
I don't mean to be so pedantic, but that just seems silly.
Comment camelCase or PascalCase? (Score 1) 30
I always thought that camelCase basically had the first letter lower case, and that it was PascalCase that that had each word upper case the first letter.
Am i remembering it wrong?
Comment Probably NOT an AI chip (Score 3, Informative) 58
Pretty sure it is NOT an "AI" chip. It is an older chip / chipset that is legal to export. Think Nvidia Shield class, more than AI class.
Comment Re: A good trade off (Score 1) 65
Whoops. I did not see the actual comment, and mistakenly thought it was an earlier one.
I stand corrected.
Comment Re: A good trade off (Score 1) 65
Pretty sure he is saying he prefers that AI find the bugs rather than leave them in. I don't think he is implying that AI is creating these bugs.
Comment The actual quote was more useful i think (Score 1) 33
"Give me a place to stand, and a lever long enough, and I will move the world."
The lever is just as important as the place to stand in this context.
The lever is just as important as the place to stand in this context.
Submission + - Starship Super Heavy booster came within 1 second of aborting first "catch" land (spacenews.com)
schwit1 writes: Musk posted a three-minute video Oct. 25 on X, the social media network he also owns, showing action from a video game that he is playing. The audio, though, is not from the video game but of several people discussing the Starship Flight 5 test flight Oct. 13. That flight features the first return and successful catch of the Super Heavy booster using marchanical arms attached to the launch tower it lifted off from at Boca Chica, Texas.
In the audio, one person, not identified, described an issue with the Super Heavy landing burn where a âoemisconfiguredâ parameter meant that spin pressure, presuming in the Raptor engines in the booster, did not increase as expected.
âoeWe were one second away from that tripping and telling the rocket to abort and try to crash into the ground next to the tower,â that person said. That scenario would âoeerroneously tell a healthy rocket to not try that catch.â
âoeWe had a whole bunch of new aborts and commit criteria that we tried to doublecheck really well, but, I mean, I think our concern was well-placed, and one of these came very close to biting us,â the person continued
In the audio, one person, not identified, described an issue with the Super Heavy landing burn where a âoemisconfiguredâ parameter meant that spin pressure, presuming in the Raptor engines in the booster, did not increase as expected.
âoeWe were one second away from that tripping and telling the rocket to abort and try to crash into the ground next to the tower,â that person said. That scenario would âoeerroneously tell a healthy rocket to not try that catch.â
âoeWe had a whole bunch of new aborts and commit criteria that we tried to doublecheck really well, but, I mean, I think our concern was well-placed, and one of these came very close to biting us,â the person continued
Submission + - Marines testing real-life aimbot (twz.com)
timeOday writes: The U.S. Marines are testing a system for standard service rifles that automatically fine-tunes the point of aim with the help of a powered buttstock as a new option to help shoot down drones. The service is in the midst of a broad push to acquire new capabilities to help every Marine better protect themselves from ever-growing uncrewed aerial threats...
ZeroMark’s system is not the first automated small arms targeting system the Marines have looked into in recent years with a particular eye toward helping engage drones. The service has also at least been evaluating SMASH 2000-series computerized optical sights from Israeli firm Smart Shooter. SMASH-series sights have the ability to detect and lock onto targets of interest, even ones on the move, and calculate an optimal aim point for the shooter. Depending on how the system is configured on a particular gun, it can even prevent the trigger from being pulled until the weapon is properly aimed at the target...
The targeting system in ZeroMark’s FCS is similar, in some very broad strokes, to that of the SMASH family. It uses an array of sensors, including electro-optical cameras and LIDAR, coupled with machine vision and advanced software algorithms, to acquire targets, according to the company. Where ZeroMark’s offering differs most substantially is in its motorized articulating buttstock, which uses the data from the sensors to help physically move the gun’s point of aim. This, in turn, helps the shooter engage the target with greater precision and speed...
“[The mechanized buttstock] doesn’t move the soldier’s arm, it creates a virtual pivot between shoulder pad and handheld positions that creates angular change of the bore axis (ultimately where the gun’s pointed),” ZeroMark CEO Joel Anderson said in an interview earlier this year, according to TechCrunch. “The control systems for it are modeled to compensate for all the human factors (proprioception, noise, movement, torque, etc.) as well as the drone’s movement. So if you point in the general direction of the drone such that you’d be in the vicinity of a drone, the system does the rest.”
