Blockchain Reader

Blockchain Reader Review Guide: Everything You Need To Know + FAQ

Ever opened a Bitcoin transaction, stared at the hex, and thought, “What am I looking at?” If you want a clean, fast way to make sense of raw blocks and transactions without guesswork, you’ll like the Blockchain Reader (yogh.io).

I use it to check transaction details, decode scripts, and understand on-chain data in minutes — for free. This is a practical walkthrough, not fluff. You’ll see exactly where it helps, where it doesn’t, and how to read the fields that matter.

The pain: why most explorers leave you guessing

Most block explorers are great at confirmations and balances but hide the nuts and bolts that actually explain how a transaction works.

• Scripts get buried — you rarely see full scriptSig, scriptPubKey, or witness data at a glance.
• Essential fields are missing or hard to find — nSequence, locktime, version, size/weight, and even fee logic aren’t always obvious.
• Tracing inputs is slow — you click, wait, and still don’t get the raw structure behind a prevout.
• Raw hex looks scary — and many tools don’t decode it clearly, making debugging a pain.

What you actually need: a fast, precise reader that shows the real transaction — inputs, outputs, scripts, witness, and header data — without hiding the details behind tabs and charts.

If you’re learning SegWit or Taproot, or validating how a wallet constructs transactions, clarity matters. Even Bitcoin Optech’s dashboard shows adoption for advanced features continuing to grow — which means more scripts, more witness structures, and more chances to miss something important if your tool is too “pretty” and not precise.

Here’s the promise

I’ll show you what yogh.io is, how to use it for transactions and blocks, which fields to check first, and when to pick it over a mainstream explorer. You’ll also get simple privacy and safety tips, so you don’t leak info while researching.

By the end, you’ll be able to open any txid and actually understand it — including script types, witness data, fees, nSequence, and locktime — without feeling lost.

Who this is for

• Builders and wallet testers who need to verify tx construction and spending conditions.
• Analysts and researchers who care about inputs, outputs, scripts, and block headers — not just charts.
• Auditors who want clean permalinks to share with teams.
• Curious Bitcoin users who want the full picture behind a payment.

What you’ll learn in the next 10 minutes

• How to look up a transaction or block by hash (or paste raw hex to decode it instantly).
• How to read version, inputs, outputs, size/weight, and confirm fee math quickly.
• How to check scriptSig/scriptPubKey, witness for SegWit, and recognize output types (P2PKH, P2SH, P2WPKH, P2WSH — and Taproot where supported).
• How to spot and interpret nSequence and locktime without hunting across tabs.
• How to follow links to previous outputs and children that spend them — without getting lost.
• How to generate clean, shareable permalinks for teammates.

Ready to make raw Bitcoin readable? Let’s start with the basics: what exactly is a “Blockchain Reader” like yogh.io, and why do so many devs keep it in their toolkit? The quick answer is up next — and it’ll save you hours of guesswork.

What is Blockchain Reader (yogh.io) and why people use it

If you’ve ever opened a raw Bitcoin transaction and felt your eyes glaze over, you’re not alone. Blockchain Reader (yogh.io) turns that wall of hex into a clean, readable map of what’s actually happening: inputs, outputs, scripts, witness data, and block headers. It’s fast, minimal, and built for people who want the truth of the data without noise.

“Clarity beats complexity. When you see the structure, the blockchain stops feeling like magic and starts feeling like math.”

I reach for it when I’m learning, debugging, or auditing. It strips away marketing fluff and shows the guts: version and locktime, nSequence, scriptSig/scriptPubKey, SegWit fields, and the links that let you trace funds in seconds.

What makes it different from a typical block explorer

Most explorers prioritize charts, address pages, and fee dashboards. This one prioritizes the structure of Bitcoin data. Instead of filtering reality through wallet labels or heuristics, it simply decodes what’s there, field by field.

• Structured decoding over cosmetics: Version, size/weight, inputs/outputs, scripts, and witness are front and center.
• Script clarity: See script types at a glance (P2PKH, P2SH, P2WPKH, P2WSH, Taproot/P2TR if present) and the actual script opcodes.
• SegWit first-class: Witness stacks are displayed where they belong, so you can verify signatures and control flow per BIP-141/143.
• Block-header focus: Version, time, bits/target, nonce, and merkle root are easy to scan when you open a block.
• Raw truth: No tags, no “maybe this is an exchange” guesses—just the data your node would give you, formatted so you can read it quickly.

