Transaction Hash Lookup Tutorial: Master Blockchain Tracking (2026)

You sent Bitcoin three hours ago. The exchange says it’s “processing.” Your wallet shows nothing. Your stomach drops. Is your money gone?

This scenario plays out thousands of times daily. But here’s what most people don’t know: every blockchain transaction leaves a permanent, traceable record that you can verify yourself in under 30 seconds. No customer support needed. No waiting. Just data.

According to Chainalysis, over $3.8 billion was lost to cryptocurrency theft in 2026, with many victims never checking their transaction hashes to verify where their funds actually went. By contrast, users who regularly verify transactions through hash lookups recover funds or identify issues 92% faster than those who rely solely on wallet interfaces.

This tutorial will teach you everything you need to know about transaction hash lookup — from basic TXID tracking to advanced on-chain analysis that reveals exactly what happened to your crypto. Whether you’re troubleshooting a stuck payment, verifying an exchange withdrawal, or tracking whale movements, mastering transaction hash lookup is the difference between signal and noise in blockchain data.

What Is a Transaction Hash (TXID)?

A transaction hash — also called a TXID (Transaction ID) or transaction identifier — is a unique string of letters and numbers that serves as a permanent receipt for any blockchain transaction.

Think of it like a FedEx tracking number, but infinitely more transparent. While FedEx controls what you can see, blockchain transaction hashes reveal everything: sender address, receiver address, amount transferred, fees paid, timestamp, block confirmation, and more.

Anatomy of a Transaction Hash

Here’s what a Bitcoin transaction hash looks like:

3a5e5c8d9b2f1e4d7c6a8b9c0e1f2d3a4b5c6d7e8f9a0b1c2d3e4f5a6b7c8d9

Key characteristics:

• Bitcoin/Litecoin: 64 hexadecimal characters (0-9, a-f)
• Ethereum: 66 characters (starts with “0x”)
• Unique: No two transactions ever share the same hash
• Permanent: Can’t be changed or deleted once confirmed
• Public: Anyone can look it up on a block explorer

Why Transaction Hashes Matter

According to Glassnode data from Q1 2026, the average Bitcoin user conducts 3.7 transactions monthly but only verifies 0.8 of them through hash lookup. This verification gap creates vulnerability:

• Payment disputes: Without TXID verification, you can’t prove a transaction occurred
• Stuck transactions: Can’t identify mempool congestion without checking the hash
• Fraud detection: Scammers rely on users never verifying where funds actually went
• Tax reporting: IRS requires transaction hashes for audit trails

As blockchain becomes the backbone of digital finance, understanding transaction hashes transitions from “technical skill” to “basic financial literacy.”

How to Find Your Transaction Hash

Before you can look up a transaction, you need to locate the hash. Here’s where to find it across different platforms:

Finding TXIDs in Popular Wallets

Hardware Wallets (Ledger, Trezor)

1. Open the wallet software (Ledger Live, Trezor Suite)
2. Navigate to “Transactions” or “Activity”
3. Click on the specific transaction
4. Copy the “Transaction ID” or “TXID”

Software Wallets (MetaMask, Trust Wallet, Exodus)

1. Open transaction history
2. Select the transaction you want to track
3. Look for “View on Explorer” or “Transaction Details”
4. The hash appears in the details panel

Mobile Wallets (BlueWallet, Coinbase Wallet)

1. Tap the transaction in your history
2. Scroll to find “Transaction Hash” or “TXID”
3. Long-press to copy the entire hash

Finding TXIDs on Exchanges

Centralized Exchanges (Coinbase, Binance, Kraken)

1. Navigate to “Wallet” → “Spot” or “Funding”
2. Click “Transaction History” or “Deposit/Withdrawal History”
3. Find the specific transaction
4. Click “View Transaction” or the blockchain icon
5. Copy the transaction hash

Pro tip: Exchanges often display a shortened version of the hash. Click to expand and copy the full TXID.

Decentralized Exchanges (Uniswap, SushiSwap)

• DEX transactions automatically link to block explorers
• Click “View on Etherscan” directly from the transaction confirmation
• Your wallet (like MetaMask) stores the full hash history

What If You Don’t Have the TXID?

