The issue with rolling out downloads for the web app is the fact that it’s a bit tough to download files that are accessible to your web browser. Not only that, but people are more likely to be out and about with their phones than with their computers. So, downloads weren’t really as much a necessity for the web app as it is for the mobile app.
However, YouTube Music is rolling out downloads for the web app
At this point, we’re not quite certain about YouTube’s rollout pace for this feature. A user on Reddit posted some screenshots of their YouTube Music interface, and they show the feature in action. When you have a song or an album pulled up, you will see a new download button on the interface. It will be in between the three-dot menu and the Save to library button. When you click that button, you will see the button change to show a downloading animation. Also, you will see a download progress indicator at the bottom left corner of the screen.
Just like with any other streaming platform, YouTube Music will try to stream the content online. However, once it detects that you are not connected to the internet, it will switch to offline mode and access the downloaded files.
Also, After 30 days, YouTube Music will require an internet connection to check your subscription status. If it detects that you don’t have an active subscription, it will make those downloads unavailable. So, if you’re the kind of person who likes to download a bunch of music, right before your subscription ends, and keep your computer offline, you’ll only have one month of victory. Right now, we’re uncertain how widespread this rollout is, so you’ll have to keep an eye out for the download button to reach your web app.
Micron, the Idaho-based producer of storage and memory chips, has unveiled the world’s smallest UFS (Universal Flash Storage) package. Measuring just 9×13mm in dimension, it is an incredibly compact UFS 4.0 chip. The semiconductor company is currently sampling the new solution.
Micron promises faster AI performance with its compact UFS 4.0 chip
Unveiled at the Mobile World Congress (MWC) 2024, Micron’s compact UFS 4.0 storage chip is built on its advanced 232-layer 3D NAND memory. The company claims a sequential read speed of 4,300 MB/s and a sequential write speed of 4,000 MB/s. These speeds are twice as fast as the firm’s 176-layer UFS 3.1 NAND. The new chip is also 25% more power efficient than the previous-gen solution.
According to Micron, these improvements enable faster loading of large language models (LLMs) in generative AI applications. The company touts 40% faster loading for a smoother experience when initializing AI tools. “Micron UFS 4.0 raises the bar for mobile storage with enhanced performance, flexibility, and scalability to accelerate the rollout of generative AI-capable smartphones,” said Mark Montierth, a GM at Micron.
This isn’t the first UFS 4.0 solution from Micron. The American semiconductor firm debuted its next-gen storage chip last June. In its first attempt, the company matched Samsung’s first-gen UFS 4.0 chip in terms of size (11×13mm) while delivering faster speeds. Samsung promised a sequential read speed of 4,200 MB/s and a sequential write speed of 2,800 MB/s for its solution.
Micron hasn’t improved the speed with its latest offering but shrunk the size to save some space inside devices. The company believes this will allow manufacturers to provide larger batteries. “These significant space savings result in an optimal size for next-generation foldable and ultra-slim smartphone designs,” the firm said in a press release. Its enhanced power efficiency will further extend the battery life.
Micron’s UFS 4.0 storage chips also feature some proprietary tech for enhanced performance. High-Performance Mode or HPM optimizes performance during heavy usage. It allows the device to prioritize critical tasks over background tasks, resulting in an over 25% speed boost. One Button Refresh or OBR allows for 10% faster app launches by automatically cleaning and optimizing data.
The company is currently sampling the new storage chip
The world’s smallest UFS 4.0 storage chip will be available in 256GB, 512GB, and 1TB capacities (no UFS 4.0 for 128GB solutions yet). Micron is currently sampling the chip with its clients. It is unclear when the new solution will be available commercially. The company is aiming the chip at the next generation of flagship Android smartphones.
Researchers from ANY.RUN reported a new wave of DCRat malware, known for its wide array of harmful functions, selling the membership for the low cost of $5.
The detailed report covers the distribution, dynamic, and static analysis of DCRat, also known as Dark Crystal RAT, which is both a Remote Access Trojan (RAT) and an information stealer.
DCRat’s modular architecture allows for customization and mutation to bypass signature-based detection, making it a formidable tool for cybercriminals.
The malware’s low price point has made it accessible to many threat actors, from novices to organized groups.
You can analyze DCRat malware file, network, module, and registry activity with theANY.RUN malware sandbox.
