The CLARITY Act proposes a formal split between the SEC and CFTC, aiming to define how digital assets, exchanges, disclosures and oversight work in US crypto markets.
Analysis
As the US delays crypto laws and Europe enforces MiCA, markets face regulatory gaps, capital shifts and uneven compliance costs for global firms.
AnalysisThe post Exclusive Report: Crypto Market Predictions 2026 appeared first on Coinpedia Fintech News The crypto market enters 2026 at a crucial point, no longer triggered by hype, but instead by institutional adoption, regulatory clarity, and the smooth integration of digital assets into traditional finance […]
Research report
A New York lawmaker has introduced legislation that would allow state agencies to accept cryptocurrency payments, signaling growing political momentum for digital asset integration in public services. Assembly Bill A7788, introduced by Assemblyman Clyde Vanel, seeks to amend state financial law to allow New York […]
Litecoin

A New York lawmaker has introduced legislation that would allow state agencies to accept cryptocurrency payments, signaling growing political momentum for digital asset integration in public services.
Assembly Bill A7788, introduced by Assemblyman Clyde Vanel, seeks to amend state financial law to allow New York state agencies to accept cryptocurrencies as a form of payment.
It would permit state agencies to accept payments in Bitcoin (BTC), Ether (ETH), Litecoin (LTC) and Bitcoin Cash (BCH), according to the bill’s text.
Source: Nysenate.gov
According to the bill, state offices could authorize crypto payments for “fines, civil penalties, rent, rates, taxes, fees, charges, revenue, financial obligations or other amounts,” as well as penalties, special assessments and interest.
Related: Trump’s tariff escalation exposes ‘deeper fractures’ in global financial system
Cryptocurrency legislation is becoming a focal point in New York, with Bill A7788 marking the state’s second crypto-focused legislation in a little over a month.
In March, New York introduced Bill A06515, aiming to establish criminal penalties to prevent cryptocurrency fraud and protect investors from rug pulls.
Crypto-focused legislation has gathered momentum since President Donald Trump took office on Jan. 20, with Trump signaling during his campaign that his administration intends to make crypto policy a national priority, as well as making the US a global hub for blockchain innovation.
Related: Illinois Senate passes crypto bill to fight fraud and rug pulls
If passed, the bill would mark a significant shift in how New York handles digital assets. It would allow state entities to integrate cryptocurrency into the payment infrastructure used for collecting public funds.
The proposal also includes a clause allowing the state to impose a service fee on those choosing to pay with crypto. According to the text, the state may require “a service fee not exceeding costs incurred by the state in connection with the cryptocurrency payment transaction.” This could include transaction costs or fees owed to crypto issuers.
Assembly Bill A7788 has been referred to the Assembly Committee for review and may advance to the state Senate as the next step.
New York’s legislation comes shortly after the state of Illinois passed a crypto bill to fight fraud and rug pulls after the recent wave of insider schemes related to memecoins, Cointelegraph reported on April 11.
Magazine: XRP win leaves Ripple and industry with no crypto legal precedent set
Key takeaways Bear raids involve deliberate efforts by whales to drive down crypto prices using short-selling, FUD and large-scale sell-offs to trigger panic and profit from the dip. These raids create volatility, trigger liquidations and damage retail confidence. However, they can also expose weak or […]
Analysis

Bear raids involve deliberate efforts by whales to drive down crypto prices using short-selling, FUD and large-scale sell-offs to trigger panic and profit from the dip.
These raids create volatility, trigger liquidations and damage retail confidence. However, they can also expose weak or fraudulent projects.
Signs include sudden price drops, high trading volume, absence of news and quick recoveries, indicating price manipulation rather than natural market trends.
Traders can guard against bear raids by using stop-loss orders, diversifying portfolios, monitoring whale activity and trading on reputable, regulated platforms.
Not all market moves are organic in the dynamic world of crypto trading; some are engineered to make quick profits. One such tactic is the bear raid, often driven by powerful market players known as whales.
These traders strategically use short-selling, where they borrow and sell assets at current prices, aiming to repurchase them cheaper once the price drops.
So, how exactly does this tactic play out?
This article dives into what a bear raid is and how it functions. It also covers how bear raids impact the crypto market, what the signs are and how retail investors can protect their interests.
A bear raid is a deliberate strategy to drive down the price of an asset, typically through aggressive selling and the spread of fear, uncertainty and doubt (FUD). The tactic dates back to the early days of traditional stock markets, where influential traders would collaborate to manipulate prices for profit.
Execution of a bear raid involves selling large volumes of a targeted asset to flood the market. The sharp increase in supply creates downward pressure on the price. At the same time, the perpetrators circulate negative rumors or sentiments, often through media, to amplify fear and uncertainty. As panic sets in, smaller or retail investors often sell off their holdings, further accelerating the price drop.
Bear raids differ from natural market downturns. While both lead to falling prices, a bear raid is orchestrated and intentional, meant to benefit those holding short positions. Natural downturns are driven by broader economic trends, market corrections or legitimate changes in investor sentiment.
Bear raids are generally considered a form of market manipulation. Regulatory agencies monitor trading activities, investigate suspicious patterns and penalize fraudulent practices such as pump-and-dump schemes or wash trading. To enhance transparency, they require exchanges to implement compliance measures, including KYC (Know Your Customer) and AML (Anti-Money Laundering) protocols. By imposing fines, bans, or legal action, regulators work to maintain fair markets and protect investors.
Regulators attempt to deter cryptocurrency market manipulation by enforcing strict rules and oversight. In the US, the Securities and Exchange Commission (SEC) focuses on crypto assets that qualify as securities, while the Commodity Futures Trading Commission (CFTC) regulates commodities and their derivatives. Under the Markets in Crypto-Assets Regulation (MiCA) law, enforcement in the EU is the responsibility of financial regulators in the member states.
Did you know? In 2022, over 50% of Bitcoin’s daily trading volume was influenced by just 1,000 addresses — commonly called whales — highlighting their market-shaking power.
In the crypto world, “whales” are big investors capable of executing bear raids. Because of their substantial holdings of cryptocurrencies, whales can influence market trends and price movements in ways smaller retail traders cannot.
Compared to other traders, whales operate on a different scale, thanks to their access to more capital and advanced tools.
While you might be looking for short-term gains or simply following trends, whales often use strategic buying or selling to create price shifts that benefit their long-term positions. Their moves are carefully planned and can affect the market without you even realizing it.
If you are a regular crypto trader, you might be aware of the massive crypto movement between wallets. Such large-scale transfer of crypto causes panic or excitement in the cryptocurrency community. For example, when a whale transfers a large amount of Bitcoin (BTC) to an exchange, it may signal a potential sell-off, causing prices to dip. Conversely, removing coins from exchanges to self-custodial wallets might suggest long-term holding, which can lead to a price upswing.
The relatively low liquidity of crypto markets gives whales such influence over crypto trading. With fewer buyers and sellers compared to traditional financial markets, a single large trade can dramatically swing prices. This means whales can manipulate market conditions, intentionally or not, often leaving retail traders struggling to keep up.
Did you know? Bear raids often trigger automated liquidations in leveraged positions, sometimes causing crypto prices to nosedive by over 20% in minutes.
In crypto, cases of bear raids are generally hard to confirm due to anonymity. Nevertheless, these examples of incidents when whales made profits from falling cryptocurrency prices will help you understand how such scenarios work:
A Bank for International Settlements (BIS) report disclosed that during the 2022 crypto market crash, triggered by the collapse of Terra (LUNA), whales made a profit at the expense of retail investors. Smaller retail investors predominantly purchased cryptocurrencies at lower prices, whereas whales primarily sold off their holdings, profiting from the downturn.
In May 2022, the Terra blockchain was briefly suspended following the failure of its algorithmic stablecoin TerraUSD (UST) and the associated cryptocurrency LUNA, resulting in a loss of nearly $45 billion in market value in one week. The company behind Terra filed for bankruptcy on Jan. 21, 2024.
In November 2022, close financial ties between FTX and Alameda Research set off a chain reaction: a bank run, failed acquisition deals, FTX’s bankruptcy and criminal charges for founder Sam Bankman-Fried.
Yet again, as FTX collapsed, retail investors rushed to buy the dip. Whales, however, sold crypto in bulk right before the steep price decline, according to the same BIS report that discussed the fall of Terra Luna.
Graph 1.B illustrates a transfer of wealth, where larger investors liquidated their holdings, disadvantaging smaller investors. Furthermore, Graph 1.C reveals that following market shocks, large Bitcoin holders (whales) reduced their positions, while smaller holders (referred to as krill in the report) increased theirs. The price trends indicate that whales sold their Bitcoin to krill before significant price drops, securing profits at the krill’s expense.
Bitconnect, a cryptocurrency promising unusually high returns via an alleged trading bot, experienced a dramatic collapse in early 2018. Despite reaching a peak valuation of over $2.6 billion, the platform was widely suspected of operating as a Ponzi scheme.
The token suffered a steep fall of over 90% in value within hours. While this was not a classic bear raid, the sudden exit of insiders and whale sell-offs, combined with negative publicity, created a cascading effect that devastated retail investors.
Did you know? Whale wallets are tracked so closely that some platforms offer real-time alerts for their trades, helping retail traders anticipate possible bear raids.
In the crypto space, whales can execute bear raids by leveraging their massive holdings to trigger sharp price drops and profit from the following panic. These tactics typically unfold in a few steps:
Step 1: Accumulating a position: Whales begin by taking positions that will benefit from falling prices, such as shorting a cryptocurrency or preparing to buy large quantities once the price drops.
