VIRA Ventures · Investment Thesis ·
Three theses. Long horizon. High conviction. We write from our own perspective — not to advise, but to share how we think about where durable value is being built in the digital economy.
The total addressable market for scalable, high-performance blockchains is all of finance — a market exceeding $100 trillion. That is not a projection. It is the logical endpoint of moving the world's financial infrastructure onto open, programmable rails.
We expect multiple winners, but only a few of significant scale. The base layer of any financial system generates gravitational concentration: liquidity attracts liquidity, security builds trust, and trust compounds into adoption. L1 blockchains that credibly solve for performance, decentralization, and developer experience will capture a disproportionate share of that gravity — and hold it.
We also recognize that as the digital asset market matures, value capture will increasingly migrate from the infrastructure layer toward the application layer — as it has in every prior technology platform cycle. L1s will nonetheless remain structurally irreplaceable, providing the security, liquidity depth, and settlement finality that everything above them depends on. We think about L1 exposure not as a bet on infrastructure alone, but as a long position on the full economic surface area that grows on top of it.
As L1 infrastructure matures and wallet and stablecoin adoption crosses critical thresholds, second-order effects become inevitable: users — humans, AI agents, machines — begin requiring financial services for their on-chain assets. Blockchains are, from first principles, the superior technology for trading and asset exchange at scale.
Not because the technology is novel, but because it eliminates what traditional finance is structurally built around: layered intermediaries, T+2 settlement cycles, geographic and regulatory fragmentation, and rent-extraction at every point of trust delegation. An open blockchain settles instantly, globally, programmatically, and without permission. That is not an incremental improvement — it is a different architecture entirely.
As on-chain volume and asset diversity grow, we expect a new generation of financial applications to emerge that are only possible on composable infrastructure — products and markets that the siloed, permissioned architecture of traditional finance cannot replicate. We are at the earliest stages of this transition. The right analogy is not fintech displacing incumbents. It is the internet replacing broadcast infrastructure. The scale of what becomes possible is categorically different.
The advancement of technology — AI in particular — has triggered the largest infrastructure buildout in history. Governments and enterprises are actively seeking mechanisms to accelerate deployment and draw in private capital at speed. We believe crypto-economic coordination is among the most powerful tools available for that purpose.
Bitcoin demonstrated something structurally significant: that a decentralized, open protocol could coordinate billions of dollars of physical hardware deployment across the world — without a CEO, without a headquarters, and without a traditional capital structure. Token incentives aligned economically rational strangers to build real infrastructure at planetary scale. That proof of concept is now being extended far beyond mining.
Applications are emerging that translate token-incentive design into real-world physical infrastructure: compute, wireless, energy, sensing, logistics. What historically required top-down corporate coordination — a company as a legal vehicle for organizing capital and labor around a problem — can now happen bottom-up through open, permissionless networks that align contributors via on-chain incentives. This organizational design space is deeply underappreciated. We believe the application-layer opportunity here is one of the most compelling in the entire digital asset ecosystem — and it remains early.
i.
We form views on where value will accrue structurally before evaluating individual opportunities. Deals are filtered through theses — not the reverse. This discipline prevents the pattern-matching drift that degrades most inbound-driven portfolios over time.
ii.
Products can be replicated. Protocols with genuine network effects and decentralized architecture cannot. We prefer exposure to infrastructure layers that earn from many applications over any single application, however compelling its near-term metrics appear.
iii.
We do not construct portfolios optimized for the comfort of diversification. High-conviction positions are sized to matter. This demands intellectual honesty about the distinction between genuine uncertainty and a failure to do the work.
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Digital asset markets are short-term irrational and long-term structural. We hold through cycles without requiring quarterly justification. Fundamentals — not sentiment — determine what survives and compounds across a decade.
v.
Token design is not secondary to the technology — it is the technology of incentive alignment. We analyse tokenomics with the rigour applied to a capital structure: emission schedules, supply dynamics, fee accrual mechanisms, and value capture logic are core diligence items, not afterthoughts.
vi.
