Umar Yaqoob 10

Dogecoin price is showing strong growth as Bitcoin recently hit a new all-time high of $111,600 on May 22, 2025. Currently, Dogecoin has gained more than 6%, outpacing Bitcoin’s 4% gain within 24 hours. It went from an intraday low of $0.2244 to now trading from $0.2408, according to CoinMarketCap.
Its trading volume has also picked up pace with just 4.5% to 2.8 billion, however, interest is starting to surge amid a bullish breakout.
In a tweet earlier today, Market analyst Ali Martinez pointed out a bullish breakout on #DOGECOİN ’s one-hour chart, where the coin moved past a “bullish pennant” pattern.
He said this move could push the price toward $0.31, which is a rise of nearly 29% from current levels. Martinez also noted that the coin had struggled around $0.26 but now seems ready to move higher.
On the daily chart, the price recently tried to cross this resistance zone on May 11 but has since dropped from there. However, looking at the 4-hour chart, the price had just broken out of a wedge flag pattern that was trading downward and ready to surge.

Meanwhile, another analyst, Chad, confirmed that #Dogecoinnews weekly chart shows a positive trend. He highlighted the coin’s higher highs and higher lows and expects the price to first reach $0.26 and then possibly climb to $0.41. Chad also mentioned that Dogecoin could go even further to $0.74 in the longer term.
This outcome seems possible thanks to the price surge from Bitcoin. This year alone, BTC has gained over 60.51% with 48% of that coming from a jump in early April when the price started recovering a dip. Also, this new record came despite the shaky stock market and rising bond yield in the U.S.

According to Caroline Bowler, CEO of BTC Markets, the Bitcoin rally shows the crypto market’s maturity. In a previous report, she explained, “Today’s demand is driven by institutional-grade infrastructure and stronger regulatory clarity.” In short, if Bitcoin continues with this momentum, it could be positive for Dogecoin as it could help it reach a new all-time high as well.
Overall, Dogecoin’s price action is closely tied to Bitcoin’s performance. Any sharp reversal in Bitcoin’s price could affect Dogecoin’s outlook.
Also Read: XRP Price Targets $3 as 1x U.S. Futures ETF Debuts on Nasdaq$DOGE

In 15 days, Ethereum gained $100B, rising from $1,800 to $2,700 and surpassing Nestle, Alibaba, Coca-Cola, and Bank of America in value.

Ethereum’s market value is now higher than Bank of America’s, reaching $327 billion, as its price rises to $2,727 — the highest it’s been since February. The rally has attracted both retail and institutional investors, especially since spot Ether ETFs have received more than $100 million in inflows.
In only 15 days, Ethereum’s market cap has surged by $100 billion, recovering rapidly from when it was near $1,800. This sudden increase has made ETH more valuable than Nestle, Alibaba, Coca-Cola and now Bank of America.

According to Ali Martinez, Ethereum has solid support at $2,370, making the path to higher prices look easy. According to Kyledoops, the fact that ETH is trading above its Realized Price of $1,900 and the True Market Mean of $2,400 signals that holders are making money and the market is bullish. 
After reaching $2,700, the next significant target is $2,900, which could incentivize further investment. According to CoinMarketCap, Ethereum is currently trading at $2,670. The potential for Ethereum’s price to reach $3,900 has strengthened, with futures open interest rising by 5% to over $34 billion.
Although the SEC has not yet decided on the 21Shares Spot Ethereum ETF staking, investors are still pouring money into Grayscale’s Ether ETF, Fidelity’s FETH and Grayscale’s mini-Ether ETF.
Because Ethereum is moving so fast, many people are watching for it to reach $3,000 and maybe even set new records.
#ETHMarketWatch #ETHETFsApproved #ETH #DinnerWithTrump #ethupdates $ETH

The upcoming #BitcoinHalving2025 is more than a technical event — it's a global signal. With Bitcoin’s block reward set to drop from 6.25 to 3.125 BTC, supply will shrink while interest continues to rise. Historically, halvings have preceded major price surges, and this time the momentum is stronger than ever.
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Institutional players like BlackRock, Fidelity, and governments like El Salvador are already positioning themselves ahead of the curve. As global financial systems face inflation and uncertainty, Bitcoin is being recognized not just as a speculative asset — but as a digital reserve currency.
The 2025 halving could trigger a fresh wave of adoption, especially in emerging markets seeking decentralized alternatives. Combined with the rise of Bitcoin ETFs, CBDC debates, and Web3 integration, crypto's global footprint is expanding faster than ever.
Are you ready for the shift?
#Bitcoin #BTC2025 #CryptoAdoption2025 #BinanceFeed #Halving #Web3 #Blockchain #DigitalAssets #BinanceAlpha