Zeromark says it is also easy to install and uninstall as required on a wide variety of different rifle types. A promotional video seen earlier in this story shows prototypes or mock-ups of the system installed on rifles in the AK-47/AKM, AR-15/M16, and Tavor families...
Overall, ZeroMark says its FCS “makes hitting a small drone at 200 yards as easy as hitting a 60-foot-diameter circle” at the same range, per TechCrunch. At least for now, the company has said work on its targeting system is focused on the counter-drone role, but has acknowledged that its system could be adapted for use against a wider array of target types in the future.
ZeroMark’s system is not the first automated small arms targeting system the Marines have looked into in recent years with a particular eye toward helping engage drones. The service has also at least been evaluating SMASH 2000-series computerized optical sights from Israeli firm Smart Shooter. SMASH-series sights have the ability to detect and lock onto targets of interest, even ones on the move, and calculate an optimal aim point for the shooter. Depending on how the system is configured on a particular gun, it can even prevent the trigger from being pulled until the weapon is properly aimed at the target...
The targeting system in ZeroMark’s FCS is similar, in some very broad strokes, to that of the SMASH family. It uses an array of sensors, including electro-optical cameras and LIDAR, coupled with machine vision and advanced software algorithms, to acquire targets, according to the company. Where ZeroMark’s offering differs most substantially is in its motorized articulating buttstock, which uses the data from the sensors to help physically move the gun’s point of aim. This, in turn, helps the shooter engage the target with greater precision and speed...
“[The mechanized buttstock] doesn’t move the soldier’s arm, it creates a virtual pivot between shoulder pad and handheld positions that creates angular change of the bore axis (ultimately where the gun’s pointed),” ZeroMark CEO Joel Anderson said in an interview earlier this year, according to TechCrunch. “The control systems for it are modeled to compensate for all the human factors (proprioception, noise, movement, torque, etc.) as well as the drone’s movement. So if you point in the general direction of the drone such that you’d be in the vicinity of a drone, the system does the rest.”
Zeromark says it is also easy to install and uninstall as required on a wide variety of different rifle types. A promotional video seen earlier in this story shows prototypes or mock-ups of the system installed on rifles in the AK-47/AKM, AR-15/M16, and Tavor families...
Overall, ZeroMark says its FCS “makes hitting a small drone at 200 yards as easy as hitting a 60-foot-diameter circle” at the same range, per TechCrunch. At least for now, the company has said work on its targeting system is focused on the counter-drone role, but has acknowledged that its system could be adapted for use against a wider array of target types in the future.
Submission + - Privacy nightmare as Google plans to publish your home address (dev.to) 1
npax writes: I've been affected by this, and it was surprising to see my address in the 'App Support' section of my free app!
From the article:
"In recent months, Google Play has rolled out a new account verification process that applies to all developers. These policies require developers to provide verified information to continue distributing their apps on the platform. The objective, according to Google, is to ensure that the apps available on Google Play meet high standards of quality and reduce the risk of malicious software being distributed."
From the article:
"In recent months, Google Play has rolled out a new account verification process that applies to all developers. These policies require developers to provide verified information to continue distributing their apps on the platform. The objective, according to Google, is to ensure that the apps available on Google Play meet high standards of quality and reduce the risk of malicious software being distributed."
Comment Re:How do you get the money? (Score 1) 167
Yeah sorry, I was being sarcastic. Bitcoin was promising to be a secure way to pay transactions, but it just seems like it is now mostly used for buying illegal things or gambling on what the price will be tomorrow.
Comment Re:How do you get the money? (Score 1) 167
You don't get how cryptocoins work. You pay for a $600 prostitute to service you 1 million times. Then you buy $47 million dollars worth of drugs with the remainder. Easy peasy nice and sleazy.
Submission + - Chinese Scientists Report Using Quantum Computer To Hack Military-Grade Encrypti (thequantuminsider.com)
schwit1 writes: Chinese researchers, using a D-Wave quantum computer, claim to have executed what they are calling the first successful quantum attack on widely used encryption algorithms, posing a “real and substantial threat” to sectors like banking and the military, as reported by SCMP.
The D-Wave Advantage, initially designed for non-cryptographic applications, was used to breach SPN-structured algorithms but has not yet cracked specific passcodes, highlighting the early-stage nature of this threat.