The most defensible networks are those where participants hold genuine economic and ideological alignment. Developer density and the quality of decentralized governance determine whether a protocol can coordinate through adversity — and earn the right to grow beyond its founding team.
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Write to usThree theses. Long horizon. High conviction. We write from our own perspective — not to advise, but to share how we think about where durable value is being built in the digital economy.
At VIRA Ventures, we believe that technology can be a powerful force for improving humanity. We are driven by the conviction that the right investments can not only generate strong financial returns but also contribute to the betterment of society and the planet. Our investment thesis is built around this belief, and we are committed to identifying and supporting companies that share our vision for a better future.
As a theses-driven investor, we seek to identify trends and themes that have the potential to drive significant change and create value. We focus on areas where technology can be a transformative force, such as healthcare, energy, education, and sustainability. Our investment decisions are informed by a deep understanding of these areas, and we seek to identify companies that are leveraging technology in innovative ways to solve complex problems and create positive impact. We recognize that investing in technology for the sake of technology is not enough.
Our investments must be driven by a purpose and a mission to create meaningful change. We believe that companies that are aligned with this purpose are better positioned for long-term success and are more likely to generate positive outcomes for all stakeholders.
Our investment philosophy is grounded in a rigorous research process that leverages data, market analysis, and industry expertise. We are constantly monitoring trends and staying up-to-date on the latest developments in our areas of focus. Our investment theses are built on a deep understanding of the underlying dynamics and drivers of the markets we invest in.
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Layer 1 As The Dominant Foundational Infrastructure
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Unlocking the Potential of Open Finance
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Redefining Infrastructure und Creating New Value
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Capitalizing on Decentralized Networks
The transition towards decentralized applications and the digital economy is accelerating, and Layer 1 blockchains are emerging as the new dominant protocols for enabling this shift. As blockchain technology becomes more sophisticated, Layer 1 protocols are increasingly being designed to provide a scalable infrastructure that can support a vast array of use cases, networks and applications.
Investing in Layer 1 blockchains presents a compelling opportunity to capitalize on this transformative trend. Layer 1 blockchains with innovative technology, strong governance, well-designed tokenomics and an ecosystem of developers and users will likely become the primary beneficiaries of this transformation.
The scalability of Layer 1 protocols is critical to their long-term success. As adoption of decentralized applications and digital assets continues to increase, Layer 1 blockchains must be able to handle a significant amount of transactions while maintaining high levels of security and decentralization.
Tokenization is a major use case for Layer 1 blockchains, with the potential to unlock hundreds of trillions of value onboarded to blockchain networks. By creating digital representations of real-world assets, tokenization can enable fractional ownership, increase liquidity, and reduce costs associated with traditional asset management.
The blockchain industry is poised for massive growth in the coming years, with an increasing number of institutions, investors, and corporations recognizing the immense potential of decentralized technologies to disrupt traditional industries and transform the global economy. As capital pours into the space, Layer 1 blockchain protocols are positioned to capture a significant portion of this value as they provide the foundational infrastructure for the digital economy, enabling the creation of new markets, products, and services.
With the emergence of innovative use cases such as DeFi, NFTs, DePIN, tokenization, digital identity and more the demand for scalable, secure, and decentralized Layer 1 protocols is rapidly increasing. As a result, Layer 1 blockchains that can provide these features while maintaining high levels of decentralization and security are becoming increasingly valuable.
We believe that the emergence of Web3 and decentralized finance (DeFi) represents a paradigm shift in the way we think about finance, and presents a unique investment opportunity with significant growth potential.
Web3 is the next evolution of the internet, characterized by the integration of blockchain technology, decentralized protocols, and distributed computing. This new infrastructure creates a decentralized web where users have control over their data and can interact with applications and services in a trustless and permissionless environment. With Web3, we are moving towards a world where users are the owners and controllers of their data, and have the ability to monetize their digital assets in ways that were not possible before. DeFi, on the other hand, is the application of Web3 to the traditional financial system. It represents a new form of financial infrastructure that is open, transparent, and accessible to anyone with an internet connection. DeFi protocols allow users to borrow, lend, trade, and invest in a trustless and permissionless manner, without the need for intermediaries such as banks or brokers. This creates a more efficient and equitable financial system that is resistant to censorship and manipulation.
