---
title: "Ch 22 — Protocol, infoset, reverberation"
description: "The protocol in its two versions — Problem Jostle, Topic Auction, Outcome Resolve, or the eight episodes of a syntegration — and the mechanism it relies on…"
url: "https://wiki.cybernetic-futures.org/pure-vsm/part-04-team-syntegrity/ch22-protocol-infoset-reverberation"
modified: "2026-11-12T15:26:26.098Z"
language: "en"
site: "Cybernetic Futures"
---

# Ch 22 — Protocol, infoset, reverberation

[Chapter content](https://wiki.cybernetic-futures.org/pure-vsm/part-04-team-syntegrity/ch22-protocol-infoset-reverberation/ch22-protocol-infoset-reverberation-content) · Overview diagram

# Ch 22 — Protocol, infoset, reverberation

**Part IV — Team Syntegrity.** How a syntegration actually runs: the phases, the roles, the facilitation rule, and the mechanism — reverberation through a closed figure — that the whole design depends on.

## The question
What does a group do, hour by hour, when it works under syntegrity — and on what mechanism does the design rest?

## The reading
The original protocol has three parts: the Problem Jostle as the initial phase, the Topic Auction which allocates roles, and the syntegrity iterations called the Outcome Resolve (BD 1994: 21). The minimum programme takes four periods of four hours each, while a full-scale icosahedral syntegrity is a bigger undertaking that should last five days and ideally needs four facilitators and four support staff (21, 88).

Part Two of the book revises this into eight episodes. The **Importance Filter** collects Statements of Importance in which participants let their imaginations soar (BD 1994: 111); the **Problem Jostle** groups and polishes them into Aggregated Statements, which are its output (115); the **Hexadic Reduction** reduces those to six polar axes, twelve topics, adapting George Kelly's theory of personal constructs (115–16); and the **Topic Auction** allocates the thirty participants to the teams. Episodes five to eight are the three that make up the Outcome Resolve and the conclusion session (144). In the Outcome Resolve the teams meet in rounds: a total session of four hours is six forty-minute meetings, two teams at a time, the critics silent while a team works and then given ten minutes to comment, with a one-page Final Statement of Importance as each team's aim (BD 1994: 32).

Facilitation has one hard rule. If facilitation is exerted against a self-organizing infoset with an open-ended mandate, instead of easing it towards acceptable conclusions, the facilitators are effectively determining the agenda and the syntegration is spurious thereafter (BD 1994: 146).

What the structure does is distribute. Its effect depends on two things — symmetric closure, and reverberation round the system under repeated iterations (BD 1994: 45): after one iteration information from one vertex is already spread over ten others, and something is known at the polar opposite because the aggregated statements are published (222). Hence the practical rule that the scheduling protocol is of vital importance, since the capacity of the syntegral graph to resolve the outcome through homogeneous insight must not be compromised by shortages of time or facilitation (224). Beyond a single group, Beer links infosets into hyperinfosets, on a hypericosahedron, as a second level of recursive embedment — explicitly not a hierarchy of warriors or of propositions that have risen to higher levels — and a large-scale experiment on that basis was planned for 1993 with the World Service Authority (173–75).

## Beer locators
BD 1994: 21, 32, 45, 88, 111–16, 125–46, 173–75, 208, 222–24.

## Status
Draft, *Pure VSM* v0.8 (2026-09-23). Beer's texts govern where the draft and they differ.

Checked: BD 1994: 222–24 was read on the scan, and BD 1994: 125–44 in the text layer with the quotations checked on the scans; the percentages Beer derives there come from his own formula, with only the eigenvalue's derivation referred to Part Five.

## Open points
- The mathematics behind the 55/80/90 percent figures and the ergodicity claim is referred by Beer to Part Five, which is not by him; that derivation remains unchecked, and the chapter says so at the pointer.
- §22.7, the Topic Auction in detail, was added as an item for review: the two exclusions, the pricing of bids, the clock procedure and the allocation algorithms, with the figures seen on the scans.
- Surplus Three, by Hancock, in Part Five was not read.

## Related
[Part IV — Team Syntegrity](https://wiki.cybernetic-futures.org/pure-vsm/part-04-team-syntegrity), [Ch 21 — The icosahedron as organisational form](https://wiki.cybernetic-futures.org/pure-vsm/part-04-team-syntegrity/ch21-the-icosahedron-as-organisational-form), [Ch 23 — Syntegrity and the VSM](https://wiki.cybernetic-futures.org/pure-vsm/part-04-team-syntegrity/ch23-syntegrity-and-the-vsm), [Team Syntegrity](https://wiki.cybernetic-futures.org/pure-vsm/concepts/team-syntegrity), [Beyond Dispute](https://wiki.cybernetic-futures.org/pure-vsm/entities/beyond-dispute), [Recursion](https://wiki.cybernetic-futures.org/pure-vsm/concepts/recursion), [Stafford Beer](https://wiki.cybernetic-futures.org/pure-vsm/entities/stafford-beer).