A practical, data-backed guide to Dogecoin mining through pools, covering Scrypt ASIC hardware selection, LTC/DOGE merged mining, pool configuration, hashrate monitoring, rejected-share diagnostics, electricity-cost calculation, and PPS+ versus PPLNS payout methods.

An October review of mining revenue, difficulty and network competition, with analysis of mining operations and market conditions in early November.

A beginner-focused, data-backed guide explaining how Bitcoin mining works, what hardware and setup pool mining requires, how to connect an ASIC to a pool using a verified ViaBTC example, the mechanics of PPS+ versus PPLNS payout methods, how to monitor a miner's performance, and the cost factors and risks that determine mining profitability.

ASIC hardware errors and rejected shares are frequently conflated, yet they originate from different layers of the mining process: one is miner-side telemetry, the other a pool-side validation outcome. This article defines each signal using manufacturer and pool documentation, explains the stale/invalid/duplicate subcategories of rejected shares, clarifies the pool-target versus network-target relationship, and provides a practical, evidence-based approach to diagnosing which layer is actually causing an ob

This article examines when a Bitcoin mining farm has a genuine operational reason to deploy a Stratum proxy, distinguishing bandwidth aggregation, centralized pool routing, Stratum V1-to-V2 translation, and advanced V2 architectures from cases where direct ASIC-to-pool connections remain sufficient. It also clarifies what a proxy cannot do, including improving ASIC hashrate or J/TH, and outlines practical measurements to confirm a real need before deployment.

A technical guide to diagnosing hot-air recirculation in ASIC mining facilities by combining intake-temperature measurement, miner-side telemetry, and pool-side monitoring, with an emphasis on distinguishing recirculation from individual hardware faults.

An examination of why relative-humidity specifications alone cannot prevent condensation on ASIC mining hardware, explaining the physics of dew point, the scenarios where miner surfaces and coolant components can fall below it — including cold delivery, outdoor-air intake, and hydro cooling — and how pool-side monitoring complements, but does not replace, local inspection after a restart.

A diagnostic framework for distinguishing a genuine ASIC device reboot from hashboard recovery events, pool-connection interruptions, and reporting delays, followed by an ordered checklist covering thermal, fan, power, hardware, firmware, and network causes of recurring restarts.

An academic guide explaining how to evaluate Bitcoin Cash mining pool fees beyond the headline percentage, using ViaBTC's PPS+ and PPLNS fee structures, payout variability, connection reliability, and withdrawal terms as a complete comparison framework for BCH miners.

This article explains how to evaluate a mining pool for LTC/DOGE merged mining, covering AuxPoW mechanics, payout-method distinctions between PPS+ and PPLNS, fee components, connection options, and monitoring metrics, using ViaBTC's documented merged-mining support as a worked example.

An academic overview of what 'stable payouts' means for Kaspa (KAS) mining, comparing ViaBTC's PPS+ and PPLNS payment methods, their fee structures and settlement rules, and the separate mechanics of pool-account crediting versus on-chain withdrawal.

An evidence-based examination of what a 'low-fee' Kaspa mining pool claim actually means, using ViaBTC's documented PPS+ and PPLNS fee structures to show why headline fee percentages must be read alongside payout method, settlement rules, and operating performance.

An explanation of how ViaBTC's BCH mining pool applies PPS+ payout: PPS accounting for the block-reward component and PPLNS allocation for transaction fees, including separate fees, settlement timing, connection setup, and the practical differences versus PPLNS.

An explanation of how ViaBTC's PPS+ payment method affects payout stability for Bitcoin Cash mining, distinguishing the hourly-settled, PPS-based block-subsidy component from the still-variable, PPLNS-based transaction-fee component, and clarifying the difference between pool-account settlement and external withdrawal.

This article explains what low latency actually means for Kaspa pool mining — a stable ASIC-to-Stratum connection rather than a published performance metric — and outlines how to select and configure a Kaspa endpoint, including ViaBTC's current KAS connection details, backup options, and how to evaluate connection stability using miner-reported hashrate, pool-estimated hashrate, and rejected-share data over comparable periods.

This article explains what "pool luck" actually measures in KAS mining—a retrospective block-finding statistic, not a forecast—and why dashboard conventions for displaying luck can differ between pools. It walks through how payout method (PPS+ versus PPLNS) determines how directly a pool's block-finding variance reaches a miner's payout, details ViaBTC's current KAS fee structure by reward component, and provides a practical checklist for evaluating a pool beyond its luck reading, including settlement rules

This article explains how to evaluate a high-hashrate Dogecoin mining pool by examining recent block share, LTC/DOGE merged-mining rules, payout methods, and connection reliability rather than relying on a single hashrate figure. It covers Dogecoin's Scrypt merged-mining structure, ViaBTC's documented LTC connection and DOGE distribution rules, and a recent third-party block-attribution snapshot to illustrate why pool rankings are time-bound estimates.

An explanation of how LTC mining pools can credit DOGE rewards through merged mining (AuxPoW), clarifying ViaBTC's specific rules: LTC miners using PPS+ or PPLNS both qualify for DOGE rewards, but DOGE is always distributed under PPLNS, with a two-hour account settlement cycle separate from withdrawal timing.

The six-month tour brought free Bitcoin courses to eight universities in Argentina and reached more than 1,000 students and educators.

ViaBTC supported two free Bitcoin classes at the University of Belgrano in Buenos Aires and provided a Spanish-language mining handbook for participants to take home.