XRP Ledger Explorer

What Is an XRP Ledger Explorer?

An XRP Ledger Explorer is a blockchain search tool that lets users view public activity on the XRP Ledger.

It helps users look up XRP transactions, wallet addresses, ledger indexes, transaction hashes, trust lines, issued tokens, NFTs, AMMs, validators, nodes, and other on-chain records.

In simple terms, an XRP Ledger Explorer works like a search engine for the XRP Ledger.

Instead of searching websites, users search blockchain data.

The official open-source XRPL Explorer lets users check account balances, transactions, validators, nodes, and blockchain activity.

Other widely used XRP Ledger explorers include XRPSCAN and Bithomp XRP Explorer, which provide additional views for accounts, transactions, tokens, NFTs, AMMs, and ledger objects.

An explorer does not control funds.

It does not store private keys.

It does not reverse transactions.

It only displays public blockchain information that already exists on the XRP Ledger.

For crypto users, an XRP Ledger Explorer is important because it helps verify whether a transaction was confirmed, whether an address received funds, whether a destination tag was used, and whether a token or issuer looks legitimate.

How an XRP Ledger Explorer Works

An XRP Ledger Explorer works by reading data from XRP Ledger servers and presenting that data in a human-friendly format.

The XRP Ledger records validated ledgers, transactions, account balances, ledger objects, trust lines, offers, NFTs, AMMs, and other protocol data.

An explorer collects or queries this information and organizes it into searchable pages.

Users can search by wallet address, transaction hash, ledger index, token, NFT, validator, account name, or other supported identifiers.

The official XRP Ledger documentation explains that public API methods allow clients to communicate directly with an XRP Ledger server through the XRPL public API methods.

Explorers use this type of blockchain data access to show confirmed account and transaction information.

Some explorers also use their own indexing systems to make searches faster and add extra labels, charts, analytics, and token pages.

This means different explorers may display the same underlying transaction in slightly different ways.

The core ledger data should match, but labels, token metadata, market information, risk tags, and user interface details can vary.

For important transactions, users can compare more than one explorer or check the official XRPL API documentation to understand the raw data.

Why XRP Ledger Explorers Matter

XRP Ledger Explorers matter because blockchain transactions are public but not always easy to read.

A wallet may show that a payment was sent, but an explorer can show the transaction hash, validated ledger, sending account, receiving account, amount, fee, destination tag, result code, timestamp, and related metadata.

This helps users verify facts instead of relying only on wallet screens or screenshots.

For payments, an explorer can confirm whether XRP or an issued asset arrived at the correct address.

For wallet security, an explorer can reveal unexpected transactions, changed account settings, created trust lines, or suspicious token movements.

For DeFi users, an explorer can show DEX offers, AMM pool activity, token balances, and trust line details.

For developers, an explorer can help debug transactions and inspect ledger objects.

For businesses, an explorer can help confirm incoming payments, audit wallet activity, and verify settlement history.

For beginners, an explorer is one of the best tools for learning how the XRP Ledger actually works.

It turns invisible blockchain activity into information that users can inspect and verify.

What Can You Search in an XRP Ledger Explorer?

Users can search an XRP Ledger Explorer for transaction hashes.

A transaction hash identifies a specific transaction submitted to the XRP Ledger.

Users can search wallet addresses.

A classic XRP Ledger address usually starts with the letter “r”.

Users can search ledger indexes.

A ledger index is a number that identifies the order of validated ledgers.

Users can search issued tokens.

Issued tokens are assets created by issuers on the XRP Ledger through trust lines.

Users can search NFTs.

Some explorers show NFT mints, transfers, offers, and metadata.

Users can search AMMs.

AMMs are automated market maker pools that provide liquidity inside the XRP Ledger’s decentralized exchange system.

Users can search validators and nodes.

Some explorers show validator public keys, domain information, amendment votes, uptime, and network participation.

Users can also search account settings, destination tags, trust lines, offers, escrows, checks, payment channels, and other ledger objects depending on the explorer.

Transaction Lookup

Transaction lookup is one of the most common uses of an XRP Ledger Explorer.

After a user sends XRP or another XRP Ledger asset, the wallet usually provides a transaction hash.

The user can paste that hash into an explorer to check transaction status.

A transaction page can show whether the transaction was validated, failed, or not found.

It can also show the transaction type, sending account, destination account, amount, fee, ledger index, close time, and result code.

