ViaBTC’s seventh anniversary has become an occasion to revisit the broader evolution of crypto mining, from the earliest days of Bitcoin to the industrial-scale mining ecosystem seen today. In its retrospective, the company places its own development within a larger timeline that began on January 3, 2009, when Satoshi Nakamoto mined the Genesis Block on a small server in Helsinki, Finland, receiving a reward of 50 BTC. That moment marked the starting point of crypto mining as both a technological process and, eventually, a global industry.
From CPU Mining to the Race for Specialized Hardware
In Bitcoin’s earliest phase, mining aligned with Nakamoto’s original vision: anyone with a personal computer and a CPU could participate. At the time, Bitcoin was obscure and carried no established market value. Mining was less an industry than an experiment run by a small community of enthusiasts.
That changed in 2010, when bitcoin supporter Laszlo Hanyecz argued that GPUs could perform substantially more computations per second than CPUs. His attempt to use GPU hardware for mining proved successful, and after he shared the GPU mining code with the community, Bitcoin’s hashrate increased dramatically. According to the article, the network rose from 6 MH/s in January 2010 to 120 GH/s in December 2010, representing a 20,000-fold jump. This was one of the first major inflection points in mining history, showing that better hardware could radically reshape network security and competition.
Hanyecz also occupies a unique place in bitcoin history for another reason: he is widely associated with Bitcoin Pizza Day. After accumulating bitcoins through GPU mining, he used 10,000 BTC to buy two pizzas, a transaction often cited as the first real-world valuation event for bitcoin. In ViaBTC’s telling, this period demonstrated not only the rise of more powerful mining methods, but also the early emergence of bitcoin as something with tangible exchange value.
As mining became more competitive and bitcoin attracted more attention, a hardware arms race followed. In 2011, code for FPGA-based mining machines appeared on GitHub, pushing the industry into a new stage dominated by more specialized equipment. During that year, the Bitcoin hashrate climbed from 116 GH/s at the beginning of the year to nearly 30 TH/s by year-end, a roughly 300x increase.
The next leap came in 2012 with the arrival of ASIC miners. These purpose-built machines dramatically outperformed CPUs, GPUs, and FPGAs, and quickly became the standard for serious bitcoin mining. ViaBTC notes that Bitcoin’s hashrate jumped from 20 TH/s to 12 PH/s that year, an increase of roughly 600 times. From that point onward, ASIC hardware became the dominant foundation of the BTC mining industry.
The Shift From Solo Mining to Mining Pools
As the network hashrate rose, another question became more pressing: could solo mining remain economically viable as more participants joined the network? The answer increasingly became no, especially for smaller miners seeking predictable returns. That challenge gave rise to the mining pool model.
In 2010, Czech programmer Marek Palatinus launched Slushpool, described in the article as the world’s first mining pool. The core idea was simple but transformative: rather than mining alone, participants could combine their computational power and share rewards according to contribution. This structure smoothed income volatility and made participation more sustainable for a much wider set of miners.
Still, the rise of mining pools introduced new risks and competitive pressures. Miners were not locked into any single pool, meaning liquidity and hashrate could shift rapidly across the sector. ViaBTC highlights the case of GHash.IO, which attracted large numbers of miners in 2013 with a zero-fee model. By 2014, the pool’s peak share of Bitcoin hashrate reportedly exceeded 51%, triggering major concern in the Bitcoin community over centralization and the theoretical risk of network manipulation.
GHash.IO ultimately shut down in 2016 after repeated large-scale DoS attacks. In ViaBTC’s account, this illustrated a broader lesson for the industry: running a mining pool is not simply a matter of attracting hashpower. It also requires resilient infrastructure, mature security systems, and the technical ability to withstand attacks and maintain stable block production under pressure.
Why ViaBTC Entered the Market
Against that backdrop, ViaBTC presents its founding as a response to technical shortcomings in the mining pool sector. The article says Haipo Yang, described as an early Bitcoin builder, recognized that many existing pools lacked stable technologies and mature product capabilities. To address that gap, he decided to build a mining pool focused on stability and efficiency as a way to support BTC mining and, by extension, the normal operation of the network.
ViaBTC states that Yang completed the coding for ViaBTC Pool independently in just two months. The platform officially launched on June 5, 2016, entering an already competitive market at a time when miners had become more sensitive to performance, security, and payout reliability.
ViaBTC’s Product and Technology Strategy
According to the company’s retrospective, ViaBTC has remained a top mining pool player by focusing on stable infrastructure, product innovation, and user experience. One of its best-known product developments was the introduction of the PPS+ payout model shortly after launch. Built on top of the traditional PPS and PPLNS methods, PPS+ was designed to preserve stable mining income while also sharing transaction fee revenue with miners.
ViaBTC argues that this mechanism allowed miners on its platform to earn more than peers using conventional payout systems. Over time, PPS+ was adopted more broadly by mainstream mining pools, making it one of the company’s most notable contributions to changing mining pool economics.
The company also emphasizes its technical work on network performance. It says it optimized the broadcasting and transmission process of the Bitcoin network through a self-developed BTC client and a globally distributed high-speed block propagation network. These efforts, according to the article, helped miners discover and broadcast newly found blocks more quickly, reduced orphan rates, stabilized mining returns, and improved network operating efficiency. ViaBTC further claims it continues to maintain the lowest orphan rate among mining pools.
Beyond core pool operations, the platform says it has expanded into a wider suite of mining-related and derivative services. Those tools include a Transaction Accelerator, Auto Conversion, Smart Mining, Hedging Service, Crypto Loans, Hashrate Fluctuation Notifications, Revenue Sharing, and Referral Commissions. The article presents these features as part of ViaBTC’s attempt to move beyond basic pool infrastructure and offer a broader service platform for miners.
Scale, Survival, and the Industry’s Direction
ViaBTC’s seven-year review also reflects on the volatility of the broader mining sector. The company notes that many pools disappeared over time, whether because of network attacks, disrupted cash flows, or miners leaving after unstable block production. In contrast, ViaBTC says it stayed focused on products, technology, and user needs, which helped it become one of the relatively few crypto companies to reach a seventh anniversary.
By the figures cited in the article, ViaBTC now serves more than 1 million users across 130-plus countries and regions. It provides mining services for more than 10 cryptocurrencies, including BTC and LTC, and ranks among the leading pools by hashrate in multiple assets. The company also says its cumulative mining output is worth billions of dollars, underscoring the scale it has reached since launch.
More broadly, the anniversary retrospective highlights how crypto mining has matured from hobbyist experimentation into a capital-intensive, globally distributed business built around specialized hardware, pooled computation, and increasingly sophisticated service layers. The path from CPU to GPU, from FPGA to ASIC, and from solo mining to mining pools tells the story of a sector shaped by relentless optimization.
Looking ahead, ViaBTC says it plans to continue offering professional, efficient, secure, and stable mining services while developing more comprehensive crypto products for users. Its message is that mining remains a core pillar of blockchain infrastructure, and that future competition will be determined not only by raw hashrate, but also by resilience, network efficiency, product depth, and long-term trust.
Editor’s note: The source material identifies this article as a sponsored post. The historical milestones, company claims, and operating figures above are based on the source text and reflect the framing provided in that retrospective.