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      Bitcoin Mining at Home in 2025: A Complete Guide

      Bitcoin mining has evolved into a sophisticated industry, but that doesn’t mean individuals can’t participate from home. In 2025, with the right hardware, software, and strategy, you can still mine BTC profitably—if you know what you're doing.
      This guide covers four realistic ways to mine Bitcoin at home, the equipment you’ll need, costs, and expected returns.
      Key Takeaways
      ✔ Lottery Mining – Fun and cheap, but don’t expect consistent rewards.
      ✔ Solo ASIC Mining – Full control, but requires luck and investment.
      ✔ Pool Mining – The most reliable way for steady payouts.
      ✔ Cloud Mining – Hassle-free, but often less profitable than running your own rig.
      Why Mine Bitcoin in 2025?
      Bitcoin’s adoption continues to grow, with major corporations like Strategy and Metaplanet (a Japanese firm) adding BTC to their balance sheets. Regulatory clarity is improving, especially with MiCA in the EU and a more crypto-friendly stance in the US under a potential Trump administration.
      Most importantly, Bitcoin has surpassed $100,000 in 2025, driven by ETF demand and post-halving scarcity. This makes mining more attractive—if you can do it efficiently.
      Option 1: Lottery Mining – High Risk, Rare Rewards
      Lottery mining is the cheapest way to mine Bitcoin, but it’s more like playing the lottery than a steady income source.
      How It Works:
      Use low-power devices like the Bitaxe HEX (3 TH/s) or GekkoScience R909 (1.5 TH/s).
      Connect to Solo CKPool, where you keep 100% of any block reward.
      Statistically, hitting a block is extremely rare—but it happens.
      Why Do People Do It?
      Supports Bitcoin’s decentralization.
      Great for learning mining mechanics.
      A single block win can be life-changing.
      <foto> *Example of a small USB miner setup.* <foto>
      Best for: Hobbyists who enjoy the challenge, not those seeking profits.
      Option 2: Solo ASIC Mining – High Investment, High Risk
      If you want real mining power, ASICs (Application-Specific Integrated Circuits) are the way to go.
      Best ASICs in 2025:
      Antminer S21 Hydro – ~400 TH/s, energy-efficient.
      Whatsminer M60S – Competitive efficiency, liquid-cooled.
      The Reality of Solo Mining:
      The Bitcoin network’s total hashrate is ~500 EH/s.
      A single ASIC gives you 0.00008% of the network power.
      You’d need 20+ ASICs to have a realistic chance of finding a block yearly.
      Best for: Those with cheap electricity and a high-risk tolerance.
      Option 3: Pool Mining – Steady, Reliable Income
      Most home miners join mining pools for consistent payouts.
      How It Works:
      Choose a pool (e.g., Foundry USA, Antpool, F2Pool).
      Connect your ASIC to their servers.
      Earn rewards based on your contributed hash power.
      Payout Models:
      FPPS (Full Pay Per Share) – Get paid for every share submitted.
      PPLNS (Pay Per Last N Shares) – Higher payouts, but less frequent.
      Best for: Miners who want predictable returns.
      Option 4: Cloud Mining – No Hardware, No Hassle
      Cloud mining lets you rent hash power from companies like NiceHash or BitDeer.
      Pros & Cons:
      ✔ No hardware maintenance.
      ✔ No electricity costs.
      Lower profits (fees eat into earnings).
      Scams are common—stick to reputable providers.
      Best for: Beginners who want to test mining without buying equipment.
      Final Verdict: Which Method is Best?
      Method Cost Risk Profit Potential Best For Lottery Low High Very Low Hobbyists Solo ASIC High High High (if lucky) Risk-takers Pool Mining Medium Medium Steady Most home miners Cloud Mining Medium Medium Low Passive investors Key Considerations Before Mining in 2025:
      Electricity costs – Mining is only profitable if power is cheap.
      Hardware lifespan – ASICs lose efficiency over time.
      Regulations – Check local laws on crypto mining.
      Ready to Start Mining?
      If you’re serious about mining, pool mining with an ASIC is the most balanced approach. For a hands-off option, cloud mining works—but do your research to avoid scams.
      Pro Tip: If mining seems too complex, consider just buying and holding Bitcoin instead.
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      📈 Mastering AI Crypto Bots: How to Set Up, Optimize, and Profit from Automated Trading📈

      A Complete Beginner-to-Pro Guide to AI-Driven Crypto Trading Bots
      Key Insights
          AI-powered bots use machine learning to execute trades faster, smarter, and emotion-free.
          Setup involves choosing the right platform, linking your exchange, defining strategies, and testing.
          Bots can trade 24/7 — perfect for passive income or active day trading.
          They require oversight — not "fire and forget" tools.
          Your goals (DCA, swing trading, HODLing) determine the best bot and approach.
      What Exactly Are AI Crypto Trading Bots?
      AI crypto bots are automated systems designed to buy and sell cryptocurrencies using machine learning models rather than fixed, rule-based logic.
      Unlike traditional bots that follow strict commands, AI bots adapt in real time, analyzing:
          Historical price data
          Real-time market trends
          Social sentiment
          Order book dynamics
      For instance, a bot might hold off on a trade during periods of market indecision or increase position size when it “feels” confident based on prior learning.
      Popular platforms like Freqtrade, Trality, and Stoic by Cindicator allow users to either bring their own AI models or rely on built-in strategies. The core benefit? Zero emotion. Full speed.
      How to Set Up an AI-Powered Crypto Trading Bot
      While platforms make it easy to launch, the key is a smart setup. A poorly configured bot can be more dangerous than no bot at all.
      Here's a step-by-step overview:
          Choose a Suitable Platform
          Some platforms support full AI control (like Freqtrade or Trality), others are great for beginners (like 3Commas, Pionex, or Cryptohopper).
          Securely Connect to Your Exchange via API
              Disable withdrawal rights
              Enable 2FA
              Use IP whitelisting
          Define Your Trading Strategy
              Pick trading pairs
              Set order size
              Configure stop-loss and take-profit rules
              Set cooldowns and max open trades
          Backtest With Historical Data
          Use backtesting to simulate how your strategy performs over time.
          Go Live with Small Capital
              Monitor fill prices, fees, and trade execution
              Enable alerts (Telegram, Slack, email)
              Log all actions for future tweaks
      How to Choose the Right Bot?
      Not all bots are created equal. Your technical experience, risk tolerance, and trading goals will determine the ideal choice.
      Platform    Ideal For    Notes
      Pionex    Beginners    Free, simple DCA/grid strategies
      Stoic    Passive investors    Automated quant strategy
      Trality    Devs    Python scripting + visual builder
      Freqtrade    Tech-savvy users    Fully open-source & customizable
      3Commas    All-around    Smart trading UI, multi-exchange
      Jesse AI    Coders    Custom strategies & deep backtests
      Trality and Freqtrade let you import your own machine learning models, offering maximum flexibility.
      Common Pitfalls to Avoid
      Even the smartest AI won't save you from user mistakes. Here's what to watch out for:
          Over-optimized Backtests: If it only works on old data, it won't hold up live.
          Blindly Trusting Marketplace Bots: Always customize and test first.
          Neglecting Risk Controls: Never skip stop-losses or position sizing.
          Forgetting About Fees & Slippage: Test real execution costs with tools like Jesse or Freqtrade.
          No Monitoring: Set up alerts to catch failures early.
          Using Too Much Leverage: Especially on Bybit or Binance Futures — be cautious!
          Wrong Strategy for the Market: Don’t use breakout bots in ranging markets. Match your strategy to the current trend.
      The Future of AI in Crypto Trading
      AI crypto trading is evolving fast.
          Reinforcement Learning is replacing static rule sets — bots learn and evolve live.
          LLMs (like ChatGPT) are being used to interpret news, tweets, and economic statements — transforming them into actionable trading signals.
          On-Chain AI: Tools like Fetch.ai build autonomous agents that execute DeFi trades and participate in governance without human input.
          Cloud AI Pipelines: Platforms like Google Vertex AI and AWS SageMaker are now part of live-trading systems.
      We're entering a world where bots not only react but reason. From Discord chatter to SEC filings, AI agents will trade on narratives and headlines — not just price charts.
      Final Thoughts
      AI trading bots are not magic money printers, but when used with discipline, they can be powerful allies in the crypto market. Whether you're automating a DCA strategy or deploying neural networks, strategy + safety + supervision = success.
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      IOTA Set to Launch Major Rebased Protocol Upgrade in Two Weeks