Step 2: Initiating the raid: Next, the whale triggers the sell-off by dumping large volumes of the targeted crypto asset. This sudden surge in supply causes the price to drop sharply, shaking market confidence.
Step 3: Spreading FUD: To maximize the impact, whales may spread FUD using coordinated social media campaigns or fake news. Rumors like adverse regulatory action or insolvency can spread quickly, prompting retail traders to sell in panic.
Step 4: Triggering sell-offs: The combination of visible large sell orders and negative sentiment induces other investors to sell their holdings, amplifying the downward pressure on the asset’s price.
Step 5: Profiting from the dip: Once the price plunges, the whale steps in to either buy back the asset at a lower price or close their short positions for a profit.
Crypto whales use sophisticated tactics to carry out bear raids and manipulate the market to their advantage. These tactics give whales an edge over retail traders, enabling them to manipulate prices and profit while the latter are left to deal with the chaos:
Trading bots and algorithms: Advanced bots allow whales to execute large sell orders in milliseconds, triggering sharp price drops. Before the market can react, the whales turn the situation in their favor.
Leverage and margin trading: Whales rely (to a large extent) on leverage and margin trading to make profits. Borrowing funds enables them to increase their position size and amplify the sales pressure. It triggers stronger market reactions than would be possible with their holdings.
Low liquidity on certain exchanges: Whales can place large sell orders in illiquid markets with fewer participants and a low volume of trades, causing disproportionate price drops. They may even manipulate order books by placing and canceling large fake orders, known as spoofing, to trick other traders.
Collaborate with other whales: Whales may collaborate with other large holders or trading groups to coordinate attacks, making the bear raid more effective and harder to trace.
Bear raids can significantly disrupt the crypto market. Here is how they impact different players and the broader ecosystem:
Effects on retail traders: Retail investors tend to react overwhelmingly during a bear raid. The sudden price drop and spread of fear often lead to panic selling, resulting in heavy losses for the investors who exit at the bottom. Most retail traders sell emotionally, not realizing they are playing into the whale’s strategy.
Broader market consequences: Bear raids increase market volatility, making it riskier for new and existing investors. These events can shake overall confidence in the crypto space, leading to reduced trading activity and investor hesitation. In extreme cases, they can even trigger liquidations across multiple platforms.
Potential positive outcomes: Bear raids can sometimes have cleansing effects on the crypto market. Market corrections induced by such raids remove overvalued assets from unsustainable highs. In some cases, these raids may expose weak or fraudulent projects, forcing investors to reassess their choices.
Bear raids are misleading market moves that resemble genuine downturns, often tricking traders into selling too soon. A quick drop in price may look like the start of a bearish trend, leading to impulsive decisions by retail traders.
Often, these dips are short-lived and followed by a swift recovery once the whales take their profits. Recognizing the signs of crypto bear raids is key to avoiding losses.
Here are a few signs of crypto bear raids:
A sudden price drop that seems to break support levels
Spike in trading volume during a market decline
Quick rebound after the dip
Negative sentiment causing trader panic
No major news to explain the drop
To safeguard your investments from crypto bear raids, you can use the following strategies:
Conduct thorough technical analysis: Regularly analyze price charts and indicators to discern genuine market trends from manipulative movements.
Implement stop-loss orders: Set predetermined sell points to automatically exit positions if prices fall to a certain level, limiting potential losses during sudden downturns.
Diversify your portfolio: Spread investments across various assets to mitigate risk. A well-diversified portfolio is less vulnerable to the impact of a bear raid on any single asset.
Stay informed: Monitor market news and developments to better anticipate and respond to potential manipulative activities.
Use reputable exchanges: Engage with trading platforms that have robust measures against market manipulation, ensuring a fairer trading environment.
The principles of free market dynamics starkly contrast to market manipulation tactics, such as bear raids.
Proponents of free markets favor minimal regulatory intervention, arguing that it fosters innovation and self-regulation. A free market is an economic system in which supply and demand determine the prices of goods and services. Still, the decentralized and often unregulated nature of crypto markets has made them susceptible to manipulative practices.
Bear raids require coordinated efforts by perpetrators to drive down asset prices, misleading investors and undermining market integrity. Such tactics bring losses to retail investors and erode trust in the financial system.
Critics point out that without adequate oversight, these manipulative strategies can proliferate, leading to unfair advantages and potential economic harm.
While free market dynamics are valued for promoting efficiency and innovation, the implications of unchecked market manipulation in the cryptocurrency space can be disastrous. Incidents like bear raids highlight the need for balanced regulation to ensure fairness and protect investors.
Cryptocurrency market manipulation, including tactics like bear raids, has prompted varied regulatory responses worldwide. In the US, the Commodity Futures Trading Commission (CFTC) classifies digital currency as commodities and actively pursues fraudulent schemes, including market manipulation practices such as spoofing and wash trading. The Securities and Exchange Commission (SEC) has also taken action against individuals who have manipulated digital asset markets.
The European Union has implemented the Markets in Crypto-Assets (MiCA) regulation to establish a comprehensive framework addressing market manipulation and ensure consumer protection regarding stablecoins.
These efforts notwithstanding, the decentralized and borderless nature of cryptocurrencies presents challenges for regulators. Global cooperation and adaptive regulatory frameworks are essential to effectively combat market manipulation and safeguard investors in the evolving landscape of digital finance.
Progression articles
Long and short positions in crypto, explained
A beginner’s guide on how to short Bitcoin and other cryptocurrencies
What is a bear trap in trading and how to avoid it?
This article does not contain investment advice or recommendations. Every investment and trading move involves risk, and readers should conduct their own research when making a decision.
Key takeaways AI tools like ChatGPT can help both experienced and new crypto investors track portfolios with ease, freeing up time for other investment activities and making the process more accessible. Defining specific requirements, such as which cryptocurrencies to track and the desired data points, […]
Analysis

AI tools like ChatGPT can help both experienced and new crypto investors track portfolios with ease, freeing up time for other investment activities and making the process more accessible.
Defining specific requirements, such as which cryptocurrencies to track and the desired data points, is essential for building an effective portfolio tracker tailored to your investment goals.
By combining ChatGPT with real-time crypto data from APIs like CoinMarketCap, you can generate valuable market commentary and analysis, providing deeper insights into your portfolio performance.Developing additional features like price alerts, performance analysis and a user-friendly interface can make your tracker more functional, helping you stay ahead of market trends and manage your crypto investments more effectively.
If you’re a cryptocurrency investor, you’ve clearly got a strong appetite for risk! Cryptocurrency portfolios involve many immersive stages, from desktop research on the profitability of cryptocurrencies to actively trading crypto to monitoring regulations. Managing a portfolio of cryptocurrencies can be complex and time-consuming, even for savvy investors.
Conversely, if you’re a newbie in the world of cryptocurrencies and want to set yourself up for success, you may be put off by the complexity of it all.
The good news is that artificial intelligence (AI) offers valuable tools for the crypto industry, helping you simplify portfolio tracking and analysis when applied effectively.
As an experienced crypto investor, this can help free up your valuable time to focus on other activities in your investment lifecycle. If you’re a new investor, AI can help you take that all-important first step. Read on to see how AI, and specifically, ChatGPT, can help you build a customized portfolio tracker.
To begin with, what is it?
Let’s find out.
ChatGPT is a conversational AI model that can deliver various tasks using user-defined prompts — including data retrieval, analysis and visualizations.
The GPT stands for “Generative Pre-trained Transformer,” which references the fact that it is a large language model extensively trained on copious amounts of text from diverse sources across the internet and designed to understand context and deliver actionable results for end-users.
The intelligence of ChatGPT makes it a powerful resource for building a crypto portfolio tracker specifically geared toward your investment profile and objectives.
Let’s learn how to build a custom portfolio tracker with ChatGPT.
Technical specifics notwithstanding, it is crucial to first define what you expect from your crypto portfolio tracker. For example, consider the following questions:
What cryptocurrencies will you track?
What is your investment approach? Are you looking to actively day trade cryptocurrencies or are you looking to “buy and hold” them for the long term?
What are the data points you need to compile for the tracker? These may include but are not limited to price, market cap, volume and even news summaries from the web that could materially alter your investment decisions.
What exactly do you need the tracker to deliver for you? Real-time updates? Periodic summaries? Perhaps a combination of both?
What do you want the output to look like? Alerts, performance analysis, historical data or something else?
Once you have a clear understanding of your requirements, you can move on to the next steps. It is best practice to write down your requirements in a consolidated specifications document so you can keep refining them later if required.
This is the fun bit! Well, it is if you enjoy geeking out on code. Remember that ChatGPT is a large language model with a vast amount of intelligence sitting underneath it.
Using ChatGPT effectively therefore requires you to be able to access the underlying model, which you can do via an Application Program Interface, or API.
The company that owns ChatGPT — OpenAI — provides API access to the tool you can utilize to build your tracker. It’s simpler than you might think. You can use a basic three-step process to set up your own ChatGPT instance:
Navigate to OpenAI and sign up for an API key.
Set up an environment to make API calls. Python is an ideal choice for this, but there are alternatives, such as Node.js.
Write a basic script to communicate with ChatGPT using the API key. Here’s a Pythonic script that you may find useful for incorporating OpenAI capabilities into Python. (Note that this is only intended as a representative example to explain OpenAI integration and not to be viewed as financial advice.)
With your ChatGPT instance set up, it is time to complete the other part of the puzzle, namely, your cryptocurrency data source. There are many places to look, and several APIs can help with the information required for this step.
Examples include CoinGecko, CoinMarketCap and CryptoCompare. Do your research on these options and choose one that fits your requirements. Once you’ve made your choice, choose one that fits your requirements and integrate it with the ChatGPT instance you spun up as part of Step 2.
