samleecole writes: People who paid to speak to an AI girlfriend modeled after real life 23-year-old influencer Caryn Marjorie are distraught because the service they paid for, Forever Companions, no longer works. It appears that the service stopped working shortly after Forever Companion CEO and founder John Meyer was arrested for trying to set his own apartment on fire.

404 Media tested CarynAI today as well as other AI bots and confirmed the service is not working. According to what we saw in the Telegram channel where Forever Companion users start conversations with CarynAI, the service has not been working since October 23. "I terminated my relationship with Forever Voices due to unforeseen circumstances," Marjorie told 404 Media in an email. "I wish the best for John Meyer and his family as he recovers from his mental health crisis. We didn't see this coming but I vow to push CarynAI forward for my fans and supporters." On October 30, Marjorie also announced that she's making a similar AI companion, "CarynAI 2.0," with another company called Banter AI. On social media for the last few weeks, the official Forever Voices Twitter account has been posting bizarre videos and statements about the CIA, Donald Trump, and the FBI.

Despite more than a decade of reminding, prodding, and downright nagging, a surprising number of developers still can't bring themselves to keep their code free of credentials that provide the keys to their kingdoms to anyone who takes the time to look for them. From a report: The lapse stems from immature coding practices in which developers embed cryptographic keys, security tokens, passwords, and other forms of credentials directly into the source code they write. The credentials make it easy for the underlying program to access databases or cloud services necessary for it to work as intended. [...]

The number of studies published since following the revelations underscored just how common the practice had been and remained in the years immediately following Uber's cautionary tale. Sadly, the negligence continues even now. Researchers from security firm GitGuardian this week reported finding almost 4,000 unique secrets stashed inside a total of 450,000 projects submitted to PyPI, the official code repository for the Python programming language. Nearly 3,000 projects contained at least one unique secret. Many secrets were leaked more than once, bringing the total number of exposed secrets to almost 57,000.

gaiageek writes: Of note, given the recent Slashdot article about Signal opening up to trying out usernames, is the $6 million annual cost of sending SMS messages for account verification, which certainly suggests that getting rid of phone number verification would be a significant cost-saving solution.

9to5Mac: In a surprising move, Apple has announced today that it will adopt the RCS (Rich Communication Services) messaging standard. The feature will launch via a software update "later next year" and bring a wide range of iMessage-style features to messaging between iPhone and Android users. Apple's decision comes amid pressure from regulators and competitors like Google and Samsung. It also comes as RCS has continued to develop and become a more mature platform than it once was.

In a statement to 9to5Mac, an Apple spokesperson said that the company believes RCS will offer better interoperability for cross-platform messages. "Later next year, we will be adding support for RCS Universal Profile, the standard as currently published by the GSM Association. We believe RCS Universal Profile will offer a better interoperability experience when compared to SMS or MMS. This will work alongside iMessage, which will continue to be the best and most secure messaging experience for Apple users."

Samsung has admitted that hackers accessed the personal data of U.K.-based customers during a year-long breach of its systems. From a report: In a statement to TechCrunch, Samsung spokesperson Chelsea Simpson, representing the company via a third-party agency, said Samsung was "recently alerted to a security incident" that "resulted in certain contact information of some Samsung U.K. e-store customers being unlawfully obtained." Samsung declined to answer further questions about the incident, such as how many customers were affected or how hackers accessed its internal systems.

In a letter sent to affected customers, Samsung admitted that attackers exploited a vulnerability in an unnamed third-party business application to access the personal information of customers who made purchases at Samsung U.K.'s store between July 1, 2019 and June 30, 2020. The letter, which was shared on X (formerly Twitter), Samsung said it didn't discover the compromise until more than three years later, on November 13, 2023. Samsung told affected customers that hackers may have accessed their names, phone numbers, postal addresses, and email addresses.

An anonymous reader shares a report: In May this year, Alexis Hancock's daughter got a children's tablet for her birthday. Being a security researcher, Hancock was immediately worried. "I looked at it kind of sideways because I've never heard of Dragon Touch," Hancock told TechCrunch, referring to the tablet's maker. As it turned out, Hancock, who works at the Electronic Frontier Foundation, had good reasons to be concerned. Hancock said she found that the tablet had a slew of security and privacy issues that could have put her daughter's and other children's data at risk.