The official XRPL introduction explains that users execute transactions by sending commands to the XRP Ledger and watching for confirmation that the transaction is complete through its transactions and requests guide.

For a normal payment, the explorer can show whether the payment reached the destination address.

For a failed transaction, the explorer may show an error code that explains why the transaction did not succeed.

This is useful when troubleshooting wrong fees, missing reserves, invalid sequence numbers, expired tickets, insufficient balance, or account settings.

A transaction hash is one of the strongest pieces of evidence in a payment dispute because it points to a public on-chain record.

Account Lookup

Account lookup lets users inspect an XRP Ledger address.

A good explorer can show an account’s XRP balance, transaction history, trust lines, issued tokens, NFTs, offers, escrows, AMM activity, and account settings.

The XRP Ledger documentation explains that an AccountRoot ledger entry describes a single account, its settings, and XRP balance.

This is the core account object that explorers use to show basic account information.

Account lookup is useful when checking whether a payment address is active.

It is also useful when reviewing suspicious wallet activity.

For example, if a user thinks their wallet was compromised, they can search the wallet address and inspect outgoing transfers.

They can also check whether unknown trust lines were created or whether tokens moved unexpectedly.

Account lookup is also useful for businesses that need to reconcile deposits.

A business can check whether a customer sent funds to the right address and whether a required destination tag was included.

However, users should remember that an explorer shows public data, not private identity.

A wallet address may not reveal who controls it unless the owner has publicly linked that address to an identity.

Ledger Index and Ledger Hash

An XRP Ledger Explorer can show ledger indexes and ledger hashes.

A ledger index is a number that shows the order of a ledger in the chain of validated ledgers.

A ledger hash is a cryptographic identifier for the exact contents of a ledger.

The XRP Ledger documentation explains that the ledger index indicates the order of ledgers, while the ledger hash identifies the exact contents of a ledger.

This matters because users sometimes need to prove that a transaction was included in a specific validated ledger.

The ledger index gives the position in ledger history.

The ledger hash gives a unique fingerprint of that ledger’s contents.

For developers, ledger indexes and ledger hashes are useful when building applications, verifying data consistency, or querying historical ledger states.

For normal users, the ledger index mainly helps show that a transaction was recorded in a validated ledger at a specific time.

When an explorer marks a transaction as validated, it means the transaction was included in a ledger that the network accepted as final.

Validated Transactions

Validated transactions are confirmed transactions that have been accepted into a validated ledger.

This is different from a transaction that was only submitted or pending.

On the XRP Ledger, finality is important because a validated transaction is normally considered complete and irreversible.

An explorer helps users distinguish between successful validated transactions and failed or missing transactions.

A successful payment transaction usually shows a result code such as tesSUCCESS.

Failed transactions may show different result codes that explain what went wrong.

Users should not rely only on a screenshot that says a payment was sent.

They should check the transaction hash in an explorer and confirm that the transaction was validated successfully.

This is especially important for high-value payments, business deposits, token transfers, or situations where a destination tag is required.

An explorer can also show whether the transaction was an XRP payment, issued token payment, trust line change, offer creation, AMM deposit, NFT action, or account setting update.

Destination Tags in an XRP Ledger Explorer

Destination tags are important when reading XRP payment data in an explorer.

A destination tag is a number used to identify the correct recipient when many users share the same receiving address.

This often happens with hosted wallets, payment services, merchant systems, and custodial deposit addresses.

The official XRPL documentation explains that source and destination tags are 32-bit unsigned integers used to indicate specific purposes for payments.

An XRP Ledger Explorer can show whether a transaction included a destination tag.

This helps users troubleshoot missing deposits.

If XRP was sent to a shared address without the required tag, the transaction may still be valid on-chain.

The issue is that the receiving system may not know which internal user should be credited.

An explorer can help prove that the funds arrived at the address, but it cannot force the recipient to credit the deposit.

Users should always check the address and destination tag before sending XRP.

After sending, users can use an explorer to confirm that both were included correctly.

XRP Balances and Account Reserves

An XRP Ledger Explorer can show an account’s XRP balance, but users must understand reserves.

The XRP Ledger requires accounts to hold a minimum XRP reserve to exist on the ledger.

The official XRPL reserves documentation explains that an address must hold a minimum amount of XRP in the shared global ledger to have an account.

