Our Thesis

We back growth-stage companies building transformative technologies in massive markets, where deep engineering complexity and non-consensus conviction create asymmetric outcomes.

The venture ecosystem has become increasingly crowded. More capital and more firms have entered the market, while liquidity cycles have extended and returns have remained concentrated among a small number of winners. At the same time, many firms have adopted the view that “it is all about the founder,” while investing in copycat products with limited technological differentiation and small market opportunities.

The Problem In VC

When studying historical technology leaders and the venture firms that generated the strongest returns, we observed a recurring pattern: exceptional venture outcomes are not driven by a single factor. They emerge from the intersection of transformative technology, access, concentrated investments supported by follow-on ownership, and liquidity. Our investment philosophy is built around these principles.

So What Is The Solution?

I - Venture Returns Come From Breakthrough Innovation

Technological progress is the primary driver of long-term value creation. The companies that generate asymmetric returns are not the ones making incremental improvement, they are the ones building foundational infrastructure, enabling entirely new categories, and solving problems that were previously intractable.

We are in an era of AI-driven acceleration. Artificial intelligence is compressing the pace of discovery, engineering, and deployment across every major industry. Markets consistently and disproportionately reward the builders of transformative technology.

II - Access Is The Edge

Knowing which companies to target is not enough. In venture, the best opportunities rarely circulate broadly. They move through trusted networks built over years with founders, fund managers, operators, and long-term shareholders. In fragmented markets, these networks create differentiated access and become a competitive advantage.

III - Secondaries As The Mechanism

Technology value creation has increasingly shifted into private markets as leading companies remain private longer. Secondary transactions provide access to these businesses by creating liquidity opportunities for existing shareholders, enabling investment into mature companies, often at pricing influenced by liquidity dynamics rather than public market sentiment.

V11 views secondary market activity as an indicator of institutional interest and future liquidity potential. Investor demand in private secondaries is often concentrated among a handful of top companies, creating significant competition around the most sought-after names. V11 believes this dynamic can create attractive opportunities across other high-quality growth businesses that receive less attention despite strong fundamentals, while focusing on companies that demonstrate existing secondary liquidity and clearer paths to future liquidity events.

V11 maintains relationships across the venture ecosystem, working with institutional shareholders, early funds, existing investors seeking liquidity, and family offices across the Middle East, Asia, and Europe. We believe winning allocations is not only a function of capital. It requires trusted relationships, speed, discretion, and efficient execution, while secondary transactions help address one of the long-standing challenges in venture capital: liquidity.

Investment Strategy

We invest in companies operating in massive, expanding markets with proprietary technology at their core. We look for products that generate network effects through people, usage, or data, creating compounding value as the ecosystem grows. As these companies scale, distribution advantages and economies of scale drive down marginal costs and accelerate efficiency. Over time, this foundation translates into superior unit economics, strong revenue growth, and a trusted brand that reinforces loyalty and long-term defensibility.

Where We Invest

  • AI adoption is accelerating across every industry as enterprises move from experimentation to full operational deployment. Falling compute costs, rapid model efficiency gains, and the rise of AI agents are transforming workflows, automating decision-making, and unlocking new productivity levels. With organizations integrating AI into core business functions, demand is compounding and creating one of the largest technology waves of the decade. 

  • Robotics and autonomous drones are entering a breakout phase as hardware costs fall, sensors improve, and AI enables real-time perception and decision-making. Enterprises are rapidly deploying delivery drones, warehouse robots, and early humanoids to reduce labor shortages and improve efficiency. With global infrastructure and logistics companies scaling adoption, the category is moving from pilots to full commercial rollout, creating one of the strongest long-term growth curves in modern technology.

  • The global energy sector is being reshaped by the explosive demand for AI compute, electrification, and next-generation infrastructure. Data centers, EV fleets, and industrial automation are driving massive new loads that legacy grids cannot support. This shift is accelerating investment into renewables, long-duration storage, small modular reactors, and early fusion technologies. As the world races to build the energy backbone for the AI era, the category is entering its largest growth cycle in decades. 

  • Space technology is accelerating as launch costs continue to fall, satellite constellations scale globally, and commercial players take over missions once reserved for governments. New capabilities in Earth observation, communications, in-orbit manufacturing, and microgravity research are opening multi-billion-dollar markets. With defense, climate monitoring, logistics, and AI all relying on space-based infrastructure, the sector is entering a long expansion cycle driven by commercial demand and national security priorities. 

  • AI is compressing drug discovery timelines and expanding therapeutic possibility in ways the legacy pharma model cannot match. Computational methods are unlocking previously intractable biological problems — accelerating the path from target identification to clinical candidate by years. The companies applying these tools to create entirely new drug categories represent some of the most asymmetric opportunities in private markets today.

  • Quantum advantage in optimization, simulation, and cryptography is moving from theoretical to practical. As error correction matures and qubit stability improves, the first commercially viable quantum systems will rewrite entire industries simultaneously — from drug discovery to financial modeling to national security. V11 takes selective, high-conviction positions in hardware and software platforms where the technical trajectory justifies early entry.

How We Invest

  • Series B+, Secondaries

  • United States, Europe

  • $1M - $5M

Conclusion

Technology value creation increasingly occurs in private markets, yet the best opportunities are often relationship-driven, competitive, and difficult to access. Winning allocations is not only a function of capital. It requires trusted networks, speed, discretion, and efficient execution.

V11 was built around this reality. We believe differentiated access, secondary market insight, and disciplined underwriting create the ability to identify opportunities beyond the most crowded names while maintaining exposure to businesses with institutional demand and liquidity pathways.