The Dragon Touch KidzPad Y88X contains traces of a well-known malware, runs a version of Android that was released five years ago, comes pre-loaded with other software that's considered malware and a "potentially unwanted program" because of "its history and extensive system level permissions to download whatever application it wants," and includes an outdated version of an app store designed specifically for kids, according to Hancock's report, which was released on Thursday and seen by TechCrunch ahead of its publication. Hancock said she reached out to Dragon Touch to report these issues, but the company never responded. Dragon Touch did not respond to TechCrunch's questions either. After TechCrunch reached out to the company, Walmart removed the listing from its website, while Amazon said it's looking into the matter.

Proton Mail, the leading privacy-focused email service, is making its first foray into blockchain technology with Key Transparency, which will allow users to verify email addresses. From a report: In an interview with Fortune, CEO and founder Andy Yen made clear that although the new feature uses blockchain, the key technology behind crypto, Key Transparency isn't "some sketchy cryptocurrency" linked to an "exit scam." A student of cryptography, Yen added that the new feature is "blockchain in a very pure form," and it allows the platform to solve the thorny issue of ensuring that every email address actually belongs to the person who's claiming it.

Proton Mail uses end-to-end encryption, a secure form of communication that ensures only the intended recipient can read the information. Senders encrypt an email using their intended recipient's public key -- a long string of letters and numbers -- which the recipient can then decrypt with their own private key. The issue, Yen said, is ensuring that the public key actually belongs to the intended recipient. "Maybe it's the NSA that has created a fake public key linked to you, and I'm somehow tricked into encrypting data with that public key," he told Fortune. In the security space, the tactic is known as a "man-in-the-middle attack," like a postal worker opening your bank statement to get your social security number and then resealing the envelope.

Blockchains are an immutable ledger, meaning any data initially entered onto them can't be altered. Yen realized that putting users' public keys on a blockchain would create a record ensuring those keys actually belonged to them -- and would be cross-referenced whenever other users send emails. "In order for the verification to be trusted, it needs to be public, and it needs to be unchanging," Yen said.

Microsoft and Nvidia want to help developers run and configure AI models on their Windows PCs. During the Microsoft Ignite event on Wednesday, Microsoft announced Windows AI Studio: a new hub where developers can access AI models and tweak them to suit their needs. From a report: Windows AI Studio allows developers to access development tools and models from the existing Azure AI Studio and other services like Hugging Face. It also offers an end-to-end "guided workspace setup" with model configuration UI and walkthroughs to fine-tune various small language models (SLMs), such as Microsoft's Phi, Meta's Llama 2, and Mistral.

Windows AI Studio lets developers test the performance of their models using Prompt Flow and Gradio templates as well. Microsoft says it's going to roll out Windows AI Studio as a Visual Studio Code extension in the "coming weeks." Nvidia, similarly, revealed updates to TensorRT-LLM, which the company initially launched for Windows as a way to run large language models (LLMs) more efficiently on H100 GPUs. However, this latest update brings TensorRT-LLM to PCs powered by GeForce RTX 30 and 40 Series GPUs with 8GB of RAM or more.

Asus recently launched a special edition Rog Maximus Z790 Hero EVA-02 motherboard, but the company misspelt "Evangenlion" on it -- adding an extra "n" on the I/O heatsink. From a report: Despite being just a single letter, ASUS acknowledges that this error on a $700 motherboard is significant enough to warrant replacement, likely at no additional cost to the users.

ASUS has officially stated that users who find the typo on their motherboards unacceptable can reach out to ASUS support for guidance on the replacement process. Notably, there is no indication of a dedicated service to handle these replacements on behalf of users. So users will be asked to disassemble their motherboards themselves.

An anonymous reader quotes a report from Ars Technica: Intel on Tuesday pushed microcode updates to fix a high-severity CPU bug that has the potential to be maliciously exploited against cloud-based hosts. The flaw, affecting virtually all modern Intel CPUs, causes them to "enter a glitch state where the normal rules don't apply," Tavis Ormandy, one of several security researchers inside Google who discovered the bug, reported. Once triggered, the glitch state results in unexpected and potentially serious behavior, most notably system crashes that occur even when untrusted code is executed within a guest account of a virtual machine, which, under most cloud security models, is assumed to be safe from such faults. Escalation of privileges is also a possibility.

The bug, tracked under the common name Reptar and the designation CVE-2023-23583, is related to how affected CPUs manage prefixes, which change the behavior of instructions sent by running software. Intel x64 decoding generally allows redundant prefixes -- meaning those that don't make sense in a given context -- to be ignored without consequence. During testing in August, Ormandy noticed that the REX prefix was generating "unexpected results" when running on Intel CPUs that support a newer feature known as fast short repeat move, which was introduced in the Ice Lake architecture to fix microcoding bottlenecks. The unexpected behavior occurred when adding the redundant rex.r prefixes to the FSRM-optimized rep mov operation. [...]

