BSV
BSV Intel
Network Intelligence Report
Thursday, March 12, 2026
Chain healthy · No reorgs detected
Blocks 939,878940,022 · 191,443 txs scanned
Block Interval
10.1m
Normal PoW cadence
Avg Txs / Block
1,320
145 blocks scanned
Mempool
2,706
1459.2 MB pending
Max Txs/Block
31,364
Peak activity
Connected Nodes
47
47% on Bitcoin SV:1.2.0
Capital Flow Monitor
147 movements
Major
12
>10K BSV · ~$148,450+
Notable
42
1K–10K · ~$14,845–148,450
Significant
93
100–1K · ~$1,485–14,845
Amount TX Shape Pattern
382,512.35 BSV
≈ $5,678,396
c615a7bd76... 2 11 distribution
63,572.79 BSV
≈ $943,738
bf66163688... 1 2 neutral
62,922.08 BSV
≈ $934,078
f5f11d2e98... 1 3 neutral
61,623.73 BSV
≈ $914,804
99152adb2a... 1 2 neutral
61,529.56 BSV
≈ $913,406
b2e09e0bf2... 1 2 neutral
Chain Health
All Clear
Chain Tip
Single active tip
158 stale tips (normal PoW behavior).
Block Production
10.1 min avg
145-block span (24.1h). 52 fast blocks.
Transaction Volume
1,320 avg/block
191,443 total txs across 145 blocks. Peak: 31,364 txs.
Majority Client
Bitcoin SV:1.2.0
47% of 47 nodes. 7 client versions observed.
Mining Distribution (145 blocks, full 24h)
taal.com
23.4%
34 blks
qdlnk
15.9%
23 blks
taal.com_Teranode
15.2%
22 blks
CUVVE
13.1%
19 blks
/molepool.com/
11%
16 blks
GorillaPool
10.3%
15 blks
SA100
5.5%
8 blks
Mining-Dutch
1.4%
2 blks
/rWGFYS/
1.4%
2 blks
/cashpool.pro/
1.4%
2 blks
Block Timing Analysis
145 blocks
Average Interval
10.1 min
Expected: ~10 min. Median: 6.6 min.
Range
0.1m – 61.7m
Fastest to slowest block interval observed.
Fast Blocks (<5 min)
52
Hashrate bursts or luck variance.
Slow Blocks (>20 min)
23
PoW variance — expected in Poisson process.

A Poisson process is a random event process where events occur independently at a stable average rate, but with unpredictable spacing.

Script Usage Taxonomy
408,004 outputs
This section describes how Bitcoin scripts were used in this scan window. We classify activity in three layers: purpose, structure, and protocol.
  • Purpose describes why an output exists (payment, data publication, or programmable conditions).
  • Structure describes how that purpose is implemented in script (e.g., P2PKH, OP_RETURN, conditional envelope).
  • Protocol describes the semantic meaning of embedded data when identifiable (e.g., MAP, B://).
Because Bitcoin Script does not explicitly declare intent, some classifications are inferred from structure and are labeled as heuristic where appropriate.
Purpose Distribution
54.1%
45.5%
0.4%
Payment Data Publication Contracts
PAYMENT
P2PKH220,552
P2PK0
Multisig82
DATA PUBLICATION
OP_RETURN184,062
Ordinal envelopes1,391
Spendable metadata*234
CONTRACTS
Custom locking scripts1,683
36 unique structures
Detected Protocols (from Data Publication)
MAP: 877B://: 549TreeChat: 512AIP: 280DATA_CARRIER: 16
Protocol detection is based on known marker patterns. Absence of a marker does not imply absence of meaning.
⬡ Script of the Day — Ordinal Inscription
What it does: This script embeds data inside a conditional branch. The OP_FALSE OP_IF block carries the payload (marked "ord"), while the P2PKH suffix enforces signature-based ownership.

Why it matters: Encodes ownership into individual satoshis. Transferable by spending the UTXO.
TX ccac30714f... · Block 939,879 · 209 bytes
FALSEIFTRUEENDIFDUPHASH160EQUALVERIFYCHECKSIGVERIFYCHECKSIG
OP_FALSE OP_IF <PUSH> OP_TRUE <PUSH> OP_FALSE <PUSH> OP_ENDIF OP_DUP OP_HASH160 <PUSH> OP_EQUALVERIFY OP_CHECKSIGVERIFY <PUSH> OP_CHECKSIG
Selected from 1391 candidates in this category.
* Spendable metadata (heuristic): Scripts with signature verification followed by data removed via OP_DROP. Metadata not consumed by validation logic but remains on-chain.
Unique structures: A contract structure is a normalized script skeleton with variable data (hashes, signatures, pubkeys) removed.
AI Network Analysis
Gemini Pro

Here is the comprehensive daily network health report.