For example, if you decide to use the CoinMarketCap API, the following code will get you the latest price of Bitcoin, which you may be trading as part of your crypto portfolio.
You’ve done the hard bit, and given that you now have both an AI capability (ChatGPT) and a cryptocurrency data source (CoinMarketCap in this example), you are ready to build a crypto portfolio tracker. To do this, you can leverage prompt engineering to tap into ChatGPT’s intelligence to request data and generate insights.
For example, if you want your tracker to return a summary of cryptocurrency prices at a desired time, summarized in a data frame for visualization, consider writing the following code:
====================================================================
“`python
# Set your OpenAI API key
client = OpenAI(api_key=openai_api_key)
messages = [
{“role”: “system”, “content”: “You are an expert market analyst with expertise in cryptocurrency trends.”},
{“role”: “user”, “content”: f”Given that the current price of {symbol} is ${price:.2f} as of {date}, provide a concise commentary on the market status, including a recommendation.”}
]
try:
response = client.chat.completions.create(
model=”gpt-4o-mini”,
messages=messages,
max_tokens=100,
temperature=0.7
)
commentary = response.choices[0].message.content
return commentary
except Exception as e:
print(f”Error obtaining commentary for {symbol}: {e}”)
return “No commentary available.”
def build_crypto_dataframe(cmc_api_key: str, openai_api_key: str, symbols: list, convert: str = “USD”) -> pd.DataFrame:
records = []
# Capture the current datetime once for consistency across all queries.
current_timestamp = datetime.now().strftime(“%Y-%m-%d %H:%M:%S”)
for symbol in symbols:
price = get_crypto_price(cmc_api_key, symbol, convert)
if price is None:
commentary = “No commentary available due to error retrieving price.”
else:
commentary = get_openai_commentary(openai_api_key, symbol, price, current_timestamp)
records.append({
“Symbol”: symbol,
“Price”: price,
“Date”: current_timestamp,
“Market Commentary”: commentary
})
df = pd.DataFrame(records)
return df
# Example usage:
if __name__ == ‘__main__’:
# Replace with your actual API keys.
cmc_api_key = ‘YOUR_API_KEY’
openai_api_key = ‘YOUR_API_KEY’
# Specify the cryptocurrencies of interest.
crypto_symbols = [“BTC”, “ETH”, “XRP”]
# Build the data frame containing price and commentary.
crypto_df = build_crypto_dataframe(cmc_api_key, openai_api_key, crypto_symbols)
# Print the resulting dataframe.
print(crypto_df)
“`
====================================================================
The above piece of code takes three cryptocurrencies in your portfolio — Bitcoin (BTC), Ether (ETH) and XRP (XRP), and uses the ChatGPT API to get the current price in the market as seen in the CoinMarketCap data source. It organizes the results in a table with AI-generated market commentary, providing a straightforward way to monitor your portfolio and assess market conditions.
You can now enhance your tracker by adding more functionality or including appealing visualizations. For example, consider:
Alerts: Set up email or SMS alerts for significant price changes.
Performance analysis: Track portfolio performance over time and provide insights.
Visualizations: Integrate historical data to visualize trends in prices. For the savvy investor, this can help identify the next major market shift.
To make your crypto portfolio tracker user-friendly, it’s advisable to develop a web or mobile interface. Again, Python frameworks like Flask, Streamlit or Django can help spin up simple but intuitive web applications, with alternatives such as React Native or Flutter helping with mobile apps. Regardless of choice, simplicity is key.
Did you know? Flask offers lightweight flexibility, Streamlit simplifies data visualization and Django provides robust, secure backends. All are handy for building tools to track prices and market trends!
Make sure that you thoroughly test your tracker to ensure accuracy and reliability. Once tested, deploy it to a server or cloud platform like AWS or Heroku. Monitor the usefulness of the tracker over time and tweak the features as desired.
The integration of AI with cryptocurrencies can help track your portfolio. It lets you build a customized tracker with market insights to manage your crypto holdings. However, consider risks: AI predictions may be inaccurate, API data can lag and over-reliance might skew decisions. Proceed cautiously.
Happy AI-powered trading!
This article does not contain investment advice or recommendations. Every investment and trading move involves risk, and readers should conduct their own research when making a decision.
Key takeaways ChatGPT can analyze crypto news headlines and generate actionable trade signals, helping traders make faster and more informed decisions. Well-crafted prompts are essential — the more specific your instructions, the more accurate and useful ChatGPT’s responses will be. News-based signals work best when […]
Analysis

ChatGPT can analyze crypto news headlines and generate actionable trade signals, helping traders make faster and more informed decisions.
Well-crafted prompts are essential — the more specific your instructions, the more accurate and useful ChatGPT’s responses will be.
News-based signals work best when combined with broader market context, like Bitcoin trends or altcoin momentum, for a complete trading picture.
AI is a tool, not a guarantee — always verify its insights with other research, charts and risk management practices before executing trades.
The cryptocurrency market moves fast, and staying ahead of the curve can feel overwhelming — especially for beginners. News plays a huge role in driving crypto prices, but how do you sift through the noise and turn it into actionable trade signals?
Enter ChatGPT, a powerful AI tool that can help you analyze crypto news and spot opportunities. This guide will walk you through how to use ChatGPT (or similar AI tools like Grok) to transform crypto news into trade signals, step by step.
However, note that the examples used in this article are simplified and brief, intended purely for illustration purposes — executing AI-generated crypto trades in the real world requires deeper analysis, broader data inputs and thorough risk management.
Before you dive in, let’s clarify what a trade signal is. A trade signal is a suggestion to buy or sell a cryptocurrency based on specific information — like price trends, market sentiment or breaking news.
For example, if a coin’s price drops due to increased supply, it might be a “buy” signal if you think it’s undervalued — or a “sell” if you expect it to fall further. The goal here is to use ChatGPT to help you identify these signals from the news.
Now, let’s dive into how you can use ChatGPT to turn crypto news into potential trade signals.
To get started, you need some crypto news to analyze. Here’s how to find it:
Websites: Check crypto media websites of your choice.
Social media: Platforms like X are goldmines for real-time crypto updates — search hashtags like #Bitcoin, #Ethereum, #CryptoNews or any specific project you’re tracking.
News aggregators: Use tools like Google News or Feedly with keywords like “cryptocurrency” or “blockchain.”
For example, let’s say you find this headline:
“Pi Network price nears all-time lows as supply pressure mounts.”
If you’re using ChatGPT, head to the OpenAI website and log in. Then, type your questions or prompts into the chat interface.
A “prompt” is just a clear instruction you give the AI. For beginners, keep it simple and specific. Tell ChatGPT what news you have and what you want it to do. Below is an example based on the above-selected headline:
Prompt: “I read this news: ‘Pi Network price nears all-time lows as supply pressure mounts.’ Can you analyze this and tell me if it’s a buy or sell signal for Pi Network? Explain why (in brief).”
The image below shows a ChatGPT 4o response analyzing this piece of news. It suggests a sell signal, citing the 126.6 million PI token unlock (1.87% supply increase) as a bearish factor likely to push the $0.65 price lower due to weak demand. Limited exchange listings (e.g., not on Binance) and bearish technicals like the relative strength index (RSI) in oversold territory reinforce this.
However, buy confidence is noted for long-term investors, as the all-time low might indicate an oversold condition, hinting at a potential rebound. It also advises caution and further research.
The first response might not cover everything, as seen above. Dig deeper with follow-ups like:
Follow-up prompt 1: “Are there risks to buying Pi Network at its all-time low? Organize your answer in brief points.”
The ChatGPT 4o response to the follow-up prompt No. 1 lists the risks of buying Pi Network at its all-time low ($0.65), as shown in the above image. It highlights token unlocks increasing supply and downward pressure, ongoing bearish momentum with no reversal signs, low liquidity due to absence from major exchanges like Binance, limited real-world utility and adoption, a centralized structure raising concerns, and speculative nature, as success hinges on uncertain future developments. This reinforces a cautious approach.
Follow-up prompt 2: “What happened to Pi Network’s price in the past when supply increased? Organize your response in brief points.”
ChatGPT 4o’s response to follow-up prompt No. 2 explains that token unlocks, like mining rewards, increase supply, often causing sharp price drops. For instance, the April 2025 unlock of 126.6 million PI tokens led to a 77% decline from February highs as demand lagged. This recurring pattern of price falls due to oversupply reinforces the bearish signal for Pi Network.
News doesn’t exist in a vacuum. You could ask ChatGPT to factor in broader market trends. For example:
Prompt:
“Given this Pi Network news, how should I trade if Bitcoin is booming? Keep your answer brief.”
ChatGPT 4o’s response to the above prompt advises against buying Pi Network (PI) despite Bitcoin’s (BTC) rise. It suggests avoiding PI due to its weak momentum and oversupply, recommending a focus on stronger assets like Bitcoin or altcoins benefiting from the market uptrend. It also advises waiting for PI demand or exchange listings to improve and using stop-losses if attempting to buy the dip, emphasizing capital protection.
AI isn’t perfect — it’s a tool, not a crystal ball. Test its suggestions with small trades or paper trading (simulated trades without real money). Over time, tweak your prompts to get better results. For example:
“Analyze this news — “Pi Network price nears all-time lows as supply pressure mounts” — and give me a buy/sell signal with a confidence score.”
The example in this article is based on one news headline and a few prompts. In the real world, successful trading requires analyzing multiple news sources, market trends and technical indicators. Relying on a single news item or prompt can lead to incomplete insights, so always cross-check and diversify your research.