Will PEPE coin hit $1 in 2025? Explore the market trends, tokenomics, investor sentiment, and roadmap that could fuel PEPE’s rise in the crypto space.
$PEPE
PEPE coin, inspired by the iconic meme frog, has quickly captured the attention of crypto enthusiasts and meme coin traders worldwide. With its explosive growth and vibrant community, many are now asking: Can PEPE really reach $1? While the journey to this ambitious price point seems far-fetched, it’s not entirely impossible—especially in the world of crypto where volatility and hype can shift markets overnight.
1. Understanding PEPE's Market Cap Challenge
To reach $1, PEPE would require a market capitalization in the trillions—a level higher than even Bitcoin’s. This makes it highly improbable without a massive supply reduction or a complete overhaul of the tokenomics. At its current supply, such a price would demand unprecedented investor capital.
2. Community Power and Hype Cycles
Meme coins like Dogecoin and Shiba Inu have shown the power of viral movements. PEPE is no different—it thrives on social media trends, influencer support, and meme culture. If momentum continues to grow, short-term spikes and significant gains are likely, even if $1 remains out of reach.
3. Burning Mechanisms and Supply Reduction
One way PEPE could increase its price is by implementing token burns to reduce circulating supply. If the community or developers introduce an aggressive burn strategy, the coin’s value could rise—though not necessarily to $1, it may still see substantial gains.
4. Exchange Listings and Utility Expansion
Broader exchange listings and actual use cases can significantly boost a meme coin’s credibility and trading volume. If PEPE secures major listings (e.g., Coinbase or Binance), or introduces utility like gaming, NFTs, or staking, its market strength could grow exponentially.
5. Realistic Price Forecasts and Long-Term Vision
Analysts and seasoned traders suggest setting realistic expectations. While $1 may be a dream, milestones like $0.001 or even $0.01 could be achievable under bullish conditions. Investors are advised to assess risks and avoid FOMO-driven decisions.
While PEPE hitting $1 is unlikely given its current tokenomics, that doesn’t mean it lacks potential. With strong community backing, exchange support, creative utility, and smart marketing, PEPE can still generate impressive returns for those who understand the meme coin game. Just like any high-risk crypto investment, success lies in strategy, timing, and awareness of market dynamics.
#PEPECoin #MemeCoinSeason #CryptoHype #PEPEto1Dollar #CryptoNews #AltcoinWatch #BinanceAlpha #Pepe2025

US$3.4bn inflows last week, the 3rd largest on record as invests seek alternative safe havens

Digital asset investment products saw inflows totalling US$3.4bn last week, the largest inflows since mid-December 2024, the 3rd largest inflows on record.

#BTCRebound Bitcoin investment products were the main beneficiaries, attracting US$3.18bn in inflows last week.
Ethereum investment products also saw US$183m inflows last week following an 8-week run of outflows. Interestingly, Solana was the only altcoin to see outflows last week, totalling US$5.7m.
Digital asset investment products saw inflows totalling US$3.4bn last week, the largest inflows since mid-December 2024 and the 3rd largest weekly inflows on record. We believe concerns over the tariff impact on corporate earnings and the dramatic weakening of the US dollar are the reasons investors have turned towards digital assets, which are being seen as an emerging safe haven.
Regionally, it was US investors adding to positions, with inflows of US$3.3bn, although the positive sentiment was broad globally, most prominent being Germany and Switzerland with inflows of US$51.5m and US$41.4m respectively.
Bitcoin investment products were the main beneficiaries, attracting US$3.18bn in inflows last week. Total assets under management (AuM) have now reached US$132bn, a level not seen since late February of this year.
Ethereum investment products also saw US$183m inflows last week following an 8-week run of outflows. Interestingly, Solana was the only altcoin to see outflows last week, totalling US$5.7m. Little activity was seen in altcoins with the exception of Sui and XRP, which saw US$20.7m and US$31.6m inflows respectively.
Blockchain equities also saw inflows of US$17.4m, notably into bitcoin mining related #AITokensBounce ETFs.
#BinanceAlphaAlert #XRPETFs #SaylorBTCPurchase $BTC
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Welcome to the next installment in our series on developing cryptocurrencies and tokens!
In Part I, we laid the foundations by providing a comprehensive guide on how to create a custom crypto token, compile and deploy it, and make it tradable for others. The main focus of this post is one specific type of cryptocurrency: stablecoins.

