General Partner at Plutos Capital
Check size: $250K–$500K stated first-check range in a current @FryCookVC public post, with 'no matter how early' guidance. Plutos describes investing from pre-seed through Series A across equity and token rounds. Confirm currency, ownership, reserves and whether the range applies to the Genesis Fund before relying on it.
Lukas backs deeply technical founders building sovereign, privacy-enabling infrastructure across blockchain, AI and dual-use systems. His central claim is that institutions need the openness, neutral settlement and composability of public chains but cannot expose salaries, counterparties, cash flow, supply chains or trading strategies. Private permissioned chains repeatedly lose network effects and create costly governance silos; the investable bridge is privacy technology—zero-knowledge proofs, encrypted transactions and mempools, confidential compute, TEEs and secure hardware—that preserves public-chain interoperability while protecting sensitive data. He extends that secure-compute thesis across software and hardware, terrestrial and orbital systems.
Lukas publicly invites DMs at @FryCookVC and says Plutos can write $250K–$500K checks regardless of how early the company is. Lead with the exact security or privacy failure, who leaks what data today, and why the system needs an open network rather than a permissioned database. Diagram the threat model, trust assumptions, cryptographic or hardware primitive, performance trade-offs and composability. For institutional use, show compliance without surveillance, protection against IP leakage and a credible integration path. For hardware/space/defense, include prototype evidence, openness/audit strategy, supply-chain and procurement constraints. State stage, instrument, round size, current users or technical milestones, and whether value accrues through equity, tokens or both. Verify the current check and decision process directly.
Deeply obsessed technical founders working on secure compute, encryption or proofs—even at the earliest stage; architectures that retain permissionless access and composability while solving a real confidentiality problem; open hardware/software security, verifiability and independent research; compliant privacy that allows institutions to transact without leaking intellectual property; teams able to explain threat models and adoption constraints; and infrastructure that can span blockchain, AI, defense or space rather than depending on a single speculative application.
Private permissioned chains whose consortium governance, isolated state and onboarding overhead destroy interoperability; public-ledger products that ignore transaction metadata and institutional IP leakage; centralized exchanges presented as proof of decentralized-building ability; hype-led token launches without durable rights or an equity path; funds and rounds optimized for quick markups or management-fee recycling rather than long-term value; security claims that resist transparency and independent review; and very-early governance demands such as unnecessary board control.
Preserve permissionless settlement, shared standards and composability on public chains while adding ZK, encryption or confidential-compute layers that keep sensitive institutional data private.
Ask whether validators and counterparties require bespoke approval, governance agreements and siloed integrations; if so, coordination cost and weak network effects may overwhelm the database improvement.
Trace what an onchain action reveals about salaries, vendors, cash flow, supply chains, counterparties and trading strategy before claiming enterprise readiness.
Evaluate encryption, proofs, TEEs and roots of trust as a common infrastructure opportunity across blockchain, AI, defense and space, independent of whether the implementation is hardware or software.
Prefer open infrastructure that lets assets, applications and counterparties interoperate over consortium designs whose control creates isolated state and winner-take-all lock-in.
A blockchain product can win without teaching users crypto terminology; judge whether the trust and settlement layer improves the outcome while disappearing from the interface.
For blockchain financings, examine whether equity or token instruments create durable rights and whether investors are motivated by long-term carry rather than quick markups and repeated management fees.
At pre-seed, avoid governance demands that turn a first check into premature control; back capable founders and reserve formal control for risks that genuinely require it.
“Without privacy enabling tech crypto will never reach mainstream adoption.”
— https://www.linkedin.com/pulse/blockchains-greatest-advantage-also-its-biggest-downside-kristen-ehrme
“The end game is not that everyone understands blockchain; it is that nobody needs to.”
— https://www.linkedin.com/posts/lukas-kristen_the-most-fascinating-part-about-the-recent-activity-7432602300646412288-WDcg
“$250-$500k checks no matter how early you are.”
— https://x.com/FryCookVC
A decade of failed private-chain consortia shows that permissioned governance sacrifices composability and network effects; institutional adoption belongs on public chains once privacy infrastructure protects sensitive data.
Public ledgers expose corporate payment, supply-chain, employee and trading data, making privacy-enabling infrastructure the gating layer for mainstream and institutional blockchain adoption.
Successful blockchain adoption will resemble internet infrastructure: users trust outcomes while the settlement rails disappear beneath the product experience.