If you don’t have access to the original transaction hash, you can still track transfers using:

1. Wallet addresses: Search by sender or receiver address on a block explorer
2. Timestamp: Filter transactions by date/time range
3. Amount: Look for specific transfer amounts in address history
4. Block number: If you know approximately when the transaction occurred

For detailed guidance on reading blockchain transactions, see our complete guide to reading blockchain transactions.

Step-by-Step Transaction Hash Lookup Tutorial

Now let’s walk through the actual lookup process for major blockchains. We’ll cover Bitcoin, Ethereum, and several popular altcoins.

Bitcoin Transaction Hash Lookup

Bitcoin uses several popular block explorers. Here’s how to use the most reliable one:

Using Blockchain.com Explorer

1. Navigate to blockchain.com/explorer
2. Paste your transaction hash in the search bar at the top
3. Press Enter or click the magnifying glass icon

What you’ll see:

Transaction Details ├── Transaction Hash: 3a5e5c8d… ├── Status: Confirmed ├── Confirmations: 47 ├── Block Height: 825,934 ├── Timestamp: 2026-01-15 14:32:11 UTC ├── Size: 226 bytes ├── Fee: 0.00003420 BTC ($2.45) └── Fee per byte: 15.13 sat/vB

Alternative Bitcoin explorers:

• Mempool.space: Best for analyzing mempool congestion and fee estimation
• Blockchair.com: Multi-chain explorer with advanced filtering
• BTC.com: Detailed mining pool information

Key metrics to check:

• Confirmations: 6+ confirmations considered final for large amounts
• Fee rate: Compare to current mempool to estimate confirmation time
• RBF enabled: Can the transaction be replaced with higher fee?

Ethereum Transaction Hash Lookup

Ethereum’s most trusted block explorer is Etherscan. Here’s the complete process:

Using Etherscan.io

1. Visit etherscan.io
2. Paste the transaction hash (starts with 0x)
3. Press Enter

Transaction details display:

Transaction Details ├── Transaction Hash: 0x3a5e5c8d… ├── Status: Success ✓ ├── Block: 19,234,567 ├── Timestamp: 2 hours ago (Jan-15-2026 02:32:11 PM +UTC) ├── From: 0x742d35Cc6634C0532925a3b844Bc9e7595f0bEb ├── To: 0x742d35Cc6634C0532925a3b844Bc9e7595f0bEb ├── Value: 1.5 ETH ($4,725.00) ├── Gas Limit: 21,000 ├── Gas Used: 21,000 (100%) ├── Gas Price: 25 Gwei └── Total Fee: 0.000525 ETH ($1.65)

Advanced Etherscan features:

• Internal Transactions: Click to see smart contract interactions
• Logs: View event emissions from smart contracts
• State: See storage changes in the transaction
• 3D View: Visualize transaction flow (experimental)

ERC-20 Token Transfers: If the transaction involved tokens, scroll down to “ERC-20 Token Txns” to see:

• Which tokens were transferred
• Amounts in both token units and USD
• Contract addresses

For deeper Ethereum transaction analysis, check our Etherscan transaction tracking tutorial.

Multi-Chain Block Explorers

For tracking transactions across multiple blockchains, these explorers support dozens of networks:

Blockchair.com

• Supports 20+ blockchains including Bitcoin, Ethereum, Litecoin, Bitcoin Cash, Dogecoin
• Advanced SQL-like filtering
• Portfolio tracking features
• Privacy-focused (no Google Analytics)

How to use Blockchair:

1. Visit blockchair.com
2. Select your blockchain from the dropdown menu
3. Paste transaction hash
4. View unified interface across all chains

BscScan, PolygonScan, Arbiscan (Etherscan family)

• Same interface as Etherscan
• Network-specific data (BSC, Polygon, Arbitrum)
• Just replace “etherscan.io” with network-specific domain

Altcoin Transaction Lookup

Different altcoins have their own preferred explorers:

General lookup process (works for most chains):

1. Google “[blockchain name] block explorer”
2. Use official explorer or Blockchair
3. Paste transaction hash
4. Verify chain-specific data (staking, smart contracts, etc.)

Understanding Transaction Status & Confirmations

Once you’ve located your transaction, understanding its status is critical. Here’s what each status means and how to interpret confirmation counts.

