Crypto Basics

What is Web 3.0? Web 1 vs Web 2 vs Web 3 | Explained

Learn more about Web 3.0, and its comparison with Web 1 and 2.
Token Metrics Team
6 minutes
MIN

If you're wondering what is Web 3, this is the place to be.

In this article, we'll learn more about the evolution of web over time, and what's next.

Evolution of Web

Being around for 3 decades, the internet has gone through multiple stages of evolution. With each evolution comes new tools and applications relevant to modern-day users, leading us to Web 3.0.

The first generation of the web is called Web 1.0. As the earliest version of the internet, it is known as the “read-only web”. As its name implies, web users can look up facts and information and read upon it. Websites were basic and had very limited functions.

When it comes to  Web 1.0, there is a lack of interactions that takes place between online internet content and internet users. Sites are not interactive and there are no contributions, alterations, or impacts that can be made by the average website visitor. Most common from the 1990s to 2005, Web 1.0 connected information with users.

This lack of interaction made Web 1.0 flat and stationary. As the name suggests, “the read-only Web” lacks the forms, visuals, controls, and interactivity we enjoy on today’s Internet. The developers of Web 1.0 sites typically build their sites and develop in text or graphic format.

Static websites and personal sites would be considered part of Web 1.0. Unlike today where many websites aim for high traffic and user return rates, content distributed on Web 1.0 may be useful but does not give people a reason to return.

Web 3.0, also known as the semantic web, is the current stage of the evolution of the web. It is characterized by the use of artificial intelligence and machine learning to create a more intuitive and personalized web experience.

Web 3.0 also enables the integration of data from multiple sources and the creation of intelligent, self-learning systems that can understand the meaning and context of information on the web. This stage of the web is still in development, but it promises to bring significant advancements in terms of user experience and the ability of the web to connect and analyze data.

Web 3.0 – The New Internet

The future stages of the internet will be built on public blockchains. Blockchains are distributed databases that are shared among a number of computer networks. Web 3.0 is decentralized, which means there is no central authority. This is possible because with Web 3.0, information is stored in multiple locations concurrently.

Additionally, because it is trustless and permissionless, anyone can interact with the web without permission from a middleman. This gives users the freedom to interact with the web privately or publicly without having to trust a middleman.

With Web 3.0, individuals finally have the ability to own and govern parts of the internet, rather than relying on companies like Google or Facebook to access it.

Web 3.0 is still very new, and we have not even come close to unlocking its full potential. Characteristics of Web 3.0 can already be seen in blockchain games, the Metaverse, and decentralized finance.

In short, Web 3.0 allows users to interact, exchange information, and securely facilitate different types of transactions without a central authority, which means that Web 3.0 users become content owners rather than just content users.

Advantages of Web 3.0

Web 3.0 offers several key benefits to users, including:

  1. Ownership and control of personal data and information: In Web 3.0, control and access to personal data and information is returned to the user. This means that users will have complete ownership and control over their data, while still being able to share it on a permission-based or case-by-case basis.
  2. Access to information from anywhere: One of the main benefits of Web 3.0 is the ability to access data and information from anywhere, using only a smartphone or computer. This technology aims to expand on current ideas and allow devices to collect and share user data, making it more widely accessible.
  3. Elimination of centralized control: Web 3.0 and blockchain technology allow for the creation of decentralized networks, where data is fully encrypted and unmodifiable. This eliminates the need for intermediaries, such as large companies or governments, to control user data.
  4. Permissionless blockchain technology: In Web 3.0, anyone can create an address and interact with the blockchain network with complete privacy and security. This means that users are not required to go through any kind of verification process, such as KYC checks, in order to access and use blockchain services.
  5. Constant availability of services: The use of decentralized networks and encrypted data storage in Web 3.0 means that services are less likely to be suspended or disrupted. Since there is no single point of failure, service disruption is minimized and users have constant access to their data.