Supported data and networks (what to expect)

You can open three things right away:

• Transaction hash (txid): Paste a txid to see a complete decode, including scripts and witness if applicable.
• Block hash: Paste a block hash to view the header plus the transaction list.
• Raw transaction hex: Paste the raw hex and get a readable breakdown, ideal for debugging wallet or PSBT output.

It’s primarily used for Bitcoin. Network availability (e.g., testnet) can change, so always check the site footer or header for the current status.

Want a practical test? Grab the famous Bitcoin genesis block hash 000000000019d6689c085ae165831e93… and pop it into the search bar. You’ll see the header fields—version, time, bits, nonce—and understand in seconds why the merkle root matters. That’s the kind of immediate clarity that keeps me coming back.

Interface at a glance

The interface is refreshingly simple—no guesswork, no hunting for hidden tabs.

• Single input box: Paste a txid, block hash, or raw hex right on the main page.
• Clear sections: Results are organized into logical panels—summary, inputs, outputs, scripts, witness, and metadata like size/weight and fee.
• Clickable links: Every previous output (prevout) is a link. Click through to see where funds came from, or follow outputs forward to see how they’re spent (when available).
• Readable scripts: scriptSig/scriptPubKey are shown in a way that makes OP codes, addresses, and templates easy to recognize.
• Header details: Open a block and the header is right there—version, time, bits/target, nonce, and merkle root—so you can sanity-check mining metadata fast.

Nothing is buried. If you’ve ever tried to explain nSequence, locktime, or witness to a teammate, you’ll appreciate how each field sits in plain view, exactly where you expect it.

When to pick yogh.io vs a mainstream explorer

I split my toolkit by task. Here’s how I decide:

• Choose yogh.io when you need:

  • Granular transaction details (scripts, witness, nSequence, locktime)
  • Clean raw-hex decoding without spinning up CLI tools
  • Quick header reads and coinbase sanity checks
  • Reliable links to prevouts for tracing funds

• Choose a mainstream explorer when you need:

  • Mempool visualizations, fee estimates, or recent block stats
  • Address pages, tags, or heuristic clustering
  • Portfolio-style features, notifications, or APIs

It’s not an either/or. I’ll often open a tx in yogh.io to understand the exact script path, then keep a second tab with a mainstream explorer for mempool context. Best of both worlds.

Quick thought: got a hash or raw hex handy? In the next section, I’m going to load one live, show you where to paste it, and point out the fields that matter so you can read any Bitcoin transaction in under a minute. Want the step-by-step?

Hands-on: how to use yogh.io step by step

I use Blockchain Reader at yogh.io when I want the truth straight from the wire: raw transactions, scripts, witness, and block headers shown clearly. Here’s the exact workflow I follow to go from a tx hash (or hex) to “I fully understand what happened” — without guesswork.

“Clarity beats complexity. Every time.”

Find a transaction by hash (or paste raw hex)

Start at yogh.io. Paste either:

• A transaction hash (txid): You’ll land on a clean tx page.
• Raw tx hex: You’ll get a decoded, readable breakdown. This is gold when you’re testing wallets or investigating a broadcast issue.

What I check first, fast:

• Version: Tells me which rules the transaction follows.
• Inputs and outputs: Count and structure. Are we spending legacy, SegWit, or Taproot?
• Size/weight: Weight units (WU) and virtual size (vB) matter for fees.
• Fee and fee rate: Fee = sum(inputs) – sum(outputs). Fee rate (sats/vB) = fee (sats) ÷ virtual size (vB). If you only see weight, vB ≈ weight ÷ 4.

Quick example I use with teams:

• Inputs total: 0.01500000 BTC
• Outputs total: 0.01478000 BTC
• Fee: 0.00022000 BTC (22,000 sats)
• Virtual size: 220 vB → Fee rate: 100 sats/vB

If the fee rate looks off vs current mempool conditions, I note it. Wallets can mis-estimate or users can override; this is a frequent source of “why is my tx stuck?” questions.

