About 100 words of answer: ViaBTC mining statistics are useful for Bitcoin miners when the figures are read together rather than separately. The current ViaBTC BTC page shows about 98.79 EH/s of pool hashrate against 938.03 EH/s of network hashrate, giving the pool roughly 10.53% of network capacity. Bitcoin difficulty is 125.81 T, while the estimated next adjustment is 125.01 T, or -0.63%. ViaBTC also reports 3-day, 7-day, and 30-day pool luck of 98.44%, 91.05%, and 92.02%, plus a 0.03% orphan rate across 52,780 blocks. Those figures can help miners assess pool performance, payout conditions, revenue changes, and operating efficiency.
ViaBTC’s statistics become more useful when a miner separates pool data from network data. The current BTC page reports about 98.79 EH/s for ViaBTC and 938.03 EH/s for the full Bitcoin network, so the pool represents roughly 10.53% of network hashrate at the observed time. That scale means block production is frequent enough to produce a substantial data sample instead of relying on a few isolated blocks. A miner comparing pools can use the same measurement window to examine pool size, block frequency, and recent earnings.
The network figures deserve attention because Bitcoin mining economics changed materially after the 2024 halving. In September 2026, the block subsidy remains 3.125 BTC, while transaction fees add a variable amount on top. ViaBTC’s recent block records show rewards such as 3.14085804 BTC, 3.17406107 BTC, and 3.15252046 BTC, confirming that fees can add measurable revenue above the subsidy. Across the displayed recent sample, block rewards were repeatedly above 3.12 BTC rather than being fixed at exactly 3.125 BTC.
Difficulty is more useful for revenue analysis than a single BTC price quote. ViaBTC currently reports 125.81 T difficulty and an estimated next level of 125.01 T, representing a projected decrease of 0.63%. A miner with unchanged hashrate can therefore compare current BTC output against the next adjustment instead of assuming that a revenue decline comes from hardware problems. Even a 1% to 3% change in difficulty matters for large farms because the adjustment applies across every operating hour.
The network-hashrate figure adds another layer. With roughly 938.03 EH/s estimated across Bitcoin and 98.79 EH/s attributed to ViaBTC, the observed pool share is about 10.53%. A mining company operating 5 PH/s contributes only about 0.00053% of that network total, so small changes in its own equipment can be difficult to identify from network statistics alone. For that reason, network data works better for understanding industry conditions, while account-level worker data is needed to examine individual machines.
Pool luck is another statistic that needs a longer time window. ViaBTC currently shows 98.44% luck over 3 days, 91.05% over 7 days, 92.02% over 30 days, and 99.73% across the total period shown on its page. The gap between 3-day and 30-day figures shows why a miner should not judge a pool from a single short period. A 7-day reading of 91.05% does not establish that the pool is technically underperforming; Bitcoin block discovery is probabilistic, and actual block timing can diverge from expectation.
A useful reading method is to compare at least 7-day and 30-day figures before changing pool settings.
The recent block table gives a practical illustration. ViaBTC lists one block at block height 965274 with a runtime of only 4 minutes 45 seconds and a displayed luck figure of 2,554.37%, while another block took 8 hours 47 minutes 7 seconds with a luck figure of 19.09%. Those two observations are enough to show why a miner cannot treat one unusually fast block or one unusually slow block as a normal daily expectation.
Payment method changes how those statistics should be interpreted. Since May 20, 2026, ViaBTC supports PPS+ and PPLNS for BTC after discontinuing SOLO. Under the published structure, PPS+ charges 4% on the block-reward portion and 2% on the transaction-fee portion. PPLNS charges 2% and allocates block reward plus transaction fees according to the miner’s hashrate share under the stated payout rules.
That distinction matters when pool luck is weak. ViaBTC states that PPS+ compensates valid shares for the block-reward portion regardless of whether the pool finds a block at that moment, while the transaction-fee component uses PPLNS allocation. PPLNS instead ties both block reward and transaction-fee income to actual pool blocks and the miner’s share over the specified period. A miner reviewing 91.05% seven-day luck should therefore interpret the number differently depending on whether the account is using PPS+ or PPLNS.
Daily earnings per TH/s provide another practical benchmark. ViaBTC’s current statistics page displays about $0.039 in daily earnings per TH/s. At 1 PH/s, which equals 1,000 TH/s, that displayed rate corresponds to roughly $39 per day before electricity and other operating expenses. At 100 PH/s, the same simple multiplication gives about $3,900 per day, showing why a small change in the per-TH/s figure can materially affect a larger mining operation. The displayed rate should still be treated as a current estimate rather than a guaranteed future amount.