Intel's official bulletin lists two classes of affected products: those that were already fixed and those that are fixed using microcode updates released Tuesday. An exhaustive list of affected CPUs is available here. As usual, the microcode updates will be available from device or motherboard manufacturers. While individuals aren't likely to face any immediate threat from this vulnerability, they should check with the manufacturer for a fix. People with expertise in x86 instruction and decoding should read Ormandy's post in its entirety. For everyone else, the most important takeaway is this: "However, we simply don't know if we can control the corruption precisely enough to achieve privilege escalation." That means it's not possible for people outside of Intel to know the true extent of the vulnerability severity. That said, anytime code running inside a virtual machine can crash the hypervisor the VM runs on, cloud providers like Google, Microsoft, Amazon, and others are going to immediately take notice.

After a tech entrepreneur and investor lost his password for retrieving $100,000 in bitcoin and hired experts to break open the wallet where he kept it, they failed to help him. But in the process, they discovered a way to crack enough other software wallets to steal $1 billion or more. From a report: On Tuesday, the team is releasing information about how they did it. They hope it's enough data that the owners of millions of wallets will realize they are at risk and move their money, but not so much data that criminals can figure out how to pull off what would be one of the largest heists of all time.

Their start-up, Unciphered, has worked for months to alert more than a million people that their wallets are at risk. Millions more haven't been told, often because their wallets were created at cryptocurrency websites that have gone out of business. The story of those wallets' vulnerabilities underscores the enormous risk in experimental currencies, beyond their wild fluctuations in value and fast-changing regulations. Many wallets were created with code containing profound flaws, and the companies that used that code can disappear. Beyond that, it is a sobering reminder that underneath software infrastructure of all kinds, even ones explicitly dedicated to securing funds, are open-source programs that few or no people oversee. "Open-source ages like milk. It will eventually go bad," said Chris Wysopal, a co-founder of security company Veracode who advised Unciphered as it sorted through the problem.

An anonymous reader writes: Videos collected by 404 Media over months give a peek into the world of spoofing numbers, automated call scripts, and a specific seller of the phones. From the report: "Alright lads," a man sitting in the passenger seat of a moving car says in a heavy British accent. In his left hand he holds a special phone he is showing off to his clients, while with the other he films his demonstration which was later uploaded to Telegram. "I'm only going to say it once, yeah. You swipe, and it's gone," he continues, demonstrating one app installed that can instantly destroy data stored on the device. The phone in question is one from "Russiancoms," an underground outfit that sells the devices for just under $2,000 each. For that price, customers get a laundry list of features: the ability to spoof phone numbers, play hold music, and have a computerized voice read pre-determined scripts. While Russiancoms does not acknowledge in its Telegram channel what the phones might really be for, those are features well suited to committing fraud.

The Russiancoms Telegram channel periodically deletes its videos and other messages, but 404 Media has been archiving many of them for months. They provide insight into a little known industry of fraud phones, ones that make it easy for anyone to enter the world of robocalling or other scams. While much of the underground phone industry has been focused on providing secure communications to criminals -- companies like Phantom Secure, Encrochat, and Sky for example -- Russiancoms and similar companies appear to cater to a different use case: enabling people to make calls that fraudulently appear to come from someone else. A common tool in the underground is also so-called Russian SIMs, which can spoof numbers in some cases. Russiancoms' phones, however, are more fully featured.

The U.S. Federal Bureau of Investigation (FBI) has struggled to stop a hyper-aggressive cybercrime gang that's been tormenting corporate America over the last two years, according to nine cybersecurity responders, digital crime experts and victims. Reuters: For more than six months, the FBI has known the identities of at least a dozen members tied to the hacking group responsible for the devastating September break-ins at casino operators MGM Resorts International and Caesars Entertainment, according to four people familiar with the investigation. Industry executives have told Reuters they were baffled by an apparent lack of arrests despite many of the hackers being based in America. "I would love for somebody to explain it to me," said Michael Sentonas, president of CrowdStrike, one of the firms leading the response effort to the hacks.

"For such a small group, they are absolutely causing havoc," Sentonas told Reuters in an interview last month. Sentonas said the hackers were "known" but didn't provide specifics. He did say, "I think there is a failure here." Asked who was responsible for the failure, Sentonas said, "law enforcement." [...] Dubbed by some security professionals as "Scattered Spider," the hacking group has been active since 2021 but it grabbed headlines following a series of intrusions at several high profile American companies.

