Scarce money. Programmable settlement. Everyday applications. The differences matter.
Bitcoin
BTC / 01
The monetary thesis.
Bitcoin is a peer-to-peer monetary network secured by proof-of-work. Its rules limit total issuance to 21 million BTC, with new supply declining through scheduled halvings.
The case for it
Its appeal is portable scarcity: an asset people can hold and transfer without a central issuer. The investment case depends on continued demand for those monetary properties, rather than profits from an operating company.
The trade-off
Scarcity does not set a price floor. Bitcoin generates no dividend for simply holding it, and demand can weaken sharply. Custody mistakes, leverage, and changes in access add risks beyond the protocol itself.
The fundamental read
Bitcoin is best evaluated as a monetary asset, not as a technology stock. The key question is whether more people continue to value its independence and predictable supply. A halving reduces new issuance; it does not guarantee new buyers. Our view: the strongest thesis pairs a durable demand argument with an honest tolerance for volatility.
Source: Bitcoin.org — FAQ
Ethereum
ETH / 02
The settlement thesis.
Ethereum is a programmable blockchain. ETH pays network transaction fees and helps secure the network through staking. Applications can use its shared infrastructure for payments, lending, and digital assets.
The case for it
ETH connects to network use through fees and staking. Ethereum burns base transaction fees while issuing rewards to validators; supply can expand or contract depending on the balance. It is not permanently deflationary.
The trade-off
More applications do not automatically mean a higher ETH price. Cheaper execution and competing networks can limit fee demand. Staking also introduces operational risks, while using applications adds separate smart-contract risks.
The fundamental read
The investment case is that useful economic activity sustains demand for Ethereum’s infrastructure and its native asset. Our view: adoption matters most when it also strengthens settlement demand and token economics. ETH is not equity in every application built on Ethereum, and growth in the ecosystem is not a guaranteed return to holders.
Source: Ethereum.org — What is ether? · Ethereum.org — ETH issuance
Solana
SOL / 03
The application thesis.
Solana is a programmable blockchain whose transactions require fees in SOL. Holders can delegate stake to validators, linking the native asset to both network use and network security.
The case for it
The investment thesis centers on applications people use repeatedly: payments, trading, and other digital services. If usage becomes durable, it can support demand for transaction capacity and the asset that helps secure it.
The trade-off
SOL has ongoing inflation rather than Bitcoin’s fixed supply ceiling. Staking rewards must be considered alongside dilution. Cheap transactions can encourage activity without generating substantial fees, and automated traffic can exaggerate apparent adoption.
The fundamental read
The useful test is whether users keep returning when incentives and speculation fade. Our view: rising transaction counts alone are insufficient; retained users, fee demand, reliability, and validator economics make a stronger case. A successful application ecosystem would help the thesis, but competition and token issuance still matter to what holders ultimately earn.
Bitcoin does not need to replace every bank or currency. The optimistic case is that more people come to value a monetary asset no single issuer controls.
The optimistic Ethereum thesis is about useful economic activity: more assets, payments, and agreements settling on programmable infrastructure—and a meaningful role for ETH within it.
The positive Solana thesis is that useful applications can turn occasional visitors into returning users—and make the network’s native asset economically relevant beyond the trading cycle.
Buying a token does not generally give you ownership of the applications that use its blockchain. Revenue can flow to an application, an issuer, or a service provider without flowing proportionately to the network’s token holders.
01
BTC: demand for monetary properties
Bitcoin’s supply rules explain scarcity. They do not explain how strongly people will want it at a particular price. A monetary thesis needs a demand argument as well as a supply argument.
02
ETH: use, security, and supply
ETH has network functions, including fees and staking. The investment question is whether demand for those functions and the balance of issuance and burning support the price being paid.
03
SOL: adoption and its economics
SOL also connects usage with fees and staking. Cheap transactions can support useful applications, but token holders must still consider supply growth and how much economic demand activity creates.
04
Price still matters
A useful asset can be overvalued. A convincing long-term story does not remove the possibility of a poor entry price, a deep drawdown, or years of disappointing returns.