This post is self-contained, i.e. will teach you everything you need to know about developing and deploying your own stablecoin — but some fundamental topics will be introduced somewhat briefer, as we covered them extensively in Part I. Thus, if you haven’t read it yet, and want to dive deeper into this fascinating topic — I highly recommend checking it out.
Stablecoins have become a cornerstone of the cryptocurrency ecosystem, offering the stability of traditional currencies while maintaining the benefits of blockchain technology. Whether you’re trading, providing liquidity, or using decentralized finance (DeFi) platforms, stablecoins like USDT, USDC, and DAI have proven invaluable for navigating the volatility of crypto markets.#xrpetf #BinanceAlphaPoints #BTCvsMarkets $BTC

The internet has evolved dramatically since its inception. Across the range from static to dynamic pages/websites, the digital world has experienced a deep change. However, the next step for the web, the "Web3", is to be the most disturbing revolution to date.

Web3 is a developing concept of the internet which has the power to liberate users not only from, but to own digital assets as well.
Deconditionally, based on decentralized technologies, Web3 is an idea in which, in principle, the power to break free from the current centralized control of the internet is intended for the users. In this article, we'll explore what Web3 is, how it works, and how it connects with cryptocurrencies.

What is Web3?

By ExeedcollegeWeb3 is the third generation of the internet, and usually called "the decentralized internet. Different from Web2, which relies on the tightly confined data storage and management of Web2 companies (e.g., Facebook, Google, Amazon) to a great extent, Web3 is based on blockchain technology, in order to abstract the data storage and application services more profoundly.
The isolation from a central authority on the information control and validation space prevents the user information, identity, and digital asset control and ownership being hijacked, bypassed, and exploited by decentralized Web3 protocols.

Key Components of Web3
BY PixelplexBlockchain:

Blockchain technology is the foundation of Web3. It provides the capability to maintain data in a distributed ledger over multiple nodes rather than on a single centralized server. Blockchain offers transparency, resilience, and immutability, and therefore trustless transactions become possible.

Decentralized Applications (dApps):

A DApp is a program that runs on a decentralized, but not on a centralized, network. Such applications allow for a state of more direct user control of the data, and unlike intermediaries, it is clear that they are not exposed through it. Across decentralized financing (DeFi) dApps to decentralized social media dApps, a novel network interaction is being adopted by dApps.

Smart Contracts:

A smart contract is an unattended program written in which the conditions are stated in the program itself. If the following conditions are met the contract takes effect independent from a third party involvement. This power sits at the core of Web3, since it enables private, peer-to-peer communication in a decentralized setup.

Decentralized Identity (DID):

Web3 solves the problem of control over personal data by providing decentralization of identity systems. DIDs can be exploited to grant control and management of a user's digital identity, without, of course, requiring that the third party's power be located to ground it.

Non-Fungible Tokens (NFTs):

NFTs are indivisible items of digital content which can neither be duplicated nor purchased on a one-to-one basis. These tokens can be used on any asset, art, music, virtual property, etc.
NFTs enable content creators to directly monetize their work, providing a new kind of ownership in a virtual world, outside of traditional gatekeepers.

Web3 and Cryptocurrency: The Connection

Photo by Shubham Dhage on UnsplashWeb3 is intrinsically connected to the cryptocurrency ecosystem. Cryptocurrencies (e.g., Bitcoin, Ethereum) power the Web 3 engine. They provide peer-to-peer (P2P) transactions without any central authority, and thus follow the principles of decentralization of the Web3.
Most Web3 applications, and especially the decentralized finance (DeFi) applications, base their work on cryptocurrencies for the truthfulness of transactions and the movement of the value.
For example, in DeFi, it is possible for users to lend, borrow, or trade assets without any bank involvement. This is accomplished by the use of cryptocurrencies and smart contracts that, collectively, immune the authentication of transaction sequences.
With cryptocurrency, micro-purchases into Web3-applications are also possible, which suggests that it is possible to receive payment for services or digital products, where a single control point does not exist.
Further, thanks to the emergence of NFTs, the link between the association of Web3 and cryptocurrency has been improved. NFTs are typically purchased and exchanged through value-added cryptocurrencies, most notably Ethereum, which is by far and away the most popular blockchain on which NFTs are created and on which NFTs are traded.