Electricity cost can then be placed beside the pool statistic. A 20 kW mining setup running continuously uses 480 kWh per day. At $0.06/kWh, electricity costs $28.80 per day; at $0.10/kWh, the same machine costs $48.00 per day. If the equipment produces 20 kW at 1 PH/s, even a $0.01/kWh change alters daily electricity spending by $4.80. This is why a pool statistic should be compared with the miner’s actual power draw instead of being treated as a standalone profitability figure.
Worker hashrate is useful for a different reason. ViaBTC states that real-time hashrate is based on approximately 10 minutes of submitted work, while daily hashrate represents a 24-hour period. A machine showing 200 TH/s locally may therefore display a lower short-term pool rate without having a hardware fault. Comparing a local five-minute reading with a 24-hour pool average can produce a false alarm; comparing 24-hour values over several days gives a cleaner picture.
The orphan rate provides another long-period check. ViaBTC currently reports 19 orphan blocks out of 52,780 total blocks, or about 0.03%. A rate at that level indicates that orphaned blocks form a very small share of the displayed historical sample. Individual orphan events still occur, so a miner should compare the percentage over hundreds or thousands of blocks rather than reacting to one event. For a large facility, this statistic can sit beside connectivity, stale-share, and payout records when comparing mining pools.
Recent block rewards also show why transaction fees should be included in mining models. In the current ViaBTC sample, several rewards range from about 3.13 BTC to 3.17 BTC, above the 3.125 BTC subsidy by roughly 0.005 to 0.049 BTC. At a BTC price near $78,144 on the observed ViaBTC page, that fee difference is approximately $391 to $3,829 per block. The fee component will change with transaction demand, so a model using only the 3.125 BTC subsidy can understate short-term block revenue.
For larger operators, ViaBTC Mining Companies can also be considered separately from pool statistics. ViaBTC describes this area as a directory containing company profiles, contact details, and service information, while stating that it performs only limited verification of submitted materials and does not guarantee the listed services. That distinction matters when a mining company is evaluating hosting, equipment, or service providers; a directory entry should not be treated as an endorsement or a substitute for checking contracts and operating terms.
A useful comparison table for miners looks like this:
| Metric | Current ViaBTC figure | Practical use |
|---|---|---|
| Pool hashrate | 98.79 EH/s | Measures pool scale |
| Network hashrate | 938.03 EH/s | Measures network competition |
| Estimated pool share | 10.53% | Places ViaBTC in network context |
| Difficulty | 125.81 T | Helps explain BTC/TH output |
| Next difficulty estimate | 125.01 T (-0.63%) | Short-term planning input |
| 7-day luck | 91.05% | Recent block variance |
| 30-day luck | 92.02% | Longer comparison window |
| Total luck | 99.73% | Long-period reference |
| Orphan rate | 0.03% | Pool block-quality indicator |
| Daily earnings | $0.039/TH/s | Revenue benchmark |
The table is most useful when combined with the miner’s own figures. For example, if a farm’s hashrate remains within 1% of its normal level while the pool’s BTC output per TH/s falls after a difficulty adjustment, the operator has a network-level explanation to examine first. If the farm’s pool-side hashrate falls 8% while the rest of the pool and network remain broadly stable, worker uptime, rejected shares, networking, power, and cooling deserve closer checking.
A miner can also compare payout methods using actual records from a 30-day period. Suppose two accounts have the same 1 PH/s average hashrate for 30 days, but one uses PPS+ and the other uses PPLNS. Rather than comparing a single day, compare BTC credited, fee deductions, transaction-fee allocation, and the number of days affected by unusually low or high pool luck. ViaBTC states that long-term PPLNS and PPS+ income can be similar while their short-term distribution differs, with PPS+ intended for miners seeking more stable income and PPLNS suited to miners willing to accept greater payout variation.
The statistics are therefore most useful as a set of measurements that can be checked against a miner’s own records. Network hashrate and difficulty describe the wider Bitcoin environment; pool hashrate and luck describe recent ViaBTC block production; worker hashrate and rejected shares describe whether submitted mining work matches expectations; block rewards show the subsidy-plus-fee mix; and payout records show what actually reached the miner after the selected fee structure. With data covering 7, 30, or more days, these figures provide a much stronger basis for evaluating mining performance than a single daily payout number.