Disadvantages of Web 3.0

However, there are also disadvantages to Web 3.0, including:

  1. Potential for increased cyber attacks: Decentralized networks and encrypted data storage make it more difficult for hackers to access and modify user data. However, this also makes it more difficult for security experts to detect and prevent attacks.
  2. Need for infrastructure changes: In order for Web 3.0 to be fully adopted, significant changes to current infrastructure will be necessary. This includes changes to network protocols and the development of new software and hardware.
  3. Early stage of development: Web 3.0 is still in its early stages of development, and has yet to be widely adopted. This means that there are still many challenges and uncertainties associated with the technology.
  4. Lack of understanding and education: Many people are not familiar with the concept of Web 3.0 and the benefits it offers. This lack of understanding can make it difficult for the technology to gain widespread acceptance.

Key Takeaways

The development of Web 3.0 represents a significant advancement in technology, offering users the ability to read, write, and own data and information. This technology is still in its early stages, but has the potential to break into other industries and change the way we think about data and information ownership. While there are benefits to using Web 3.0, there are also risks involved.

It is up to individuals to determine whether the rewards of using this technology outweigh the potential drawbacks. Overall, the development of Web 3.0 is a major event in the history of modern technology.

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Crypto Basics

How Do AI Crypto Indices Work? Inside the Future of Smart Investing

Token Metrics Team
8 min
MIN

In the ever-evolving world of crypto, one thing is clear: automation and intelligence are the future. In 2025, AI-powered crypto indices are gaining traction as the most efficient, adaptive, and data-driven way to invest in digital assets. But how exactly do they work?

Unlike traditional crypto indices that follow fixed rules and rebalance on a schedule, AI indices adjust dynamically using real-time market signals, machine learning models, and smart risk management. They take the guesswork—and the emotion—out of investing.

In this article, we’ll break down what AI crypto indices are, how they function, and why they’re outperforming passive strategies in today’s market.

What Is an AI-Powered Crypto Index?

An AI-powered crypto index is a cryptocurrency investment portfolio managed by artificial intelligence. Rather than following rigid rebalancing schedules or fixed token lists, the AI actively decides:

  • Which tokens to include
  • How much weight to assign to each
  • When to buy, hold, or sell
  • Whether to move into stablecoins during market downturns

These decisions are made using a wide range of data inputs, processed through advanced algorithms and predictive models.

The Core Components of AI Crypto Indices

Let’s look under the hood. Here’s how AI-powered indices operate behind the scenes:

1. Data Collection

AI indices analyze vast amounts of crypto market data from multiple sources, including:

  • Price Action: Trends, volatility, momentum
  • Volume & Liquidity: How much is being traded and where
  • Social Sentiment: Mentions on Twitter, Reddit, Telegram, and news
  • Technical Indicators: RSI, MACD, moving averages, Bollinger Bands
  • On-Chain Metrics: Wallet activity, inflows/outflows, network usage
  • Macro Signals: Fed policy, global economic news, BTC dominance

This multi-dimensional data stack forms the foundation of the AI’s decision-making process.

2. Signal Generation

Using the data, the AI identifies bullish, neutral, or bearish conditions for each token under consideration.

It may use:

  • Machine learning classifiers
  • Neural networks trained on historical data
  • Natural language processing (NLP) to assess sentiment

The goal is to forecast short- to mid-term performance potential of each asset in the index.

3. Portfolio Allocation Logic

Once signals are generated, the AI engine builds the portfolio:

  • Include bullish tokens
  • Exclude bearish or sideways tokens
  • Adjust weights based on conviction
  • Cap exposure to volatile or illiquid assets
  • Shift into stablecoins if overall risk is high

This process replaces traditional “Top 10 Market Cap” logic with data-informed positioning.

4. Rebalancing & Execution

AI indices typically rebalance on a weekly or as-needed basis—far more responsive than quarterly rebalancing in passive indices.

Rebalancing involves:

  • Selling underperforming assets
  • Increasing exposure to trending tokens
  • Reducing concentration risk
  • Locking in profits by trimming over-extended positions

Execution may be simulated (in research products) or actual (for tokenized index platforms or connected wallets).