      IOTA, the layer-1 blockchain network, is gearing up to implement a significant upgrade known as the Rebased Protocol on May 5, 2025. This upgrade marks a historic shift as the network transitions from the Stardust framework to the innovative IOTA network.
      The development team asserts that the upcoming Rebased Protocol will represent the blockchain's "largest, most intricate, and most crucial upgrade to date." Several key features of the protocol are highlighted, promising immediate benefits upon launch.
      Among the notable enhancements is the Mysticeti consensus protocol, which aims to achieve exceptional scalability and rapid transaction speeds, facilitating a throughput of over 50,000 transactions per second and finality times under 500 milliseconds.
      Another pivotal change is the integration of smart contracts based on the Move programming language directly into the layer-1 network. This advancement will empower developers to create sophisticated, scalable, and secure decentralized applications (dApps). The IOTA network will be the third to implement the Move Virtual Machine (MoveVM), following similar offerings from Sui and Aptos.
      Additionally, the Rebased upgrade will introduce minimal transaction fees through an adaptive fee-burning mechanism. The new IOTA Gas Station feature will enable developers and businesses to cover transaction fees for their users, allowing them to conduct transactions without needing IOTA tokens.
      Furthermore, the network will evolve into a fully decentralized delegated Proof-of-Stake (DPoS) system, starting with 50 permissionless validator slots and expanding to over 150 slots over time. The initial validators for the IOTA Rebased Genesis include a range of organizations such as the IOTA Foundation, IOTA Ecosystem DLT Foundation, and several others.
      This upgrade follows a comprehensive process of governance voting, technical testing, and audits. During a governance vote in December, the IOTA community expressed strong support for the Rebased protocol upgrade proposal, confirming the shift from layer-1 to a Move-based object ledger.
      The migration to the new IOTA Rebased protocol is heralded as a significant milestone in the project’s journey, positioning it for increased adoption and new applications. The upgrade aims to attract institutional investors and even entire countries to its tokenization platforms, trade digitization services, trade finance, and digital identity solutions.
      IOTA also plans to enhance its Web3 ecosystem with advanced applications, including DeFi protocols, on-chain order book exchanges, supply chain solutions, and stablecoins.
      As for market performance, IOTA currently trades at $0.1727, having increased by 1% in the last day and 6% over the week. However, it has seen a decline of 6% over the past month and a significant 29% decrease year-on-year. The cryptocurrency's all-time high stood at $5.25 in December 2017, reflecting a staggering drop of 96.7% since then.
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      🚀 TRON Overtakes Ethereum: A New Leader in Stablecoin Transfers🚀

      In 2025, TRON has quietly but decisively become the dominant force in stablecoin transactions, outpacing Ethereum in both volume and usage. According to recent data from CryptoQuant, TRON now moves an astounding $23 billion in USDT every day—more than double Ethereum’s daily average.
      TRON has emerged as a preferred network for Tether (USDT) due to three simple yet crucial advantages:
          Minimal transaction fees
          Near-instant confirmations
          Global accessibility, especially in developing regions
      These factors have made TRON more than just a blockchain; it has evolved into a global payments backbone, with over 283 million USDT transfers processed so far in 2025 alone.
      USDT Migration: Ethereum Loses Its Crown
      A major shift has occurred in the stablecoin ecosystem. For the first time ever, TRON now hosts the majority of all USDT in circulation—surpassing $75.8 billion in supply, while Ethereum trails behind with a declining share.
      In just the past year, TRON saw a 27% surge in its USDT supply, adding around $16 billion to its total. Ethereum, once the leading stablecoin network, now holds just 49% of the supply, with other blockchains contributing a mere 1.5%.
      This significant realignment shows that users and developers are increasingly choosing TRON for its speed and cost-effectiveness, while Ethereum shifts toward high-value DeFi and institutional use cases.
      TRON's Daily Transfer Volume: A New Benchmark
      Perhaps most striking is the transfer volume. TRON processes over $23.4 billion in daily USDT transactions—more than double Ethereum’s $10.5 billion, which has declined 37% since its peak in late 2024.
      This signals a broader change in how blockchains are used:
      Platform    Daily USDT Transfers    Focus
      TRON    $23.4B    Retail, high-volume payments
      Ethereum    $10.5B (and falling)    DeFi, smart contracts
      Ethereum’s strength in DeFi is undeniable, but for everyday payments, TRON has become the undisputed champion.
      More Than USDT: TRON’s Expanding Ecosystem
      While USDT remains the cornerstone of TRON’s transaction volume, other tokens are gaining traction:
          Wrapped TRX (WTRX): ~2.5 million transfers
          PayNet Coin: ~1.3 million transactions
          USDD: ~427,000 moves
      These figures underscore TRON’s evolution into a comprehensive payment and DeFi ecosystem.
      Unlike Ethereum, which often prioritizes complex smart contracts, TRON is optimizing for speed, simplicity, and scalability—especially for micropayments and cross-border transfers.
      TRON vs. Ethereum: Transaction Gap Widens
      TRON now facilitates around 2.4 million USDT transactions per day, compared to Ethereum’s 284,000. The difference is staggering and reflects TRON’s intentional design as a high-throughput, low-cost network for real-world transactions.
      This transformation isn’t just a technical win—it’s a market strategy, and it’s working.
      Final Thoughts: A New Era in Blockchain Utility
      TRON’s rise isn't accidental. With consistent performance, ultra-low fees, and a laser focus on payments, it has positioned itself as the backbone of retail crypto transactions globally.
      Whether it’s peer-to-peer transfers, remittances, or business payments, TRON is increasingly the network users trust. Ethereum remains a powerful platform for complex applications, but TRON now owns the stablecoin space.
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      Activision Hacked In 2021

      In early 2021, Activision, one of the world's largest video game publishers, experienced a major hack that compromised the personal data of thousands of users. The attack was first reported by Vice's Motherboard, which obtained a copy of the ransom note left by the hackers. The note demanded a ransom payment of $4,000,000 in exchange for the stolen data, which included email addresses, passwords, and other sensitive information.
      The hack was carried out by a group of hackers who called themselves "The Suffering." According to Motherboard, the group gained access to Activision's systems by exploiting a vulnerability in the company's virtual private network (VPN). Once inside, the hackers were able to steal a large amount of data from Activision's servers, including information about the company's upcoming games and user data.
      The Suffering also claimed to have access to the source code for some of Activision's most popular games, including Call of Duty: Modern Warfare and Warzone. While Activision has not confirmed this claim, the company did acknowledge that the hack had occurred and that user data had been compromised.
      In response to the hack, Activision issued a statement saying that it takes the security of its systems and the privacy of its users "very seriously." The company also said that it had taken steps to address the vulnerability that was exploited in the attack and that it was working with law enforcement to investigate the incident.
      Activision also advised its users to change their passwords and enable two-factor authentication on their accounts as a precautionary measure. The company also said that it would provide additional updates on the situation as more information became available.
      The hack of Activision is just the latest in a string of high-profile cyber attacks that have affected companies and organizations around the world. These attacks have highlighted the growing importance of cybersecurity in today's digital age, and the need for companies to take proactive measures to protect their systems and data from potential threats.
      One of the biggest challenges facing companies like Activision is the sheer scale of their operations. With millions of users and a vast network of servers and systems, it can be difficult to identify and address potential vulnerabilities before they can be exploited by hackers.
      To address this challenge, many companies are turning to artificial intelligence and machine learning tools to help them monitor their systems and identify potential threats in real-time. These tools can analyze vast amounts of data and identify patterns that may indicate a potential attack, allowing companies to take action before any damage is done.
      Another key component of effective cybersecurity is employee training and awareness. Many cyber attacks are the result of human error, such as employees falling for phishing scams or using weak passwords. By educating employees about best practices for online security, companies can reduce the risk of these types of incidents and strengthen their overall cybersecurity posture.
      Ultimately, the hack of Activision serves as a reminder of the importance of cybersecurity in today's digital world. As the frequency and complexity of cyber attacks continue to grow, companies must remain vigilant and take proactive measures to protect their systems and data from potential threats.
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      League Of Legends Source Code Has Leaked