Read a transaction the right way

I go top-to-bottom, left-to-right, with a focus on spend conditions and policy signals:

• Locktime (nLockTime): If it’s 0, nothing special. If it’s less than 500,000,000, it’s a block height. If higher, it’s a UNIX timestamp. Non-zero locktimes plus non-final sequences usually mean time-based spending rules are in play.
• Inputs (“vin”):

  • Prevout: Click through to the previous output. This is where the money really comes from.
  • scriptSig: For legacy and P2SH spends. It contains signatures and redeem scripts.
  • Witness: For SegWit spends (P2WPKH, P2WSH, Taproot). You’ll see signatures, control blocks (Taproot), or witness scripts clearly separated from the tx body.
  • nSequence: Final is usually 0xFFFFFFFF. Values below that can signal Replace-By-Fee (BIP125) or relative timelocks (BIP68). Wallets increasingly use RBF; Bitcoin Optech has noted steady adoption across wallets, which matches what I see in the wild.

• Outputs (“vout”):

  • scriptPubKey: The locking script. Yogh.io labels the type, so you can quickly spot P2PKH (OP_DUP OP_HASH160 …), P2SH (OP_HASH160 … OP_EQUAL), P2WPKH (0 ), P2WSH (0 ), and Taproot (1 ) if supported.
  • Address format: Legacy (base58), bech32 (bc1q…), or bech32m (Taproot bc1p…). Useful for policy checks and fee expectations.
  • Change vs pay-to: I compare amounts and address patterns. Change is often same-type as the input wallet uses. If a payment looks oddly sized and the “change” is big, the payment might be the smaller output.

Two quick sanity checks I always do:

• Does the script/witness match the output type? Spend a P2WPKH output? I expect a witness stack with a signature and a 33-byte compressed pubkey, not a scriptSig.
• Is RBF signaled? nSequence < 0xFFFFFFFE means “replaceable.” Expect fee bumps if the tx is unconfirmed and the mempool is busy.

If you want to go deeper into rules behind these fields, see BIP125 (RBF), BIP68/112 (CSV), BIP141 (SegWit), and BIP340–342 (Taproot). They’re the playbook the network follows: github.com/bitcoin/bips

Open a block and read the header

Paste a block hash to get a clean view of the header and the transaction list. I skim the header first:

• Version: Useful for seeing signaling mechanics (historically via version bits, BIP9).
• Time: Miner-set timestamp, not strictly wall-clock but bounded by consensus rules.
• Bits/target and nonce: Proof-of-work details. Bits encodes difficulty; nonce is the variable miners grind.
• Merkle root: The cryptographic summary of all txs in the block. If anything changes in the tx set, this changes.

Then I check the coinbase transaction:

• BIP34 height: The block height appears inside coinbase scriptSig.
• Witness commitment (SegWit blocks): Look for an OP_RETURN output with the 0xaa21a9ed tag. This proves inclusion of witness data as specified by BIP141.
• Extra nonce: Miners often put metadata and an expanding nonce field here.

A quick scan of tx list shows patterns: many small inputs might hint at consolidation; many equal-sized outputs might hint at batched payouts; uniform outputs with varied inputs could indicate CoinJoin (interpret carefully).

Trace funds and relationships

This is where yogh.io shines for me. Every input and output is clickable:

• Follow prevouts backward: Click the previous output to see where funds came from. Keep opening in new tabs if you’re doing a chain-of-custody review.
• Follow spends forward: If an output is already spent, you’ll see the “spent by” transaction. Use it to map children.
• Avoid getting lost:

  • Open branches in new tabs and name the tabs (most browsers let you pin or group).
  • Note anchor details (tx index, output index vout:n) when documenting flows.
  • Pause when you hit mixers, batched payouts, or large services — clustering becomes unreliable without additional context. Even experienced analysts avoid address-based assumptions without corroborating evidence.

I keep a simple “breadcrumb” note: txid → vout index → next txid. It’s amazing how much confusion this prevents during audits and security reviews.

Share and collaborate

When you’re ready to show someone exactly what you’re seeing:

• Copy the URL: Yog h.io URLs are permalinks for the tx or block you’re on. If you decoded raw hex, the link reflects that view so your teammate loads the same decode.
• Give context: In your message, say what you want checked — “Fee rate looks low,” “Is this Taproot spend valid?”, “Does this input reference exist on-chain?”
• Add a second source if critical: For audits or bug bounties, I attach a cross-check link from another explorer or a node CLI snippet. It short-circuits back-and-forth.

Small habit that pays off: paste a one-line summary above the link — “RBF-enabled tx, aiming for 50 sats/vB, unconfirmed 2 hours.” Your future self (and your team) will thank you.