Real-World Impact of Web3

Web3 can also enable transformations in a number of domains, e.g., finance, art, and politics. In the financial industry, Web3 technologies enable the realisation of decentralized finance (DeFi), which circumvents traditional financial gatekeepers by permitting peer-to-peer (P2P) lending, borrowing, and trading. This could lead to an increase in financial inclusion by enabling individuals to obtain services without reliance on banks or credit establishments.
In creative, Web3 brings creators new ways to sell their digital content directly to their audience consumers, using NFTs, instead of the traditional gatekeepers (galleries or streaming platforms). Such decentralization of the right to content ownership can be exploited in order to enable artists and content creators, of whom they are a magnitude more effective in their work.
In addition, Web3 implements the concept of Agent-Based Decentralized Autonomous Organisations [DAOs] i.e., the control of the decision-making process is transferred to the consensus of the community, rather than that of centralistic control.
DAOs allow individuals to participate in governance, which, through development and steering processes, affects projects in a distributed manner.

The Future of Web3

Despite these challenges, Web3 offers a promising future. As blockchain technology and easy-to-use tools continue to develop, Web3 possibly is a new generation of the web and provides us with a decentralized, secure, and self-managed digital experience.
Web3's focus on privacy, ownership, and autonomy is poised to change the way we interact with the digital world.

Web3 is a transfer of power from the control of centralized entities to the control of the end user, in which individuals can claim control of their data, identities, and belongings. Beyond cryptocurrency as its engine of growth, Web3 is expected to expand and democratize the Web, and create a fairer, more equitable, and transparent society.

Quantum Computing

Quantum computing is no longer just a futuristic concept; it's quickly becoming a reality that promises to revolutionize a multitude of industries, including cybersecurity. Having the capacity to compute complex operations at speeds that would be unthinkable on current classical computers, quantum computers threaten to be at once a benefit and a great danger to cybersecurity.
However, does quantum computing for the digital security ecosystem hold such a transformative future in us?
The Rise of Quantum Computing
Quantum computing utilizes quantum mechanics principles of information processing which in turn are unavailable to classical computers.
By NCSAIn contrast to classical bits, whose state is either 0 or 1, quantum bits (qubits) can be in a state superposition, i.e. This superposition enables quantum computers to compute some kind of problems exponentially faster than computers.
For cybersecurity, the implications of quantum computing are profound. Encryption methods currently safeguard data but with the introduction of quantum computing, these methods may be cracked at a speed that is a factor of an order of magnitude faster than is achievable with standard CPUs.

How Quantum Computing

Threatens Cybersecurity
All of the latest most widely used encryption schemes, whether utilizing RSA, ECC (Elliptic Curve Cryptography) or other algorithms, relies upon the application of discrete number/amount of the characteristics at the large number factorization or discrete logarithmic problem.
These cryptographic schemes are practically unbreachable using current classical computing capability.
Yet, quantum computers may be able to take advantage of them by running algorithms, such as Shor's algorithm, in which a fast computation of the problem of factoring large numbers (integers with long bits) could be performed in a classical computation (e.g., thousands of years) of calculations.
In the future, as the quantum computing technology matures, these types of encryption schemes may be altogether replaced. Therefore, data which is encrypted now, may be declassified tomorrow. On the other hand, both Id, financial records and intellectual property may be compromised if the computational power of the quantum computer is larger than that currently protected by existing means.
Preparing for the Quantum Revolution in Cybersecurity
By RAXAAs the threat potential of quantum computing to classical cyber security seems difficult to perceive, it is conversely a gate to innovation and is transformed into a new, quantum-owned encryption schemes.
Research into post-quantum cryptography (PQC) - a set of cryptographic primitives for resisting the brute-force abilities of quantum computers - is already underway.
PQC is intended to generate encryption schemes, i.e., secure against attack by quantum computers. This research is an urgent priority for governments, businesses, and cybersecurity experts around the world. Important professional organisations, i.e., so-called "post-quantum cryptographic" algorithms as practised by the e.g. National Institute of Standards and Technology(NIST), are engaged in the task to develop those postquantum cryptographic algorithms in order to perform a natural "migration" when quantum computing is broadly available.
More specifically, companies are also attempting to employ quantum key distribution (QKD) for enhanced security.
Although experimentally, QKD will always continue to be, experimental QKD also appears to be a promising future secure guardian against private data transmission.
Are We Ready for the Quantum Future?
The question remains: Are we prepared to challenge the security threats posed by quantum computing? Even with the advances made available for the creation of quantum-resistant cryptographic schemes, there is an open issue - when will these solutions be actively deployed. Lots of specialists agree that even tens of years may be necessary before quantum computers become strong enough to crack already implemented cryptographic schemes.
In particular now it is urgent to implement a migration policy towards quantum-resistant encryption schemes as soon as possible with a view that all data will be resistless to be compromised permanently.
The governments and companies' top concerns should be the efforts to put cyber security defensive mechanisms against quantum attacks, that secure algorithms to be set against the background of the industries as a preventive step.#BinanceAlphaPoints #BinanceHODLerSIGN #BinanceAlphaAlert $ETH
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One of the potentials of quantum computing lies in transforming the information processing paradigm, however, it also gives rise to quantum cybersecurity issues. The transition toward quantum-resistant cryptographically seems to be of great importance, and we are facing the urgent need for action in order that digital systems be secure in the future.
Bearing in mind the quantum future, the best approach to ensure being prepared is by embarking upon pro-active research and technology development for quantum-safe cybersecurity solutions.