As of the lower reserve update that took effect on December 2, 2024, the XRP Ledger base reserve is 1 XRP per account and the owner reserve is 0.2 XRP per owned ledger object, according to the official XRPL lower reserves announcement.

This matters because an explorer may show a balance that is not fully spendable.

Some XRP must remain in the account as reserve.

Additional ledger objects such as trust lines, offers, escrows, checks, payment channels, and some NFT-related objects can increase the reserve requirement.

A good explorer can help users understand why a wallet cannot send its full displayed balance.

Users should check both total balance and reserved balance when planning withdrawals or account cleanup.

Trust Lines and Issued Tokens

An XRP Ledger Explorer can display trust lines and issued tokens.

Trust lines are relationships that allow an account to hold specific issued tokens from specific issuers.

The XRP Ledger documentation explains that trust line tokens are issued assets held through trust lines.

This is useful because token symbols alone can be misleading.

Different issuers can create tokens with the same or similar currency codes.

An explorer helps users check the issuer address, trust line balance, limit, freeze status, rippling settings, and other token-related details.

This is especially important for stablecoins, tokenized assets, community tokens, and legacy IOU-style assets.

Before accepting or trading an issued token, users should verify the official issuer address.

An explorer can help users compare the issuer shown on-chain with the issuer’s official documentation.

Users should not trust a token only because the symbol looks familiar.

The issuer address, liquidity, reserve model, transfer settings, and redemption terms all matter.

DEX Offers and Order Book Activity

The XRP Ledger includes a native decentralized exchange, often called the XRPL DEX.

An XRP Ledger Explorer can show offers, order book activity, trading pairs, and some market history depending on the explorer.

The official XRPL documentation explains that the XRP Ledger decentralized exchange supports trading between currencies through on-ledger offers.

This means users can inspect certain trading activity directly on-chain.

For example, an explorer may show whether an account created, modified, or canceled an offer.

It may also show token pairs, executed trades, exchange rates, and related transactions.

This is useful for understanding how XRP and issued tokens move through on-ledger markets.

However, users should remember that visible trading does not guarantee quality or safety.

A token can have on-chain trades and still carry issuer risk, low liquidity, or weak demand.

Explorers help show activity, but users still need to evaluate the asset and issuer.

AMM Pool Lookup

An XRP Ledger Explorer can also help users inspect automated market maker activity.

Automated market makers, or AMMs, are liquidity pools that allow users to trade against pooled assets.

The XRPL documentation explains that AMMs provide liquidity in the XRP Ledger decentralized exchange.

An explorer may show AMM pool assets, pool balances, LP tokens, trading activity, deposits, withdrawals, and auction-related information depending on the explorer.

This can help users evaluate liquidity before swapping or providing liquidity.

For example, a user may check whether a stablecoin pool has enough depth for a large trade.

A user may also check whether an AMM position was created or withdrawn successfully.

AMM data is useful, but it does not remove risk.

Liquidity providers can face impermanent loss, issuer risk, transfer fee effects, and market volatility.

Explorers can show pool data, but users must still understand how AMMs work before depositing assets.

NFT Lookup

An XRP Ledger Explorer may support NFT lookup.

NFTs on the XRP Ledger can represent unique digital assets such as collectibles, artwork, memberships, game items, certificates, or other digital records.

An explorer can show NFT minting, transfers, offers, burns, issuer information, token IDs, and metadata links when available.

The XRPL documentation explains NFT concepts and reserve requirements through its XRP Ledger NFTs documentation.

NFT lookup is useful because wallet interfaces may not always display all metadata or ownership history clearly.

An explorer can help users verify whether an NFT exists, which account owns it, and whether it has been transferred.

However, NFT metadata can still be risky.

A token may point to external content that changes, disappears, or contains misleading information.

Users should not assume that an NFT is valuable only because it appears in an explorer.

They should check creator identity, metadata quality, collection history, transfer activity, and market liquidity.

Validator and Node Information

Some XRP Ledger Explorers show validator and node information.

Validators participate in the consensus process that helps the network agree on validated ledgers.

An explorer may show validator public keys, domains, validation history, agreement rates, amendment votes, and network status.

The XRPL documentation includes infrastructure and server resources that explain how the network operates through the XRP Ledger infrastructure documentation.

Validator information is useful for users who want to understand network health and decentralization.