Despite the advance, the researchers acknowledge limitations such as environmental interference, underdeveloped hardware and the inability to develop a single attack method for multiple encryption systems still hinder quantum computing’s full cryptographic potential.
The D-Wave Advantage, initially designed for non-cryptographic applications, was used to breach SPN-structured algorithms but has not yet cracked specific passcodes, highlighting the early-stage nature of this threat.
Despite the advance, the researchers acknowledge limitations such as environmental interference, underdeveloped hardware and the inability to develop a single attack method for multiple encryption systems still hinder quantum computing’s full cryptographic potential.
Submission + - Solar-powered low-cost drinking water desalination system without batteries (knowridge.com) 1
schwit1 writes: Engineers from MIT have developed a groundbreaking desalination system that runs entirely on solar power without needing extra batteries.
This innovative system can remove salt from water by adapting its energy use to the amount of sunlight available, offering a more efficient, low-cost way to produce clean drinking water.
The research, published in Nature Water, highlights the potential of this technology to provide much-needed drinking water, especially in areas with limited access to electricity or seawater.
Unlike traditional desalination systems that rely on fossil fuels or need constant energy supplies, this solar-powered system adjusts its operations based on sunlight levels.
As the sun rises during the day, the system increases its desalination rate, and when clouds block the sun, the system quickly reduces its energy consumption.
This flexibility allows the system to maximize the use of solar energy without needing a battery or a backup power source.
The system was tested on groundwater wells in New Mexico over six months, where it produced up to 5,000 liters of clean water per day, even with changing weather conditions. On average, the system converted over 94% of the solar energy into desalination power, outperforming other solar-powered desalination systems.
“Conventional desalination systems need steady power, often provided by batteries, to handle variable solar energy,” said Winter. “Our system, by varying its energy use in sync with the sun, eliminates the need for extra power storage while efficiently producing water.”
This innovative system can remove salt from water by adapting its energy use to the amount of sunlight available, offering a more efficient, low-cost way to produce clean drinking water.
The research, published in Nature Water, highlights the potential of this technology to provide much-needed drinking water, especially in areas with limited access to electricity or seawater.
Unlike traditional desalination systems that rely on fossil fuels or need constant energy supplies, this solar-powered system adjusts its operations based on sunlight levels.
As the sun rises during the day, the system increases its desalination rate, and when clouds block the sun, the system quickly reduces its energy consumption.
This flexibility allows the system to maximize the use of solar energy without needing a battery or a backup power source.
The system was tested on groundwater wells in New Mexico over six months, where it produced up to 5,000 liters of clean water per day, even with changing weather conditions. On average, the system converted over 94% of the solar energy into desalination power, outperforming other solar-powered desalination systems.
“Conventional desalination systems need steady power, often provided by batteries, to handle variable solar energy,” said Winter. “Our system, by varying its energy use in sync with the sun, eliminates the need for extra power storage while efficiently producing water.”
Submission + - FBI secretly created a coin to investigate crypto pump-and-dump schemes (theverge.com) 1
SonicSpike writes: The FBI created a cryptocurrency as part of an investigation into price manipulation in crypto markets, the government revealed on Wednesday. The FBI’s Ethereum-based token, NexFundAI, was created with the help of “cooperating witnesses.”
As a result of the investigation, the Securities and Exchange Commission charged three “market makers” and nine people for allegedly engaging in schemes to boost the prices of certain crypto assets. The Department of Justice charged 18 people and entities for “widespread fraud and manipulation” in crypto markets.
The defendants allegedly made false claims about their tokens and executed so-called “wash trades” to create the impression of an active trading market, prosecutors claim. The three market makers — ZMQuant, CLS Global, and MyTrade — allegedly wash traded or conspired to wash trade on behalf of NexFundAI, an Ethereum-based token they didn’t realize was created by the FBI.
As a result of the investigation, the Securities and Exchange Commission charged three “market makers” and nine people for allegedly engaging in schemes to boost the prices of certain crypto assets. The Department of Justice charged 18 people and entities for “widespread fraud and manipulation” in crypto markets.
The defendants allegedly made false claims about their tokens and executed so-called “wash trades” to create the impression of an active trading market, prosecutors claim. The three market makers — ZMQuant, CLS Global, and MyTrade — allegedly wash traded or conspired to wash trade on behalf of NexFundAI, an Ethereum-based token they didn’t realize was created by the FBI.
