A recent paper published in the Journal of Institutional Economics raises an important institutional question for public blockchain systems: when people call a system “permissionless,” what exactly does that describe?

The paper, Beyond “permissionless”: governance, commitment, and rule change in public blockchains, argues that the term is often used too broadly. “Permissionless” may describe open admission — the ability to submit transactions or participate under existing rules — but it does not automatically mean there is no governance over how those rules may later be changed. (Cambridge University Press & Assessment)

That distinction matters because public blockchains are not only technical systems. They are also economic institutions. Developers, miners, validators, infrastructure providers, businesses, and users make decisions based on an expected rule set. Some of those decisions involve long-term commitments: software development, hardware investment, applications, business processes, and other chain-specific costs.

The paper frames this as a commitment problem. If a rule-changing coalition can revise protocol rules after others have already invested, then participants face a form of institutional risk. The issue is not only whether a network is technically open. The deeper question is whether the rules themselves are stable enough for others to build upon with confidence.

This is the paper’s strongest contribution. It separates two questions that are often treated as one:

Can anyone use the system?

Can someone later change the rules of the system?

Those are different questions.

A system may be open at the access layer while still having identifiable governance mechanisms at the rule-change layer. The paper points to practical mechanisms such as repository authority, development funding, validator or miner concentration, fork framing, and token voting as observable ways governance may appear across public blockchain systems. (Cambridge University Press & Assessment)

The article does not argue that every form of governance is automatically bad. Nor does it claim that all systems are governed in the same way. Its point is more precise: governance should not be hidden behind the label “permissionless.” Once governance is included in the analysis, the important question becomes how constrained rule change is in practice.

This leads to the paper’s discussion of base-layer fixedness. A stable base protocol can function as a commitment device. The paper compares this to TCP/IP, where extensive technical and commercial development could occur above a stable base layer. In that model, innovation does not require constant revision of the underlying rules. It depends on the reliability of those rules.

For BSV Blockchain, this framing is especially relevant. BSV is often discussed in terms of scaling, transaction capacity, and low fees. Those are important, but the institutional point is broader. A public blockchain intended to serve as dependable infrastructure also needs credible rule stability.

From this viewpoint, the set-in-stone protocol idea is not simply a technical preference. It is a commitment structure. In economic terms, it helps businesses and developers plan with greater confidence. In broader institutional terms, it also matters for governments, universities, public-service organizations, and civil-society groups whose work depends on stable infrastructure. A base protocol that repeatedly changes does not only create business uncertainty; it can also create administrative and social uncertainty.

The article therefore helps move the discussion beyond a familiar slogan. “Permissionless” is useful, but incomplete. Open access answers only one question. It does not answer who can revise the rules, how those revisions occur, or what risks those revisions create for those who have already built on the system.

For public blockchain infrastructure, the practical question is not only whether anyone can enter.

It is whether the foundation is reliable enough for others to build on.

Posted on June 4, 2026