### BSV Network Health Report

Chain Status

Chain convergence normal. No deep reorg activity observed. Block production consistent with expected PoW cadence. A single dominant active tip (940022) was maintained throughout the 24-hour period. Block production averaged 10.1 minutes, aligning with the 10-minute target. The period included 52 blocks produced in under 5 minutes and 23 blocks taking longer than 20 minutes, which is typical for a proof-of-work system.

Economic Activity

The network processed a total of 191,443 transactions over the 24-hour window, derived from a full scan of 145 blocks. Transaction volume per block was highly variable, ranging from a minimum of 1 to a maximum of 31,364, with an average of 1,320 transactions per block. The real-time mempool snapshot shows 2,706 pending transactions, occupying approximately 1.5 GB of space. This indicates a moderate and sustained demand for block space, with network capacity remaining far from exhausted.

Mining Distribution

Hash power distribution is derived from coinbase data across all 145 blocks in the 24-hour period. No single mining entity exceeded the 50% threshold. Taal-operated pools (`taal.com` and `taal.com_Teranode`) collectively accounted for 38.6% of the blocks.

taal.com (incl. Teranode): 56 blocks (38.6%)

qdlnk: 23 blocks (15.9%)

CUVVE: 19 blocks (13.1%)

/molepool.com/: 16 blocks (11%)

GorillaPool: 15 blocks (10.3%)

Other: 16 blocks (11.1%)

Whale Activity

Significant large-value movements were observed, with 147 transactions exceeding 100 BSV. These patterns may indicate exchange cold storage management, OTC desk settlements, or large holders reorganizing assets.

Transactions > 10,000 BSV: 12

Transactions 1,000 - 10,000 BSV: 42

Transactions 100 - 1,000 BSV: 93

The largest observed transaction was a 382,512 BSV distribution, moving funds from 2 inputs to 11 outputs. Several other large, neutral transactions (e.g., 1-to-2 or 1-to-3 outputs) in the 60,000 BSV range were also recorded.

Script Taxonomy

On-chain activity shows a near-even split between value transfer and data-related applications.

Purpose Distribution: PAYMENT (54.1%), DATA_PUBLICATION (45.5%), and CONTRACTS (0.4%).

Structure Breakdown: The most common script structures were standard P2PKH (Pay-to-Public-Key-Hash) for payments, followed by OP_RETURN and Ordinal inscription envelopes for data.

Protocols Detected: Active protocols included MAP (877 outputs), B:// (549), TreeChat (512), and AIP (280), among others.

Script of the Day: Ordinal Inscription

What it does: This script embeds data inside a conditional `OP_IF` branch that never executes (`OP_FALSE`). The payload is marked with the "ord" protocol identifier, while a standard P2PKH script suffix ensures the satoshi's ownership can be transferred via a valid signature.

Why it matters: This structure "inscribes" data onto an individual satoshi, making the data and the satoshi a single, transferable digital artifact. It is the foundational script for protocols creating NFT-like assets on BSV.

Node Software

Analysis of 47 connected network peers shows a fragmented but functioning software landscape. The majority of nodes are running a version of the Bitcoin SV client, with version 1.2.0 being the most prevalent.

/Bitcoin SV:1.2.0/: 22 nodes (47%)

/Bitcoin SV:1.1.0/: 12 nodes (26%)

/Bitcoin SV:1.1.1/: 8 nodes (17%)

Other: 5 nodes (10%)

Network stable with moderate economic activity.

Node Software Distribution
47 peers
Bitcoin SV:1.2.0 22 nodes 47%
Bitcoin SV:1.1.0 12 nodes 26%
Bitcoin SV:1.1.1 8 nodes 17%
Bitcoin SV:1.0.16 2 nodes 4%
bitcoin-jcl:1.0.0 1 node 2%
Bitcoin SV:1.0.2 1 node 2%
btcwire:0.5.0Bitcoin SV:1.1.0 1 node 2%