      In 2021, Riot Games, the developer of the popular online multiplayer game League of Legends (LoL), was hit by a major data breach that resulted in the leak of sensitive information belonging to millions of users. The breach, which was reportedly carried out by a hacking group known as ShinyHunters, underscores the ongoing threat of cyber attacks and the importance of protecting user data.
      The incident occurred on July 14, 2021, and involved the theft of a vast amount of data from Riot Games' databases. The stolen data included usernames, email addresses, salted password hashes, dates of birth, and some unencrypted security questions and answers. In addition, the hackers were able to gain access to other sensitive information, including government-issued IDs and social security numbers of some users.
      The hackers responsible for the breach claimed to have gained access to the Riot Games servers through a vulnerability in a third-party vendor that was used by the company. Riot Games has since stated that it has taken steps to address the vulnerability and improve its security measures to prevent future breaches.
      The impact of the data breach on LoL users has been significant. Many users have reported receiving phishing emails and attempts at identity theft following the incident. Additionally, some users have reported experiencing financial fraud, with hackers using their stolen information to make unauthorized purchases.
      The incident highlights the importance of strong cybersecurity practices, particularly for companies that store sensitive user data. As the threat of cyber attacks continues to grow, it is essential that companies take proactive measures to protect their data and systems from breaches. This includes implementing multi-factor authentication, regularly testing and patching systems, and investing in effective threat detection and response measures.
      At the same time, users must also take steps to protect their own data and privacy. This includes using strong and unique passwords, enabling two-factor authentication wherever possible, and avoiding the sharing of sensitive information online.
      In conclusion, the League of Legends data breach serves as a reminder of the ongoing threat of cyber attacks and the importance of strong cybersecurity measures. While the incident has had a significant impact on LoL users, it also serves as a wake-up call for companies and individuals to take the necessary steps to protect themselves from cyber threats. By prioritizing cybersecurity and taking proactive measures, we can help prevent future incidents and safeguard our data and privacy.
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      Binance Facing Legal Action by SEC: Implications for the Crypto Market

      Introduction:
      In recent news, the United States Securities and Exchange Commission (SEC) has filed a lawsuit against Binance, one of the world's largest cryptocurrency exchanges. The legal action taken by the SEC carries significant implications for both Binance and the broader crypto market. This article aims to shed light on the details of the case and explore the potential consequences for the exchange and the cryptocurrency industry as a whole.
      Background:
      Binance, founded in 2017, quickly rose to prominence as a global leader in the cryptocurrency exchange space. With its wide array of trading options and extensive coin offerings, the platform has attracted millions of users worldwide. However, its rapid growth and expanding services have also drawn increased regulatory scrutiny.
      The SEC Lawsuit:
      The SEC alleges that Binance has violated securities laws by offering and selling digital asset securities to U.S. investors without proper registration. The complaint suggests that Binance allowed users to trade securities that qualify as securities under U.S. law, yet failed to meet the necessary regulatory requirements. The SEC claims that Binance's actions have caused substantial harm to U.S. investors, thereby necessitating legal action to protect their interests.
      Potential Consequences:
          Regulatory Impact: The SEC's lawsuit against Binance sends a strong message to other cryptocurrency exchanges operating in the U.S. market. It highlights the regulatory agency's intent to enforce securities laws in the crypto sphere. As a result, exchanges may face increased scrutiny and stricter compliance requirements.
          Investor Confidence: The legal action raises concerns about the level of investor protection within the crypto market. While regulatory oversight is crucial for safeguarding investors, the lawsuit against Binance could dent confidence in the industry as a whole. Investors may become more cautious, potentially affecting trading volumes and market sentiment.
          Market Volatility: Binance's legal battle with the SEC has the potential to introduce increased volatility into the crypto market. Uncertainty surrounding the outcome of the lawsuit and its implications for Binance's operations could result in short-term price fluctuations and heightened market turbulence.
          Industry Regulation: The lawsuit highlights the need for clearer regulations surrounding cryptocurrencies and exchanges. It may prompt policymakers to expedite the development of comprehensive regulatory frameworks to address the challenges posed by digital assets. Such regulations could provide greater clarity for market participants, potentially fostering long-term stability and investor confidence.
      Conclusion:
      Binance's legal battle with the SEC marks a significant development in the regulation of the cryptocurrency industry. The outcome of the lawsuit will likely have far-reaching implications for Binance and other exchanges, as well as the broader crypto market. As regulators worldwide grapple with the evolving nature of digital assets, it is crucial to strike a balance between investor protection and fostering innovation. The outcome of this case will serve as a pivotal moment in shaping the future of the cryptocurrency landscape.
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      DDOS Informations

      DDoS (Distributed Denial of Service) attacks have become an increasingly common and serious problem for online businesses and organizations. Such attacks can bring down websites, online services, and other critical infrastructure, causing significant damage to reputation, financial loss, and potentially putting sensitive data at risk. To prevent such attacks, there are many anti-DDoS technologies and services available on the market. In this article, we will explore some of the best anti-DDoS technologies that can help mitigate these attacks and keep your online services running smoothly.
      Content Delivery Networks (CDNs) Content Delivery Networks (CDNs) are one of the most widely used technologies to prevent DDoS attacks. CDNs work by distributing content across a network of servers in various locations, allowing users to access the content from a server that is geographically closer to them. This approach helps to reduce the risk of DDoS attacks by absorbing the traffic across multiple servers, making it more difficult for attackers to overwhelm a single server or network. Additionally, many CDNs have built-in DDoS protection services that can detect and block DDoS attacks in real-time.
      Web Application Firewalls (WAFs) Web Application Firewalls (WAFs) are another popular anti-DDoS technology that can protect against various types of web-based attacks, including DDoS attacks. A WAF is a security tool that filters and monitors HTTP traffic between a web application and the Internet. WAFs can help protect against common DDoS attacks such as SYN floods and HTTP floods, as well as more complex application-layer attacks, by analyzing traffic and blocking malicious requests.
      Anycast Anycast is a network addressing and routing method that can be used to mitigate DDoS attacks by distributing traffic across multiple servers in different locations. Anycast works by routing traffic to the server that is geographically closest to the user, reducing the response time and providing a more reliable and efficient service. Anycast can also help to prevent DDoS attacks by absorbing traffic across multiple servers, making it more difficult for attackers to target a specific server or network.
      Anti-DDoS Services Many service providers offer anti-DDoS services that can help protect online services against DDoS attacks. These services typically use a combination of DDoS detection and mitigation technologies to protect against attacks in real-time. Some of the most popular anti-DDoS services include Akamai, Cloudflare, and Incapsula. These services provide a variety of features, including network and application-layer DDoS protection, web application firewalls, and content delivery networks.
      Traffic Shaping and Rate Limiting Traffic shaping and rate limiting are two other technologies that can be used to prevent DDoS attacks. These methods involve controlling the flow of traffic to a network or server by limiting the number of connections or requests that can be made within a specified time frame. This can help to prevent DDoS attacks by limiting the amount of traffic that can be directed at a server or network.
      In conclusion, there are many anti-DDoS technologies and services available that can help mitigate the risk of DDoS attacks. By combining several of these technologies, such as CDNs, WAFs, Anycast, anti-DDoS services, and traffic shaping, businesses and organizations can create a comprehensive and effective DDoS protection strategy to keep their online services running smoothly and securely.
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      Twitter Customer Database Hacked