Want to get even faster at this? Next, I’m going to share the power tricks I lean on to spot script patterns, confirm witness commitments, and debug wallet quirks in minutes — which one do you want to master first?

Power features, smart workflows, and limits to know

I like tools that get out of the way and show me the truth. When I’m checking a suspicious fee, a multisig spend, or a weird coinbase, I want fast answers, not fluff. That’s where Blockchain Reader (yogh.io) earns its keep.

“Don’t trust, verify.”

Script and SegWit clarity

The magic here is how cleanly scripts and witness data are shown. You don’t have to guess what’s happening in an input or decode raw hex by hand — the structure jumps out:

• Instant type recognition: Inputs and outputs clearly show the program type, so you can spot P2PKH, P2SH, P2WPKH, P2WSH, and Taproot (P2TR) when present.
• Readable scripts: For legacy paths, you’ll see scriptSig details like <sig> <pubkey> (P2PKH) or <sig...> <redeemScript> (P2SH). For SegWit, the witness stack is laid out, e.g., <sig> <pubkey> for P2WPKH, or full witnessScript for P2WSH multisig.
• Multisig patterns: It’s easy to confirm an M-of-N spend — you’ll see the number of signatures on the stack and the redeem/witness script with OP_CHECKMULTISIG.
• Taproot awareness: When a Taproot spend shows up, you’ll notice the OP_1 <x-only key> output and, if it’s a script-path spend, the control block and script appear in the witness. That’s clutch for checking policy compliance or spending paths without guessing. (Taproot specs: BIP340, BIP341, BIP342)
• Timelocks you can trust: I can confirm nLockTime at the tx level and per-input nSequence for relative locks (BIP68/112/113). If an input has CSV rules (OP_CHECKSEQUENCEVERIFY) or the tx relies on an absolute lock via OP_CHECKLOCKTIMEVERIFY, it’s obvious from the script and fields. Specs: BIP68, BIP112, BIP113.

That clarity saves me from misreads. Example: if I see a SegWit input with a single Schnorr signature in the witness and a Taproot output in the prevout, I know I’m looking at a key-path Taproot spend, not a legacy or P2WSH flow. No guesswork, no rabbit holes.

Debug and research workflows

When I’m testing wallets, reviewing a bug report, or validating an audit trail, I run a consistent checklist. yogh.io makes these steps fast:

• Fee sanity checks: I grab weight and size, confirm vbytes (= weight / 4 per BIP141), and compute fee rate. Example: weight = 2,220 wu → 555 vB. If the fee is 5,550 sats, that’s 10 sat/vB. If a “high-fee” complaint lands in my inbox but I see 2 sat/vB, the tx wasn’t overpaying — the mempool was jammed.
• Input references: I click each prevout to confirm amounts and script types. If a wallet misbuilt the sighash or chose a wrong redeem script, the mismatch shows up immediately in the input/witness area (BIP143 rules for SegWit signatures are a common place to spot mistakes).
• RBF signals: If any input nSequence is below the “final” value, I treat the tx as opt-in RBF (per BIP125). That’s useful for fee bump troubleshooting and wallet support tickets.
• Coinbase inspection: Opening a block shows the header plus coinbase details. I check the block height in coinbase (BIP34), any extra nonce, and miner tags in OP_RETURN or coinbase text. If I’m tracking payout patterns, those breadcrumbs matter.
• Change-output validation: I confirm the change type matches policy (e.g., P2WPKH → P2WPKH) and that the math adds up: sum(inputs) − sum(outputs) = fee. If the fee looks off, I know whether the problem is input selection, dust trimming, or a sheer miscalculation.
• Script policy testing: For a P2WSH or Taproot script-path policy, I compare the revealed witness/redeem script to the documented rules. Seeing OP_CHECKSEQUENCEVERIFY or a threshold condition in plain view lets me confirm the wallet is honoring time or signer constraints.

All of this is anchored in public specs. I’m not guessing; I’m checking facts against BIPs: BIP141 (SegWit and weight), BIP143 (witness sighash), BIP34 (coinbase height), BIP125 (RBF), and the Taproot trio linked above.