It is also useful for operators who run XRP Ledger infrastructure.

For normal users, validator pages may seem technical, but they can still provide useful transparency.

They show that the XRP Ledger is not only a payment network but also a live public blockchain with independent network participants.

Validator information should be interpreted carefully.

A validator’s public listing does not automatically mean that users should trust every service connected to that validator.

It only shows network participation data and related public information.

Amendments and Protocol Changes

An XRP Ledger Explorer or related XRPL resource may show amendment status.

Amendments are protocol changes that can add, remove, or modify XRP Ledger features.

The official XRPL documentation provides a known amendments page that lists amendment status and protocol feature changes.

This matters because the XRP Ledger evolves over time.

Features such as AMMs, NFTs, clawback, credentials, or other protocol-level tools may depend on amendments.

An explorer can help users see whether certain transaction types or ledger objects exist on Mainnet.

Developers especially need to track amendment status because applications can break if they assume a feature is available when it is not enabled.

Users also benefit from amendment transparency because protocol changes can affect token behavior, account settings, compliance features, and DeFi tools.

When using advanced XRP Ledger features, users should check current documentation instead of relying only on old guides.

Explorer vs. Wallet

An XRP Ledger Explorer is not the same as an XRP wallet.

A wallet controls keys and signs transactions.

An explorer displays public blockchain data.

A wallet lets users send XRP, create trust lines, sign offers, manage NFTs, or change account settings.

An explorer lets users inspect what happened after those actions were submitted to the ledger.

This distinction is important for safety.

A real explorer should not ask for a seed phrase or private key.

Users do not need to enter private recovery information to view public blockchain data.

If a website claiming to be an explorer asks for a seed phrase, it is a major warning sign.

Explorers are for reading public data.

Wallets are for signing transactions.

Users should keep those roles separate to reduce phishing risk.

Explorer vs. API

An explorer and an API both provide access to blockchain information, but they serve different users.

An explorer is designed for humans.

It displays account pages, transaction pages, charts, tables, labels, and search tools.

An API is designed for software.

It lets developers request data programmatically.

The XRP Ledger documentation explains methods such as account_tx, which retrieves a list of validated transactions involving a given account.

Many explorers use API methods and their own indexes to build user-friendly pages.

Developers may use explorers for quick checks, then use APIs for production applications, monitoring tools, payment systems, or analytics dashboards.

For normal users, the explorer is usually enough.

For builders, the API provides deeper control and automation.

How to Verify an XRP Transaction With an Explorer

Users should first copy the transaction hash from their wallet or payment confirmation.

They should paste the transaction hash into a trusted XRP Ledger Explorer.

They should check whether the transaction is validated.

They should confirm the result code shows success.

They should verify the sender address.

They should verify the recipient address.

They should verify the amount and asset type.

They should check whether the destination tag was included if the recipient required one.

They should check the ledger index and timestamp.

They should confirm that the transaction fee was reasonable.

For issued tokens, users should check the issuer address and token code.

For AMM or DEX activity, users should check the assets, amounts, rates, and related ledger changes.

This process helps users avoid relying on incomplete wallet notifications or unverified screenshots.

How to Use an Explorer for Token Safety

An XRP Ledger Explorer can help users evaluate issued tokens.

The first step is to search the token or issuer address.

The second step is to check whether the issuer matches official documentation.

The third step is to review trust line counts, token holders, transfer activity, and liquidity.

The fourth step is to check whether the token has freeze, clawback, authorized trust line, or transfer fee settings.

The fifth step is to inspect DEX or AMM liquidity if the token trades on the XRP Ledger.

The sixth step is to confirm whether the token is a stablecoin, loyalty token, community token, tokenized asset, or another type of issued asset.

The seventh step is to review issuer disclosures outside the explorer.

An explorer can show on-chain facts, but it cannot prove that an issuer has real off-chain reserves or legal obligations.

For stablecoins and tokenized real-world assets, users should read reserve reports, redemption terms, compliance documents, and issuer information.

An explorer is a powerful verification tool, but it is not a full due diligence report.

How to Use an Explorer for Wallet Security

An XRP Ledger Explorer can help users monitor wallet security.

Users can search their own address to review outgoing transfers, trust line changes, offer activity, NFT transfers, and account setting updates.

If a wallet was compromised, an explorer can help identify when funds moved and where they went.

Users can save transaction hashes as evidence.