Did you know? In 2024, cryptocurrency scams generated a record-breaking $12.4 billion, with over 83% of the fraud tied to high-yield investment schemes and AI-driven “pig butchering” scams, according to Chainalysis — highlighting how artificial intelligence is now fueling the next wave of crypto crime.
Crypto trading with AI bots and tools like ChatGPT can be powerful, but it’s not without risks. Understanding these pitfalls can help you trade more safely.
Market volatility: Crypto prices can swing wildly, and bots may not react well to sudden crashes or pumps.
Overreliance on AI: ChatGPT’s signals are based on its interpretation of news, which might miss broader market trends or technical factors.
Technical issues: Bot platforms can face downtime, bugs or API connection errors, potentially leading to missed trades or losses.
Limited news scope: Relying solely on one news headline (like the Pi Network example) could lead to incomplete analysis.
Security risks: If API keys are compromised, your funds could be at risk. Always enable two-factor authentication (2FA) on your exchange.
A few best practices can help you get the most out of ChatGPT-powered trading insights while minimizing risks.
Be specific: Vague prompts like “What’s a good trade?” won’t help. Include the news and crypto you’re focused on.
Cross-check: Use ChatGPT’s analysis as a starting point, then verify with price charts or other traders’ opinions on X.
Stay updated: Crypto moves fast. Feed the AI the latest news for fresh signals.
Manage risk: Never trade more than you can afford to lose — AI can guide you, but it’s not foolproof.
Start small: Test your bot with a small amount of capital to understand how it performs with ChatGPT’s signals.
Diversify signals: Use ChatGPT to analyze multiple news sources, not just one, for a well-rounded strategy.
Set stop-losses: Protect your funds by setting stop-loss limits to cap potential losses.
Stay informed: Regularly check market trends and news to ensure ChatGPT’s signals align with the bigger picture.
Now that you’ve seen how to turn crypto news into trade signals using ChatGPT, it’s time to put it into action! Pick a fresh headline and follow the steps above.
With practice, you’ll get better at spotting opportunities and making informed trades. However, keep in mind that ChatGPT is not a financial adviser — always assess your own risk tolerance before acting on AI-generated insights.
Safe trading!
This article does not contain investment advice or recommendations. Every investment and trading move involves risk, and readers should conduct their own research when making a decision.
Key takeaways Render Network connects GPU owners with creators, allowing users to rent idle graphics power for AI training, 3D rendering and crypto-related projects. The RNDR token powers the ecosystem, enabling fast, transparent and decentralized transactions between creators and node operators. Decentralized rendering is more […]
Analysis

Render Network connects GPU owners with creators, allowing users to rent idle graphics power for AI training, 3D rendering and crypto-related projects.
The RNDR token powers the ecosystem, enabling fast, transparent and decentralized transactions between creators and node operators.
Decentralized rendering is more accessible and cost-effective than traditional centralized GPU services, solving issues such as pricing, scalability and vendor lock-in.
Proof-of-render ensures verified outputs, rewarding only completed, validated tasks while maintaining blockchain-level trust and transparency.
The hunger for powerful graphics processing units (GPUs) has skyrocketed. Whether it’s training complex AI models or rendering high-fidelity 3D graphics, the demand often outstrips supply.
Traditional centralized GPU services, while effective, can be costly and sometimes inaccessible to smaller developers or artists. This is where the Render Network steps in, offering a decentralized approach to GPU rendering.
By connecting individuals who have idle GPU power with those who need it, Render Network creates a collaborative ecosystem that benefits both parties. This not only democratizes access to high-performance computing but also introduces a crypto-economic model, utilizing its native RNDR token to facilitate transactions.
In the sections that follow, you’ll learn how Render Network is contributing to the evolution of AI development and 3D rendering through decentralization and blockchain technology.
At its core, Render Network is like an Airbnb for GPU power. If you’ve got a powerful graphics card sitting idle, you can rent it out. And if you’re someone building an AI model or rendering a complex 3D scene but don’t have enough GPU muscle, you can tap into that unused power — on demand.
Here’s how it works:
These are the people who need serious computing power — think AI researchers training models, 3D artists rendering animations or developers working on visually demanding projects. Instead of buying expensive hardware or paying top dollar for centralized cloud services, they can just hop on Render Network and get access to what they need when they need it.
On the flip side, there are folks who have GPUs collecting dust (or at least not being fully used). Maybe it’s a gaming rig that’s idle during work hours or a small mining setup looking for a better use case. These operators can plug into Render Network, offer up their GPU power, and earn crypto — specifically RNDR tokens — for their trouble.
The RNDR token (RNDR) is the fuel that keeps this whole ecosystem running. It’s the currency used to pay for jobs on the network. Creators pay in RNDR; operators earn in RNDR. Everything happens transparently onchain, and the token system helps keep things fair and efficient.
In short: Creators get access to affordable, decentralized computing power; node operators get rewarded for sharing their resources; and RNDR tokens make it all tick. It’s a win-win setup that’s especially useful in AI and crypto-heavy workflows.
Did you know? Render Network employs blockchain technology to ensure that every transaction and rendering task is securely recorded, promoting transparency and trust among users.
If you’ve ever tried renting GPU power from a big cloud provider, you know it can get expensive fast. And even then, you’re often competing with major corporations for access to the best hardware. The whole system works, sure, but it’s not exactly built with flexibility or accessibility in mind.
That’s where decentralization comes in. Render Network flips the script by spreading the workload across a global network of independent GPU owners. Instead of relying on a single provider, you’re tapping into thousands of available machines — from gaming rigs to pro-grade render farms — that might otherwise sit idle.
Centralized services come with a few key headaches:
It’s pricey: Renting powerful GPUs from the likes of Amazon Web Services or Google Cloud can eat through your budget quickly, especially if you’re running long jobs like training an AI model.
Scalability is limited: If you suddenly need more power, scaling up isn’t always smooth or instant. You’re stuck waiting in line — or paying more for priority access.
Access isn’t equal: Big corporations tend to hoard the best GPU availability, which makes it harder for smaller teams or indie creators to get what they need when they need it.
Vendor lock-in is real: Once you build your pipeline around one provider, switching later can be a pain (and expensive).
Now, here’s what a decentralized network like Render offers instead:
Lower costs: Because you’re tapping into existing resources that would otherwise be unused, pricing tends to be way more affordable.
Flexible scaling: Need more power? The network can grow with you — just pull in more nodes.
Equal access: There’s no gatekeeping. Anyone can request GPU resources, and anyone can provide them. It’s a much more level playing field.
Earn while you sleep: If you’ve got a powerful GPU, you can make it work for you by sharing it on the network when you’re not using it.
All in all, decentralized GPU rendering is quickly becoming the practical choice for AI builders, 3D artists and crypto-native developers who want more control over their tools and budget.
As you briefly explored, at the heart of Render Network’s decentralized rendering platform is its native cryptocurrency, the RNDR token. Let’s dive deeper.
The RNDR token serves as the primary medium of exchange within the Render Network. Creators use RNDR tokens to pay for rendering services, while node operators earn these tokens by providing their GPU power to process rendering tasks. This system creates a self-sustaining economy where computational resources are efficiently allocated and fairly compensated.
Additionally, a small percentage of RNDR tokens, ranging from 0.5% to 5%, is charged on every transaction to support the ongoing development and maintenance of the network.
Once onboarded, node operators can connect their GPUs to the network and start accepting rendering jobs. After successfully completing and submitting a rendering task, the work undergoes verification to ensure quality standards are met. Upon approval, the corresponding RNDR tokens are transferred to the node operator’s digital wallet as compensation for their contribution.
Creators looking to access rendering services can acquire RNDR tokens through various cryptocurrency exchanges. Once they have the tokens, they can submit their rendering projects to the network. The system calculates the required RNDR tokens based on the project’s complexity and resource demands. After the rendering is completed and the output meets the creator’s expectations, the RNDR tokens are released from escrow and transferred to the node operators who processed the job.
This token-based economy not only streamlines the transaction process within the Render Network but also fosters a collaborative environment where both creators and node operators benefit from the decentralized exchange of rendering services.
Did you know? Render Network utilizes a unique proof-of-render mechanism, which validates completed rendering tasks before compensating node operators. This system mirrors blockchain’s transaction validation processes, ensuring that only verified work is rewarded.
Here’s how to get started with Render Network.
Setting up an account and submitting rendering tasks require the following:
Obtain an OctaneRender license: Ensure you have an active OctaneRender license or subscription, which can be purchased from OTOY.
Access the Creator Portal: With your OctaneRender credentials, log in to the Creator Portal.
Prepare your project: Export your project as an ORBX file using OctaneRender. This format encapsulates all necessary assets and settings for rendering.
Submit your job: Upload the ORBX file to the Creator Portal, configure your rendering parameters (such as resolution and sample size), and choose a service tier that fits your needs.
Monitor and retrieve results: Once submitted, you can monitor the progress of your rendering tasks through the portal. Upon completion, download your rendered assets directly from the platform.
Registering GPUs on the network requires:
Express interest: Complete the Render Network Interest Form to join the onboarding queue.
Await onboarding instructions: Once a slot becomes available, the Render Network team will provide further instructions for setting up your node.
By following these steps and best practices, both creators and node operators can effectively engage with the Render Network, leveraging its decentralized infrastructure for efficient rendering solutions.
Render Network is quickly becoming a go-to solution for anyone needing serious GPU power — especially in AI and crypto. Decentralizing access to high-performance computing makes rendering and model training faster, cheaper and way more accessible.
What’s exciting is where it’s headed. The network is expanding to support more advanced AI workflows and exploring deeper integration with other blockchain ecosystems. That means more tools, more flexibility and even broader use cases — whether you’re building with AI, working in 3D or developing onchain applications.