      On the evening of July 14th, 2020, Twitter users around the world were shocked to learn that the company had experienced a major security breach. According to reports, hackers had managed to gain access to the company's internal systems and had stolen a large amount of data, including user information and confidential data about the company itself. In this article, we will explore what happened in the Twitter database theft, its impact, and what can be done to prevent similar incidents in the future.
      The first indication that something was amiss came in the form of a tweet from the official Twitter account of the company. The tweet stated that the company was aware of a "security incident" and was investigating the matter. In subsequent tweets, the company acknowledged that a number of high-profile accounts had been compromised and that the hackers had used the accounts to post scam messages, soliciting bitcoin donations.
      As the details of the breach began to emerge, it became clear that this was no ordinary hack. According to Twitter, the hackers had used a sophisticated attack that targeted a small number of employees with access to internal systems and tools. Once inside the system, the hackers were able to access a wide range of data, including usernames, email addresses, phone numbers, and more. In some cases, they were even able to access the direct messages of high-profile accounts.
      The impact of the Twitter database theft was far-reaching. Not only were individual users affected by the loss of their personal information, but the hack also had implications for the security of the platform as a whole. The fact that the hackers were able to gain access to internal systems raised questions about the effectiveness of Twitter's security protocols and the measures that the company had in place to protect user data.
      In response to the hack, Twitter took swift action to address the issue. The company temporarily disabled the ability to tweet from verified accounts and required all users to reset their passwords. In addition, the company launched an investigation into the incident and worked with law enforcement agencies to identify and apprehend the individuals responsible.
      So, what can be done to prevent similar incidents in the future? One key step is to ensure that internal systems and tools are properly secured. This includes ensuring that access to sensitive systems is limited to a small number of trusted employees and that those employees are regularly trained on security best practices. In addition, companies should consider implementing multi-factor authentication for all users, which requires users to provide more than one form of identification before gaining access to sensitive data or systems.
      Another important step is to regularly review and update security protocols. Companies should regularly test their security systems and procedures to ensure that they are effective in preventing and detecting breaches. This may involve conducting regular vulnerability assessments, penetration testing, and other security tests to identify and address potential weaknesses in the system.
      Finally, it is important to educate users about the importance of good security practices. This includes encouraging users to use strong, unique passwords for all accounts, to enable multi-factor authentication wherever possible, and to be wary of phishing emails and other types of scams. Companies can also provide users with resources and tools to help them better understand security risks and how to protect themselves online.
      In conclusion, the Twitter database theft was a wake-up call for companies around the world about the importance of good security practices. While no system is completely foolproof, there are steps that can be taken to minimize the risk of breaches and protect user data. By implementing strong security protocols, regularly reviewing and updating security systems, and educating users about good security practices, companies can help to prevent similar incidents in the future and protect the privacy and security of their users.
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      Largest ddos attack in world history

      Distributed denial of service (DDoS) attacks have been a common method used by cybercriminals to disrupt online services by overwhelming servers with an enormous amount of traffic. These attacks have become increasingly sophisticated over time, resulting in the largest DDoS attacks that have been launched in recent years.
      In this article, we will take a look at the biggest DDoS attack in the world to date and examine the impact it had on the targeted website and the internet as a whole.
      The Attack
      The largest DDoS attack on record was launched against GitHub, a popular code hosting platform used by developers around the world, in February 2018. The attack peaked at 1.35 terabits per second (Tbps) and lasted for more than 20 minutes.
      The attack was initially detected by GitHub's automated systems, which alerted the company's security team. The team immediately began working to mitigate the attack, but it was so massive that it overwhelmed their defenses.
      The attackers used a technique called Memcached amplification, which involves exploiting misconfigured Memcached servers to amplify traffic and direct it towards the target. Memcached is a distributed memory caching system used to speed up websites and web applications. When misconfigured, it can be used to launch powerful DDoS attacks.
      The attackers were able to launch such a massive attack by using a botnet, which is a network of compromised computers that are controlled by a single entity. The botnet used in the attack was composed of tens of thousands of devices, including internet-connected cameras, routers, and other IoT devices.
      The Impact
      The GitHub DDoS attack was one of the largest and most powerful ever launched, and it had a significant impact on the internet as a whole. The attack caused disruptions for GitHub users around the world, as the website was inaccessible during the attack.
      The attack also caused widespread concern in the cybersecurity community, as it demonstrated the potential for massive DDoS attacks that could be used to take down critical internet infrastructure. The attack on GitHub highlighted the need for improved security measures and prompted many companies to review their own DDoS defenses.
      The Response
      GitHub responded to the attack by working with its infrastructure providers to identify and block the attack traffic. The company also worked to improve its DDoS defenses, implementing new measures to detect and mitigate DDoS attacks.
      The attack also prompted a broader response from the cybersecurity community, with many experts calling for increased collaboration and information sharing to combat the growing threat of DDoS attacks. The attack on GitHub highlighted the need for a more proactive approach to cybersecurity, with companies and individuals taking steps to protect themselves before an attack occurs.
      Conclusion
      The GitHub DDoS attack was the largest and most powerful ever launched, demonstrating the potential for cybercriminals to disrupt critical internet infrastructure using massive DDoS attacks. The attack had a significant impact on the internet and prompted a broad response from the cybersecurity community.
      While DDoS attacks are nothing new, the GitHub attack highlighted the need for improved security measures and a more proactive approach to cybersecurity. As technology continues to advance, it is likely that we will see more sophisticated and powerful DDoS attacks in the future. Companies and individuals must take steps to protect themselves and their infrastructure to mitigate the impact of these attacks.
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      Best Companies To Help Secure DDOS Attacks Recommended By Techrooms.eu

      Distributed Denial of Service (DDoS) attacks have become a major concern for businesses of all sizes. These attacks can cause significant damage to a company's reputation, revenue, and online presence. As such, it's important to have a reliable anti-DDoS solution in place. In this article, we'll discuss some of the best anti-DDoS companies hosting that can help protect your business from these attacks.
      Cloudflare Cloudflare is one of the most popular anti-DDoS companies hosting on the market. It offers a suite of security services that includes DDoS protection, web application firewall (WAF), and content delivery network (CDN) services. Cloudflare's DDoS protection service uses a network of data centers around the world to filter incoming traffic and identify and block malicious requests. This ensures that your website remains accessible to legitimate users while keeping attackers at bay.
      In addition to DDoS protection, Cloudflare's WAF can also help protect your website from other types of attacks, including SQL injection, cross-site scripting (XSS), and more. The CDN service, on the other hand, helps improve website performance by caching content and serving it from the data center that is closest to the user.
      Akamai Akamai is another well-known anti-DDoS company hosting that offers a range of security services. Its DDoS protection service uses a combination of network-based and application-layer defenses to protect against attacks of all sizes and types. Akamai's network is one of the largest in the world, with over 300,000 servers located in more than 130 countries.
      In addition to DDoS protection, Akamai also offers other security services such as WAF, bot management, and security analytics. Its WAF can help protect against common web application attacks such as SQL injection, XSS, and more, while its bot management service can help detect and block automated attacks.
      Incapsula Incapsula is a cloud-based security company that specializes in DDoS protection and WAF services. Its DDoS protection service uses a combination of machine learning algorithms and human expertise to detect and block attacks in real-time. The service can handle both volumetric and application-layer attacks, ensuring that your website remains online and accessible to legitimate users.
      Incapsula's WAF service can also help protect your website from other types of attacks such as XSS, SQL injection, and more. The company also offers a range of other security services such as bot protection, API security, and security analytics.
      Radware Radware is a cybersecurity company that offers a range of security solutions, including anti-DDoS services. Its DDoS protection service uses a combination of on-premise and cloud-based defenses to protect against attacks of all sizes and types. Radware's DDoS protection can also be integrated with its WAF and bot management services for a comprehensive security solution.
      Radware's WAF can help protect against common web application attacks such as XSS, SQL injection, and more, while its bot management service can help detect and block automated attacks. The company also offers a range of other security services such as SSL protection, DNS protection, and more.
      Fortinet Fortinet is a cybersecurity company that offers a range of security services, including anti-DDoS solutions. Its DDoS protection service uses a combination of network-based and application-layer defenses to protect against attacks of all sizes and types. Fortinet's DDoS protection can also be integrated with its WAF and bot management services for a comprehensive security solution.
      Fortinet's WAF can help protect against common web application attacks such as XSS, SQL injection, and more, while its bot management service can help detect and block automated attacks. The company also
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      BitTorrent Seedbox Criminal Conviction

      BitTorrent seedboxes have long been a popular tool for users looking to download and share large files quickly and easily. However, the use of these seedboxes for piracy has long been a contentious issue, with many seedbox providers facing legal challenges over the years. In a recent case, a BitTorrent seedbox provider was handed a criminal conviction over users' piracy, highlighting the challenges facing seedbox providers and the need for greater accountability in the industry.
      The case involved a French seedbox provider, which was found guilty of "complicity in the infringement of copyright" by a French court. The court ruled that the provider had knowingly provided a service that enabled users to share copyrighted material, including movies, TV shows, and music, without permission from the copyright holders.
      The seedbox provider was ordered to pay a fine of €3,000 and was also ordered to cease all activities related to the provision of seedboxes for a period of six months. The ruling was seen as a significant victory for copyright holders, who have long struggled to hold seedbox providers accountable for the actions of their users.
      Seedboxes work by allowing users to download and upload files using the BitTorrent protocol. The files are stored on a remote server, rather than the user's own computer, which allows for faster download speeds and greater privacy. However, the use of seedboxes for piracy has been a long-standing issue, with many providers turning a blind eye to the activities of their users.
      The conviction of the French seedbox provider highlights the need for greater accountability in the seedbox industry. While many providers have policies in place to prevent piracy, these policies are often difficult to enforce, and some providers may turn a blind eye to the activities of their users in order to maintain their customer base.
      The conviction also raises questions about the legality of seedboxes as a whole. While seedboxes are not inherently illegal, their use for piracy is a clear violation of copyright law. As such, providers must take greater responsibility for the actions of their users and work to prevent piracy on their platforms.
      However, the conviction of the French seedbox provider also raises concerns about the potential for overzealous enforcement of copyright law. While piracy is certainly a serious issue, it is important that the rights of seedbox providers and their users are also respected. The conviction of a seedbox provider for the actions of its users could set a dangerous precedent, potentially leading to greater censorship and regulation of the internet.
      In conclusion, the conviction of a French seedbox provider over users' piracy highlights the challenges facing seedbox providers and the need for greater accountability in the industry. While seedboxes are a valuable tool for many users, they must be used responsibly and in accordance with copyright law. Providers must take greater responsibility for the actions of their users and work to prevent piracy on their platforms, while also ensuring that the rights of their users are respected. As the internet continues to evolve, it is important that we find a balance between protecting intellectual property rights and preserving the open and free nature of the internet.
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      Zippyshare Will Be Close After 17 Years