They can also inspect whether suspicious trust lines, offers, or account changes were created.

This information can help with support requests, internal records, security reports, or law enforcement reports.

However, an explorer cannot recover stolen funds.

It can show what happened, but it cannot reverse a validated transaction.

Users should treat explorers as investigation and verification tools, not recovery tools.

Anyone promising guaranteed recovery after viewing an explorer record should be treated with caution.

Limitations of XRP Ledger Explorers

XRP Ledger Explorers are useful, but they have limitations.

First, an explorer shows public on-chain data, not private off-chain intent.

It can show that a wallet sent XRP, but it may not prove why the wallet sent it.

Second, address ownership is not always known.

An explorer may show labels for some addresses, but many addresses remain pseudonymous.

Third, token symbols can be confusing.

Users must check issuer addresses because symbols are not enough.

Fourth, explorer labels may be incomplete or wrong.

Labels are often added by the explorer or community and may not be official.

Fifth, metadata can be unreliable.

NFT metadata, token names, websites, and icons may come from external sources that can change or be misleading.

Sixth, an explorer cannot judge investment quality.

It can show activity, but it cannot guarantee that a token, issuer, NFT, or AMM pool is safe.

Common Mistakes When Using an XRP Ledger Explorer

One common mistake is assuming that a transaction screenshot proves payment.

Users should verify the transaction hash directly in an explorer.

Another mistake is ignoring the destination tag.

A payment can be valid on-chain but still fail internal crediting if the required destination tag is missing.

A third mistake is trusting token symbols without checking issuer addresses.

A fake token can use a familiar symbol.

A fourth mistake is assuming that every displayed balance is spendable.

Some XRP may be locked as reserve.

A fifth mistake is thinking an explorer can reverse transactions.

Explorers only display records.

A sixth mistake is entering a seed phrase into an explorer website.

No legitimate explorer needs a private key or recovery phrase to show public data.

A seventh mistake is assuming that on-chain activity equals real adoption.

Bots, test transactions, low-value transfers, and artificial activity can appear on-chain.

Benefits of an XRP Ledger Explorer

The first benefit is transaction transparency.

Users can verify payments and ledger activity directly.

The second benefit is account visibility.

Users can inspect balances, trust lines, NFTs, offers, and settings.

The third benefit is payment troubleshooting.

Users can check transaction hashes, destination tags, result codes, and ledger status.

The fourth benefit is token verification.

Users can check issuer addresses and token settings before trusting issued assets.

The fifth benefit is DeFi visibility.

Users can inspect DEX offers, AMM pools, liquidity, and related transactions.

The sixth benefit is network transparency.

Explorers can show validators, nodes, ledger history, and amendment-related information.

The seventh benefit is developer support.

Builders can use explorers to debug transactions and inspect ledger objects.

The eighth benefit is security monitoring.

Users can review wallet activity and collect evidence after suspicious events.

Risks of Using an XRP Ledger Explorer

The first risk is phishing.

Fake explorer websites may imitate real explorers and try to steal wallet information.

The second risk is false confidence.

Users may think that a token is safe only because it appears in an explorer.

The third risk is misreading data.

Transaction metadata, trust line settings, and ledger object details can be confusing for beginners.

The fourth risk is relying on labels too much.

Explorer labels may be incomplete, unofficial, or outdated.

The fifth risk is privacy exposure.

Searching or sharing wallet addresses can reveal financial activity to others.

The sixth risk is misunderstanding destination tags.

Users may believe funds are lost when the actual problem is missing internal crediting by the recipient.

The seventh risk is using the wrong explorer result.

Users should check full addresses and hashes carefully because many strings look similar.

How to Choose an XRP Ledger Explorer

Users should choose an explorer that clearly supports XRP Ledger data.

They should check whether it supports transaction hashes, accounts, ledger indexes, trust lines, NFTs, AMMs, DEX activity, validators, and tokens.

They should check whether the explorer shows issuer addresses clearly.

They should check whether destination tags are easy to find on payment pages.

They should check whether the explorer distinguishes XRP from issued tokens.

They should check whether the explorer provides raw transaction details for advanced review.

They should check whether the explorer updates quickly after validated ledgers.

They should use official links or carefully verified URLs to avoid phishing.

They should compare results across explorers when dealing with large amounts or confusing transactions.

They should remember that a good explorer improves visibility, but it does not replace wallet security or independent research.