At the end of the day, Render Network is creating a new kind of infrastructure where creators and GPU owners can work together, earn and scale. Whether you’re here to build or contribute, it could be a space worth jumping into.
This article does not contain investment advice or recommendations. Every investment and trading move involves risk, and readers should conduct their own research when making a decision.
Key takeaways Grok 3 adjusts its predictions based on evolving market trends by analyzing real-time data patterns. Combining technical analysis with sentiment data improves accuracy; Grok 3 effectively identifies potential trade opportunities. Backtesting strategies before live trading is crucial; testing Grok 3’s prompts using historical […]
Analysis

Grok 3 adjusts its predictions based on evolving market trends by analyzing real-time data patterns.
Combining technical analysis with sentiment data improves accuracy; Grok 3 effectively identifies potential trade opportunities.
Backtesting strategies before live trading is crucial; testing Grok 3’s prompts using historical data helps refine conditions and improve performance.
While Grok 3 can automate trades, human oversight remains critical in adapting to unexpected market conditions.
Crypto trading is complex. Prices can swing wildly, and even experienced traders struggle to keep up. That’s why automation tools are gaining attention, with many now exploring Grok 3, an advanced artificial intelligence (AI) model from xAI (founded by Elon Musk).
Grok 3 wasn’t built specifically for trading, but its ability to analyze data, spot patterns and interpret trends has encouraged traders to test it for automated strategies. The idea is simple: Let Grok 3 make data-driven decisions, removing the emotional guesswork that often leads to poor trades.
But does it actually work? Some traders report impressive results, while others find it unpredictable, especially in volatile markets.
This article digs into what happens when you automate crypto trades with Grok 3. From successful strategies to unexpected risks, you’ll get a clear picture of what to expect, plus actionable tips to improve your results.
Grok 3 is an AI model designed by xAI, an artificial intelligence company founded by Elon Musk. While its primary focus is natural language processing, some traders are now testing Grok 3 as a potential tool for improving crypto trading strategies. Unlike traditional trading bots operating on rigid rules, Grok 3’s flexible design allows it to analyze diverse data sources and uncover patterns that might be overlooked.
Grok 3’s appeal lies in its ability to handle complex data, a crucial advantage in crypto markets, where price moves are often triggered by unexpected events or sentiment shifts.
Here’s where traders say Grok 3 has potential:
Identifying market sentiment trends: Crypto markets are heavily influenced by emotions like FOMO (fear of missing out) and FUD (fear, uncertainty, doubt). Grok 3 can analyze social media, news headlines and community discussions to assess changing sentiment, a key factor in crypto volatility.
Recognizing hidden patterns: Grok 3’s machine learning capabilities allow it to detect subtle correlations between indicators that traditional bots may overlook. For instance, Grok 3 may link an increase in social sentiment with rising whale activity to predict bullish momentum.
Flexible analysis based on prompts: Rather than following static rules like “Buy when RSI falls below 30,” Grok 3 enables traders to design more complex strategies using natural language instructions.
Grok 3 isn’t your typical crypto trading bot. It doesn’t place trades directly or integrate with exchanges on its own. But it can help traders build smarter, faster and more flexible automation systems. From writing trade logic to analyzing market sentiment, Grok 3 is already being used in the real world to streamline how crypto strategies are created and tested.
Instead of manually scripting every piece of logic, traders are now using Grok 3 to generate working code for bots. For example, a user asked Grok 3 to write token buy/sell logic with parameters like slippage, take-profit and gas priority fees. It generated a script that can be plugged into DeFi tools or expanded with 0x and Uniswap APIs.
Some traders use Grok 3 to build end-to-end bots tailored to niche tokens or specific strategies. In another example, Grok 3 was used to create an automated system that scans price action and triggers trades under strict conditions. It doesn’t just stop at buy/sell logic. Grok also writes portfolio rebalancing scripts and can simulate how positions would perform under different volatility conditions.
Here is an example of a prompt fed into Grok 3, along with the output received.
Below is a structured outline for a high-frequency trading bot framework designed for Solana (SOL), focusing on one-minute price fluctuations, risk management and trade execution. This outline provides a modular structure with placeholders for key components, avoiding specific implementation details as requested.
Purpose: Define global settings and constants for the bot.
Components:
Solana network endpoint (e.g., mainnet RPC URL)
Wallet configuration (private key or keypair for trading)
Trading pair (e.g., SOL/USDC)
Timeframe (one-minute candlestick data)
Trade size ($100 per position)
Max trades (10 concurrent or sequential positions)
Profit target ($50 total)
Max loss per trade ($20)
Purpose: Fetch and process real-time SOL price data.
Components:
WebSocket connection to Solana blockchain or exchange API (e.g., Serum, Raydium, or centralized exchange like Binance)
1-minute OHLCV (Open, High, Low, Close, Volume) data stream
Data buffer for storing recent price history
Error handling for connection drops or latency
Purpose: Assess SOL’s price volatility to inform trade decisions.
Components:
Placeholder: Calculate short-term volatility (e.g., standard deviation or ATR over one-minute candles)
Placeholder: Define volatility thresholds (e.g., high/low volatility states)
Output: Volatility score or signal to adjust trade frequency/size
Purpose: Generate buy/sell signals based on price fluctuations.
Components:
Placeholder: Simple momentum strategy (e.g., price crossing a short-term moving average)
Placeholder: Filter signals using volatility analysis
Signal validation (e.g., avoid over-trading within one-minute window)
Output: Buy/sell signal with timestamp
Purpose: Enforce risk controls and position limits.
Components:
Position size calculator (fixed at $100 per trade)
Max loss check ($20 per trade stop-loss)
Total profit/loss tracker (halt at $50 profit or after 10 trades)
Concurrent trade limiter (cap at 10 active positions)
Emergency stop (pause bot on extreme volatility or connectivity loss)
Purpose: Execute trades on the Solana blockchain or exchange.
Components:
Placeholder: Build Solana transaction (e.g., swap SOL for USDC via a DEX like Raydium)
Order type (market order for speed in one-minute timeframe)
Slippage tolerance (e.g., 0.5% max slippage)
Transaction signing and submission
Confirmation listener (await transaction finality)
Error handling (e.g., retry on failed execution)
Purpose: Track and log bot performance in real time.
Components:
Trade log (entry price, exit price, profit/loss, timestamp)
Running total profit/loss calculator
Performance metrics (e.g., win rate, average trade duration)
Alert system (notify on profit target, max loss, or errors)
Purpose: Orchestrate bot operations in a continuous cycle.
Components:
Initialize bot (load config, connect to data feed)
Loop:
Fetch one-minute price data
Analyze volatility
Generate trade signal
Apply risk management checks
Execute trade if conditions met
Update performance metrics
Exit conditions (profit target hit, max trades reached, or manual stop)
Purpose: Safely terminate the bot and finalize operations.
Components:
Close open WebSocket connections
Finalize pending transactions
Save trade log and performance summary
Release resources (e.g., memory, wallet connections)
Notes
This framework assumes integration with Solana’s ecosystem (e.g., using a DEX or liquidity pool). Adjust the execution module if targeting a centralized exchange.
Volatility analysis and signal generation are left as placeholders for customization (e.g., technical indicators or machine learning models).
Risk management is strict to align with the $50 profit goal and $20 max loss per trade, ensuring the bot operates within defined boundaries.
Caution! The above is a tailored outline shaped by the user’s prompt, targeting one-minute price fluctuations, risk management and trade execution. Its output varies with prompt detail, as specificity sharpens results. Moreover, placeholders like volatility analysis await user customization, reflecting Grok 3’s adaptive learning. It’s a conceptual guide, not code, and success hinges on implementation and market conditions. For deeper refinement, such as Solana-specific tweaks, users can provide more context. Grok 3 adjusts using their input and its latest insights.
Let’s learn the general steps required to set up Grok 3 for automated crypto trading.
Setting up Grok 3 for AI-powered crypto trading automation isn’t as straightforward as installing a typical trading bot. Since Grok 3 wasn’t built for direct trading, it requires thoughtful setup, integration and customization. Below is a practical guide to setting up Grok 3 effectively for automated crypto trading with AI (artificial intelligence).
Since Grok 3 doesn’t connect directly to crypto exchanges, it requires integration with third-party platforms that support API automation. Platforms like:
3Commas: Ideal for executing trades via automated strategies.
TradingView: Used for generating trade signals using Pine Script.
CryptoHopper: Offers custom strategy-building tools with API integration.
Ensure that the chosen platform offers robust API support for managing trade execution, setting risk controls and tracking performance.
Grok 3 doesn’t connect directly to crypto exchanges; integration requires creative workarounds:
API integration via automation tools: Platforms like Zapier or Make.com can connect Grok 3’s analysis to trading platforms.
Custom Python scripts: For tech-savvy traders, Grok 3’s insights can be processed through Python scripts that execute trades based on Grok 3’s recommendations.
No-code automation tools: Services like IFTTT can trigger basic trading actions based on Grok 3’s sentiment analysis.
Grok 3’s success hinges on well-defined strategies. Unlike traditional bots that rely solely on technical signals, Grok 3 crypto trading bot can combine multiple factors, including:
Technical indicators: RSI, MACD, Bollinger Bands, etc.
Sentiment analysis: Social media trends, influencer opinions and news headlines
Onchain data: Whale activity, exchange inflows/outflows and large wallet movement.
Before deploying Grok 3’s strategy in live markets, backtesting is essential to evaluate its performance. Backtesting can reveal:
Accuracy of trade signals: Identify how often Grok 3’s suggested trades align with profitable outcomes.