What it doesn’t do

It’s not trying to be an everything-tool — that’s why it stays fast:

• No address tracking or clustering: You won’t get balance pages, entity graphs, or labels.
• No market or mempool charts: If you want fee estimates, backlog visualizations, or mining stats, use a mainstream explorer alongside it.
• No analytics suites: You won’t find heuristics, taint analysis, or flow diagrams here.
• No glossy wallet features: No portfolio, no watchlists, no mobile push alerts. Pure reading and decoding.

That’s the trade-off. I’m fine with it — I pair yogh.io with a mempool-focused explorer and, when needed, my own node or RPC.

Privacy and safety notes

One small habit can save you big headaches: treat every lookup as a breadcrumb you leave behind. A few simple rules I use:

• Never paste secrets: No seeds, no xprv, no private keys. Raw tx hex is fine; PSBTs can include metadata, so be cautious.
• Use HTTPS and consider Tor/VPN: Protects your connection and decouples your IP from what you research.
• Mind permalinks: Sharing a link can reveal what tx or block you’re investigating and when you looked at it. Scrub context before sending.
• Cross-check critical data: For audits or reports, confirm hashes and decoded fields with a second source — another explorer or your own node. Trust, but verify twice.
• Rate limits happen: Keep backups ready. I keep at least two explorers and my node’s RPC on standby to avoid downtime.

Think of it like this: the tool shows public data, but your pattern of lookups is private. Guard it.

Curious about safety, costs, and whether there’s an API you can plug into? I’m about to answer those directly — quick, punchy, and straight to the point. What’s the first question on your mind?

FAQ: Quick answers to the questions people ask

Is yogh.io safe and trustworthy to use?

Yes — with common sense. It’s a reader for public Bitcoin data. You’re not signing transactions or connecting a wallet; you’re just viewing decoded info. I always use HTTPS, clear my cache on shared machines, and never paste anything sensitive. If accuracy matters (audits, research, incident reviews), I run a quick cross-check on a second explorer or my node to remove any doubt.

Pro tip: If a transaction looks off, copy the txid and verify on at least one other source. Cross-verification catches rare indexing or propagation quirks.

Is Blockchain Reader free? Any usage limits?

It’s free to use. I haven’t hit hard limits in normal research. If the site is under heavy load, it can slow down — I keep a backup explorer open in another tab so I don’t lose momentum.

Which networks are supported?

Primarily Bitcoin. That’s what I use it for. If you need testnet or other networks, check the homepage and header options on yogh.io — support can change over time.

Can I decode raw hex here?

Yes. This is where it shines. Paste raw transaction hex and it unfolds the structure: version, inputs, scripts, witness, outputs, locktime, and fee math. Example pattern I often see when sanity-checking wallets:

• SegWit input: witness shows a signature and a compressed pubkey, scriptSig usually empty
• Outputs: mix of P2WPKH and change output, with scriptPubKey clearly labeled
• Locktime: 0 or a block height if the wallet uses timelocks

If a tx fails to broadcast, I’ll paste the same raw hex into yogh.io to confirm fields are set correctly before I try again elsewhere.

Does yogh.io have an API?

There’s no obvious public API documentation. I treat it as a visual decoder. If you need programmatic access, use your own Bitcoin Core node (RPC/CLI), or an explorer that publishes a stable API.

How is it different from mempool.space or Blockstream.info?

Those are full-featured explorers: mempool views, fee estimates, address pages, tags, and more. yogh.io is laser-focused on clean decoding. When I’m teaching someone how to read scripts, witness, or coinbase data, yogh.io is what I put on screen. When I need fee estimates or mempool charts, I switch to a mainstream explorer.

Can I search by address?

No — and that’s by design. It’s not built for address tracking. Come with a transaction ID, block hash, or raw hex. If you only have an address, find a related tx on a mainstream explorer first, then open the txid in yogh.io for a precise read.

Will it show unconfirmed transactions?

Often, yes, if the backend has seen the tx. For full mempool visibility (competing transactions, fee pressure, ancestor/descendant trees), I keep a mempool-focused explorer in another tab and use yogh.io for the decode itself.

Can I run it locally or offline?

yogh.io is hosted. For offline or self-hosted work, I rely on:

• Bitcoin Core (decoderawtransaction, getrawtransaction, getblock)
• A local block explorer if I need a UI (there are open-source options you can pair with your node)

That combo covers audits, forensics, and air-gapped checks without touching the internet.

What if the site is slow or down?