      Zippyshare was a popular file hosting service that gained immense popularity for its fast and easy-to-use platform. However, the website was shut down in 2020 due to legal issues, leaving many users stranded without access to their files. In this article, we will take a deep dive into the closed Zippyshare project, exploring the reasons behind its shutdown, and the impact it has had on its users.
      Zippyshare was launched in 2006 and quickly became one of the most popular file hosting services on the internet. The platform was free to use, and users could upload and share files with ease. Zippyshare's popularity was fueled by its fast download speeds, which made it a favorite among users who needed to share large files quickly.
      However, despite its popularity, Zippyshare faced numerous legal challenges over the years. The platform was frequently used to share copyrighted material, including movies, music, and software. This led to legal action against the website, with several record labels and movie studios filing lawsuits against Zippyshare for copyright infringement.
      In response to these legal challenges, Zippyshare implemented various measures to prevent the sharing of copyrighted material. However, these measures were not enough to satisfy the copyright holders, and in 2020, the website was shut down.
      The shutdown of Zippyshare has had a significant impact on its users. Many users relied on the platform to share files with friends, family, and colleagues, and the sudden closure of the website left them without access to their files. Some users lost important documents, photos, and other files, which they had stored on the platform.
      The shutdown of Zippyshare has also had an impact on the wider file hosting industry. The closure of such a popular and well-established platform has raised concerns among users about the stability and longevity of other file hosting services. Many users have turned to alternative platforms, such as Google Drive and Dropbox, but these platforms have their own limitations, such as storage limits and slower download speeds.
      In conclusion, the closure of Zippyshare was a significant blow to the file hosting industry and its users. While the platform faced numerous legal challenges over the years, its sudden shutdown has left many users stranded without access to their files. The closure of Zippyshare highlights the challenges facing file hosting services, particularly those that allow the sharing of copyrighted material. As users continue to rely on these platforms for sharing and storing files, it is essential that they are properly regulated to prevent copyright infringement and ensure the long-term viability of the industry.
       
      Furthermore, the closure of Zippyshare has also highlighted the importance of backing up important files. Many users may have lost important documents, photos, and other files because they did not have a backup. It is crucial to regularly back up files to a secure location, such as an external hard drive or cloud storage platform, to ensure that they are not lost in the event of a platform shutdown or other unforeseen circumstances.
      Another lesson that can be learned from the closure of Zippyshare is the importance of respecting intellectual property rights. While it may be tempting to share copyrighted material, it is important to understand that doing so is illegal and can have serious consequences. By respecting intellectual property rights, we can help ensure that creative works are properly protected and that artists and creators are fairly compensated for their work.
      Overall, the closure of Zippyshare has had a significant impact on the file hosting industry and its users. While the platform may have had its flaws, it provided a valuable service to millions of users around the world. The lessons that can be learned from the closure of Zippyshare are many, including the importance of backing up important files, respecting intellectual property rights, and properly regulating file hosting services to prevent copyright infringement.
      As we move forward, it is essential that we continue to support and promote innovative and sustainable file hosting services that provide value to users while respecting the rights of artists and creators. The closure of Zippyshare has reminded us of the challenges facing the industry and the need for continued innovation and responsible practices to ensure its long-term viability.
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      A Few Words Regarding The Tor Project

      The Tor Project is an open-source project dedicated to providing online anonymity and privacy to users across the globe. The project's software, Tor, has been around for over two decades and is known for its strong security features.
      One of the main reasons why Tor is so secure is because it uses a technique called onion routing. Onion routing is a process by which a user's internet traffic is encrypted and then sent through multiple nodes (also known as relays) before reaching its final destination. Each node in the Tor network only knows the previous and next nodes in the chain, making it difficult for anyone to trace the traffic back to the user.
      However, the security of Tor extends beyond onion routing. Here are some of the ways in which Tor provides strong security:
      Encryption: Tor uses encryption to protect the privacy of user data as it travels through the network. When a user sends a message, Tor encrypts it multiple times, each time adding a layer of encryption (hence the term "onion routing"). This makes it incredibly difficult for anyone to intercept and decipher the message.
      Anonymous relays: The Tor network is made up of thousands of volunteer-operated relays located around the world. These relays are anonymous and do not know the identity of the user whose traffic they are forwarding. This anonymity makes it difficult for anyone to pinpoint the location or identity of the user.
      Hidden services: Tor also allows users to create hidden services, which are websites and services that can only be accessed through the Tor network. These services are hosted on anonymous servers and are often used by journalists, whistleblowers, and activists to share sensitive information without fear of retaliation.
      No logging: Tor does not keep logs of user activity, making it difficult for anyone to track a user's online behavior. This is important because many internet service providers and governments keep logs of user activity, which can be used to monitor and track users.
      Constant updates: The Tor Project is constantly updating the software to address security vulnerabilities and improve the user experience. The project has a large community of developers and volunteers who work tirelessly to ensure that Tor remains secure and up-to-date.
      Despite its strong security features, it is important to note that Tor is not foolproof. There have been instances where law enforcement agencies have been able to de-anonymize users on the Tor network. However, these instances are rare and typically require significant resources and expertise.
      In addition, Tor has been criticized for being used by criminals to carry out illegal activities. While it is true that some criminals have used Tor to carry out illicit activities, the vast majority of Tor users are law-abiding citizens who value their privacy and security.
      In conclusion, the Tor Project provides strong security features that make it a popular choice for users who value their privacy and anonymity. Its use of onion routing, anonymous relays, hidden services, and encryption make it incredibly difficult for anyone to intercept and decipher user traffic. While Tor is not foolproof, its strong security features and constant updates make it one of the most secure options available for online privacy and anonymity.
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      SEC Lawsuit Against Coinbase: A Crucial Test for the Crypto Industry's Regulatory