False signal detection: Ensure Grok 3 isn’t generating excessive buy/sell recommendations in volatile or stagnant markets
Refinement opportunities: Fine-tune conditions such as RSI thresholds, sentiment scores or trade exit conditions
Examples of tools for backtesting include TradingView and CryptoQuant.
Even with solid insights, crypto markets are unpredictable. Adding risk controls minimizes potential losses:
Stop-loss orders: Automatically exits trades if prices move beyond a set threshold.
Position limits: Restricts trade size to reduce exposure in uncertain markets.
Trailing stops: Locks in profits during upward trends while minimizing downside risk.
Example of risk control prompt:
“Write a code to handle buying and selling a token with the given parameters, including priority fees, slippage, and a take-profit mechanism.”
Please note that the output shown above is not complete and is provided for illustration purposes only.
Grok 3’s strength lies in its adaptability, but it requires ongoing monitoring to ensure optimal results. Regularly review:
Performance data: Assess win rates, profit margins and signal accuracy.
Market conditions: Adjust strategy if major shifts (e.g., regulatory changes or macroeconomic factors) impact sentiment or momentum.
Pro tip: Revisiting Grok 3’s prompts regularly can refine strategy outcomes and improve long-term performance.
Despite its strengths, Grok 3 has limitations that traders must consider.
Data loss: Crypto trading thrives on accurate and real-time data. However, crypto trading automation with Grok 3 has been reported to lose chunks of data, miscount words and provide incorrect time references, which can be detrimental in a fast-moving market and result in inaccurate signal detection, delayed responses to market events and flawed strategy execution.
No direct exchange integration: Unlike purpose-built trading bots, Grok 3 doesn’t connect directly to crypto exchanges. Traders must rely on third-party platforms to execute trades.
Forgetfulness: One of the biggest frustrations highlighted by some users is Grok 3’s “retrograde amnesia,” when it forgets everything from previous sessions. For crypto traders, this is a nightmare. Imagine building a trading strategy and needing Grok 3 to remember past trends and conversations, only for it to start fresh each session.
Bias: Grok 3 may deliver biased responses, potentially relying on incomplete or skewed sources. For traders who depend on unbiased sentiment analysis to gauge market mood, this shift could lead to misleading insights and poor decision-making.
Slower execution speed: Since Grok 3 processes information based on detailed prompts, its trade signals may lag behind fast-moving price changes.
Prompt dependence: Grok 3’s accuracy depends heavily on well-structured prompts. Vague or incomplete instructions often produce unreliable results.
While Grok-3 and other AI systems offer powerful tools for automating crypto trades, caution is essential. Their performance depends heavily on the quality of data and the strategies they’re programmed with, meaning unexpected market shifts or flawed inputs can lead to significant losses.
Remember, AI lacks human intuition and may struggle with unprecedented events, so relying solely on it without oversight is risky. Always test strategies with small amounts first and get help from experts before making large investments.
The Bitcoin network hashrate has topped 1 Zetahash per second (ZH/s) for the first time in Bitcoin’s 16-year history, according to several blockchain data sources. Bitcoin’s hashrate crossed the milestone on April 5 at a peak of 1.025 ZH/s, according to mempool.space data, while BTC […]
Litecoin

The Bitcoin network hashrate has topped 1 Zetahash per second (ZH/s) for the first time in Bitcoin’s 16-year history, according to several blockchain data sources.
Bitcoin’s hashrate crossed the milestone on April 5 at a peak of 1.025 ZH/s, according to mempool.space data, while BTC Frame data said it hit 1.02 ZH/s a day earlier.
Data from Coinwarz says that Bitcoin hashrate soared to as high as 1.1 ZH/s on April 4 at block height 890,915 — however, the same data indicates that Bitcoin first crossed 1 ZH/s on March 24.
Bitcoin’s hashrate has fallen back below 0.95 ZH/s on April 7 since reaching 1 ZH/s. Source: BTC Frame
The differences result from the varying approaches used to calculate hashrate — such as when block times and difficulty adjustments are measured, which Bitcoin nodes and miner pools are used to pull data from and more.
Bitcoin cypherpunk Jameson Lopp also previously pointed out that estimating Bitcoin’s hashrate with one “trailing block” as opposed to five can result in a difference of over 0.04 ZH/s.
“Viewing the raw Hashrate metric can be deceiving due to random variations in block times,” added Blockware Solutions head analyst Mitchell Askew, who pointed out that Bitcoin’s 30-day moving average hashrate is still around 0.845 ZH/s mark in a note to Cointelegraph.
Despite the discrepancies, the feat highlights the massive amount of computational power and increasing decentralization of the Bitcoin network, making it more secure than ever and significantly reducing the likelihood of a 51% attack.
The Bitcoin network’s reported rise to 1 ZH/s — equivalent to 1,000 Exahashes per second — marks a 1,000x increase since late January 2016, when Bitcoin first hit 1 EH/s for the first time.
The second-largest proof-of-work crypto network, Litecoin, currently boasts a hashrate of 2.49 Petahashes per second according to Coinwarz — making it around 40,000 times less computationally powerful than Bitcoin.
Source: Pierre Rochard
Askew noted that the huge rise in hashrate has coincided with more commercial Bitcoin mining firms competing to solve Bitcoin blocks in recent years.
“Miners are doubling down: expanding sites and plugging in more efficient machines,” Askew said, adding that less efficient miners could soon be washed out unless Bitcoin’s (BTC) price rallies again in the coming months.
MARA Holdings is the largest Bitcoin miner with more than 50 EH/s of compute power, while the largest share of hashrate is channeled to Bitcoin mining pools Foundry USA Pool and AntPool, according to the Hashrate Index.
Related: Bitcoin price drops below $80K as stocks face 1987 Black Monday rerun
At least 24 publicly listed Bitcoin companies have machines set up to mine Bitcoin, according to CompaniesMarketCap.com.
Among the other large miners contributing hashrate are Riot Platforms, Core Scientific, CleanSpark, Hut 8 Mining and TeraWulf.
The new all-time high in Bitcoin hashrate came in the middle of a sharp market downturn — with Bitcoin (BTC) falling nearly 10% over the last four days to $78,750, while US stocks saw an estimated $6.6 trillion loss on April 3 and 4 — the largest two-day loss ever.
Much of the fall has been attributed to US President Donald Trump’s tariff plans, which many industry analysts say are sparking recession fears.
Magazine: Financial nihilism in crypto is over — It’s time to dream big again
Key takeaways Not all tokens can be sold immediately. Airdropped or obscure tokens may lack liquidity or could be scams, so it’s important to check before attempting to cash out. Swapping and bridging may be required. To sell, you might need to convert tokens to […]
Analysis

Not all tokens can be sold immediately. Airdropped or obscure tokens may lack liquidity or could be scams, so it’s important to check before attempting to cash out.
Swapping and bridging may be required. To sell, you might need to convert tokens to ETH or stablecoins and bridge them to the Ethereum mainnet.
MetaMask integrates fiat off-ramps. You can use the MetaMask Portfolio to sell ETH directly, but be prepared for KYC with third-party providers.
Non-KYC and P2P options exist. Platforms like Bisq or LocalCoinSwap allow trading without ID, but they carry more risk and require caution.
There are plenty of ways you might end up with a mix of different cryptocurrencies sitting in your MetaMask wallet.
Maybe you work in Web3 — as a developer, copywriter or designer — and your client paid you in their project’s native token.
Or maybe you’re part of a Bitcoin mining pool and occasionally receive rewards straight to your wallet.
You could be farming yield in decentralized finance (DeFi), earning annual percentage yield (APY) on your locked assets. Or, perhaps the most straightforward of all: You completed a few SocialFi tasks and received some community tokens via an airdrop.
Whatever the case, you’ve got crypto in your MetaMask — and now you want to turn it into cash.
In this guide, you’ll learn all the ways you can sell your crypto and withdraw the funds to your bank account or even in cash — whether you’re going through official Know Your Customer (KYC) channels or sticking to more private, non-KYC routes.
Before you can turn your tokens into cash, there are a few things you need to get sorted in MetaMask because “not all tokens are created equal.” It’s not always as simple as hitting a “sell” button — especially if you’ve just received tokens via an airdrop or from a lesser-known project.
Just because a token shows up in your wallet doesn’t mean it’s ready to be sold. In fact, many airdropped tokens aren’t listed on exchanges at all. That means there’s no market where you can sell them — not yet, anyway. You might see a price attached to the token, but without buyers or liquidity, that value isn’t something you can actually realize right now. So, while it’s great to receive free tokens, they may end up sitting idle in your wallet for a while.
Did you know? If you see a “100% sell fee detected” warning on a token, it’s likely a scam. Scammers airdrop these tokens, hoping you’ll try to sell or interact with them. But when you do, the smart contract takes the full amount — leaving you with nothing. Worse, some link to fake decentralized applications (DApps) that ask you to “claim” or “unlock” the tokens. Connecting your wallet or signing a transaction there can let scammers drain your real assets.
Sometimes, you’ll receive tokens that don’t even show up in MetaMask at first. That doesn’t mean they’re not there — it just means MetaMask doesn’t recognize them by default. You’ll need to add them manually by grabbing the token’s contract address (usually from the project’s official site or Etherscan) and importing it into your wallet. Once you do that, your balance will show up properly.
Similarly, if you want to receive any asset other than Ether (ETH), the “Import Tokens” option lets you manually add these missing tokens so they show up in the assets list.
Even if your tokens are visible in MetaMask and technically have value, that doesn’t always mean you can sell them for cash right away. Many smaller or newer tokens don’t have direct fiat trading pairs — so you won’t be able to exchange them straight into dollars or euros.
