Beyond the Hype: Ledger Cast Explores What Actually Matters in NFTs
Podcasts·October 7, 2026
The latest Ledger Cast episode cuts through NFT noise to examine what's actually building lasting value in the digital asset ecosystem.
Hosted by Brian Krogsgard and Josh Olszewicz, the show brings in Piers Kicks of Delphi Digital and Bitkraft Ventures, an analyst with years of deep experience in NFTs. Instead of chasing headlines about explosive price moves and celebrity involvement, the conversation zeroes in on technical architecture and real use cases that distinguish meaningful development from temporary trends.
The episode spans several layers of the NFT stack. It covers gaming and collectibles platforms like Yield Guild and SoRare, explores real-world asset tokenization through Centrifuge, and examines emerging infrastructure like NFTX and NFTfi that's trying to unlock liquidity in non-fungible assets. The discussion also touches on community tools like POAP and discovery platforms like Upshot.
Kicks brings serious credibility to the conversation. Delphi Digital has built a reputation for rigorous, research-backed analysis of blockchain trends, while Bitkraft Ventures has been actively investing throughout the NFT and gaming ecosystem. His perspective offers something different from typical market commentary: an insider's view of which platforms actually have staying power and where real economic activity concentrates, rather than just marketing momentum.
The episode reflects a broader industry shift. After NFTs grabbed mainstream attention through explosive rallies and celebrity hype, serious builders and investors are now asking harder questions. What problems do NFTs actually solve at scale. Which use cases make real economic sense. What infrastructure is actually needed. Those are the kinds of questions driving the conversation here.
Ledger Cast is available on iTunes, Spotify, Google Podcasts, YouTube, and via RSS. The show operates as educational content and should not be construed as investment advice.
Reporting based on an external source.