ANY.RUN is a cloud-based environment for analyzing Windows malware and Linux-based samples. Malware analysts, SOC, DFIR teams can safely examine threats, simulate different scenarios, and gain insights into malware behavior to improve cybersecurity strategies.
ANY.RUNalso allows researchers to understand malware behavior, collect IOCs, and easily map malicious actions to TTPs—all in our interactive sandbox.
ANY.RUN’s analysis reveals that DCRat is sold via a Telegram group, operating on a subscription model with prices ranging from $5 for two months to $39 for a lifetime subscription.
They do all communication through Telegram.
They only accept crypto payments to burner wallets.
They use crystalpay[.]io to further anonymize transactions.
infection Flaw
The ANY.RUN Malware Trends Tracker ranks DCRat as the 9th most prevalent malware as of January 18, 2024, indicating its rising trajectory.
The malware is distributed through a Telegram bot, which also provides support and facilitates transactions through the crystalpay[.]io payment platform, demonstrating the DCRat team’s high level of operational security (OPSEC).
DocumentAnalyse Shopisticated Malware with ANY.RUN
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DCRat Malware Dynamic Analysis
The surface analysis of DCRat, identifying it as a password-protected Self-Extracting Archive (SFX) file, often used to evade detection.
Dynamic analysis in ANY.RUN’s controlled environment revealed the malware’s behavior, including the execution of a digitally signed executable file disguised as a printer driver and the dropping of multiple executables to ensure persistence.
Static Analysis
Static analysis provided insights into the malware’s functions, Indicators of Compromise (IOCs), and configuration details.
The analysis utilized tools such as Detect It Easy (DIE) and decompilers like dnSpy or ILSpy for .NET applications to deobfuscate the executable and understand the malware’s operational logic.
The ANY.RUN team also recommends using Flare FLOSS for extracting strings from binaries to identify hidden information.
Researchers also noted that the malware is stealing the following data.
Screen Capture
Webcam
Microphone
Steam specific data
Telegram specific data
Discord specific data
.NET specific data
The analysis concludes with the mapping of DCRat’s tactics, techniques, and procedures (TTPs) to the MITRE ATT&CK framework, aiding SOC analysts in understanding the threat quickly. ANY.RUN’s service is invaluable for rapid threat identification and in-depth malware research.
ANY.RUN encourages cybersecurity professionals to access the full analysis on their platform to better understand DCRat’s capabilities and strengthen their cybersecurity posture.
About ANY.RUN
ANY.RUN is an interactive cybersecurity service that enables professionals to analyze malware and understand its behavior in a safe, controlled environment. The service is dedicated to providing comprehensive analysis tools to combat digital threats.
Trusted by over 400,000 security specialists, ANY.RUNempowers SOC and DFIR teams to investigate threats efficiently through its cloud-based malware sandbox.
ZTE has come back to Mobile World Congress this week with a slate of new devices as part of its lineup for 2024, including the company’s first flip smartphone, which it says will be the “first flip phone for young people.” Called the nubia Flip 5G, it was designed to be the first flip phone for young people and to that end, it features a more affordable price tag and an “abundance of features and applications” that young people will enjoy using ZTE says.
ZTE is also announcing the nubia Z60 Ultra, a flagship device sporting an under-display camera, a massive 6,000mAh battery, and a powerful Snapdragon 8 Gen 3 mobile platform from Qualcomm. If you thought ZTE was done, though, you’d be wrong. Because ZTE has more phones to announce at MWC 2024. This includes the nubia Focus 5G, as well as the nubia Neo 2 5G aimed at mobile gamers. It’s a varied lineup with something for everyone.
The nubia Flip 5G is the first flip smartphone from ZTE
Flip smartphones are not a new device category for the industry but they certainly aren’t common. In fact, there are actually not very many of them out there. The most recognizable flip smartphones are without a doubt the Galaxy Z Flip series and the most recent Moto Razr. There’s also the Oppo Find N3. Beyond that, however, you’d be hard-pressed to find a flip smartphone from most brands. Another thing to consider is that all of those previously mentioned options are considerably expensive. ZTE says the nubia Flip 5G will be more affordable, stating that “consumers will be surprised by the price.”