Transaction Status Types

Pending/Unconfirmed

• Transaction is in the mempool waiting for inclusion in a block
• Not yet permanent — can potentially be replaced or dropped
• Bitcoin: Typically takes 10-60 minutes depending on fee
• Ethereum: 12-60 seconds depending on gas price
• Action needed: Check fee rate. If too low, consider RBF (Replace-By-Fee) or CPFP (Child-Pays-For-Parent)

Confirmed

• Transaction included in a block
• Number indicates how many blocks have been mined since
• More confirmations = more security against reversal
• Example: “Confirmed (6)” means 6 blocks have been mined since yours

Failed

• Transaction attempted but reverted (common on Ethereum smart contracts)
• Gas fees still paid (on Ethereum)
• Common causes: Out of gas, contract error, slippage too low on DEX

Dropped

• Transaction removed from mempool without confirmation
• Happens when fee is too low and mempool clears
• Funds return to sender automatically
• Solution: Resubmit with higher fee

How Many Confirmations Do You Need?

According to CoinGecko’s 2026 security research, confirmation requirements vary by transaction value:

Bitcoin Confirmation Standards

• 1 confirmation: Coffee shops, small purchases (<$100)
• 3 confirmations: Standard exchanges, moderate amounts ($100-$10,000)
• 6 confirmations: Large transactions, considered irreversible ($10,000+)
• 30+ confirmations: Extreme paranoia or multi-million dollar transfers

Why 6 for Bitcoin? A 51% attack would need to mine 6 blocks faster than the rest of the network. With Bitcoin’s current hashrate (650+ EH/s as of Q1 2026), this would cost an attacker approximately $3.8 million per hour in electricity and hardware depreciation, making it economically unfeasible for any transaction under $10 million.

Ethereum Confirmation Standards

• 12 confirmations: Standard (approximately 2.5 minutes)
• 25 confirmations: High-value transactions
• Finality: With Ethereum’s PoS, finality occurs after 2 epochs (~13 minutes)

Altcoin Confirmation Requirements

Reading the Mempool: Why Your Transaction Is Stuck

If your transaction shows “pending” for longer than expected, understanding the mempool is critical.

What is the mempool? The mempool (memory pool) is where unconfirmed transactions wait before miners include them in blocks. Think of it as a waiting room where transactions bid for space using fees.

Using Mempool.space to diagnose stuck transactions:

1. Visit mempool.space
2. Click “Mempool” in the top navigation
3. View the current fee market:

• Slow: <5 sat/vB (>60 minutes)
• Medium: 5-15 sat/vB (10-60 minutes)
• Fast: 15-30 sat/vB (<10 minutes)
• Urgent: 30+ sat/vB (<3 blocks)

Your transaction fee rate vs. mempool: If you paid 5 sat/vB but the mempool’s “slow” tier is 8 sat/vB, your transaction won’t confirm until:

1. Fee market drops below your rate, OR
2. You use RBF to increase your fee, OR
3. Someone uses CPFP to bump your transaction

For a comprehensive guide to blockchain transaction mechanics, see our article on how blockchain transactions work.

Advanced Transaction Hash Analysis

Beyond basic lookup, transaction hashes reveal patterns that sophisticated traders and analysts use to gain market edge. This is where transaction hash lookup becomes on-chain analysis — the “signal” in The Signal season’s theme.

Analyzing Transaction Inputs and Outputs

Bitcoin transactions use the UTXO (Unspent Transaction Output) model. Understanding inputs and outputs reveals critical information:

Example Bitcoin transaction breakdown:

Inputs (2): ├── 1A1zP1eP5QGefi2DMPTfTL5SLmv7DivfNa: 0.5 BTC └── 1BvBMSEYstWetqTFn5Au4m4GFg7xJaNVN2: 0.3 BTC Total Input: 0.8 BTC

Outputs (2): ├── 3FZbgi29cpjq2GjdwV8eyHuJJnkLtktZc5: 0.7 BTC (recipient) └── 1A1zP1eP5QGefi2DMPTfTL5SLmv7DivfNa: 0.0997 BTC (change) Total Output: 0.7997 BTC Transaction Fee: 0.0003 BTC

What this tells you:

• Multiple inputs: Sender consolidated funds from multiple addresses
• Change output: The 0.0997 BTC returns to sender’s new address
• Fee efficiency: 0.0003 BTC fee for 226 bytes = reasonable 15 sat/vB
• Privacy score: Lower (address reuse detected)

Red flags in transaction structure:

• Round numbers: 1.0000000 BTC outputs often indicate exchange withdrawals or structured transactions
• Peeling chain: Pattern where change keeps decreasing suggests tumbling or OTC desk activity
• Batched transactions: One input, many outputs = exchange payout or mixing service

For a detailed guide on Bitcoin’s UTXO model, check what is the UTXO model.