An anonymous reader writes: Two men who allegedly used 65 Google accounts to bombard Google with fraudulent DMCA takedown notices targeting up to 620,000 URLs, have been named in a Google lawsuit filed in California on Monday. Google says the men weaponized copyright law's notice-and-takedown system to sabotage competitors' trade, while damaging the search engine's business and those of its customers.

A person linked to a scam that tricked an elderly victim into transferring more than $100,000 formally requested the FBI give back his seized cryptocurrency, claiming in a petition to the agency that he is a part-time crypto investor and not doing anything illegal, according to a recently filed court record. From a report: 404 Media also reached the person by email and they largely repeated the same story. The request is an unusual sight, and, to be frank, probably not going to work. In the court record, authorities allege that the frozen funds are linked to a scam of a victim in the U.S. The document says authorities seized just under 18,500 Tether, valued at around $18,500, in July with a federal search warrant.

"Hello Sir/Ma'am, My name is Vishal Gautam," the request starts. "The funds which you have on hold that is a very big amount of money for me and my family, I request you to please release it from your custody. Thank You & Regards." The message says that Gautam lives in India and as well as investing in cryptocurrency, he is a "full-time Health Insurance" worker. "In the month of July 2023 suddenly my crypto from Binance got disappeared, I don't know how it happened but then I got to know that the FBI has put hold on my assets," the message continues. "I am not into something illegal and never will be, I will not do any such thing that can harm your country or your people in any manner." U.S. authorities, meanwhile, allege that the seized cash is connected to a fraud scheme that targeted a senior citizen in Knoxville, Iowa. In February, this victim opened an email on her iPad that claimed it had been compromised, and that she needed to contact the sender for assistance, according to the court record.

An anonymous reader quotes a report from TechCrunch: Michigan-based McLaren Health Care has confirmed that the sensitive personal and health information of 2.2 million patients was compromised during a cyberattack earlier this year. A ransomware gang later took credit for the cyberattack. In a new data breach notice filed with Maine's attorney general, McLaren said hackers were in its systems for three weeks during July 28 through August 23 before the healthcare company noticed a week later on August 31. McLaren said the hackers accessed patient names, their date of birth and Social Security number, and a wealth of medical information, including billing, claims and diagnosis information, prescription and medication details, and information relating to diagnostic results and treatments. Medicare and Medicaid patient information was also taken.

McLaren is a healthcare provider with 13 hospitals across Michigan and about 28,000 total employees. McLaren, whose website touts its cost efficiency measures, made over $6 billion in revenue in 2022. News of the incident broke in October when the Alphv ransomware gang (also known as BlackCat) claimed responsibility for the cyberattack, claiming it took millions of patients' personal information. Days after the cyberattack was disclosed, Michigan attorney general Dana Nessel warned state residents that the breach "could affect large numbers of patients." TechCrunch has seen several screenshots posted by the ransomware gang on its dark web leak site showing access to the company's password manager, internal financial statements, some employee information, and spreadsheets of patient-related personal and health information, including names, addresses, phone numbers, Social Security numbers, and diagnostic information. Alphv/BlackCat claimed in its post that the gang had been in contact with a McLaren representative, without providing evidence of the claim.

New York regulators Monday plan to issue cybersecurity regulations for hospitals, after a series of attacks crippled operations at medical facilities. From a report: Under draft rules reviewed by The Wall Street Journal, New York will require general hospitals to develop and test incident response plans, assess their cybersecurity risks and install security technologies such as multifactor authentication. Hospitals must also develop secure software design practices for in-house applications, and processes for testing the security of software from vendors. Hacking "is a threat to every hospital, and my firm belief is if we protect the hospital, we're protecting the patients," said James McDonald, health commissioner for New York state.

Healthcare facilities are popular targets for cybercriminals, particularly ransomware operators hoping for quick ransom payments from administrators worried about risks to patients if technology goes down. Hospitals also hold large amounts of sensitive personal information on their staff and patients, including health and financial data. In August, the largest healthcare accreditation body in the U.S. issued cybersecurity guidelines calling for hospitals to prepare for cyberattacks that could take down critical systems for a month or longer -- measures that will require significant investment. Hospitals need to put in place tools and processes that anticipate technology critical for life and safety could be down, and find alternative ways to work without those systems, the nonprofit Joint Commission said.

Australian telecoms provider Optus said on Monday that a massive outage which effectively cut off 40% of the country's population and triggered a political firestorm was caused by "changes to routing information" after a "routine software upgrade." From a report: More than 10 million Australians were hit by the 12-hour network blackout at the Singapore Telecommunications-owned telco on Nov. 8, triggering fury and frustration among customers and raising wider concerns about the telecommunications infrastructure.