Why Python is the Must-Learn Programming Language in 2025?

Getting started looking to enhance your programming expertise? No matter how you are as a developer (new to development or a veteran),this is the language that will change the game for you, and you can't afford to never learn it.
#TariffPause #PYTHonBinance
Python's rise in popularity is no accident. Thanks to its ease of use, its accessibility in integration , and to a robust community, it is the developers' tool of choice all over the world. In this article,
we'll dive into why Python is one of the most powerful programming languages and how it can transform your development journey.
What Makes Python So Special?
Python is frequently called the "Swiss Army knife" of programming languages, i.e., a language capable of providing with any tool and solution a developer needs to produce a desired result.
In data analytics, machine learning, web, and automation, Python has been king, because of its unique effectiveness. Let's explore why this language is so in demand.
1. Simplicity and Readability
#Python syntax is simple and straightforward to type, and one is reasonably able to start writing code even if has little experience in programming.
On the contrary to the other languages with complex syntax and verbose syntax, Python is very easy to learn. Due to its simplicity and limited footprint, it is possible to have nontechnical participants also read and participate in the project.
2. Unmatched Versatility
One of Python's biggest strengths is its versatility. No matter what you are accomplishing, be building a website, analyzing, creating an AI, etc., Python is always around.
With the help of libraries and frameworks (e.g., Django, Flask, NumPy, TensorFlow) the number of possible potentials is practically unbounded. The utility of Python has made it in some area indispensable for all the programmers needing to move around various domains and fields.
3. Strong Community and Support
Due to Python's extensible collaborative ecosystem, there are abundant tutorials, documentation, and libraries, each designed for a particular purpose of keeping the development process as close as possible to its essence.
Whether you're stuck on a problem or looking to share your knowledge, Python's active community is always ready to help.
4. Ideal for Web Development
Python's role in web development is unparalleled. Traditionally, well-known paradigms like Django and Flask would help us to make secure, scalable, and high-functionality web applications in a short period and easy way.
These tools reduce the time required to develop a product, and therefore companies are able to deploy the website faster and making fewer errors.
Why Python is Dominating Data
Science and Machine Learning
By MediumPython has become the programming language of the day of the data scientist, of artificial intelligence (AI) and of machine learning. If you're looking to break into these fields, mastering Python is a must. Here's why:
Data Science:
Python offers a vast number of libraries for data manipulation (e.g., Pandas, NumPy) and data visualisation (e.g., Matplotlib). These software tools allow data scientists to select and explore from the universes biggest data set sample directly.
Machine Learning and AI:
Python is a leader in ML and AI development. Thanks to the installation of the instruments, including TensorFlow, Keras and Scikit-learn, it has been possible to model and implement the models in a straightforward way with a shorter time to execute.
Automation:
Save Time and Boost Efficiency
Automation is the solution to produce efficiency improvements and Python is, at the maximum, one of the leaders in automation. Because of its intuitive grammar and rich, advanced libraries like Selenium for web scraping and OpenPyXL for Excel automation it's very easy to automate tasks. However, in any automated tasks or web data extraction, Python can make you more productive.
Career Opportunities with Python

The demand for Python developers is skyrocketing. According to Stack Overflow's Developer Survey, Python is one of the most wanted and desired programming languages. Whether you're looking to become a web developer, data scientist, or software engineer, Python opens doors to lucrative and exciting career opportunities.
The Future of Python: Endless Possibilities
By LinkedinPython's growth shows no signs of slowing down. Both data-driven and knowledge-driven, artificial intelligence (AI) and automation are, in reality, power-house behind all the industries, and in the future, Python will be a leader in the technological innovation fields.
Because community posts are permanent and innovation is ongoing, Python has an easy route to become an important participant in the computational landscape for the coming years.
Python is not only a programming language, but a gateway to a world of possibilities. No matter if you are building the next generation of tech companies or using data to solve hard problems in the world, Python is the weapon in your arsenal.
Due to convenience, its flexibility, and the richness of its libraries, it is one of the most promising present solutions in the world within the point of view of developers and companies.
Don't wait to unlock the power of Python today and start shaping the future of technology!