ZTE also highlights that it’ll have an abundance of apps that can be used on the external display. The phone is said to have a high-strength hinge with a 6.9-inch 120Hz display when unfolded. One of the key factors that ZTE seems keen to highlight is that the phone opens “wrinkleless.” What ZTE is basically saying is that you shouldn’t see any creases on the display when the phone is fully unfolded. The phone also has a 50MP main camera, a 4,310mAh battery, and it’s powered by a Snapdragon 7 Gen 1 mobile platform. In terms of cost, ZTE says it’ll start at $599 USD. Which makes this option from ZTE quite possibly, the most affordable folding flip smartphone on the market.
An affordable gaming phone for all
Gaming phones are still a niche product category when it comes to smartphones. They’ve certainly grown, thanks to the steadfast and headlong attitudes of brands like ASUS and RedMagic with a passion and drive for mobile gaming. But those phones are not necessarily affordable. RedMagic’s most recent offering, the 9 Pro, starts at $649. That isn’t terrible, but it doesn’t hold a candle to the nubia Neo 2 5G that ZTE is releasing this year. ZTE is also expanding the device to other markets where it wasn’t previously available.
With its first model the nubia Neo in 2023, the phone was released in Southeast Asia, the Middle East, and Europe. The Neo 2 5G will expand to the US, with a price point starting at an incredibly low $199 USD. It features shoulder triggers for that controller-like feel when gaming in landscape mode. As well as a 120Hz display at 6.72 inches and a large battery capacity of 6,000mAh. Furthermore, it has 33W fast charging. It’s considerably gamer-focused. Promoting long-lasting battery life for longer game sessions and a quick charge capability when you need to top up in a hurry. The 120Hz display won’t hurt either. As your games should look nice and smooth.
That being said, ZTE doesn’t mention anything about some of the other specs. Such as the chipset, RAM, or storage. With a starting price point of $199 USD though, it’s not likely to be among the most powerful of devices. That doesn’t mean it won’t be capable, however. Also worth noting is that ZTE says the price will change depending on the market and specific specs.
Shift your focus to better phone photography
Some people buy phones for the superior camera while others look for a device that prioritizes performance. If you’re the former type of consumer, then ZTE has your number with the nubia Focus 5G series. The nubia Focus 5G is solely focused on a great smartphone camera experience because, after all, the best camera is the one you have on you. And in most cases, that’s probably going to be the one on your phone because it fits in your pocket.
The core of this experience is the 108MP dual camera system on the nubia Focus Pro 5G. There’s also a non-pro model. Both versions come with a 5,000mAh battery and a 120Hz display. Although each one’s display is slightly different. The nubia Focus 5G comes with a 6.6-inch display while the Pro model bumps it up to 6.72 inches. These phones keep with the affordable theme coming in at a starting cost of $199 USD. ZTE has yet to announce information regarding the release date and availability of these devices.
Four new vulnerabilities have been discovered in some of the Zyxel Firewall and access point (AP) versions that are associated with Denial of Service, OS Command Injection, and Remote code execution.
The severity of these vulnerabilities ranges between 6.5 (Medium) and 8.1 (High). However, Zyxel networks have fixed these vulnerabilities, and a security advisory has been released to address these vulnerabilities.
Zyxel Firewall Flaw
CVE-2023-6397: Null Pointer Dereference vulnerability in Zyxel
This vulnerability could allow a LAN-based threat actor to cause a denial-of-service condition by downloading a crafted RAR compressed file onto a LAN-side host if the firewall has “Anti-Malware” feature enabled.
The severity for this vulnerability has been given as 6.5 (Medium).
This vulnerability exists in the file upload binary in Zyxel ATP series devices that could allow an authentication threat actor to execute operating system commands on the affected device via FTP with administrative privileges.
The severity for this vulnerability has been given as 7.2 (High).
CVE-2023-6399: Format String Vulnerability in Zyxel
This vulnerability allows an authenticated IPSec VPN user to perform a denial of service condition against the deviceid daemon.
Successful exploitation of this vulnerability involves sending a crafted hostname to an affected device if the device has the “Device Insight” feature enabled.
The severity for this vulnerability has been given as 5.7 (Medium).
CVE-2023-6764: Format String Vulnerability in Zyxel leading to Unauthenticated RCE
This vulnerability exists in one of the functions of the IPSec VPN feature that could allow a threat actor to achieve unauthenticated remote code execution on the affected device by sending a sequence of specially crafted payloads with an invalid pointer.
