# $WINDCHILL Social Sentiment & Intelligence — 2026-08-28 10:40 UTC

> **Asset:** $WINDCHILL  
> **Momentum Status:** Fading Quickly  
> **Timestamp:** 2026-08-28 10:40 UTC (2026-08-28T10:40:00Z)  
> **Canonical URL:** https://cryptitalk.com/2026-08-28-10-40/crypto/WINDCHILL  
> **Overview Brief:** https://cryptitalk.com/2026-08-28-10-40/crypto.md  

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## 10-Minute Social Metrics
- **Posts Analyzed:** 1
- **Total Impressions:** 0
- **Likes:** 0
- **Retweets:** 0
- **Comments:** 0

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## Momentum & Sentiment Analysis
Total Engagement - Comments: 0, Retweets: 0, Likes: 0, Impressions: 0


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## Cited Community Posts & Evidence


### Post #1 by @GOATNetwork
> **Author:** [@GOATNetwork](https://x.com/GOATNetwork)  
> **Metrics:** 2 likes · 0 retweets · 0 comments · 3.0K views  


> **Source Link:** [https://x.com/GOATNetwork/status/2093288507158434169](https://x.com/GOATNetwork/status/2093288507158434169)  


> **Visual Context:** The image displays a benchmark comparison titled "VERIFICATION: 7.4X FASTER," showing ML-DSA-65 versus secp256k1 on CometBFT v0.40.0's code paths, where verification operations run 7.4x faster (mean) and 6.9x faster (p95) on ML-DSA-65, while signing is 4.3x to 10.8x slower—all conducted on an Intel Xeon Platinum 8375C across 300 independent keys with 20 runs each. The takeaway, aligned with the accompanying post, highlights that the expensive part of secp256k1 verification was always ECDSA's curve math and public key decompression, not the post-quantum scheme itself.  

> 
> "We benchmarked ML-DSA-65 against secp256k1 on CometBFT v0.40.0's actual code paths before committing.

Verification is 7.4x faster.

Nearly all of what a secp256k1 verification spends today is ECDSA's curve math, plus decompressing the public key on every call. ML-DSA-65 is"




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## Contributing Accounts

- `@whalewatchalert` (https://x.com/whalewatchalert)