I keep a small fallback plan:

• Another explorer tab for quick checks
• My node’s RPC for guaranteed accuracy
• Saved commands (decoderawtransaction + tx hex) so I can get answers fast without a web UI

Small habit that saves time: keep your last 10 txids and block hashes in notes. If a site stalls, you can paste into the next tool instantly.

What does a “good” decode look like in practice?

Three quick sanity checks I do in under 30 seconds:

• Inputs: Each input shows a valid prevout, correct script/witness type, and a nSequence that matches my intent (not accidentally signaling RBF or a timelock).
• Outputs: Address/script type matches what I expect (e.g., P2WPKH for a SegWit wallet), and the change output is to my derivation path type.
• Fees: Weight and fee line up with my target feerate. As a mental check, if weight is ~140 vB and fee is 1400 sats, that’s ~10 sat/vB — consistent with a low-priority send.

Any privacy or security gotchas when using it?

Don’t paste xprv/seed material anywhere. If you’re researching sensitive transactions, consider VPN or Tor. Basic web hygiene applies: verify you’re on the correct domain and using HTTPS. For important cases, I confirm the tx on a second source or my node, then share a permalink for team review instead of screenshots.

Want my quick pros/cons snapshot and the 60-second setup I use before every on-chain review? That’s up next — and it’ll save you real time the very next time you open a transaction. Ready?

Final take and next steps

When I need the raw truth—version, inputs, outputs, scripts, witness, locktime—without a maze of widgets, I open yogh.io. It’s fast, clean, and reliable for decoding the exact structure of a transaction or block. I keep it side-by-side with a mainstream explorer for mempool charts or address pages, but when it’s time to verify how a spend actually works, this is the tab that gets my attention.

“When the structure is clear, the blockchain stops feeling like gibberish.”

There’s a reason this kind of layout works. UX research (see Nielsen Norman Group’s work on information architecture) consistently shows that structured, scannable pages help people complete tasks faster and with fewer errors. That’s exactly the edge you feel when the reader lays out prevouts, scripts, and witness stacks in a predictable way.

Quick pros and cons snapshot

• Pros:

  • Crystal-clear transaction and block structure with all the fields that matter
  • Paste raw hex and get an instant, readable decode
  • Fast internal links for jumping to prevouts and related data
  • Shareable permalinks for audits, code reviews, and teaching

• Cons:

  • Not built for address tracking, mempool heatmaps, or fee prediction
  • No analytics, tagging, or portfolio features
  • Network scope is focused; check the site for current support

Who should use it (and when to pick something else)

• Use yogh.io when:

  • You care about the actual data structures (dev work, audits, research)
  • You need to read scriptSig/scriptPubKey and witness data without guesswork
  • You’re validating fee logic: fee = sum(inputs) − sum(outputs)
  • You’re training teammates to recognize P2WPKH vs P2WSH vs legacy patterns

• Open a second explorer when:

  • You want mempool charts, fee estimates, and policy insights
  • You need address pages, tags, or any behavioral analytics
  • You’re comparing data across multiple backends for critical decisions

Real example from my workflow: explaining SegWit to a junior dev. I pulled up a typical P2WPKH spend—witness showed a signature and a compressed pubkey, prevout linked cleanly, and the output type marked as P2WPKH. In two minutes, they could see why the scriptSig is empty in SegWit and where the actual unlocking data lives. No extra noise, just the parts that matter.

Simple checklist to get started

• Grab a transaction or block hash (or raw transaction hex)
• Open yogh.io and paste it in
• Scan the essentials:

  • Transaction: version, inputs (with prevouts), outputs, size/weight, fee
  • Scripts: scriptSig/scriptPubKey, witness stack (for SegWit/Taproot)
  • Controls: nSequence, locktime; note any timelock behavior
  • Block: version, time, bits/target, nonce, merkle root, coinbase structure

• Follow internal links to confirm funding sources and spending paths
• Copy the permalink and share it with your team for review
• Optional but smart: cross-check key numbers on a second source or your node

Bottom line

If you want clean, accurate decoding instead of a dashboard circus, this is the move. It’s perfect for learning, debugging, and audits, and it pairs nicely with a mainstream explorer for charts and address views. I’ll keep testing updates and sharing notes on cryptolinks.com/news. If you’ve got a neat use case—like a tricky timelock, a Taproot spend, or a fee edge case—send it my way. I’m always up for good on-chain puzzles.