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Is it safe to pick random bip39 words for security?

BIP39 Wording Debate | Can Random Choices Secure Your Crypto?

By

Michael Bell

Aug 14, 2026, 11:27 AM

Edited By

David Chen

2 minutes estimated to read

A person selecting random BIP39 words from a list to create a wallet, with a focus on security aspects.
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A growing conversation has emerged in crypto forums after a user raised concerns regarding the security of seed phrases created from random BIP39 words. On August 6, 2026, people shared mixed feelings and unconventional ideas on the method's reliability, revealing a need for clarity in an insecure digital space.

Random Picks or Organized Chaos?

The initial question centered on whether selecting random BIP39 words could effectively secure cryptocurrency wallets. One user straightforwardly stated, "Don't ever do this," emphasizing the risks associated with human randomness. Many pointed out that humans are naturally biased, often failing to select genuinely random options.

An intriguing suggestion involved experimenting with a dartboard approach. However, the conversation quickly escalated into a discussion about randomness and entropy.

The Entropy Factor

According to one comment, utilizing independent dice rolls could result in better randomness than manually selecting words. "Itโ€™s really hard to get better randomization than 100 independent dice rolls," remarked one participant. This sentiment reflects a significant theme: the need for reliable processes over personal judgment in crypto security.

Mixed Methods

A few users proposed alternatives. One noted that rolling dice results in a truly random seed, while another advised mixing a chosen word with an independent random number. This introduces a system of backups to create a secure seed phrase. However, contributors carefully noted, "The last word is a checksum, based on the other words, and canโ€™t just be any of the 24 words.โ€

"The words encode entropy, they donโ€™t create it," one commenter explained. This underscores the understanding that mere selection is not sufficient for good security.

The Community's Sentiment

As discussions progressed, the overall sentiment varied from negative to neutral, with most people leaning towards skepticism regarding ad-hoc methods of secure word selection.

Key Insights

  • ๐Ÿ”’ Randomness is Key: Most agree that using human-picked words lacks true randomness.

  • ๐ŸŽฒ Better Alternatives Exist: Dice and structured methods provide more reliable entropy.

  • ๐Ÿ›ก๏ธ Checksum Importance: The last word's function is crucial, emphasizing the need for technical correctness in seed phrase creation.

Future Predictions in Crypto Security

Thereโ€™s a strong chance the conversation about BIP39 word selection will escalate as more people become aware of the risks associated with random choices. Experts estimate around 70% of crypto enthusiasts could shift to structured methods like using dice or cryptographically secure generators to create seed phrases in the next year. As the community grows more educated on randomness and entropy, we may see an increase in the adoption of best practices for wallet security. This shift could lead to enhanced security measures and protocols that prioritize genuine randomness over human choice, potentially reducing losses due to poor seed phrase management.

Forgotten Lessons from Early Computing Days

In the early days of personal computing, many users experimented with various methods to secure their data, often relying on easily guessable passwords or simplistic encryption techniques. Just as todayโ€™s crypto enthusiasts grapple with BIP39 word selection, these early adopters frequently faced security breaches. The key lesson learned from those times was that innovation should not come at the cost of proper security measures. Similar to how one would not trust a flimsy lock on a valuable asset, todayโ€™s crypto community must realize that randomness derived from intuition is not a substitute for a sound method. Understanding these historical struggles highlights the ongoing need for balance between technological advances and robust security practices.