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Mkpool: first bitcoin cash solo mining pool hits milestone

mkpool Launches | Breakthrough for Bitcoin Cash | First Two Blocks Mined

By

Raj Patel

Jun 9, 2026, 06:48 PM

Edited By

Peter Brooks

3 minutes needed to read

A graphic showing the mkpool logo with mining symbols and Bitcoin Cash imagery, representing the successful mining of BCH blocks.

A new solo mining pool, mkpool, has made quite a splash in the Bitcoin Cash (BCH) community by successfully mining its first two blocks during testing. With the BCH network actively debating a possible reduction in block time, this development brings fresh excitement to miners.

Details of the Breakthrough

mkpool, created to provide a non-custodial mining experience, allows miners to use their own BCH addresses. This means they receive the full block reward directly from the network without any intervention. The first two successfully mined blocks are:

  • Block #953811

  • Block #954026

The open-source project was inspired by ckpool, built from the ground up in modern C++. This transparency enables miners to review the code and understand how shares are validated.

"The pool never holds your coins," said the creator, highlighting the non-custodial nature of mkpool.

The Community Reacts

Initial reactions have spurred discussions on various forums. Many are curious about the implications of changing block times on the mining process. One user asked, "How would it be affected by changing block time?" Delving into this topic, the developer responded that block time is not hardcoded into mkpool, meaning it can easily adapt.

However, the controversy surrounding the BCH proposal to decrease block time from 10 minutes to 1 minute raised eyebrows. The developer cautioned against such a short interval, stating, "Faster blocks mean more orphans and reorgs."

Key Themes Emerging from Discussions

  • Adaptability: The pool can adjust to changes in block times easily.

  • Concerns over Chain Health: The impact of reducing BCH’s block time is contentious, with fears of increased blockchain instability.

  • Support for Non-Custodial Practices: The community widely appreciates mkpool’s commitment to user coin safety.

"The coin suffers more harm than good from faster blocks," echoed a sentiment shared by several contributors, showing a strong preference for stability over speed.

What’s Next for Mkpool?

As mkpool continues to develop, the reaction from the BCH community will be crucial. What further innovations will come next, and how will it adapt to the ongoing changes within the larger crypto ecosystem?

Takeaway Points

  • πŸ”Ή mkpool has mined two BCH blocks within days of launching.

  • πŸ”Έ Questions around block time adjustments create notable discussions.

  • ⭐ Transparency and non-custodial mining are major selling points for mkpool.

As the Bitcoin Cash community wrestles with important changes on the horizon, mkpool's innovative approach may pave the way for future solo mining adventures.

What Lies Ahead for mkpool and BCH Mining

There’s a strong chance that mkpool will attract more miners looking for secure, non-custodial options as discussions about block time progress. With the community's appetite for stability, the likelihood of implementing significant changes may be low, sitting at around 60%. Miners could push back against drastic measures like reducing block times to just one minute, leading to an ongoing debate that may dominate forums. If the BCH community embraces mkpool's flexible features, we might also see enhancements in block mining efficiency and incentives, raising interest among potential new miners who are often drawn to innovations that emphasize user control.

The Coin’s Unfolding Drama Resembles Past Lab Experiments

This situation mirrors the drama seen in early laboratory settings where scientists debated the speeds of chemical reactions. Just as researchers carefully balanced temperatures to avoid unstable results, the BCH community must tread lightly with proposed block time adjustments. In both cases, the eagerness for rapid progress can cloud the long-term consequences. Failing to recognize the hazards of faster reactionsβ€”whether in labs or in blockchainβ€”can lead to fallout that impacts the entire system, much like the principles of stability every successful operation relies on.