We believe that the convergence of Web3 and DeFi will lead to the emergence of a new financial system that is decentralized, interoperable, and globally accessible. This new system will enable the creation of new financial products and services that are more inclusive, transparent, and efficient than traditional finance. Moreover, it will enable new forms of economic activity and value creation that were not possible before, such as decentralized marketplaces, prediction markets, and social tokens.
The emergence of decentralized physical infrastructure networks represents a paradigm shift in the way we think about how to operate networks, and presents a unique investment opportunity with significant growth potential.
Traditionally, infrastructure has been built and maintained by centralized entities, such as governments or private companies. However, this model has its limitations: it can be slow, inefficient, and often fails to address the needs of local communities. Moreover, centralized infrastructure can be vulnerable to single points of failure and can be difficult to upgrade or adapt to changing circumstances.
Decentralized physical infrastructure networks, on the other hand, are built and maintained by decentralized communities using blockchain technology and smart contracts. This new infrastructure model creates a trustless and permissionless environment where users have control over the infrastructure they use and can contribute to its maintenance and development. Moreover, it allows for the creation of new forms of economic activity and value creation, such as decentralized energy grids, transportation, communication, storage & compute networks.
Relative to traditional forms of human & capital formation for building physical infrastructure, these permissionless and credibly-neutral protocols:
– Can build infrastructure faster—in many cases 10-100x faster
– Are more attuned to hyper-local market needs
– Can be far more cost effective
Throughout history, centralized capital formation has been the norm, where a single company controls the compensation of its stakeholders. However, this model is outdated in the internet age. Instead of relying on a central entity to make all the decisions, a permissionless network designed to scale and reward its most productive actors using the principles of supply and demand is more effective.
In the past, small-scale operators were unable to compete with large corporations in the deployment of infrastructure such as telecommunications, electric grids, storage, computing and third-party logistics.
But with the advent of proof of physical work, there is a paradigm shift in the way businesses operate and scale. Through crypto-economic protocols, individuals can coordinate their economic activities without relying on a centralized party to extract rent. This will lead to new value creations through efficient human & capital allocation giving the power back to the users.
Emerging blockchain networks have created a new frontier for investors to explore. One of the most promising opportunities within these networks is staking. Blockchain networks rely on a consensus mechanism to validate transactions and ensure the integrity of the network. Staking is one such consensus mechanism that involves locking up a certain amount of crypto assets to participate in the validation of transactions and the creation of new blocks. By staking crypto assets, users have a vested interest in the network’s security and stability, reducing the risk of attacks and ensuring that the network can function efficiently and effectively.
We believe that along with the exponential adaption of decentralized networks and more economic activity & use-cases over time, blockchain networks will become a fundamental pillar of our digital economy. With that emergence, providing a service on the infrastructure layer to secure the protocol and consequently the networks & applications built on top of it, will become very essential & valuable.
Participating in staking or operating nodes in emerging networks with well-designed tokenomics, real-world use cases and a flourishing community of builders, developers, companies and even countries offers a huge opportunity to capture a portion of the value creation and to earn yields coming from network fees and incentive structures.
You can compare it like providing a service enabling operating an airport that various airlines are using and paying for every day. Now transform this concept into the digital world, think of the service provided being essential not just for an airport and consequently for airlines, but for the whole world and for everything people will use & consume digitally and you will get the enormous opportunity in this assumption of a digital nation.
In summary, we believe in the power of technology to improve humanity, and we are a theses-driven investor focused on identifying and supporting companies that share this vision.
Our investment philosophy is grounded in rigorous research, a deep understanding of our areas of focus, and a commitment to purpose-driven investing. We are dedicated to generating strong financial returns while creating positive impact for society and the planet.