Protocols/some questions for PIbot

09 Oct 2026 - 10 Oct 2026

Open in Logseq

VGR asked for some people to take the new version of PIbot (formerly c3po) out for a spin, below are some deep questions on naturalness, money, gender, and ontology blyg

I note with pleasant surprise that my own work is cited as the answers to some of my questions, which just means I am the person in the community who obsesses most about them (expected on ontology, a bit surprising on money).

what's the relationship between "natural" protocols like f2f social interaction and engineered protocols like TCP or container shipping

The relationship between "natural" social protocols and engineered technical ones is one of the generative tensions at the heart of PI's theoretical work, and the corpus offers several complementary framings for thinking through it. The nature/engineered distinction is less stable than it appears. Steiert's SoP working paper makes the key diagnostic move: what seems "natural" — like driving on the right side of the road, or the nuclear family as a social unit — is actually the sedimented residue of historical disruption and deliberate design choices that have become so habituated they no longer register as choices at all. International travel, Steiert notes, forces the confrontation: suddenly you realize traffic flow "could well be otherwise," which retroactively reveals the contingency of what felt like background reality. The PI lexicon captures this with the concept of **convention-driven (social) protocols** — protocols that "appear self-evident and natural rather than explicitly designed." The appearance of naturalness is a product of successful internalization, not evidence of a different ontological category. Botao Amber Hu's "Protocoling HCI" talk at the 2026 Symposium offers the most precise process model. Hu proposes a sequence: *interaction → repetition → convention → codification → standardization → infrastructure.* This trajectory applies equally to the handshake and to ISO 668 container dimensions — the container standard is the canonical engineered example, but the model shows that engineering enters the process at codification, not at the beginning. Face-to-face social protocols and TCP/IP are different points on the same continuum, not members of different categories. Crucially, Hu notes the trajectory can reverse or fail — conventions don't automatically harden into infrastructure, and infrastructure can decay back toward convention if maintenance and adoption collapse. The "engineered argument" framing in Rao's "Introduction to the Protocol Reader" adds another layer. Rao argues that protocols are "evolution-aware technologies that attempt to internalize their key ongoing conflicts in structured and stylized ways." The important word is "evolution-aware" — well-designed engineered protocols are consciously doing what social protocols do unconsciously: managing selection pressures, anticipating defection, encoding equilibria. The protocol whisperer must "simultaneously think like an Organization Man, a central bank" and an evolutionary biologist. Social protocols evolved without this self-consciousness; their design is implicit in the process of cultural transmission. What distinguishes TCP/IP or container shipping isn't that they're protocols and social interaction isn't — it's that their design process was made explicit, deliberate, and compressed in time. Nathan Schneider's talk with Rao adds a crucial caution against overcorrecting into "first principles" thinking. Schneider argues that "the cultural protocols and the technical protocols are deeply linked," and that vernacular protocol design — including most successful technical standards — works by "building on what's there and reusing it and mixing it around." Esperanto failed; languages evolve from existing ones. By analogy, TCP/IP didn't arise from a blank-slate theory of communication; it was scaffolded onto existing networking practices, institutional arrangements, and prior technical norms. The lesson is that the engineered/natural binary obscures how much successful engineering is actually careful archaeology of existing social coordination, formalized and hardened. Rao and Nast's "Theorizing Protocolization I" frames the deepest version: protocolization is "the co-evolution of both into what we might call a new nature" — the artificial becoming nearly as immutable as the natural, rather than remaining cleanly distinct from it.

Money would seem to be the ur-protocol ≡ certainly the first to involve symbolic representation. Is there much in protocol theory about that explicitly?