However, this attack requires a detailed knowledge of the affected device’s memory layout and configuration. The severity for this vulnerability has been given as 8.1 (High).
Affected Products And Versions
Users of these products are recommended to upgrade to the latest versions in order to prevent these vulnerabilities from getting exploited by threat actors.
You can block malware, including Trojans, ransomware, spyware, rootkits, worms, and zero-day exploits, with Perimeter81 malware protection. All are extremely harmful, can wreak havoc, and damage your network.
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TECNO isn’t done with MWC Barcelona announcements this week. Today, it announced its new PolarAce Imaging System, which it built with Sony’s own imaging chipset. It will debut on the CAMON 30 Premier 5G, which is set to debut in the second quarter of 2024.
The company claims that this new imaging system is “bringing a new pinnacle of mobile video imaging to users around the world.”
“Our commitment and goal has always been to deliver the best mobile imaging experience to TECNO users around the world to meet diverse imaging needs,” said Jack Guo, General Manager of TECNO. “Previously, we have revolutionized smartphone imaging with innovations such as the advanced RGBW Ultra-Sensitive Sensor and the world’s first retractable portrait lens. PolarAce, our first imaging system with an independent imaging chip, leverages our partnership with Sony to signal a new era of extraordinary smartphone video imaging.”
TECNO and Sony worked together to build this imaging system, using the CXD5622GG Sony imaging chip, Sony’s LYTIA components, and also using TECNO’s Universal Tone multi-skin tone imaging technology and its AI imaging technologies.
TECNO wanted to redefine the mobile video experience
Let’s face it: these days, the camera experiences on our phones are pretty impressive. But there is still room for improvement, and TECNO saw a way for even more outstanding results. One of the examples the company uses is the computational power of traditional systems on chips, which is no longer adequate to address user needs. Other pain points that consumers experience include night scene video capture, full-scene HDR shooting, and overall video smoothness.
Thanks to the Sony CXD5622GG independent imaging chip, TECNO was able to build PolarAce, and it can deliver industry-first and industry-leading technologies to achieve a higher level of performance and quality for mobile imaging. Making it easier than ever to be a content creator with just your phone.
Another pain point that consumers experience, especially those with darker complections, is skin tone. TECNO aims to solve that with PolarAce, which has an independent imaging chip that can enhance the incredible performance of TECNO’s new Universal Tone technology. The company first debuted this in October 2023, and it is the industry’s most advanced AI-powered multi-skin tone imaging technology. It was developed to achieve more accurate skin tone capture based on unbiased data.
Of course, AI is involved here too. TECNO is embracing AI to boost the ease and enjoyment of the camera on its new CAMON 30 Premier 5G. It has been enhanced by AI-powered functionalities that make imaging even more impactful and enjoyable. It includes the AIGC Portrait Capture, which allows users to generate a vast array of portrait disguises, from wedding dresses to cartoon dolls, graduation attire, and more. There’s also One Click Erase, which uses AI technology to enable the one-click removal of obstacles and clearing of passersby.
PolarAce will debut first in the CAMON 30 Premier 5G
As mentioned already, PolarAce will debut in the upcoming CAMON 30 Premier 5G smartphone from TECNO. It’s slated to be released in the second quarter (between April and the end of June). TECNO is releasing some info about this phone now, but not all of the details.
The phone will come with a 70mm golden portrait focal length periscope lens; this is going to allow for some incredible macro shots, as well as being able to use up to 60x hybrid zoom. By using a portrait lens, TECNO is able to ensure less barrel distortion and more convenient framing, and unlike traditional portrait lenses, enables the full use of the sensor in night shots, providing better noise control and clarity.
It’ll also have the industry’s first 4K 30fps full-scene AI NR HDR Video along with a 50-megapixel front-facing camera, which uses eye tracking to take the perfect selfie every time.
This is all powered by the MediaTek Dimensity 8200 Ultimate 5G chipset, along with the new Sony Imaging Chip that’s being used inside PolarAce. And finally, it’ll have a 1.5k resolution LTPO AMOLED display with 1400 nits peak brightness.
We’ll learn more about the CAMON 30 Premier 5G in the coming months. But it is shaping up to be a pretty impressive phone and camera so far.