Smart Contract Interaction Analysis (Ethereum)

Ethereum transactions reveal sophisticated smart contract interactions. Here’s how to decode them:

Reading smart contract calls:

Transaction Type: Contract Interaction ├── From: 0x742d35Cc…bEb ├── To: 0x7a250d5630B4cF539739dF2C5dAcb4c659F2488D (Uniswap V2 Router) ├── Value: 0 ETH ├── Input Data: 0x38ed1739… (swapExactTokensForTokens) └── Gas Used: 142,386 (76.3% of limit)

Internal Transactions: ├── USDC Transfer: 1,000 USDC → Uniswap Pool └── WETH Transfer: 0.342 ETH ← Uniswap Pool

What this reveals:

• User swapped 1,000 USDC for 0.342 WETH
• Effective price: 1 WETH = 2,924 USDC
• Gas efficiency: Used 76.3% of allocated gas (good estimation)
• Slippage: Can calculate by comparing expected vs. received tokens

Advanced Etherscan features for contract analysis:

1. “Logs” Tab

• Shows event emissions: Transfer(), Swap(), Approval()
• Critical for DEX trades and token transfers
• Example: `Swap(sender, amount0In, amount1In, amount0Out, amount1Out)`

1. “State” Tab

• Shows storage changes in smart contract
• Advanced users can see exactly what changed on-chain
• Useful for detecting reentrancy attacks or unexpected behavior

1. “Internal Txns” Tab

• Shows secondary transactions triggered by primary transaction
• Example: Flash loan borrows → swaps → repays all in one transaction
• Critical for understanding complex DeFi strategies

Transaction Flow Visualization

Several tools help visualize complex transaction flows:

OXT.me (Bitcoin focus)

• Maps transaction flows across multiple hops
• Identifies clustering patterns
• Tracks exchange deposit/withdrawal patterns
• Use case: Following whale movements through mixing services

Nansen.ai (Ethereum focus)

• Labels smart money addresses
• Tracks smart money flows into/out of protocols
• Real-time alerts for whale transactions
• Pricing: $150/month for Lite, data as of Q1 2026

Breadcrumbs.app (Multi-chain)

• Visual graph of transaction relationships
• AML/CTF investigation tools
• Compliance reporting features
• Use case: Exchange compliance teams tracking suspicious activity

On-Chain Metrics From Transaction Data

Aggregating transaction hash data reveals market-moving insights:

Network Activity Metrics

• Active addresses: Number of unique addresses transacting daily
• Transaction velocity: How quickly coins move between addresses
• UTXO age: How long since coins last moved (holder conviction)
• Exchange flows: Net inflows/outflows predict selling pressure

According to Glassnode data, when Bitcoin exchange net inflows exceed 20,000 BTC in a single day, price drops an average of 4.3% within the next 7 days (based on 73 occurrences from 2020-2025).

Real example — March 2024 Bitcoin Peak: On March 14, 2024, when Bitcoin hit $73,800, on-chain analysts noticed:

• Exchange inflows: 32,400 BTC in 24 hours
• Whale transactions >1,000 BTC: 47 (vs. avg 12/day)
• UTXO age: 34% of BTC last moved >1 year (historically high)
• Result: BTC dropped 18% over next 10 days to $60,200

This is signal vs. noise in practice. While mainstream media celebrated all-time highs, transaction hash analysis revealed massive distribution.

For comprehensive coverage of on-chain analysis techniques, see our on-chain analysis tutorial.

Troubleshooting Common Transaction Issues

Even with proper hash lookup skills, transactions sometimes go wrong. Here’s how to diagnose and resolve the most common issues.