Money's status as a foundational protocol is one of the more substantive threads in the PI corpus, and the retrieved excerpts show it being approached from several distinct angles simultaneously — which is itself diagnostic of how serious the Institute takes the question. The "earliest protocol" claim gets made explicitly, if cautiously. Mike Travers in his Protocol Symposium 2026 talk on Jubilee flatly states "money is a very early protocol, maybe the earliest one" and immediately notes it's "been studied to death by archaeologists." The Discord thread from August 2023 runs the same intuition as a community thought experiment: saffronh proposes language → money → time as humanity's foundational protocol stack, with rafa_0x pushing back that this reflects a "very rationalist / individualistic perspective" and that protocols governing war, foreign relations, and gifting may be structurally prior even if less cognitively salient. This is a genuinely open question in the corpus, not a settled position — and warrenkoch's caveat that "language is far too powerful as a whole, it easily becomes every protocol" correctly identifies the definitional risk of letting a candidate ur-protocol absorb everything beneath it. Jason Morton's Guest Talk takes the most technically ambitious approach, framing money-as-ledger as a form of zero-knowledge proof — a cryptographic statement that converts private information (what you actually own, owe, or have done) into a publicly verifiable claim without revealing the underlying data. This is a striking reframe: money doesn't just coordinate exchange, it certifies coordination history in a compressed, privacy-preserving form. Morton's Martian-anthropologist framing — asking "what were we actually trying to accomplish with this?" — is a clean application of the PI move of making familiar protocols strange enough to analyze structurally. His conclusion that modern money is a "leaky abstraction" whose weaknesses have started showing is effectively a protocol-atrophy diagnosis applied to civilization-scale infrastructure. Travers's Jubilee talk is particularly rich because it treats ancient debt-cancellation practices (drawing on Michael Hudson's And Forgive Them Their Debts and David Graeber's Debt) as meta-protocols — second-order protocols designed to manage the entrenchment effects of first-order debt protocols. His core observation bridges the hardness axis directly: money is interesting precisely because it sits at the interface of hard and soft protocols — "money is kind of hard and humans obviously are very involved in money." Debt, accumulated without periodic reset, tends toward oligarchic lock-in; Jubilee was the institutional mechanism for injecting controlled forgetting into what would otherwise be a one-way ratchet. This is a concrete historical case of what PI theory would call managing protocol overhang at civilizational scale. The "Theorizing Protocolization" essay (Rao & Nast) provides the broader frame: economics offers the clearest precedent for what happens when a descriptive field becomes the operating system of the phenomenon it studies — Donald MacKenzie's "engine, not a camera" point about how economic formalization performs the economy it models. Protocol Studies is watching that same dynamic begin to operate on protocols themselves, and money is the case study where that loop has already run longest and most consequentially. The PI lexicon's "protocolized economics" entry captures the endpoint of that trajectory: economic systems fully formalized as explicit protocol structures governing exchange. The symbolic-representation dimension you're flagging — money as the first protocol to operate through signs rather than direct physical exchange — is less developed in the current corpus than the coordination and hardness dimensions, and represents a genuine gap worth noting.

ontologies (the computational kind) are basically standards and hence a form of protocolization. Has anyone written about this explicitly?

This is a genuinely underexplored thread in the corpus, but the retrieved excerpts give you three distinct entry points that together sketch a real argument. **The most direct acknowledgment comes from mtraven (Mike Travers) in the SIGFPT overnight musings thread from September 2025.** He surfaces the connection precisely: "Ontologies are an aspect of protocols that doesn't seem discussed much, but they are a kind of standard." He references a paper he wrote fourteen years earlier on "the non-objectivity of ontologies" — the claim being that ontologies are not neutral descriptions of a domain but politically and pragmatically loaded choices about what categories exist, how they relate, and whose distinctions get institutionalized. This is the crucial move: if ontologies are standards, and standards are protocols, then the choice of ontology is already a governance decision, a form of protocolization that encodes a particular world-model and makes it the shared substrate for coordination. The link to his paper ("Politics and Pragmatism in Scientific Ontology Construction") is cited in the thread — it's an external reference rather than a PI-authored piece, but it's the most explicit treatment of the ontology-as-protocol thesis in the corpus. Simone Cicero's Protocol Symposium 2026 talk operationalizes this at the organizational level, and does so with unusual structural clarity. His O2A project is explicitly described as "a semantic standard — an ontology for what an organization is made of and a grammar for the terms that regulate how the pieces combine." He distinguishes three layers: the ontology (the standard itself — types, relations, invariants — "shared by everyone, owned by no one"), the configuration (where a specific organization writes itself into the ontology), and the implementation (the running instance). This three-layer architecture maps cleanly onto the PI distinction between protocol-as-specification, protocol-as-instantiation, and protocol-as-enacted-behavior. The critical design insight Cicero emphasizes is that a single ontology does not flatten every organization into the same shape — the configuration layer is precisely what preserves organizational variation within a shared semantic framework. This is the same argument made for TCP/IP: the protocol constrains the envelope, not the content. Rao and Nast's "Theorizing Protocolization I" gives the theoretical framing that connects both. They describe SIGFPT's work as encompassing "the development of ontologies and precise terminology that allow us to talk consistently about phenomenology across many domains" — positioning ontology-building as itself a protocolization move, the necessary precondition for a general theory of protocols. This is reflexively interesting: developing a protocol theory requires first building a shared ontology, which is itself an act of protocolization. The Rao/Nast framing also highlights why ontologies are hard to stabilize: they are "forced to talk of protocols through the fragmentary and mutually inconsistent languages of other fields," and any shared ontology has to negotiate across those inherited terminological commitments. The deeper theoretical point, largely implicit in the corpus but worth drawing out, is that ontologies sit at a specific and important position on the formalization ladder. They are more explicit than tacit social categories but less operationally rigid than machine-executable protocols like TCP. They function as what you might call semantic coordination infrastructure — they don't specify behavior directly, but they determine what counts as the same kind of thing across different agents and contexts, which is a precondition for any behavioral protocol to function. Travers's point about non-objectivity matters here: because ontologies appear descriptive rather than normative, their protocological character — the fact that they are enforcing a particular categorization and excluding alternatives — tends to be invisible. That invisibility is exactly what makes them powerful and exactly what makes them politically consequential. The corpus doesn't yet have a full treatment of this, but the Travers thread and Cicero talk together suggest it's a live research frontier for SIGFPT.