Real-World Example: Token Metrics AI Indices

Token Metrics is a leader in AI index technology. Their indices:

  • Analyze over 80 data points per token
  • Issue weekly buy/sell signals
  • Rebalance portfolios based on market sentiment and momentum

Example: DeFi AI Index

  • Week 1: AAVE, LDO, RUNE get bullish signals → added to the index
  • Week 2: LDO signal turns bearish → replaced by GMX
  • Week 3: Broad DeFi market looks weak → 30% of portfolio shifted into USDC

This approach ensures the portfolio actively adapts to changing market conditions without user intervention.

Benefits of AI-Powered Indices

âś… Smarter Risk Management

Exit early during downturns, move into stablecoins, avoid overexposure.

âś… Better Timing

Capture gains earlier by entering tokens before trend exhaustion.

âś… Emotion-Free Investing

No panic selling or FOMO buying—just data-driven decisions.

âś… Automation at Scale

Ideal for passive investors who want active performance.

âś… Competitive Performance

Outperformed passive indices in 2024–2025 due to faster reaction times and smarter rebalancing.

AI vs. Passive Crypto Indices

Are AI Crypto Indices Safe?

While no crypto investment is “safe,” AI indices help reduce risk compared to manual investing or passive index strategies by:

  • Avoiding weak tokens
  • Reducing exposure in downturns
  • Allocating capital to strong-performing assets

This makes them a compelling choice for both beginners and advanced investors looking for automated performance optimization.

Common Misconceptions

❌ "AI indices are just hype."

Wrong. Real AI indices use trained models and live market data—not just price trends—to make decisions.

❌ "They’re only for pros."

Most platforms now offer user-friendly AI indices that are fully automated and beginner-friendly.

❌ "They’re too risky."

While aggressive AI indices exist (e.g., Memecoins), many offer conservative modes with stablecoin rotation and low-volatility token selection.

Who Should Use AI-Powered Indices?

  • Busy Professionals – Want hands-off performance
  • Trend Traders – Prefer smart auto-rebalancing
  • Beginners – Need risk-managed crypto exposure
  • Wealth Builders – Looking for alpha over time

Final Thoughts: AI Indices Are the Future of Crypto Investing

AI-powered crypto indices bring hedge-fund-level sophistication to individual investors. With intelligent signal generation, data-driven risk management, and weekly rebalancing, these indices outperform traditional strategies—especially in volatile markets.

Whether you want to follow the hottest trends, avoid losses during bear markets, or simply invest smarter, AI indices offer an automated and strategic approach to growing your crypto portfolio.

Platforms like Token Metrics lead this space with real-time AI signal engines, offering performance-optimized indices across Memecoins, DeFi, AI tokens, RWAs, and more.

Crypto Basics

Can AI or Data Tools Help Identify Moonshots?

Token Metrics Team
8 min
MIN

From Hype to Science — The Role of AI in Finding Moonshots

In the past, finding a 100x moonshot often meant trolling crypto Twitter threads, scanning Discord servers, or jumping into Telegram groups filled with bots and hype. But times have changed. In 2025, the smartest investors use AI and data analytics tools to uncover hidden gems before they explode.

This blog explores how AI and crypto-specific data platforms like Token Metrics are transforming moonshot discovery into a science — removing the guesswork and helping investors spot massive opportunities early.

Why Human-Only Research Isn’t Enough Anymore

With over 2 million crypto tokens and hundreds launching weekly, it’s virtually impossible to manually research everything. Retail traders are often overwhelmed, relying on gut feelings or influencer tweets.

AI levels the playing field by:

  • Analyzing massive datasets at scale
  • Spotting hidden patterns in price, volume, and sentiment
  • Scoring tokens based on fundamentals, momentum, and risk
  • Filtering out noise, scams, and pump-and-dumps

Simply put, AI sees what the human eye misses.

How AI Tools Detect Moonshots

AI models trained on crypto data can identify early-stage projects by analyzing:

These insights allow you to rank tokens and prioritize research efforts.

How Token Metrics AI Grades Work

Token Metrics, a pioneer in AI-driven crypto analytics, uses machine learning to generate Investor Grades, Trader Grades, and Bullish/Bearish Signals for thousands of tokens.

