Crypto Networks

a16z crypto

Check: No personal check-size range is published. The official profile's aggregate fund-raising figure and public financing announcements describe firm resources and transactions, not Chris's individual authority or a reliable minimum/maximum check.

Chris invests behind blockchains as a new computing and ownership primitive for the internet. His core thesis is that token-enabled networks can align builders, users, and owners; bootstrap network effects; replace extractive corporate platforms with open, composable economies; and eventually support both financial and non-financial applications. He treats the category as a decades-long infrastructure-to-applications transition rather than a short market cycle.

Union Square Ventures (USV)

Check: No personal check-size range is published. USV describes itself as an earliest-stage generalist investor and makes decisions collaboratively without a vote; round fit should be confirmed with the partnership rather than attributed to Andy alone.

Andy invests at the edge of large markets under transformative pressure. His long-running thesis work centers on engaged networks, differentiated user experience, and defensibility created by network effects, then expands to enabling infrastructure, market-specific networks, and open decentralized data. More recent writing examines patient-centered healthcare and trust, openness, and native behavior in AI.

Union Square Ventures (USV)

Check: USV states that the firm writes $1 million to $30 million checks from the earliest stages onward. It does not publish Brad's personal range or authority; investments are discussed by the full partnership and decided collectively without a vote.

Brad's published investing work centers on preserving the internet's permissionless, generative character. He has backed open communications and data infrastructure, decentralized protocols with incentive-aligned funding models, community fiber networks that challenge access monopolies, and data-driven media platforms entering a market transition. The common thread is reducing gatekeeper control while creating networks whose users, developers, and communities share in expanding value.

Union Square Ventures (USV)

Check: No individual check range is published. USV's firm-wide range is $1 million to $30 million, but Jared's special-advisor placement does not establish personal decision authority; the partnership discusses investments collectively without a vote.

Jared brings a repeat founder's consumer-product lens to networks at the intersection of AI and crypto. His published thesis favors strange, initially fringe behaviors that create genuinely new social and creative formats; AI tools that lower creation barriers; transparent economics that reward creators; open social protocols where users own identity, content, audience, and economic activity; and vertical search products that make expert knowledge broadly useful.

Union Square Ventures (USV)

Check: No personal check-size range is published. USV invests at the earliest stages and supports companies throughout their journey; investment decisions are made collaboratively by discussion rather than individual vote.

Nick's work connects open, decentralized systems with the infrastructure needed for the next computing cycle. His current 'Rebel Alliance' thesis argues that agentic AI will favor a modular ecosystem around foundation models—spanning orchestration, harnesses, memory, browsers, routing, identity, and payments—because production agents cross services, models, data environments, and trust boundaries.

Union Square Ventures (USV)

Check: USV states that the firm writes $1 million to $30 million checks and invests from the earliest stages through the full company journey. This is a firm-wide range, not Albert's personal check authority; decisions are discussed collectively without a formal vote.

Albert is a thesis-driven generalist investing at the edge of large markets under technological and societal pressure. His current work emphasizes AI-enabled scientific discovery, robotics that can operate reliably in complex physical environments, resilient energy and civil infrastructure, and products that expand human agency. Across these areas he looks for compounding data or participation loops and systems that turn rapidly improving technical capabilities into durable real-world utility.