To get around this, you’ll usually need to swap them for something more liquid, like ETH or a stablecoin such as USDC (USDC), which are more commonly supported by fiat off-ramps.
In some cases, your tokens might also be sitting on a different blockchain — like Arbitrum, BNB Chain or Polygon — while most fiat withdrawal options only support Ethereum mainnet. When that’s the case, you’ll need to bridge your tokens over to Ethereum before you can sell them.
One way to handle both of these steps — swapping and bridging — is by using platforms that combine them into a single flow. For example, with Symbiosis.finance, you can swap a token on one chain and receive a more widely accepted token on Ethereum, all in one transaction. This can save you a few steps and reduce the chance of user error when hopping between tools.
The simplest way to sell crypto that you hold on MetaMask is by using the application itself. Here’s what to do:
Open MetaMask portfolio: In your MetaMask extension or app, click the “Buy & Sell” button. This will take you to the MetaMask Portfolio site, where you can manage all your assets and begin the selling process.
Start the sale process: Click on “Move crypto” at the top of the page and select “Sell” from the dropdown options.
Choose your region and currency: MetaMask will ask for your country of residence and preferred fiat currency. This step ensures you’re shown accurate provider options and payout methods available in your area.
Enter sale amount: Select Ether and enter how much you’d like to convert.
Pick a payout option: Next, choose where you want the fiat to go. Depending on your region and provider availability, you might be able to send it to a bank account, PayPal or another method.
Compare offers: MetaMask aggregates offers from several third-party providers (like MoonPay, Transak, Sardine, etc.), showing you real-time exchange rates, fees and estimated payout times. Take a moment to compare and pick the best option for you.
Complete the sale: Once you’ve chosen a provider, MetaMask will guide you through sending the crypto. You’ll confirm the transaction in your wallet, and the funds will be transferred to the provider, who handles the fiat payout.
There are two things to keep in mind when using the MetaMask application:
Firstly, while the application itself might not ask you for KYC, the third-party providers will. So, expect to get your documents ready for this one.
Secondly, MetaMask’s sell feature only supports ETH on the Ethereum mainnet. This is where the bridging will come in as was explained earlier.
If you’d rather cash out your crypto through a centralized exchange, Coinbase is a popular option. It’s beginner-friendly, offers fiat withdrawals, and supports a wide range of assets. Just note: You’ll need to complete KYC verification before withdrawing any fiat.
Here’s how to do it, step by step:
First things first: You’ll need to move your funds from MetaMask to Coinbase.
Log in to your Coinbase account and hit “Send & Receive” at the top.
Switch to the “Receive” tab, pick the crypto you’re sending (like ETH or USDC), and copy the wallet address Coinbase gives you.
Make sure the network matches — for example, if you’re sending ETH, it should be on the Ethereum (ERC-20) network.
Now open MetaMask:
Click “Send,” paste in that Coinbase address, and enter how much you want to transfer.
Double-check the network — if you send it to the wrong one, your funds could disappear.
Hit “Confirm,” and your crypto should show up in Coinbase after a few minutes.
Once your funds land in Coinbase, it’s time to cash out.
Head to “Buy & Sell” at the top and switch to the “Sell” tab.
Choose the crypto you just received and decide how much you want to sell.
Pick where you want the money to go — like your linked bank account, PayPal or your Coinbase balance.
Review the details (including any fees), then hit “Sell.”
Did you know? When withdrawing via centralized exchanges, be cautious of minimum withdrawal amounts and any associated fees. Check these details in advance to make sure the limits and costs are acceptable to you before committing to this route.
With peer-to-peer (P2P), you’re not selling your crypto to the exchange. Instead, you’re selling it to another user. You choose a buyer based on their offer and preferred payment method (like bank transfer, Revolut, Wise, etc.). Once they send the money to your account, you release the crypto to them. The platform holds your crypto in escrow during the process, so no one can just disappear with your funds.
With centralized exchanges, you’ll have to complete KYC before you’re able to trade in this manner.
Go to Trade > P2P.
Choose the coin you want to sell and browse the list of available buyers.
Select a deal, confirm the order, and wait for the buyer to make the payment.
Once the payment has arrived in your account, confirm it and release the crypto from escrow.
Did you know? Some peer-to-peer (P2P) cryptocurrency exchanges offer a “cash by mail” option, allowing users to send physical cash through postal services or couriers to settle transactions.
For those looking to convert cryptocurrency from their MetaMask wallet to fiat currency without undergoing Know Your Customer (KYC) verification, there are still a few viable paths.
Decentralized P2P platforms let you trade directly with other users, much like their centralized counterparts, though often with minimal or no KYC requirements.
LocalCoinSwap: A non-custodial P2P marketplace that supports a wide range of cryptocurrencies and payment methods, including cash. It offers escrow protection and emphasizes privacy.
Bisq: A fully decentralized exchange that supports a variety of cryptocurrencies, including Bitcoin and Monero (XMR). It runs on a peer-to-peer protocol and doesn’t require user accounts or KYC.
However, without KYC, you’re responsible for vetting the person you’re trading with. Check their reputation, review any available trade history, and always follow platform safety guidelines.
Withdrawing funds from your MetaMask wallet using cryptocurrency ATMs — often referred to as Bitcoin ATMs — is an option that allows you to convert your digital assets into cash. Here’s how you can approach this method:
Locate a cryptocurrency ATM: Begin by finding a cryptocurrency ATM in your vicinity. Websites like CoinATMRadar provide directories of Bitcoin ATM locations worldwide, detailing the services they offer and the cryptocurrencies they support.
Prepare your MetaMask wallet: Ensure that the cryptocurrency you intend to withdraw is supported by the ATM. Bitcoin ATMs predominantly support Bitcoin (BTC), so you may need to use a decentralized exchange (DEX) to swap your current tokens for BTC within your MetaMask wallet. Be mindful of transaction fees and exchange rates during this process.
Initiate the withdrawal process: At the ATM, select the option to withdraw cash. The machine will prompt you to specify the amount you wish to withdraw and provide a QR code representing the ATM’s wallet address.
Transfer funds from MetaMask: Using your MetaMask wallet, scan the QR code provided by the ATM to input the recipient address accurately. Enter the exact amount of cryptocurrency required and confirm the transaction. Be aware that network congestion can affect transaction times.
Collect your cash: Once the blockchain confirms the transaction, the ATM will dispense the equivalent amount in cash, minus any applicable fees. This process can take anywhere from a few minutes to longer, depending on network conditions.
When using crypto ATMs, you should expect very high fees, and while small transactions don’t usually require KYC, larger ones still might.
Taxes aren’t the most exciting topic, but they matter when converting crypto from a MetaMask wallet into fiat. Selling crypto, whether through MetaMask, an exchange or a P2P deal, may trigger a taxable event, and understanding the applicable rules is essential.
In most countries, including the US, selling crypto for fiat (like US dollars, euros, etc.) is treated like selling property. That means if you bought ETH at $1,000 and sold it later for $1,500, you’ve made a $500 capital gain — and that’s usually taxable.
Even swapping one crypto for another (say, ETH for USDC) can trigger the same kind of tax obligation, even if no fiat is involved. So, yeah, it’s not just cashing out that counts — any trade can be reportable.
To stay on top of it, keep a record of:
When you bought and sold each asset
How much you bought and/or sold
What it was worth in fiat at the time
Any fees paid along the way.
These details make life way easier when tax season rolls around — or if your accountant gives you that look.
Crypto laws aren’t one-size-fits-all. Every country has its own stance, and even within the same country, rules can vary depending on how you’re using crypto.
In the US, for example, selling crypto could fall under capital gains tax rules or even money transmission laws, depending on how you’re moving the funds. Other countries might have more lenient — or much stricter — regulations.
So, here’s what to do:
Look up your local crypto tax laws (even if they seem vague or outdated).
Stay current — regulations are evolving fast.
Talk to a pro if you’re unsure. A crypto-savvy accountant or legal adviser can help you avoid nasty surprises.
Even if you’re using non-KYC methods or decentralized tools, tax authorities may still expect a full report. Being proactive about it will save you headaches later — and might even save you money.
Happy cashing out!
A new report by Cointelegraph Research explores Coreum’s role in institutional blockchain adoption. It analyzes the project’s technical architecture, compliance framework and its potential impact on regulated asset tokenization. The report presents insights into transaction efficiency, security mechanisms and crosschain interoperability. It also evaluates how […]
Analysis

A new report by Cointelegraph Research explores Coreum’s role in institutional blockchain adoption. It analyzes the project’s technical architecture, compliance framework and its potential impact on regulated asset tokenization. The report presents insights into transaction efficiency, security mechanisms and crosschain interoperability. It also evaluates how Coreum fits into the evolving financial landscape.
The adoption of blockchain technology by financial institutions has been increasing in lockstep, with the value locked in tokenized real-world assets (RWA). The latter grew by 85% in 2024.
Our report examines how third-generation blockchains, such as Coreum, are addressing the challenges of scalability, regulatory compliance and interoperability. Improvements in the infrastructure on the base layer will lead to more seamless institutional adoption in the future.
Read the full version of the report for free here.
Coreum is structured to support applications that require predictable transaction costs, regulatory oversight and seamless integration with financial infrastructure. Network data indicates that Coreum achieves a transaction throughput in excess of 7,000 TPS and a time to finality of about 1.2 seconds. This positions Coreum well in a crowded and highly competitive layer-1 blockchain landscape.
Coreum integrates most of its compliance features at the protocol level, a critical factor for institutional adoption. The network includes onchain KYC and AML monitoring in collaboration with AnChain.ai, an AI-driven compliance provider.
This is unlike conventional blockchains, where compliance tools are third-party application-layer software. Coreum puts compliance at its foundation together with real-time risk assessment and fraud detection.
Our report also analyses Coreum’s decentralized exchange (DEX) infrastructure. While many layer-1 blockchains rely on liquidity pools, Coreum features a built-in onchain order book. There are important differences between the models.
Coreum’s order book DEX allows for deterministic trade execution with minimal slippage, which makes it well-suited for institutional trading strategies. In contrast, AMM-based DEXs rely on liquidity pools that sometimes lead to price inefficiencies and higher exposure to impermanent loss.
Coreum’s DEX architecture also supports high-frequency trading, with transaction processing speeds comparable to traditional financial exchanges.
A notable aspect of Coreum’s DEX is its advanced API, which enables integration with institutional trading systems. The API is designed to provide low-latency access to order book data, market execution tools and automated trading strategies.
This infrastructure allows financial firms and market makers to integrate Coreum’s DEX into their existing trading workflows. It ensures compliance with industry standards and benefits from blockchain-based settlement efficiencies.
Read the full version of the report for free here.
Coreum’s interoperability strategy includes connections with the XRP Ledger (XRPL) and the Cosmos/IBC network. These integrations enable crosschain liquidity and asset transfers, which creates support for financial applications that require seamless movement between blockchain ecosystems.
This integration allows institutional users to leverage XRPL’s efficiency in payments and Cosmos’ modular interoperability framework with over 100 connected chains. The ability to interact with multiple networks without sacrificing security or compliance aligns with institutional requirements for blockchain adoption.
Networks designed for institutional adoption will need to address compliance, scalability and interoperability challenges. Coreum’s technical structure and regulatory considerations provide a case study for how blockchain networks may evolve to meet these requirements.
With its deterministic fee structure, built-in compliance framework and high-speed trading infrastructure, Coreum represents an example of how third-generation blockchains are positioning themselves at the intersection of crypto and regulated financial markets.
Read the full version of the report for free here
Disclaimer. This article does not contain investment advice or recommendations. Every investment and trading move involves risk, and readers should conduct their own research when making a decision.
This article is for general information purposes and is not intended to be and should not be taken as legal or investment advice. The views, thoughts, and opinions expressed here are the author’s alone and do not necessarily reflect or represent the views and opinions of Cointelegraph.
Cointelegraph does not endorse the content of this article nor any product mentioned herein. Readers should do their own research before taking any action related to any product or company mentioned and carry full responsibility for their decisions.
Key takeaways Smart money consists of institutional investors with advanced tools and knowledge that can influence crypto market trends. Key concepts like order blocks, liquidity zones and fair value gaps can help traders align with smart money strategies. Real-time tracking tools such as Glassnode, Nansen […]
Analysis

Smart money consists of institutional investors with advanced tools and knowledge that can influence crypto market trends.
Key concepts like order blocks, liquidity zones and fair value gaps can help traders align with smart money strategies.
Real-time tracking tools such as Glassnode, Nansen and CoinGecko allow traders to follow smart money’s moves and capitalize on them.
Following the movements of smart money is akin to navigating the open sea, using its wake to position yourself for success in the crypto market.
Smart money refers to the money being invested by individuals or organizations that know the markets inside and out. We’re talking about institutional investors, hedge funds and well-seasoned traders. These are the big players who have access to more information and tools than most of us, and they use that knowledge to make strategic decisions.
In the crypto world, “smart money” is especially powerful because the market is still growing and changing quickly. These investors have a massive impact on the market. Their moves can shake things up, push prices up or down and even shift the way people feel about a particular coin or token.
For example, when major players like BlackRock launch a Bitcoin exchange-traded fund (ETF), it can send waves through the market, influencing Bitcoin’s (BTC) price and the broader market.
Institutional investors have substantial financial muscle, and when they enter the crypto market, they can make a big impact in several ways:
Liquidity and stability: These investors bring in large amounts of capital, which makes it easier to buy and sell without dramatically affecting prices. This helps stabilize the market and makes it more attractive for other investors to get involved. When more money is flowing in and out smoothly, it creates a healthier, more balanced market.
Price movements and volatility: When these big players make large investments (or sell off their holdings), it can cause prices to move quickly, either up or down. While this can create volatility, it also opens the door for traders to take advantage of those price swings.
Regulation and legitimacy: As institutional investors get involved, they push for clearer regulations, which helps bring more legitimacy to the crypto space. For instance, the approval of Bitcoin ETFs has given institutional investors a regulated way to invest in Bitcoin, and that’s made the market more credible overall.
In short, smart money is invested by experienced, informed players who make strategic moves, while ordinary money is often invested by individuals without deep market knowledge or insight.
SMC is a trading strategy focused on analyzing and capitalizing on the movements of smart money. The key elements of SMC include order blocks, liquidity zones and fair value gaps. Let’s break these down simply.
Order blocks are areas on the chart where big investors (the smart money) are making large buy or sell orders. These areas usually act like walls of support or resistance, meaning they are strong levels where prices tend to bounce back. You can spot order blocks by looking for clusters of high-volume candlesticks at certain price levels. These are often periods of sideways price movement followed by a sharp move up or down.
When the price comes back to these areas, expect it to react in some way, as that’s where the smart money has been.
Liquidity zones are collections of buy and sell orders at certain price points. These are like gathering spots where a lot of market participants are placing their orders, creating areas where price reversals or breakouts are likely to happen.
Smart money investors love these zones because they can place large trades without drastically moving the market in one direction or the other. By understanding where liquidity zones are, you can predict where the market might go next.
A fair value gap occurs when there’s a big imbalance between the buy and sell orders for an asset, creating a gap on the chart. This usually happens when the price moves quickly without much trading in between, and you can spot these gaps as spaces between candlesticks.
These gaps act like magnets for the price. Markets often return to fill these gaps before continuing their trend. When you spot a gap, it could be a great opportunity to enter the market, knowing the price might come back to fill it before resuming its movement.
There are several tools that help decode blockchain data and spot smart money maneuvers instantly.
Category: On-chain analytics
Website: glassnode.com
Glassnode gives you visibility into blockchain data unavailable through price charts alone. It shows how crypto flows between wallets, exchanges, and large holders, which is perfect for tracking institutional activity.
Exchange inflows/outflows: Watch for sudden spikes in BTC or Ether (ETH) moving in/out of exchanges, often a sign that big players are preparing to buy or sell.
Whale metrics: Metrics like “Number of addresses holding 10K+ BTC” help identify when whales are accumulating or distributing.
Realized cap and dormancy: This tells you whether older coins are moving, often a clue that long-term holders (smart money) are repositioning.
Top tip! If you notice a sharp drop in exchange reserves for ETH on Glassnode, that could signal whales are withdrawing ETH to cold storage (a bullish sign). Combine this with price action, and you may have a high-confidence entry point.
Category: Wallet and whale tracking
Website: nansen.ai
Smart money dashboard: A curated list of wallets considered “smart” based on their historical returns and behavior.
Token god mode: See what tokens smart money is buying or selling and how holdings have changed over time.
Real-time alerts: Set alerts for transactions by specific wallets or token movements.
Top tip! Suppose that you see that multiple smart money wallets started buying a low-cap altcoin over the past 24 hours. That might be a sign they know something before the broader market does. You can monitor for a breakout and act accordingly.
Category: Market data and volume analysis
Website: coingecko.com
Volume spikes: Watch for sudden increases in 24-hour volume that are not yet reflected in price — often a prelude to a move.
Liquidity data: Find coins with deep liquidity where institutions might be operating.
Exchange data: Monitor volume by exchange. If one exchange suddenly has massive buy pressure, smart money might be active there.
Top tip! Perhaps a small-cap token sees a 5x spike in volume on Binance but hasn’t moved much in price yet. That divergence can indicate accumulation. You could do a deeper dive with onchain tools Nansen or Glassnode to confirm.
Category: Market sentiment and onchain analytics
Website: santiment.net
Social volume and sentiment: Gauge hype levels around tokens. Smart money often moves counter to the crowd.
Whale transaction count: See how many large transactions (e.g., $100,000+) are happening for a given coin.
Development activity: Some smart money tracks developer activity as a proxy for long-term value.
Top tip! A token sees decreasing positive sentiment but a spike in whale transactions. That disconnect can signal smart money is accumulating while retail exits, a classic contrarian play.
Category: Blockchain forensics and risk detection
Website: chainalysis.com
Chainalysis focuses more on risk detection and compliance, but it can still be useful to track large, high-risk wallet movements and avoid traps or manipulated markets.
Address labeling: Know whether a wallet belongs to an exchange, scam, hacker group or institutional custodian.
Transaction monitoring: Track big inflows/outflows and the origin of funds. Are they from DeFi protocols, over-the-counter (OTC) desks or mixers?
Risk scoring: Avoid getting caught in tokens or wallets associated with pump-and-dump schemes or hacks.
Top tip! If you see a large amount of ETH being sent from a wallet flagged as a known DeFi VC to an exchange, that could be a sign of upcoming selling pressure. Conversely, tracking inflows to cold wallets from institutions can be a bullish signal.
Think of crypto trading as the open sea, with smart money as powerful Man o’ War ships, navigating with advanced tools and knowledge. As a retail trader, you may not be in control of these ships, but you can follow their course.
Using platforms such as Glassnode, Nansen, CoinGecko, Santiment and Chainalysis, you can track the movements of smart money in real-time. While you might not steer the ship, by observing its wake, you can adjust your course and position yourself for profitable opportunities.
You don’t need to command the ship; just follow its lead to find your way to safe, profitable shores.