      Introduction:
      Coinbase, one of the leading cryptocurrency exchanges globally, is currently facing a significant legal challenge in the form of a lawsuit filed by the United States Securities and Exchange Commission (SEC). This lawsuit carries significant implications not only for Coinbase but also for the wider cryptocurrency industry. This article aims to delve into the details of the case and explore the potential ramifications for both Coinbase and the evolving regulatory landscape surrounding cryptocurrencies.
      Background:
      Founded in 2012, Coinbase has emerged as a prominent player in the cryptocurrency market, offering a user-friendly platform for buying, selling, and storing digital assets. With millions of users and billions of dollars in trading volume, Coinbase has played a pivotal role in facilitating the mainstream adoption of cryptocurrencies. However, as the industry continues to evolve, regulatory scrutiny has intensified, leading to the SEC's lawsuit against Coinbase.
      The SEC Allegations:
      The SEC accuses Coinbase of engaging in unregistered securities offerings and operating a lending program, which the regulatory agency considers to be securities. The lawsuit claims that Coinbase's lending product, known as "Lend," violates securities laws by offering interest-bearing accounts without registering them as securities with the SEC. The SEC argues that these actions by Coinbase constitute an unlawful sale of securities and undermine investor protection measures.
      Potential Implications:
          Regulatory Clarity: The lawsuit against Coinbase underscores the need for greater regulatory clarity in the cryptocurrency space. The outcome of this case could potentially set a precedent for how cryptocurrencies and related services are regulated in the future. It may prompt regulators to establish clear guidelines on offerings, lending programs, and other crypto-related activities, providing greater certainty for market participants.
          Investor Protection: The SEC's legal action against Coinbase seeks to protect investors from potential risks associated with unregistered securities offerings. By enforcing regulations, the SEC aims to ensure that investors receive adequate information and protection when engaging with digital assets. The outcome of this case could influence how investors perceive the safety and credibility of the cryptocurrency market.
          Market Volatility: The ongoing lawsuit introduces an element of uncertainty that could contribute to increased market volatility. News of regulatory action against a prominent exchange like Coinbase may cause short-term fluctuations in cryptocurrency prices. However, if the outcome of the case clarifies the regulatory framework, it could potentially lead to increased stability and investor confidence in the long run.
          Industry Adaptation: The SEC's legal challenge serves as a reminder that the cryptocurrency industry must adapt to evolving regulatory requirements. Exchanges like Coinbase may need to revise their business models and operations to ensure compliance with securities laws. This could lead to enhanced transparency, due diligence, and investor protection measures across the industry.
      Conclusion:
      The SEC lawsuit against Coinbase represents a crucial moment for the cryptocurrency industry's regulatory framework. The outcome will undoubtedly shape the future of cryptocurrency exchanges and their compliance obligations. As regulators aim to strike a balance between fostering innovation and safeguarding investors, it is essential to establish clear guidelines that promote the responsible growth of the crypto market. The resolution of this case will provide insights into how regulators and industry participants can work together to build a more robust and trusted ecosystem for digital assets.
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      The XRP cryptocurrency experiences a substantial surge in value following a major legal triumph for Ripple in its legal battle against the U.S. Securities and Exchange Commission (SEC)

      Ripple's XRP cryptocurrency experienced a significant surge in value on Thursday following a ruling by a judge in the Southern District of New York stating that it may not be classified as a security by default.
      According to Coin Metrics, the price of XRP increased by 71% to around 80 cents per coin. This news brought optimism to cryptocurrency investors, as it suggested that other alternative coins (altcoins) may also not be considered securities. As a result, Polygon's Matic token saw a gain of 17.82%, while Litecoin and Solana experienced a jump of 18.35% and Cardano's token advanced by 20.31%. Bitcoin and Ether also received a boost, with their values rising by over 4% and 6% respectively.
      Chris Martin, Head of Research at Amberdata, expressed his enthusiasm for the industry, stating, "The judgments today are a huge step forward for the industry. By ruling that XRP is not a security, we are gaining clarity on the distinction between securities and commodities. This will require the SEC to reconsider their approach in several ongoing cases, and I anticipate that this ruling will also impact the classification of other tokens as non-securities."
      Coinbase, which had previously delisted XRP from its trading platform, announced on Twitter that it would once again allow trading of the asset. Gemini also stated that it is exploring the possibility of listing XRP for both spot and derivatives trading.
      Martin further emphasized the implications of the judgment on institutional sales of XRP by Ripple, stating, "This ruling also has significant implications for the industry, potentially putting several initial coin offerings (ICOs) in the spotlight. As for exchanges involved in ongoing SEC cases, it remains unclear how this ruling will affect them, as they have mostly been engaged in secondary sales. Nevertheless, as we can see from today's market prices, there is a strong bullish sentiment following these judgments."
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      DNS Hijacking Strikes Again: How Curve Finance Users Were Targeted

      On May 12, 2025, at 20:55 UTC, hackers successfully hijacked the DNS (Domain Name System) of Curve Finance, redirecting users to a malicious website designed to steal their crypto assets. This marked the second attack on Curve’s infrastructure in just one week, raising serious concerns about DeFi security vulnerabilities.
      How the Attack Unfolded
      Attack Method: Hackers compromised the ".fi" domain registrar, altering DNS records to redirect traffic.
      User Impact: Visitors were sent to a fake Curve Finance website that prompted them to sign malicious transactions.
      Key Detail: The smart contracts remained secure—only the front-end interface was affected.
      What is DNS Hijacking?
      The Domain Name System (DNS) acts like the internet’s phonebook, translating human-readable domains (e.g., curve.fi) into machine-readable IP addresses. When attackers hijack DNS:
      ✔ They redirect users to fake sites without their knowledge.
      ✔ They steal login credentials, wallet approvals, and funds.
      ✔ The attack leaves no on-chain traces until it’s too late.
      Common DNS Hijacking Techniques
      Type Description Local DNS Hijack Malware alters DNS settings on a victim’s device. Router Hijack Hackers change DNS settings on a Wi-Fi router. Registrar-Level Hijack Attackers compromise the domain registrar (as in Curve’s case). Man-in-the-Middle (MITM) Intercepts and modifies DNS queries in transit. Curve Finance’s Response
      Immediate Mitigation
      Redirected curve.fi to neutral nameservers, taking the site offline.
      Launched a temporary secure front-end at curve.finance.
      User Protection Measures
      Alerted users via official channels (Twitter, Discord).
      Requested a takedown of the compromised domain.
      Long-Term Security Upgrades
      Evaluating decentralized alternatives (ENS, IPFS).
      Strengthening registrar security (MFA, domain locking).
      <foto> *(Image: Comparison of legitimate vs. fake Curve Finance site)* <foto>
      How Crypto Projects Can Prevent DNS Hijacking
      Adopt Decentralized Web Solutions
      Use Ethereum Name Service (ENS) instead of traditional DNS.
      Host front-ends on IPFS or Arweave for censorship resistance.
      Enhance Registrar Security
      Enable DNSSEC (DNS Security Extensions).
      Require multi-factor authentication (MFA) for domain management.
      Educate Users
      Encourage bookmarking official URLs.
      Warn against unverified transaction prompts.
      Why This Matters for DeFi
      Centralized Weak Points: Even decentralized protocols rely on centralized DNS, creating vulnerabilities.
      Growing Threat: DNS hijacks are increasingly common in crypto (see 2023 Curve attack).
      User Protection Needed: Projects must balance decentralization with security.
       
       
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      Mickey Mouse Is No Longer Owned By Disney. NFT Issuers Are Taking Advantage Of This

      The early version of Mickey Mouse is no longer under Disney's legal ownership. As a result, it has been transferred to the blockchain in the form of an NFT.
      On January 1st, the version of the world's most famous mouse featured in the 1928 short film "Steamboat Willie" became publicly available. This is due to the expiration of copyright laws, which in the United States allow for copyright to be owned for only 95 years. Mickey Mouse (at least in its original form) is now free!
      This expiration of copyright presents an opportunity for NFT issuers. Three NFT collections related to Mickey have appeared on the market and currently occupy the top three spots on OpenSea's 24-hour trending list. The "Steamboat Willie Public Domain 2024" NFT collection took first place after achieving a volume of trading worth approximately $1.2 million USD. The second place belongs to the series titled "Steamboat Willie," and third place belongs to "Steamboat Willie's Riverboat."
      The "Steamboat Willie Public Domain 2024" collection also landed in sixth place on OpenSea's 24-hour bestsellers list, joining the Bored Ape Yacht Club (BAYC) and Pudgy Penguins. The "Steamboat Willie" series landed in eighth place on the same list.
      However, it's worth noting that Disney is not completely giving up. In a statement prepared for CNN, a spokesperson for the entertainment giant stated that the company plans to "continue to protect" its rights to Mickey Mouse, but only to its modern versions. "We'll work to protect consumers from confusion caused by unauthorized use of Mickey and our other iconic characters," they added.
      In fact, it's important to emphasize that the company only lacks rights to the early version of the cartoon mouse. This does not apply to later incarnations. Use without Disney's permission, for example, of versions from the 90s, is still illegal. It's worth keeping in mind as NFTs related to modern Mickey could also appear on the market.
       