Here's how:

  • Investor Grade – Long-term potential based on fundamentals, community, tech
  • Trader Grade – Short-term potential based on price action, momentum, liquidity
  • Bullish Signal – Triggered when AI detects high-probability upside within 7–14 days
  • Bearish Signal – Warns of likely downturns or profit-taking zones

Moonshots that rank highly across these metrics are often early movers with breakout potential.

Top Tools to Find Moonshots with AI & Data

Use these tools together to spot patterns others miss.

Case Study: AI Spotting a Moonshot Early

Let’s say a low-cap AI token called NeuroLink AI launches. It’s not yet on CEXs but shows:

  • Spike in GitHub commits
  • Surge in Telegram growth
  • 24h price up 18%, volume 400%
  • Mentioned in 3 Token Metrics Bullish Signals in one week
  • AI Trader Grade: 91/100

That’s a prime moonshot candidate worth further analysis — and most retail traders wouldn’t catch it until it’s up 5x.

Human + AI = The Winning Formula

AI doesn't replace human judgment — it enhances it. The best approach is:

  1. Use AI to scan, sort, and filter top candidates
  2. Manually research the top 5–10 picks
  3. Evaluate community, product, team, and roadmap
  4. Use risk metrics and technicals for entry/exit planning

This hybrid approach minimizes FOMO and maximizes precision.

Moonshot AI Checklist

Before diving in, check:

âś… High AI Trader or Investor Grade (85+)
âś… Momentum score surging
âś… Early-stage narrative (AI, DePIN, RWA, etc.)
âś… Community growth across socials
âś… Smart money inflows on-chain
âś… No major unlocks in next 30 days

If all boxes are ticked, you may have found your next 10x.

Final Thoughts: AI is the Ultimate Edge in 2025

Crypto moonshots are no longer found in meme threads and TikTok videos alone. In 2025, the best investors use AI-powered research to systematically uncover explosive opportunities before they go viral.

By leveraging platforms like Token Metrics, you turn chaos into clarity — and emotion into execution.

Announcements

How to Build On-Chain Crypto Trading Bots Using Token Metrics Crypto API and Chainlink Functions

Token Metrics Team
8 min
MIN

In the evolving world of Web3 development, the need for real-time, reliable, and institutional-grade crypto data has never been greater. Whether you’re building decentralized trading bots, DeFi apps, or smart contract platforms, accessing powerful off-chain data is key to creating intelligent and profitable on-chain systems.

That’s where the Token Metrics Crypto API comes in.

In this guide, we’ll walk you through how to integrate the Token Metrics API with Chainlink Functions, enabling you to deploy live smart contracts that interact with real-time crypto signals, token prices, and trader grades. You’ll learn how to use more than 20 API endpoints and smart contract adapters to power decentralized apps with actionable data.

If you’re searching for the best crypto API for smart contract development, or you need a free crypto API to start testing on testnets, this article is your ultimate resource.

What Is the Token Metrics Crypto API?

The Token Metrics API is an advanced data interface designed for traders, developers, and Web3 builders. It provides access to over 20 endpoints covering everything from:

  • Token prices
  • AI-powered trading signals (bullish/bearish)
  • Trader and Investor Grades (0–100 scoring system)
  • Quant metrics
  • Support and resistance levels
  • Sentiment analysis

Built by a team of quant analysts, machine learning engineers, and crypto-native researchers, the Token Metrics Crypto API brings hedge-fund-grade intelligence into the hands of everyday builders.

Why Use the Token Metrics API with Chainlink Functions?

Chainlink Functions enable smart contracts to securely retrieve off-chain data from any API. By integrating with the Token Metrics Crypto API, you can bridge institutional-grade analytics into fully decentralized apps—something not possible with basic or unreliable data sources.

Here’s why this combo is so powerful:

  • đź”— Chainlink decentralizes your execution
  • đź§  Token Metrics powers your logic with predictive analytics
  • ⚙️ Smart contracts can now act on real market intelligence

This integration enables the creation of intelligent trading bots, dynamic token allocations, and governance proposals backed by hard data—not speculation.

Step-by-Step: How to Integrate Token Metrics API with Chainlink Functions

Let’s walk through how to connect the best crypto API—Token Metrics—with Chainlink Functions to build and deploy a live smart contract.