Problem 1: Transaction Shows “Pending” for Hours

Diagnosis steps:

1. Look up transaction hash on block explorer
2. Check fee rate vs. current mempool (use mempool.space)
3. Verify transaction actually exists (not just wallet bug)

Solutions by blockchain:

Bitcoin — Replace-By-Fee (RBF)

• Only works if transaction was originally flagged with RBF
• Check block explorer: “RBF Enabled: Yes”
• In supporting wallet (Electrum, BlueWallet):

1. Right-click pending transaction
2. Select “Increase Fee” or “Replace By Fee”
3. Set new fee rate 10-20% higher than mempool average
4. Sign and broadcast replacement transaction

Bitcoin — Child-Pays-For-Parent (CPFP)

• Works even without RBF
• Send a new transaction using the “change” output
• Set combined fee rate high enough to incentivize miners
• Miners profit by including both transactions

Ethereum — Gas Price Increase

• Wallets like MetaMask have “Speed Up” button
• Sends replacement transaction with same nonce
• Increases gas price by 12.5% minimum
• Original transaction effectively cancelled when replacement confirms

Nuclear option — Transaction acceleration services:

• ViaBTC Transaction Accelerator (Bitcoin, free for <500 sat/vB)
• BTC.com Pool Accelerator (Bitcoin, paid service)
• EthTx.info Gas Booster (Ethereum, paid)

Problem 2: Transaction Not Showing Up in Block Explorer

This is more common than you think. Possible causes:

Cause 1: Wrong network

• Verified you’re checking the correct blockchain?
• Example: Sent BSC BEP-20 USDT but checking Ethereum Etherscan
• Solution: Check blockchain name in your wallet carefully

Cause 2: Transaction never broadcast

• Wallet software bug prevented broadcast to network
• Transaction exists only in your local wallet
• Solution: Try resubmitting or switch to different wallet software

Cause 3: Custom/test network

• Some wallets use testnet by default
• Check if you’re on mainnet vs. testnet
• Testnet transactions show on separate testnet explorers

Cause 4: Block explorer lag

• Less common in 2026 but possible during high congestion
• Wait 5-10 minutes and refresh
• Try alternative block explorer

Problem 3: Transaction Failed But Fees Still Paid (Ethereum)

This is specific to Ethereum and EVM-compatible chains. Here’s why it happens:

Understanding “Out of Gas” failures:

Status: Failed (Reverted) Gas Limit: 50,000 Gas Used: 50,000 (100%) Error: Out of gas

What happened:

• Your transaction ran out of gas mid-execution
• Blockchain executed partial work, then reverted
• Miners still consumed computational resources, so fee charged
• All state changes rolled back (tokens stay in original wallet)

How to avoid:

• Use gas estimation tools (Etherscan’s “Gas Tracker”)
• Set gas limit 20-30% higher than estimated
• For complex DeFi interactions, 200,000+ gas limit is standard
• MetaMask now warns about likely-to-fail transactions

Reading failure reason in block explorer: Scroll to “State” tab or “Error Message” to see:

• `”Insufficient output amount”` → Slippage too low on DEX
• `”Transfer amount exceeds balance”` → Tried to send more than you have
• `”Execution reverted”` → Smart contract rejected transaction logic

Problem 4: Wrong Address or Amount Sent

The hard truth: blockchain transactions are irreversible. But you still have options:

If sent to wrong address (you control):

• Good news: You can recover funds
• Access that wallet and transfer back
• Common scenario: Sent to old wallet you still have keys for

If sent to wrong address (someone else’s wallet):

• Contact the recipient if possible (exchange, known person)
• Explain the situation professionally
• Offer small reward for return (5-10% is standard)
• Reality: Success rate <20% according to Chainalysis data

If sent to smart contract address:

• Funds potentially recoverable if contract has withdrawal function
• Check contract code on Etherscan (“Contract” tab)
• Look for `rescue()`, `withdraw()`, or `recoverTokens()` functions
• Contact contract developers through official channels

If sent to burn address:

• Common burn addresses: 0x000…000, 0xdead, or chain-specific
• Permanently lost — by design
• Always verify recipient address character-by-character before sending

Prevention measures:

• Always send small test transaction first ($5-10 worth)
• Use address book features in wallets
• Verify first 6 and last 4 characters of address
• Be aware of clipboard hijacking malware that swaps addresses

For comprehensive transaction verification methods, see blockchain transaction verification process.

Privacy Considerations in Transaction Hash Lookup

Every transaction hash lookup is public and permanent. Understanding the privacy implications is critical in 2026’s regulatory environment.

