The Zcash Comeback: Why Insiders Say ZEC’s Price Run Isn’t A Fluke — And Just The Beginning
Friday, 23 October 2026 · 4 min read · Listen to the episode ↗
Zcash’s comeback is presented as delayed recognition of years of product and cryptography work, aided by a more usable wallet and renewed funding as interest returned in late 2024. The episode explores shielded pools and privacy trade-offs, alongside an AI-assisted audit that uncovered a four-year-old Orchard soundness flaw and prompted plans for formal verification and migration. The guests also discuss Tachyon and the unresolved engineering challenges of scaling Zcash and preparing for quantum threats.
Zcash’s recovery looks less like a sudden speculative turn than a delayed response to years of product and cryptography work. When Sudo joined its board, he described the project as “do or die”: the organization had spent years adapting its team and finances to ZEC’s price. Interest began returning in late 2024, bringing buyers, talent and renewed capacity to fund products. Sudo pointed to crypto Twitter, particularly Bitcoiners, as visible sources of buying. Zaki said a more usable wallet let newcomers experience the work for themselves; summer and September 2025 marked the first phase of Zcash’s “redemption,” while October’s price action reflected recognition of accumulated progress. The gains could be meaningful without proving that every long-term technical challenge is solved.
The project’s stated ambition is private, scalable peer-to-peer electronic cash, which speakers presented as an unfinished task for Bitcoin. Zcash’s shielded pools are designed to make coins in a pool indistinguishable, creating a large anonymity set and protecting funds at rest; users can choose between transparent and shielded ZEC. Zodl’s Tor-based option aims to conceal a user’s IP address from indexer nodes. But phones cannot run full nodes, so network-level privacy remains unfinished. The guests described privacy systems as offering different trade-offs, rather than expecting one design to serve every transaction. One compared Zcash’s current stage to Bitcoin in 2016, while another said private, scalable electronic cash may be nearing realization.
A serious counterweight to the optimism was an Orchard soundness vulnerability found in an AI-assisted audit paid for by Shielded Labs and conducted by security researcher Taylor Hornby. The flaw had existed for four years and could have allowed forged proofs to create ZEC; the discussion did not say it had been exploited. The proposed response combines formal verification, freezing Orchard, encouraging migration to the cryptographically similar Ironwood pool, and a proposed “turnstile” that would let full nodes track deposits and withdrawals between shielded pools. Speakers associated the disclosure with a brief price decline reported at about 60%, later settling at roughly 25%; Sudo separately recalled a June Ironwood-related drop of about 25% before recovery. He said the coordinated response showed contributors could work together. AI, they argued, is making formal verification affordable enough to pursue.
Ironwood is groundwork for risk reduction, not a completed answer to quantum computing. Zaki said Zcash is not post-quantum secure: a cryptography-breaking quantum computer could make current proof systems unsound and potentially enable unlimited coin creation. Ironwood is cryptographically identical to Orchard but adds wallet-level information intended to make the pool easier to turn off and coins easier to migrate later. Zaki said users who retain their wallet access information should be able to leave Zcash for years and still access shielded coins after a future quantum-related migration. More than four million coins had moved from Orchard, with about 400,000—roughly 2% of a stated 17 million coins—remaining. A group including Dave, Evan from Celestia and Sean, formerly associated with Penumbra, built Ironwood in about 30 days. Zaki named Tachyon, a scalable version of Zcash, as the next step and cautioned that post-quantum migration still involves substantial work and unknowns.
Higher ZEC prices have helped reconnect the project with finance and crypto, while Near Intents was credited with helping connect it to DeFi. The Winklevoss twins and Barry Silbert’s DCG were described as longstanding finance connections and early Electric Coin Company funders. Higher prices have also made mining more attractive as supply is limited; Fortitude and Cypherpunk entered the sector. One speaker tentatively estimated that an Antminer S15 Pro could repay its cost in under 90 days. Cypherpunk was described as formed through a reverse merger and carrying less leverage than a typical digital-asset treasury company. Zcash has also considered moving from proof of work to proof of stake, partly because its relatively small market capitalization was seen as making proof of work harder to sustain and potentially threatening exchange listings. One speaker said Coinbase required roughly 144, or possibly more than 200, confirmations for ZEC deposits, contributing to price differences with Binance. The rise eased those concerns in the medium term, and Bitcoiners buying ZEC were described as less open to proof of stake; no move was expected soon.
Zcash’s next choices are constrained by engineering capacity and contested priorities. Governance relies on community polling, Zcap, the ZIP process and the Zcash forum; coinholders can also signal preferences through a custom Cosmos chain built since 2024, but polls do not directly change consensus rules. After broad consensus, node implementers update their code and activate changes through a release and flag day. Retroactive funding, begun sometime in 2024, replaced fixed block-reward allocations to the Electric Coin Company, Zcash Foundation and Zcash Community Grants. A speaker called it a major win that most funds in the latest round went to new organizations. Meanwhile, ZSAs—ERC-20-like assets for the shielded pool—exist on testnet, but funding them faces resistance. Speakers said the community must weigh programmability and DeFi against finite development resources, and one would add nothing else to the shielded protocol without formal verification.
This summary was generated from the episode transcript and can contain mistakes.