1. Clone the GitHub Repo

Start by cloning the GitHub repository that contains the full codebase. This includes:

  • A set of ~20 pre-built smart contracts
  • API adapter logic
  • Sample scripts to interact with the contracts
  • A detailed README with setup instructions

Each smart contract is tailored to one Token Metrics API endpoint—meaning you can plug and play any dataset, from prices to sentiment scores.

2. Set Up Your Environment

The README provides a full list of recommended environment variables, including:

  • API_KEY for Token Metrics
  • LINK_TOKEN_ADDRESS
  • CHAINLINK_SUBSCRIPTION_ID
  • ORACLE_ADDRESS

Once your .env is ready, you can start compiling and deploying.

3. Build and Deploy a Sample Trading Bot Smart Contract

In this walkthrough, the developer built a Solidity smart contract that:

  • Pulls live data from Token Metrics (price, signal, grade)
  • Evaluates the signal (e.g., bullish)
  • Executes a buy trade if the signal is positive

The contract is compiled in Remix IDE, connected via MetaMask (on testnet), and deployed using testnet ETH and LINK tokens.

After deployment, you’ll receive a contract address that can be added to your Chainlink subscription.

4. Create a Chainlink Subscription

To fund your contract for data requests:

  1. Go to the Chainlink portal
  2. Create a new subscription (testnet or mainnet)
  3. Fund it with some LINK
  4. Add your deployed smart contract as a consumer

This allows your contract to make external data calls using Chainlink’s decentralized oracle network.

5. Run a Script to Invoke Real-Time Token Metrics Data

Using the provided JavaScript scripts, you can interact with the smart contract and test data flow:

  • Check the bot’s active status
  • Retrieve token price, trading signal, and grade
  • See how the smart contract responds to live market conditions

In the demo, the bot received a bullish signal, saw that the grade was high, and executed a buy trade accordingly. This logic can be expanded into full-scale trading strategies, rebalancing rules, or even on-chain governance triggers.

Why Token Metrics API Is the Best Crypto API for Smart Contracts

Here’s what makes the Token Metrics Crypto API the best crypto API for building advanced, data-driven dApps:

âś… Institutional-Grade Signals

Get access to proprietary AI trading signals, used by hedge funds and institutional desks.

âś… 20+ Endpoints for Every Use Case

Whether you need sentiment data, grades, price trends, or quant models, it’s all there.

âś… Real-Time and Back-Tested

The data is not just live—it’s tested. Token Metrics backtests every signal against market conditions.

âś… Easy to Integrate

Pre-built smart contract adapters make it easy to use the API in Chainlink, Remix, or any EVM-compatible environment.

âś… Free Crypto API Tier Available

Start testing on testnets with a free crypto API key. Upgrade later for full production access.

Real-World Use Cases for Token Metrics + Chainlink Functions

Here are some examples of what you can build using this integration:

  • On-Chain Trading Bots: React to bullish or bearish signals in real time
  • Decentralized Rebalancing Strategies: Adjust token allocations based on trader grades
  • Token Governance: Trigger proposal alerts when sentiment crosses a threshold
  • Risk Management Contracts: Move funds to stablecoins when volatility spikes
  • NFT Floor Price Triggers: Use sentiment and price data for automated mint/pass logic

Final Thoughts: The Future of Crypto Intelligence Is On-Chain

As Web3 matures, the ability to combine decentralized execution with centralized intelligence will define the next generation of dApps. The integration of Token Metrics Crypto API with Chainlink Functions is a major step in that direction.

Developers can now build on-chain applications that make smarter, faster, and more profitable decisions—powered by data that was once out of reach.

Whether you're a DeFi developer, a DAO engineer, or just exploring your first smart contract, this setup gives you a free crypto API to experiment with and the power of the best crypto API when you're ready to scale.

🚀 Ready to Get Started?

  • âś… Get your free Token Metrics API key
  • âś… Clone the GitHub repo and install the smart contracts
  • âś… Join the Token Metrics Dev Telegram community
  • âś… Start building intelligent, AI-powered crypto applications today

Your next-generation crypto trading bot starts here.

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