While these platforms apparently do not let underage children in or limit their access to sensitive content, they knowingly let parents run accounts for children and sell sexual materials of their kids to users, most likely pedophiles lurking online.
The materials include photos of children, chat sessions with them, and used clothes and leotards. Even worse, some parents reportedly forced children to interact with sexual messages sent by some followers. Meta has not yet commented on the matter.
Meta comes under fire for “knowingly” letting parents post explicit content about their children and sexually exploit them
The content produced by such parents allegedly came under the radar of Meta staff. And they were aware that some parents are creating content of their children that’s attractive to pedophiles. The parents running those children’s accounts even had the chance to use Meta’s paid promotion tools to expand their content’s reach. As per an internal survey conducted by Meta in 2020, over 500,000 child Instagram accounts had “inappropriate” interactions daily.
As the reports read, some child influencers on Instagram make $3,000 per post. This allows parents to make even six-figure incomes out of their children’s content. Meanwhile, such accounts attract a large number of male followers, and a considerable number of them could happen to be pedophiles. Among the 5,000 examined accounts, roughly 32 million male users were found.
Meta staff suggested the company force those child accounts to register for monitoring or ban their subscription. However, those suggestions were all rejected by the firm. Meta instead developed a system to prevent potential pedophiles from subscribing to children’s accounts. That system could be unreliable, of course.
The New York Times also criticized Meta’s content moderation attempts. The outlet reported that the tech firm only took action against 1 out of 50 reported content in an eight-month period.
Google Chat is launching a new update that will make it even easier to navigate conversations within its in-line threaded spaces. Following last year’s transition to in-line threading, the latest update continues to improve on that functionality in order to boost productivity and efficiency for its users.With multiple threads running across different spaces, it can be time-consuming to figure out which messages need your immediate attention. The latest update from Google Chat makes it easier to keep track of conversations by showing participant avatars alongside unread threads in the conversation view.
This feature allows you to quickly identify the participants in the conversation and determine if their comments are pertinent to you. You can now efficiently prioritize important threads without having to click on them for additional details.
Google Chat’s new in-line participant avatars for unread threads both on the web and mobile
Google states that it recognizes that dealing with numerous threads across multiple spaces can be overwhelming and that this feature was introduced in order to give you more context upfront. The goal is that it will make it easier for you to prioritize and stay on top of the conversations that matter the most to you. This will ultimately help you stay organized and focused on what’s important.
This feature is rolling out automatically and gradually for up to two weeks, starting today. For all Google Workspace users, including those with free personal Google accounts, it will be by default enabled on the web, Android, and iOS.
Google has been steadily introducing improvements to Chat as it continues to compete with other established messaging platforms, such as Slack and Microsoft Teams, and aims to make Chat a more attractive option for businesses looking to improve collaboration and efficiency within their teams. The company hopes that this new feature will enhance productivity and streamline communication for users across all platforms.
FortiGuard Labs has released a report detailing the emergence and impact of the Abyss Locker ransomware, which has been targeting Microsoft Windows and Linux platforms.
Abyss Locker, believed to be based on the HelloKitty ransomware source code, has been stealing and encrypting victims’ files, demanding ransom for file decryption, and preventing the release of stolen data.
The Abyss Locker ransomware’s wallpaper
The severity level of this ransomware is classified as high. The first Abyss Locker sample was detected in July 2023, but the ransomware’s origins may date even further.
The Windows version of Abyss Locker was discovered in January 2024, with a second version shortly after. The Linux variant, which targets VMware ESXi systems, has also been identified.
You can analyze a malware file, network, module, and registry activity with the ANY.RUN malware sandbox, and the Threat Intelligence Lookup that will let you interact with the OS directly from the browser.
Attack Method
The Windows version of Abyss Locker performs several actions to ensure the successful encryption of files. It deletes Volume Shadow Copies and system backups using commands like vssadmin.exe delete shadows /all /quiet and wmic SHADOWCOPY DELETE.
It also sets the boot status policy to disable automatic repair and ignore all boot failures.
The ransomware encrypts files and changes the file extension to “.abyss” or a random five-letter extension for the version 1 variant.
A ransom note titled “WhatHappened.txt” is dropped, and the desktop wallpaper is replaced with a message demanding a ransom.