Optus said in a statement that an initial investigation found the company's network was affected by "changes to routing information from an international peering network" early that morning, "following a routine software upgrade." It added: "These routing information changes propagated through multiple layers in our network and exceeded preset safety levels on key routers which could not handle these. This resulted in those routers disconnecting from the Optus IP Core network to protect themselves." The project to reconnect the routers was so large that "in some cases (it) required Optus to reconnect or reboot routers physically, requiring the dispatch of people across a number of sites in Australia", it added.

For the first time, researchers have demonstrated that a large portion of cryptographic keys used to protect data in computer-to-server SSH traffic are vulnerable to complete compromise when naturally occurring computational errors occur while the connection is being established. ArsTechnica: Underscoring the importance of their discovery, the researchers used their findings to calculate the private portion of almost 200 unique SSH keys they observed in public Internet scans taken over the past seven years. The researchers suspect keys used in IPsec connections could suffer the same fate. SSH is the cryptographic protocol used in secure shell connections that allows computers to remotely access servers, usually in security-sensitive enterprise environments. IPsec is a protocol used by virtual private networks that route traffic through an encrypted tunnel.

The vulnerability occurs when there are errors during the signature generation that takes place when a client and server are establishing a connection. It affects only keys using the RSA cryptographic algorithm, which the researchers found in roughly a third of the SSH signatures they examined. That translates to roughly 1 billion signatures out of the 3.2 billion signatures examined. Of the roughly 1 billion RSA signatures, about one in a million exposed the private key of the host. While the percentage is infinitesimally small, the finding is nonetheless surprising for several reasons -- most notably because most SSH software in use has deployed a countermeasure for decades that checks for signature faults before sending a signature over the Internet. Another reason for the surprise is that until now, researchers believed that signature faults exposed only RSA keys used in the TLS -- or Transport Layer Security -- protocol encrypting Web and email connections. They believed SSH traffic was immune from such attacks because passive attackers -- meaning adversaries simply observing traffic as it goes by -- couldn't see some of the necessary information when the errors happened.

SysAid's system management software has "a vulnerability actively being exploited to deploy Clop ransomware," according to SiliconAngle: The warning came from Microsoft Corp.'s Threat Intelligence team, which wrote on X that it had discovered the exploitation of a zero-day vulnerability in SysAid's IT support software that's being exploited by the Lace Tempest ransomware gang.

Lace Tempest first emerged earlier this year from its attacks involving the MOVEit Transfer and GoAnywhere MFT. This group has been characterized by its sophisticated attack methods, often exploiting zero-day vulnerabilities to infiltrate organizations' systems to deploy ransomware and exfiltrate sensitive data...

In a blog post, SysAid said that the vulnerability, tracked as CVE-2023-47246, was first discovered on Novembers 2 and is a path traversal vulnerability leading to code execution within the SysAid on-prem software... "Given the scale and impact of the MOVEit breach, which was considered one of the largest in recent history, the potential for the SysAid vulnerability to reach similar levels of disruption is not inconceivable, though several factors would influence this outcome," Craig Jones, vice president of security operations at managed detection and response provider Ontinue Inc., told SiliconANGLE. "The MOVEit breach, exploited by the Clop ransomware group, impacted over 1,000 organizations and more than 60 million individuals," Jones explained. "Comparatively, SysAid claims more than 5,000 customers across various industries globally. The potential damage from the SysAid vulnerability would depend on factors such as how widespread the exploitation is, how quickly the patch is applied and the sensitivity of the accessed data."
SysAid's blog post confirms the zero-day vulnerability, and says they've begun "proactively communicating with our on-premise customers to ensure they could implement a mitigation solution we had identified..."

"We urge all customers with SysAid on-prem server installations to ensure that your SysAid systems are updated to version 23.3.36, which remediates the identified vulnerability, and conduct a comprehensive compromise assessment of your network..." The attacker uploaded a WAR archive containing a WebShell and other payloads into the webroot of the SysAid Tomcat web service [which] provided the attacker with unauthorized access and control over the affected system.Subsequently, the attacker utilized a PowerShell script, deployed through the WebShell, to execute a malware loader named user.exe on the compromised host, which was used to load the GraceWire trojan...

After this initial access and the deployment of the malware, the attacker utilized a second PowerShell script to erase evidence associated with the attacker's actions from the disk and the SysAid on-prem server web logs... Given the severity of the threat posed, we strongly recommend taking immediate steps according to your incident response playbook and install any patches as they become available.