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      📈Tether Launches USDT On Lightning Network, While Elon Musk’s Father Dives Into Memecoins!🔥

      The cryptocurrency world never sleeps, and the last day of January 2025 is no exception. Tether has announced the integration of its stablecoin, USDT, into the Bitcoin Lightning Network. Meanwhile, Elon Musk’s father, Errol Musk, has decided to enter the memecoin market. Let’s dive into the details!
      How Are Major Cryptocurrencies Performing?
      January 2025 has been a month of significant developments in the crypto space, and it’s ending on a relatively stable note. Here’s a quick look at the performance of some of the top cryptocurrencies:
      Bitcoin (BTC): Down by 1.41%, trading at 104,475,withadailyrangebetween104,475,withadailyrangebetween103,907 and $106,351.
      Ethereum (ETH): Up by 2.35%, reaching 3,350.51,withadailylowof3,350.51,withadailylowof3,215.60 and a high of $3,365.72.
      Solana (SOL): Down by 2.15%, priced at 236.84,withadailyrangeof236.84,withadailyrangeof234.53 to $244.07.
      XRP: Holding steady at 3.08,downby1.283.08,downby1.283.06 to $3.15.
      As we head into February, the big question is whether this is the start of altcoin season. Stay tuned!
      Tether Integrates USDT with Bitcoin Lightning Network
      In a groundbreaking move, Lightning Labs, the company behind the Bitcoin Lightning Network, has enabled Tether’s USDT to operate on Bitcoin’s ecosystem using the Taproot Assets protocol. This integration will allow for instant and low-cost USDT transactions, leveraging the Lightning Network’s infrastructure.
      Tether, which processed a staggering $10 trillion in transactions in 2024, is already a major player in global digital payments. This new development could further boost the adoption of stablecoins among Bitcoin users, making cross-border payments faster and more affordable.
      Ross Ulbricht Loses $12 Million Due to a DEX Error
      In a surprising turn of events, wallets linked to Ross Ulbricht, the recently pardoned founder of Silk Road, lost $12 million due to a pricing error involving the memecoin ROSS on the decentralized exchange Raydium. An MEV bot quickly exploited the mistake, purchasing a large amount of tokens at a discounted price and selling them for a profit. This caused the value of ROSS to plummet by 90%.
      Ulbricht, who was attempting to add liquidity incorrectly, ended up losing 40% of the token’s supply. Despite this setback, his wallets still hold 10% of the total ROSS supply, valued at approximately $200,000.
      Elon Musk’s Father Aims to Raise $200 Million with Memecoin MUSKIT
      Errol Musk, Elon Musk’s father, is making headlines with his ambitious plan to raise $200 million for the Musk Institute through the sale of a memecoin called Musk It (MUSKIT). The token was quietly launched in December 2024 by a Middle Eastern company but failed to gain significant traction, losing over 50% of its value.
      Experts argue that without direct support from Elon Musk, the project has limited chances of success, especially when compared to memecoins associated with Donald Trump, which have captured significant market attention. Interestingly, the MUSKIT token has recently seen a sharp price surge, sparking renewed interest.
       
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      Rising Threat: The ‘Drainer-as-a-Service’ Model in Crypto Hacking

      Cybercriminals have recently advanced their tactics by offering "drainer-as-a-service" (DaaS), enabling the rental of crypto-stealing malware for as little as $100. This shift marks a significant change in how digital theft is conducted, making it increasingly accessible to those with only basic knowledge of cybercrime techniques.
      According to a report released by the crypto forensics company AMLBot on April 22, the landscape for crypto hackers has transformed dramatically. Slava Demchuk, the CEO of AMLBot, elaborated that the skills once necessary for conducting such operations are now within reach for anyone familiar with fundamental cyber principles.
      Online Communities Transforming Novices into Hackers
      Online forums serve as breeding grounds for aspiring scammers, where seasoned criminals share their expertise. Novices in phishing can easily transition into crypto drainers, thanks to various tutorials available within these communities.
      Some DaaS collectives exhibit such confidence in their activities that they openly advertise their services, even establishing booths at industry conferences. Demchuk pointed to examples like CryptoGrab, highlighting that in specific regions, particularly Russia, such activities face minimal legal repercussions. Hacking incidents that do not target local or post-Soviet victims often go unpunished.
      The cybersecurity community has long recognized the protective measures in place in these areas. Previous reports have indicated that many types of malware, such as ransomware and information stealers like Typhon Reborn v2, are designed to shut down if they identify system settings from Russia or nearby territories.
      The Growth of DaaS and Phishing Networks
      DaaS operations flourish within phishing networks, which are widespread across clearnet forums, darknet platforms, and even Telegram groups. Developers are often scouted through job advertisements in semi-open Telegram channels, specifically looking for Russian-speaking programmers who can write scripts to drain Web3 wallets.
      Investigation by AMLBot revealed job postings for malware aimed at platforms like Hedera (HBAR), underscoring an active hunt for technical talent in specialized online communities.
      The influx of drainers has caused considerable financial damages—according to Scam Sniffer, an astonishing $494 million was reported stolen through these schemes in 2024, reflecting a 67% rise from the previous year.
       
      Cybersecurity firm Kaspersky also documented a notable increase in darknet forums focused on drainer tools, jumping from 55 in 2022 to 129 in 2024.
      While Telegram was once viewed as a safe space for cybercriminals, its recent information-sharing initiatives with law enforcement have raised concerns. As a result, many offenders have transitioned back to the Tor network, where maintaining anonymity is considerably easier.
      Financial Losses from Crypto Hacks in Q1
      In the first quarter of 2025, the crypto industry suffered a staggering loss of $1,635,933,800 across 39 hacking incidents, according to the blockchain security platform Immunefi. This quarter is noted as the most damaging in the history of the crypto sector regarding hacking.
      Most losses were attributed to two major hacks at centralized exchanges. Phemex faced a deficit of $69.1 million in January, while Bybit incurred an enormous loss of $1.46 billion in February. The total losses during this period marked a 4.7-fold increase compared to Q1 2024, where hackers stole $348,251,217.
      Experts suspect that the notorious North Korean Lazarus Group is responsible for the two largest attacks, having stolen a staggering $1.52 billion, which accounts for 94% of the total losses during this quarter.
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      Trump Media & Crypto.com Launch $250 Million ‘America-First’ Digital Asset ETF Suite

      On April 22, Trump Media and Technology Group announced a significant partnership with Crypto.com and Yorkville America Digital to create a suite of exchange-traded funds (ETFs) aimed at integrating digital assets with traditional U.S. investment sectors.
      These funds, branded under the Truth.Fi label, will offer investors exposure to both digital currencies and U.S.-focused industries like energy. The availability of these funds will be facilitated through Foris Capital US LLC, the broker-dealer division of Crypto.com, pending necessary regulatory approvals.
      Trump Media Ventures into Financial Products Through ETF Agreement
      This arrangement builds on a preliminary agreement made in March, with Davis Polk & Wardwell LLP providing advisory services for the structuring and launch of the funds.
      The partnership reflects Trump Media's broader strategy to delve into the financial services arena. Devin Nunes, CEO of Trump Media, remarked, “This agreement marks a significant advancement in diversifying TMTG’s offerings into financial services and digital assets. We are pleased to collaborate with esteemed partners, Crypto.com and Yorkville America Digital, and are eager to introduce ETFs for investors interested in both the American economy and the potential growth of digital assets.”
      Kris Marszalek, CEO of Crypto.com, referred to the deal as “a testament” to the company’s ability to bridge the gap between cryptocurrency and traditional financial infrastructure. Troy Rillo, CEO of Yorkville, noted that the funds would embody the firm’s America-first investment strategy.
      Crypto Platforms Embracing Traditional Financial Roles
      The initiative also includes plans for the parallel rollout of separately managed accounts. Trump Media has indicated its intention to invest in these products using internal funds managed by Charles Schwab, with a financial commitment of up to $250 million.
      This effort positions Trump Media to capitalize on the increasing institutional and retail demand for regulated digital investment opportunities. It exemplifies how politically affiliated enterprises are beginning to integrate financial services with digital tools as launching pads.
      By aligning digital assets with an “America First” investment philosophy, this fund suite seeks to resonate with investors’ sentiments, providing thematic exposure that reflects their beliefs. Furthermore, it showcases the evolving role of crypto infrastructure in supporting broader financial goals. With platforms like Crypto.com stepping into distribution roles traditionally occupied by established brokerages, new pathways are being developed that could bypass conventional financial institutions entirely.
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      Cybercriminals Stole Nearly $47 Million In Cryptocurrencies In February

      Company Scam Sniffer, specializing in protection against fraud in the world of Web3, has released data on the amount scammers seized last month as a result of scams and phishing, among other things. It turns out that there was a loss of $46.86 million in crypto during the last month. Cryptocurrency scammers still active.
      Data from the analysis conducted by the company indicates that over 57,000 people fell victim to various types of phishing in February. Interestingly, compared to the previous month, the number of people who lost over a million dollars decreased by 75%. However, on February 15, exceptionally large losses were recorded, exceeding $6.2 million in digital assets - all in one day.
      Users of Ethereum were particularly affected. The thefts on the main Ethereum chain resulted in losses of over $36.2 million, accounting for 78% of all fraud from the previous month. Ethereum-based tokens, especially ERC tokens, accounted for 86% of the total amount of fraudulently obtained funds. This amounted to $40 million.
      According to a report by Immunefi, most individual attacks took place on the Ethereum platform, where 12 incidents were reported, responsible for 85.71% of the total losses on the attacked networks.
      Not only investors were victims
      In February, there were also several high-profile thefts. The gaming platform Web3, PlayDapp, reported a serious security breach on February 10, resulting in losses exceeding $290 million.
      On the decentralized exchange FixedFloat, there was a theft of 409 bitcoins and 1700 ETH, adding up to a loss of around $26.2 million. FixedFloat stated that the attack was not caused by internal errors but by deficiencies in the exchange's infrastructure.
       
