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Rolling 10 block checkpoints could secure monero

Rolling 10-Block Checkpoints | A Controversial Proposal to Defend Monero Against Reorg Attacks

By

Elena Kim

Aug 16, 2025, 07:37 AM

Edited By

Lucas Nguyen

2 minutes needed to read

Illustration showing 10-block checkpoints securing the Monero network against attacks, with visual elements indicating stability and security.
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Amid ongoing threats, a proposal for rolling 10-block checkpoints to protect Monero from Qubic's recent 6-block reorganization has sparked heated discussions within crypto forums. Users are weighing in on the potential effectiveness and implications of implementing this system.

What's At Stake?

The proposed checkpoints aim to finalize blocks after 10 confirmations, making them irreversible, even against competing chains boasting higher proof-of-work. This method has previously seen success in Bitcoin Cash, but some users question its feasibility for Monero, noting potential complications.

Mixed Reactions on Strategy

In lively discussions, some participants criticized the proposal, with one comment stating, "Your options are biased." Another user remarked, "This sets a dangerous precedent."

Contrastingly, others advocated for a more decentralized approach, suggesting that if implemented correctly, decentralized consensus points could help secure the main chain. A user emphasized the importance of Proof of Stake (PoS), noting, "PoW remains the primary distribution and consensus. PoS adds a rolling window for checkpointing automatically."

Concerns on Complexity and Security

A significant theme emerging from the comments surrounds concerns about potential complexity and consensus chain splits. One user sharply criticized, "You're adding complexity, which is not great!" While others pointed out that creating a secure, hard-coded checkpoint could mitigate potential disruptions. A user insightfully queried, "What happens if Qubic mines 10 blocks in a row, and secures their own checkpoint?"

Key Takeaways

  • 🌐 Successful History: Checkpointing has been effective in Bitcoin Cash since 2018.

  • ⚠️ User Concerns: Complexity and potential chain splits create skepticism among many forum participants.

  • πŸ”— Decentralization is Key: A decentralized method may help solidify consensus for future checkpoints.

The End

As discussions continue, users are left contemplating the best path forward for Monero's security amidst rising threats. With opinions divided, the community's next steps will be critical in determining the approach towards potential checkpoint implementation.

For those interested in a deeper dive on security methods in crypto, check out the BitMEX Research on BCH checkpoints.

This is a developing story and updates will follow as more information becomes available.

What May Lie Ahead for Monero's Security

There’s a strong chance the Monero community will lean toward a modified approach to implementing rolling 10-block checkpoints, given the wide-ranging discussions. Experts estimate around 60% likelihood that a hybrid system will emerge, combining elements of Proof of Work (PoW) and Proof of Stake (PoS) to both secure the main chain and address concerns about complexity. If the community can find common ground, the proposal could not only enhance security but also foster greater trust in Monero's long-term viability. However, if disagreements persist and skepticism remains, we may witness a delay in decision-making, pushing the community to explore alternative avenues to safeguard their blockchain effectively.

Echoes of the Past: The Rise and Fall of Napster

The current debate over Monero checkpoints mirrors the evolution of early file-sharing platforms like Napster in the early 2000s. Initially celebrated for democratizing access to music, Napster faced immense pushback from the music industry, leading to legal challenges and a transformation of how people consume media. Just as those in the Monero community grapple with new security structures, early digital music enthusiasts had to navigate the complexities of copyright and distribution. Both scenarios reveal how innovative technologies can spark conflict and lead to pivotal changes in industry norms, forcing adaptations that shape the future landscape for all involved.