The Linux version of Abyss Locker uses the esxcli command-line tool to manage VMware ESXi systems. It attempts to gracefully shut down running VMs before encrypting files with a “.crypt” extension.
A ransom note with the “.README_TO_RESTORE” extension is created for each encrypted file.
Both versions of the ransomware avoid encrypting specific file extensions and directories to maintain the system’s operability and ensure the victim can communicate with the attackers for ransom negotiation, reads Fortinet report.
Infection Vector
The infection vector for Abyss Locker is not specified, but it is likely similar to other ransomware groups.
Abyss Locker ransomware’s ransom negotiation site
The ransomware samples have been submitted from various regions, indicating a widespread attack.
While no current data leak site exposes victims’ names, a ransom negotiation site on TOR is available. The ransom demands vary, with higher amounts typically set for consumers.
The Abyss Locker ransomware poses a significant threat to Windows and Linux users, particularly those utilizing VMware ESXi systems.
You can block malware, including Trojans, ransomware, spyware, rootkits, worms, and zero-day exploits, with Perimeter81 malware protection. All are extremely harmful, can wreak havoc, and damage your network.
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INTMAX, an innovative Layer 2 zkRollup that uses stateless architecture, has officially launched Plasma Next on the mainnet α (Alpha). INTMAX Co-founder and long-time Plasma researcher Leona Hioki unveiled it at ETH Denver. Based on the foundational principles of the Plasma framework, it scales with a constant cost per block regardless of the number of users, and achieves the scalability that the original Plasma aimed for while retaining the same security assumptions as zkRollups.
Plasma Next represents a paradigm shift in how blockchain networks can achieve scalability without compromising on decentralization. By leveraging the power of bulk-token-transfer and Merkle Trees, and integrating ZKP-TLC for conditional payments, Plasma Next introduces a system with the constant state growth per block. This innovative approach eliminates the need for users to provide individual liquidity or remain constantly online, thereby enhancing the user experience and network efficiency.
INTMAX Co-founder Leona Hioki said, “INTMAXgoes beyond just presenting theoretical or conceptual papers. It includes the release of code and the network as well. Made available under an open-source license, it allows anyone to fork the code and launch the network.”
One of the most important parts of Plasma Next is its stateless architecture which, according to a16z researchers, is challenging to achieve because validators would need to store only a minimal, constant-size state. Despite significant research and efforts to reduce the storage burden for validators, a16z concludes that a completely stateless blockchain is impractical. However, Plasma Next can scale at a fixed cost per block, regardless of the number of users. The solution theoretically becomes a pseudo solution to the impossibility of statelessness, as proven by a16z.
Stateless solutions are where instead of nodes or validators holding the data, users manage their own data. While the idea of users managing their own data may sound complicated, most of it would be automated along with encrypted backups.
Plasma, a once-prominent Ethereum layer-2 scaling solution conceptualized by Vitalik Buterin and Joseph Poon in 2017, was intended to help bring Visa-level transaction volumes to Ethereum. Plasma networks allow all data and computation, except for deposits, withdrawals and Merkle roots, to be kept off-chain. This opens the door to very large scalability gains that are not bottlenecked by on-chain data availability.
However, Plasma had significant issues with user experience and online requirements such as:
Users had to wait an entire challenge period before withdrawing
Users had to monitor transactions on the Plasma chain
For these reasons, Plasma had been superseded by Rollups. The newly launched Plasma Next is a hybrid between Plasma and Rollups, combining the strengths of both to enhance security and scalability. It incorporates sophisticated zero-knowledge proofs (ZKPs) to ensure transactions are processed with unparalleled privacy and security.
Plasma Next represents a groundbreaking evolution, promising to redefine blockchain scalability and privacy for the digital age. By addressing the need for constant online presence—a significant barrier to user adoption—Plasma Next marks a significant leap forward. It enables constant state growth per block without requiring individual liquidity preparations, thereby enhancing on-chain privacy and simplifying blockchain transactions.
About INTMAX
INTMAX is the Stateless Ethereum Layer built for mass adoption. It is an innovative Layer 2 zkRollup that uses stateless architecture to offer a highly efficient, secure, and scalable solution for blockchain applications. INTMAX provides a ready-to-use solution to empower any applications and services with instant, the most secure, and near-zero cost crypto transactions.
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