What Transaction Hashes Reveal About You

When you look up a transaction hash or share one publicly, you’re revealing:

Direct information:

• Sender and receiver wallet addresses
• Exact amount transferred
• Timestamp (precise to the second)
• Fee paid (indicates urgency/sophistication)
• IP address (if looking up from unsecured connection)

Inferred information:

• Wallet balance (by following address to other transactions)
• Transaction history (entire financial history viewable)
• Behavioral patterns (trading frequency, time zones, counterparties)
• Net worth (sum all addresses linked through clustering)

Real case study — 2024 Ledger data breach: When Ledger’s customer database leaked in 2026, attackers cross-referenced:

1. Customer email addresses (from breach)
2. Public forum posts mentioning Bitcoin holdings
3. Transaction hashes shared in those posts
4. Address clustering to identify all victim wallets

Result: $47 million stolen through targeted phishing campaigns. Victims who never shared transaction hashes publicly remained safe.

Address Clustering and Heuristics

Blockchain analysis firms (Chainalysis, Elliptic, CipherTrace) use sophisticated heuristics to cluster addresses:

Common ownership heuristics:

1. Multi-input clustering: All inputs in a transaction likely owned by same entity
2. Change address detection: Smallest output often returns to sender
3. Timing analysis: Addresses active at similar times potentially linked
4. Peeling chains: Sequential transactions with decreasing amounts
5. Round number inputs: 1.0000000 outputs suggest automated systems

Example clustering in action:

Transaction 1: ├── Input A: 0.5 BTC ├── Input B: 0.3 BTC └── Output: 0.79 BTC → External address

Analysis: Inputs A and B likely owned by same person/entity Confidence: >95%

According to Chainalysis 2025 data, approximately 68% of Bitcoin addresses can be linked to identities through clustering analysis, exchange KYC data, and public information correlation.

Privacy-Enhanced Transaction Lookups

If you need to look up transactions without revealing your IP address or connection to specific addresses:

Method 1: Use a VPN

• Routes traffic through encrypted tunnel
• Hides your real IP from block explorer
• Recommended services: Mullvad, ProtonVPN, IVPN
• Cost: $5-10/month as of 2026

Method 2: Tor Browser

• Anonymous network with multiple relay hops
• Free and open-source
• Tradeoff: Slower than VPN
• Block explorer support: Most major explorers work on Tor

Method 3: Run Your Own Node

• Ultimate privacy: query blockchain directly
• No third-party sees what you’re looking up
• Requirements:
• Bitcoin full node: ~550 GB storage (as of Q1 2026)
• Ethereum archive node: ~14 TB storage
• Technical expertise to set up and maintain

Method 4: Privacy-focused block explorers

• Blockchair.com: No Google Analytics, no tracking
• Mempool.space: Self-hostable, open-source
• OXT.me: Onion routing available

When to Share Transaction Hashes (And When Not To)

Safe to share publicly:

• Exchange withdrawal confirmations (one-time address used)
• Donations to public causes (transparency expected)
• NFT mints (public by nature)
• Dispute resolution with exchanges (customer support)

Never share publicly:

• Personal wallet addresses (linked to identity)
• High-value transactions (painting target on your back)
• Recurring payment patterns (reveals income/spending)
• Transaction hashes in crypto Twitter debates (doxxes your entire financial history)

Alternative to sharing full transaction hash: Share only:

• First 10 characters: `3a5e5c8d9b…`
• Last 10 characters: `…7c8d9e0f1a2b`
• Block number + position: “Block 825,934, transaction #43”

This provides enough info for verification without full transaction history exposure.

For advanced on-chain privacy analysis, see DeFi on-chain analytics.

Block Explorer Comparison: Which Should You Use?

With dozens of block explorers available in 2026, choosing the right one depends on your specific needs. Here’s a data-driven comparison of the most popular options.

Bitcoin Block Explorers Compared

Detailed breakdown:

Mempool.space (Recommended for most users)

• Strengths:
• Real-time mempool visualization
• Fee estimation accuracy: ±2 blocks in 94% of tests
• Open-source and self-hostable
• Lightning Network integration
• Weaknesses:
• UI learning curve for beginners
• Limited historical data on free tier
• Unique feature: Audio mode (hear blockchain activity)

Blockchair

• Strengths:
• Multi-chain support (20+ blockchains)
• SQL-like filtering for power users
• Privacy-focused (no tracking cookies)
• Portfolio tracking features
• Weaknesses:
• API rate limits on free tier (100 req/day)
• Some advanced features require Pro ($99/month)
• Unique feature: Full-text search across all blockchains

OXT.me

• Strengths: