Major VCs Back Zcash Developers With $25 Million After ECC Split

bitcoinistPubblicato 2026-03-10Pubblicato ultima volta 2026-03-10

Introduzione

Zcash Open Development Lab (ZODL), formed by the team formerly known as Electric Coin Company, has raised over $25 million from major investors including a16z, Paradigm, and Coinbase Ventures. The funding will support the development of Zcash-focused wallets and protocol work without relying on the network’s development fund. According to ZODL, its wallet has driven a 400% increase in shielded pool adoption and facilitated over $600 million in ZEC swaps since October 2025. The team emphasizes continuity, with the full ECC engineering team moving to ZODL. Zcash founder Zooko Wilcox highlighted that the investment involves no new token and no control over the Zcash protocol, suggesting backers are betting on Zcash's broader adoption and long-term importance.

Zcash Open Development Lab, the company formed by the team formerly known as Electric Coin Company, has raised more than $25 million from a roster of heavyweight crypto investors including a16z, Paradigm, Winklevoss Capital, Coinbase Ventures, Cypherpunk Technologies, Maelstrom (family office of Arthur Hayes), Chapter One, David Friedberg, Haseeb Qureshi, Mert, Balaji and others.

What This Means For Zcash

The round lands just months after the ECC team regrouped under a new name, and gives the Zcash-focused builder fresh capital to expand its wallet and protocol work without leaning on the network’s development fund.
Josh Swihart, who now leads ZODL after previously serving as CEO of ECC, framed the raise as a bet on product traction rather than a brand reset. “The name is new, but our team has been building Zcash for a decade,” he wrote. “A couple of years ago, my team and I set out to change the trajectory of Zcash with an uncompromising focus on the user experience for shielded ZEC. We released Zodl (then called Zashi) and have never looked back.”

That pitch is backed by a set of numbers the team clearly wants the market to notice. According to ZODL, its wallet has helped drive adoption of the Zcash shielded pool by more than 400% since launch, while facilitating over $600 million in ZEC swaps since October 2025. Swihart said the company first shipped what he called a “normie-friendly wallet,” then layered in integrations with Flexa for retail spending, Keystone for cold storage and, more recently, NEAR-powered intents for ZEC swaps.

The capital raise is also meant to change how that work gets funded. “This funding allows us to bring these ambitions to life, without relying on Zcash dev fund grants to get there,” Swihart wrote. Alongside Zodl, the company said it is building Zallet, a full-node wallet that will serve as the foundation for new desktop software, with the longer-term goal of creating “a private, decentralized financial system as an alternative to legacy institutions.”

ZODL’s own announcement leaned heavily on continuity. The company said the full ECC team, including the engineers responsible for designing and maintaining some of Zcash’s core systems, moved over earlier this year. It added that protocol development remains central to the company’s work, but argued that future upgrades should stay tied to usability and product-market fit rather than protocol design in isolation.

Zcash founder Zooko Wilcox read the raise as something larger than a routine venture financing. “Twenty-five million dollars is a big investment! For a company that makes a wallet!?” he wrote in a thread reacting to the news. “This set of investors is a signal. They are big, sophisticated, long-standing, and reputable.”

He focused on what the deal does not appear to offer. There is no new token for investors to capture, he noted, and no control over the Zcash protocol itself. “There is no new token that the investors can get a cut of! The ZEC supply is locked in, with a 21M total supply cap, like Bitcoin,” Wilcox wrote. “The investors don’t get control of the protocol! Zcash is permissionless, open-source, and has a huge number and variety of stakeholders.”

From there, Wilcox sketched out a theory of the round: investors may see the wallet business as a monetizable entry point, but just as importantly, some may be underwriting broader ZEC adoption itself. He pointed to public disclosures from Cypherpunk Technologies, which he said already holds more than 1% of ZEC’s eventual supply, and argued that its equity stake in ZODL is smaller than its exposure to the coin.

His conclusion was blunt. “These people are betting that Zcash — not crypto, not privacy, not Bitcoin, not zero-knowledge-proofs — Zcash will be critically important for our civilization,” he wrote.

At press time, Zcash traded at $221.95.

ZEC bounces from the 0.5 Fib, 1-week chart | Source: ZECUSDT on TradingView.com

Letture associate

Apple Also Has to Pay Rent Now

Apple Pays Rent Too: The Two-Way Flow of "Traffic Tax" and "AI Capability Rent" Between Tech Giants For over two decades, Google has paid Apple an estimated $20 billion annually to remain the default search engine on Safari, a "traffic tax" for a critical user entry point. However, in 2026, the direction of this cash flow partially reversed. Apple agreed to pay Google roughly $1 billion per year to license its Gemini AI models, as Apple's own models reportedly struggled with complex tasks. This creates a unique dynamic: Apple acts as the "landlord" in the established search ecosystem, collecting rent from Google for access. Simultaneously, in the emerging AI arena, Apple becomes the "tenant," paying Google for access to cutting-edge AI capabilities it cannot currently match internally. While Apple claims its new models are "distilled" from Gemini outputs and contain "not a drop" of Google's original code, core dependencies remain. Its knowledge base is refined using Gemini's outputs, and its most powerful cloud model runs on Google's infrastructure. Apple has structured the deal as non-exclusive, allowing it to theoretically switch AI suppliers—a hedge against over-reliance. The future hinges on whether advanced AI models become a commodity (cheap and abundant) or remain a concentrated, scarce resource (expensive and controlled by few). Apple is betting on the former, leveraging its massive device ecosystem to be a powerful, choosy customer. If the latter proves true, its bargaining power could erode. This power dynamic is extending to developers. Apple, Google, and WeChat are all pushing for apps to expose their core functions as standardized "actions" or "intents" that their respective AI assistants (Siri, Gemini, WeChat AI) can directly call. The new scarce resource is no longer just app store visibility, but "being selected by the AI." The currency of "rent" has changed from a 30% revenue share to ceding control over how users interact with an app's functions.

marsbit41 min fa

Apple Also Has to Pay Rent Now

marsbit41 min fa

Missed the SpaceX IPO? WEEX's "First Trade Protection" Lets You Experience US Stock Trading Risk-Free.

With the excitement around SpaceX's recent public listing reigniting interest in the US stock market, Chinese investors face significant challenges accessing compliant and convenient trading channels following regulatory actions against major online brokers. This article explores the available options, highlighting their risks and limitations. Traditional paths for US stock investments remain problematic. Qualified Domestic Institutional Investor (QDII) and Listed Open-Ended Fund (LOF) products, while compliant, suffer from high fees, significant purchase premiums, and a very limited selection of assets. Small, unregulated offshore brokers pose substantial risks, including potential insolvency. While secure, VIP accounts at banks in Hong Kong or Singapore require high minimum deposits (often 1-2 million RMB) and in-person visits, placing them out of reach for most retail investors. The article positions cryptocurrency exchanges, specifically their TradFi (traditional finance on-chain) offerings, as a compelling alternative. Platforms like WEEX are noted for providing access to a wide range of US stocks and ETFs, including SpaceX (SPCXON), through tokenized assets. This method offers advantages such as a single account for both crypto and traditional assets, USDT-based settlement avoiding fiat complexities, flexible leverage, and robust risk management. To attract users, WEEX is promoting a "First Trade Guarantee" campaign. Running from June 15 to July 8 (UTC+8), it features a $30,000 prize pool. Users who trade $500 worth of US stock contracts can qualify for a guarantee on their first eligible trade: 100% loss coverage up to $30 or a 20% bonus on profits up to $30. The campaign is presented as a low-risk opportunity for both crypto natives and traditional investors to experience US stock trading.

marsbit43 min fa

Missed the SpaceX IPO? WEEX's "First Trade Protection" Lets You Experience US Stock Trading Risk-Free.

marsbit43 min fa

How Difficult is Chip Making? A Division Error Costs 475 Million Dollars

How Hard Is It to Make a Chip? A Division Error Cost $475 Million Chip expert Shi Kan, a researcher at the Chinese Academy of Sciences and a popular tech creator, explains the immense challenges of chip development. Chips are foundational to modern technology, but their creation is extraordinarily difficult. The journey from sand to a functional chip involves complex design and manufacturing, but a critical bottleneck is verification—ensuring the design works flawlessly before costly production. A single, undetected bug can have catastrophic consequences, as illustrated by the infamous 1994 Intel Pentium FDIV bug. A flaw in the floating-point division unit forced a recall costing $475 million. Unlike software, chips cannot be easily patched after manufacture, making "first-time success" paramount. However, industry surveys show only 24% of chip projects achieve this; over three-quarters require at least one costly re-spin due to design flaws. Verification has thus become the dominant phase, consuming up to 70% of the design cycle. The core challenge is a "verification impossible triangle" between high performance, good debuggability, and low cost. Exhaustively verifying a modern CPU core could take 15,000 years with software simulation, or 30 years with advanced hardware emulation—timeframes utterly impractical for development. Despite being essential, verification is often seen as unglamorous "dirty work," receiving less academic attention than fields like AI. Shi and his team are tackling this by developing an agile verification research framework called ENCORE, based on FPGA technology, to improve verification efficiency and debug capability. Beyond research, Shi engages in public science communication through long-form video content, aiming to demystify chip technology, AI, and computer science. He argues for the value of pursuing "hard and long-term" endeavors, whether in the meticulous world of chip verification or in creating substantive educational content, believing such sustained effort is likely the right path forward.

marsbit52 min fa

How Difficult is Chip Making? A Division Error Costs 475 Million Dollars

marsbit52 min fa

Trading

Spot
Futures
活动图片