       
       
       
       
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      Elon Musk’s Company X Discloses Shareholder List Featuring Bill Ackman, Binance, and Sean ‘Diddy’ Combs

      Elon Musk’s firm, X, has published its complete shareholder list as of June 2023, following a court mandate. This compilation reveals a distinctive array of prominent investors and influential figures from the tech sector who have supported Musk’s efforts to privatize the social media platform formerly known as Twitter.
      https:
      Diverse Support for Musk’s Venture
      Among the prominent investors are notable venture capital firms such as Andreessen Horowitz, Draper Fisher Jurvetson, and Sequoia Capital, all of which had previously backed Musk's acquisition.
      In addition to these giants, the list includes Oracle co-founder Larry Ellison and cryptocurrency leader Binance, showcasing the varied financial resources behind Musk's initiatives.
      Surprisingly, Sean “Diddy” Combs appears on the list through Sean Combs Capital, marking revealed involvement that had not been widely recognized prior to a report by the Daily Mail.
      Adding to the intrigue, activist investor Bill Ackman, known for his criticisms of institutional practices at elite universities, has made investments through the Pershing Square Foundation.
      Among the other noteworthy investors are Joe Lonsdale’s 8VC, a company purportedly linked to Russian oligarchs.
      Additionally, former Twitter co-founder Jack Dorsey and Saudi Prince Alwaleed bin Talal al Saud have converted their original investments in Twitter into stakes in X following Musk’s takeover.
      Legal Revelations and Insights
      This shareholder list was documented in a court filing dated June 9, 2023, but only made public recently following a legal motion by the Reporters Committee for Freedom of the Press, which supports journalist Jacob Silverman.
      In a blog post, Silverman emphasized that while many supporters were already recognized, the newly disclosed list offers invaluable insights without revealing specific ownership proportions. He noted that it serves as “a great starting point for journalists, researchers, regulators, activists, and anyone else wanting to understand the inner workings of this significant company.”
      Binance and Its Global Aspirations
      In May, India’s Financial Intelligence Unit (FIU-IND) announced that Binance had successfully registered with the regulatory body, marking its return to the country after overcoming certain legal obstacles.
      Prior to this, Binance had secured a license from VARA, Dubai’s regulatory authority, allowing it to serve both retail and institutional clients.
      According to Bloomberg, this licensing process required Binance’s founder and former CEO, Changpeng Zhao (CZ), to give up voting control of the Dubai operation.
      Moreover, Binance has recently launched a joint venture crypto exchange named Binance Thailand in collaboration with Gulf Innova, a subsidiary of Gulf Energy Development. Binance Thailand, or Binance TH, offers digital asset exchange services with trading options in Thai baht.
      Despite these advancements, Binance continues to face heightened regulatory scrutiny globally. Last year, the Commodity Futures Trading Commission (CFTC) filed charges against the exchange, alleging it operated an illegal digital asset derivatives exchange and evaded compliance with federal laws.
      Similarly, the U.S. Securities and Exchange Commission charged Binance Holdings LTD and Changpeng Zhao for purportedly running unregistered exchanges and broker services, as well as unlawfully offering and selling securities.
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      Solana(SOL) VS Tron(TRX)

      Why Tron is Better Than Solana
      As the world of blockchain technology continues to evolve, two popular platforms have emerged as top contenders for dominance: Tron (TRX) and Solana (SOL). While both have their strengths and weaknesses, I'm here to argue that Tron is the superior choice. In this article, we'll delve into the reasons why Tron stands out from the crowd and why it's the better option for developers, users, and investors alike.
      Scalability
      One of the primary concerns for blockchain platforms is scalability. As the demand for decentralized applications grows, platforms must be able to handle increased traffic and transaction volumes. Tron has made significant strides in this area, boasting a block time of 3 seconds and a maximum block size of 2MB. This means that Tron can process a higher number of transactions per second compared to Solana, which has a block time of 400ms and a maximum block size of 250KB.
      While Solana's faster block time may seem impressive, it's essential to consider the trade-offs. Tron's more robust architecture allows for greater flexibility and customization, making it a more attractive option for developers who need to build complex applications.
      Transaction Fees
      Another critical aspect of blockchain platforms is transaction fees. Tron has a relatively low transaction fee structure, with an average fee of around $0.0001 per transaction. This makes it an attractive option for users who want to send and receive transactions without breaking the bank.
      Solana, on the other hand, has a much higher transaction fee structure, with fees ranging from $0.01 to $0.10 per transaction. While these fees may seem minimal, they can add up quickly for users who make frequent transactions.
      Ecosystem
      The ecosystem surrounding a blockchain platform is crucial for its success. Tron has a thriving community of developers, users, and partners, with over 1 million active wallets and a growing list of decentralized applications (dApps).
      Solana, while having a smaller but still dedicated community, lags behind Tron in terms of overall ecosystem development. This lack of momentum can make it more challenging for developers to build and scale applications on Solana.
      Smart Contract Platform
      Tron is a fully-fledged smart contract platform, allowing developers to create complex decentralized applications using its own programming language, Solidity. This means that developers can build sophisticated applications that interact with the blockchain in a seamless manner.
      Solana, while also offering smart contract functionality, has limited support for complex contracts and lacks the robustness of Tron's platform.
      Innovation
      Finally, Tron has been at the forefront of innovation in the blockchain space. The platform has introduced several groundbreaking features, including its decentralized file storage system (TRX File), decentralized content creation platform (TRON Video), and even a decentralized governance system (TRON DAO).
      Solana, while showing promise in its early stages, has yet to match Tron's level of innovation and disruption in the industry.
      Conclusion
      In conclusion, while Solana has made significant strides in recent years, Tron remains the superior choice for developers, users, and investors alike. With its robust architecture, low transaction fees, thriving ecosystem, smart contract capabilities, and innovative spirit, Tron is poised to continue leading the charge in the world of blockchain technology.
      So, if you're looking for a reliable and scalable platform that offers unparalleled flexibility and customization options, look no further than Tron.
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      FIFA Will Create An NFT Collection. And It's All About The World Cup

      The International Federation of Association Football (FIFA), the organization that manages international football tournaments, has collaborated with Modex, a blockchain company, to release its own collection of non-fungible tokens (NFTs). This is just in time for the Club World Cup, in which the top football clubs compete, and the launch will take place on December 15th.
      The collection will consist of several hundred NFTs, and according to the company's blog, 100 digital collector's items will be available on FIFA Collect+ first, including some of the rarest items that will enable fans to obtain tickets to the FIFA World Cup final.
      An additional 900 collector's digital items will be issued on the Polygon network and made available on the OpenSea platform, and their launch is planned for December 19th, when the Club World Cup FIFA is nearing its climax. It will feature memorable moments from the tournament, as well as digital versions of souvenirs.
      The limited NFTs will serve as an additional ticket to the FIFA World Cup, which is an interesting idea. In addition to this, there will be standard limited edition tokens (900 pieces).
      "Collector's digital items enhance the way fans can interact with their favorite players, teams, and the game they love, and we are honored to support FIFA in achieving this goal," said Francesco Abbate, CEO of Modex.
      FIFA+ Collect and 11 NFT airdrops
      From its inception, the FIFA+ Collect platform enabled the organization to hold 11 NFT airdrops. As a result, 909,255 digital collector's items have appeared on the market, with 16,448 buyers. All of this has translated into high trading volumes, with a volume of $2.4 million USD on the primary and secondary NFT markets.
      In conclusion, FIFA has introduced an exciting collection of NFTs that will attract fans to football culture while simultaneously providing additional, unique experiences to participants.
       
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