XRP Ledger Explorer in Simple Terms

An XRP Ledger Explorer is a public search tool for the XRP Ledger.

It lets users check whether a transaction happened.

It lets users see which address sent or received funds.

It lets users confirm whether a destination tag was included.

It lets users inspect balances, trust lines, tokens, NFTs, AMMs, offers, validators, and ledger data.

It does not hold XRP.

It does not need a seed phrase.

It cannot reverse transactions.

It simply helps users read and verify public blockchain records.

For beginners, the main rule is simple.

Use an XRP Ledger Explorer to verify what happened on-chain before trusting screenshots, claims, token names, or payment confirmations.

FAQ

What is an XRP Ledger Explorer?

An XRP Ledger Explorer is a blockchain search tool that lets users view public XRP Ledger data such as transactions, accounts, balances, tokens, NFTs, AMMs, validators, and ledger history.

Is an XRP Ledger Explorer a wallet?

No, an explorer is not a wallet because it displays public data but does not control private keys or sign transactions.

Can an XRP Ledger Explorer recover lost XRP?

No, an explorer can show where funds moved, but it cannot reverse or recover validated transactions.

Do I need a seed phrase to use an XRP Ledger Explorer?

No, users should never enter a seed phrase or private key into an explorer because public blockchain data can be viewed without private wallet information.

What can I search in an XRP Ledger Explorer?

Users can search transaction hashes, wallet addresses, ledger indexes, issued tokens, NFTs, AMMs, validators, nodes, and other supported XRP Ledger records.

How do I check an XRP transaction?

Copy the transaction hash from the wallet or payment confirmation, paste it into an explorer, and confirm that the result is validated and successful.

How do I know if an XRP payment was successful?

A successful XRP payment should show a validated transaction with a success result code and the correct sender, destination, amount, and destination tag if required.

Can an explorer show destination tags?

Yes, XRP Ledger Explorers can show whether a payment included a destination tag.

Why is the destination tag important?

A destination tag helps a shared receiving address identify the correct internal recipient, so missing tags can cause deposit crediting problems.

Can an explorer show XRP reserves?

Many explorers can show account details that help users understand balances and reserve-related ledger objects.

Can an explorer show XRP Ledger tokens?

Yes, explorers can show trust lines and issued tokens, including the issuer address and token balance.

Why should I check the issuer address?

The issuer address matters because different issuers can create tokens with the same or similar symbols.

Can an explorer show NFTs on the XRP Ledger?

Yes, many XRP Ledger Explorers can display NFT ownership, minting, transfers, offers, burns, and metadata links.

Can an explorer show AMM pools?

Yes, some explorers can display AMM pool assets, liquidity, LP token activity, deposits, withdrawals, and trading activity.

Can an explorer show validators?

Yes, some explorers display validator and node information such as public keys, domains, agreement rates, and amendment votes.

Is every token shown in an explorer safe?

No, an explorer only shows that a token exists on-chain, but users must still evaluate the issuer, liquidity, redemption rules, freeze settings, and other risks.

What is the safest way to use an XRP Ledger Explorer?

Use verified explorer URLs, never enter private keys, check full addresses and hashes carefully, verify issuer addresses, and compare results when dealing with large amounts.

Conclusion

An XRP Ledger Explorer is one of the most useful tools for understanding and verifying activity on the XRP Ledger.

It allows users to search transactions, accounts, ledger indexes, trust lines, issued tokens, NFTs, AMMs, DEX offers, validators, nodes, and other public blockchain data.

For everyday users, the most common use is confirming whether an XRP payment was validated successfully.

For businesses, explorers help reconcile deposits, check destination tags, and verify settlement history.

For developers, explorers help debug transactions, inspect ledger objects, and understand how applications interact with the XRP Ledger.

For DeFi and token users, explorers help verify issuers, liquidity, trust lines, AMMs, and token settings.

The key safety lesson is that an explorer is a read-only verification tool.

It should never require a seed phrase or private key.

It cannot reverse transactions, recover lost funds, or prove that every token is safe.

Users should use explorers to verify on-chain facts, but they should still apply careful judgment when evaluating wallets, tokens, issuers, NFTs, AMMs, and payment claims.

The best way to use an XRP Ledger Explorer is to treat it as a public record checker.

It helps users answer the most important blockchain question: what actually happened on-chain?