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TCP/IP has a central point of origin (DARPA), just like how BTC, BCH, and BSV have central points of origin, Satoshi Nakamoto. But the central point of origin does not automatically establish centrally controlled.

I agree that there's a fundamental difference between TCP/IP and Bitcoin, especially around Bitcoin's native economic incentives, proof-of-work, and the ability to exchange value peer-to-peer.

But the origin of a protocol, control over that protocol, ownership of data, and the commoditization of a network are different things.

BTC has Bitcoin Core developers and the BIP process. BCH has its own development teams and the CHIP process. BSV has the BSV Association, BRC standards, and Network Access Rules (NAR). These aren't equal governance models.

Bitcoin Core and BCHN have mechanisms for proposing and adopting consensus changes. The BSVA, after the Genesis and Chronicle updates, has explicitly committed to a set-in-stone base protocol, with future innovation intended to occur through infrastructure and application development rather than continued consensus changes.

But even here, it's important to distinguish between protocol governance from network governance.

The BSVA has formal authority over its Network Access Rules (NAR), including certain directives affecting participating miners. That doesn't necessarily mean it can unilaterally change the underlying protocol or force every independent participant to accept new consensus rules.

Likewise, Bitcoin Core developers can publish new software, but they cannot automatically force every BTC node to adopt it (Ex: BIP-110, and Blake2B...or whatever else is in that forks' name).

The critical question isn't who originally developed the protocol. It's who can change the rules, who can enforce those changes, and whether participants can reject them.

Now, with respect to your point about the commoditization of the network, I think this is where I'd like a little more clarification.

Are you referring to Bitcoin's original launch and distribution through permissionless proof-of-work mining, sometimes described as Bitcoin's "immaculate conception"?

If so, I wouldn't describe it as commoditizing the network itself.

Satoshi publicly introduced Bitcoin before the network launched, released the software, and allowed anyone to generate coins through mining without a conventional token sale, pre-mine, or central issuer distributing coins to investors.

Bitcoin's native asset was introduced through an open, protocol-defined process rather than the traditional VC funding route.

But that doesn't mean Bitcoin's network became a commodity simply because mining was permissionless.

The protocol, the network, and the native asset are separate concepts that often get used interchangeably.

The protocol establishes the rules. The network consists of participants operating the system. The native asset is what can be transferred, exchanged, and traded in markets.

US regulations state that a native digital asset can qualify as a commodity without the underlying network or protocol itself being classified as a commodity.

And a commodity can still be involved in an investment contract, depending on how it's offered or sold.

Bitcoin's original launch characteristics are relevant, but they're not a legal test that automatically determines commodity, or security status, like the Howey test.

In fact, BTC, BCH, and BSV all share Bitcoin's original launch history. That history is relevant to all three, although their development and governance differs, and should be looked at individually.

As for data ownership, I agree that TCP/IP doesn't provide a native mechanism for establishing ownership of data. But that's because TCP/IP is a communication protocol, not a property-rights or settlement system.

Bitcoin runs on top of TCP/IP, and adds unique capabilities like native payments and settlement, they are not competing protocols.

You can already create, own, encrypt, license, sell, and transfer data using applications built on TCP/IP.

Bitcoin didn't invent the market for data.
What Bitcoin introduced was a way to transfer scarce digital value and establish a shared transaction history without relying on a central ledger operator.

Bitcoin also makes it possible to build applications that combine payments, cryptographic identity, data integrity, and programmable transaction conditions.

And with the extremely low transaction fees, it can make previously impractical (sub-cent) transactions practical, such as micropayments for individual pieces of content, API requests, or machine-to-machine services.

That's where BSV shines the most, through its scaling architecture and BRC-100/MetaNet application standards.

But recording data on Bitcoin doesn't automatically make that data scarce, valuable, true, or legally owned by whoever controls the transaction. Data can still be copied. However, copyright, licensing rights, and access permissions are still separate concerns.

In the same way, Bitcoin doesn't eliminate every middleman or gatekeeper. It allows people to transfer value without a centrally controlled ledger operator. However, miners, infrastructure providers, exchanges, and application operators can still restrict, or set controls over their respective services.

You can have centrally operated applications running on a decentralized underlying blockchain.

Finally, I agree that the value of Bitcoin is closely connected to what people can build with it. But I wouldn't say that the technology is too valuable to fail. That's probably not a popular opinion, but sustainable economics matter in the business world. People aren't running charities, and we've seen many apps come and go over the years. Miners aren't excluded from those economic realities.

Bitcoin's security depends on economic incentives. Miners need sufficient compensation to justify their investment, and expenses.

For BSV, the long-term economic proposition is that huge transaction volume at low individual fees can generate enough aggregate revenue to support mining infrastructure.But that requires actual demand and sustainable economics, not just technical capability.

So I agree with the broader point that Bitcoin introduces something TCP/IP doesn't: a native economic system for transferring and settling digital value.

But I think that distinction is more accurate than saying TCP/IP is centrally controlled while Bitcoin isn't, that Bitcoin turns data itself into a commodity, or that the launch process that Bitcoin went through automatically commoditizes the protocol/network/native digital asset.

TCP/IP enables peer-to-peer communication. Bitcoin enables peer-to-peer transfer and settlement of scarce digital value. Both can support decentralized apps, and both depend on independently operated infrastructure.