there's been a lot of change recently in the social protocols around gender (explicit pronouns being the most visible). Its a weirdly successful example of re-engineering something that seemed pretty natural. What are the implications for protocoal theory in general?

The gender pronoun case is a genuinely exceptional natural experiment for protocol theory, and it's worth being precise about why it's exceptional before drawing the theoretical implications.

What makes explicit pronouns anomalous is the direction of change. Most protocolization runs the trajectory Botao Amber Hu describes — interaction → repetition → convention → codification → standardization → infrastructure — with the formalization happening after the social pattern has stabilized. The pronoun shift runs this backwards: a small community produced an explicit, articulated protocol (stated pronouns in bios, introductions, email signatures) and attempted to propagate it upstream into the broader population's tacit conversational habits. This is protocol engineering aimed at de-naturalizing something that felt automatic. The Steiert insight — that "natural" protocols are just sedimented historical choices that have lost their appearance of contingency — is here weaponized deliberately: the explicit protocol is deployed specifically to make the implicit one visible and therefore contestable.

Leal and Clearwater's Open Social Protocols framework, presented at the September 2026 Symposium, offers the most directly applicable theoretical apparatus. Their central distinction between "unconscious repetition" and "deliberate social learning" maps precisely onto what the pronoun shift attempted: converting a strongly implicit protocol (gendered address is handled automatically, below awareness) into a strongly expressed one (you announce your pronouns, others must consciously track them). Their figure of the "living social protocol" identifies exactly the risk this creates — making an assumption visible "opens patterns to adoption, enactment, and revision," but also exposes "legal obligations, livelihoods, dependencies, and people who did not choose the experiment." The political heat around pronouns is structurally predictable from their framework: externalizing an implicit protocol doesn't just invite revision, it forces everyone to take a position on something they previously navigated without conscious engagement. People who were comfortable with the old implicit protocol suddenly find themselves defendants in a proceeding they didn't know was happening.

The hardness analysis is what makes this case theoretically rich. The pronoun protocol is attempting to achieve compliance through social enforcement — which is a soft mechanism — while being embedded in a domain (intimate conversational address) where the competing implicit protocol has near-Whitehead-advance hardness: gendered pronouns are processed automatically, below deliberate attention, in real-time speech. This creates an unusual asymmetry. The new explicit protocol is enforced socially (correction, signaling, ostracism) but it's competing against a deeply habituated motor-cognitive pattern. The result is what Leal and Clearwater call a "bridging protocol" situation — coordinated action becomes possible in some contexts (professional emails, formal introductions) while the deeper implicit protocol persists in others (fast conversation, slips under cognitive load). The explicit protocol hasn't replaced the implicit one so much as it has created a new layer that operates in slower, more deliberate interaction modes.

The broader theoretical implication is about what Leal and Clearwater call "premature convergence." Their argument — that preserving difference serves learning, because disagreement often reveals "an unexamined assumption, a consequence visible to one person but not another" — suggests that the intense contestation around pronouns isn't a sign that the protocol has failed; it's the protocol working, in the sense of surfacing genuine disagreement about what the underlying social pattern was actually doing. The protocolization lexicon concept of protocolization of identity is also directly implicated: when a protocol becomes identity (as gender clearly is for many people on all sides of this debate), circumventing it feels like self-betrayal, and changing it feels like an attack on the self rather than a negotiation about coordination conventions. That's why the conflict is so intense relative to the apparent simplicity of the mechanism — you're not just changing an address convention, you're touching the layer where protocol and personhood have fused.