The Experiment

In a surprising turn of events, an individual identified only as “CryptoOdie” has conducted an informal but intriguing real-world speed test among several popular cryptocurrencies, showcasing the performance of Kaspa ($KAS), a lesser-known Proof-of-Work (PoW) coin. The results were astonishing, as $KAS outperformed well-known giants like Solana ($SOL), Sui ($SUI), and XRP ($XRP) in transaction speed.

Here are the key aspects of the test:

• Setup: The experiment involved twelve standard smartphones running nodes for each cryptocurrency.
• Objective: To measure the transaction speed under a controlled but scalable real-world simulation.

Is it really possible for a Proof-of-Work coin like $KAS to be faster than $Sol, $Sui, or $XRP? 👀

✅ One guy bought 12 phones
✅ He ran a real-world test
✅ Kaspa smoked the competition ⚡️

Watch the full test on YouTube:
📺 @CryptoOdie #Kaspa pic.twitter.com/LaGedHa3Kr

— CryptOliver (@CryptOliver_) May 11, 2025

Results

The test results were compelling:

• $KAS: Achieved the fastest transaction confirmation times, significantly outpacing its competitors.
• $SOL, $SUI, $XRP: Despite their established networks and tech advancements, they lagged behind in this particular test.

The full details and visual proof of the test can be found in the video here.

Commentary from the Crypto Community

Surprise and Skepticism

The crypto community’s reaction was a mix of surprise and skepticism:

• Several users expressed shock at Kaspa’s performance, with comments like “no way $KAS is that fast” and “this must be a setup.”
• Others questioned the methodology of the test, asking for details on transaction load, network conditions, and node setup specifics.

Advocacy for Further Testing

Many in the community advocated for more rigorous and official benchmarking to validate the results:

• “Great initial findings, but we need more comprehensive tests for credibility.”
• “This looks promising. Can we get this test replicated by multiple sources?”

Implications for Kaspa

The surprising performance could potentially:

• Increase interest and adoption in Kaspa, drawing attention from both investors and developers.
• Highlight the scalability of PoW protocols, challenging assumptions about their performance capabilities.