Where this module sits
One level, three worlds
This is module four of eight, each taking a single level of James Grier Miller’s nested scale and reading it across three domains at once — human, biological, technological. The series index lays out all eight levels and the thirty-network grid they come from. Here we stop at the level Miller calls the group.
A group is many roughly-equal members reaching a decision together and then acting as one. A standards body decides by ‘rough consensus’; a bacterial colony switches on a collective behaviour only once enough cells agree; a DAO votes a proposal into executable code. Each turns many small voices into one coordinated act.
The anchoring case
The group triad
Read these three side by side. They are not metaphors for one another; they are three independent instances of the same level of organisation — here, collective decision among roughly-equal members.
Human · the standards working group
Technical standards emerge from small working groups operating by ‘rough consensus’ — proposals win or lose on merit, captured in documents that become binding by adoption rather than command.
Standards working groups: how open groups decide by rough consensus, the IETF’s way of running the Internet’s protocols. (Confirm clip.) A confirmed embed for this domain is pending — placeholder shown.
Biological · the quorum-sensing colony
Bacteria secrete and detect signalling molecules that report population density. Above a threshold — a quorum — the whole colony switches on a collective behaviour at once: a decision encoded in chemistry.
Quorum sensing: how bacteria count themselves and act together. Bonnie Bassler, TED-Ed.
Technological · the DAO
A decentralized autonomous organization codifies group decision-making into smart contracts. Token-holders propose, debate, and vote; a passing vote executes on-chain — collective choice made directly into action.
DAOs: how a group votes proposals straight into executable code. Whiteboard Crypto.
Each is fully worked in the companion report, Network Governance Across Scales. Here the triad does one job: it makes the level visible in three materials at once — and one short clip per domain lets you see each living network for yourself.
The concepts, one entailing the next
What makes a group-level network
1. A threshold for collective action
Nothing happens until enough members agree: rough consensus in the working group, a quorum of autoinducer in the colony, a vote threshold in the DAO. The group level is defined by this tipping-point from many voices to one act. 1
2. Roughly-equal members
Power is broadly flat. Each engineer’s argument, each cell’s signal, each token’s vote counts — in principle. The group form is participant governance at the scale where counting, not hierarchy, decides.2
3. The decision becomes the act
Once the threshold is crossed, deciding and doing merge: the RFC is adopted, the colony lights up or forms a biofilm, the contract executes. There is little gap between vote and effect — which is the group’s power and its danger.3
4. Concentration creeps in
Flatness is fragile. Working groups form in-crowds; DAOs develop dominant voter coalitions; even bacterial signalling can be cheated. ‘One-token-one-vote’ inherits the concentration risks of ‘one-share-one-vote’ — the group level must guard the equality it depends on.4
The entailment mesh
How the ideas hold together
In the Paskian manner, these are not a list but a mesh: reach any one and you can rebuild the rest. A threshold turns many voices into one move; the threshold counts roughly-equal members; crossing it makes the decision the act; the members signal in public to reach it — and the standing risk is that equality quietly concentrates.
Follow any arrow and you can teach back the next idea. That is the test of understanding used throughout this series.
Where this connects
Threads to other series
Some ideas at this level are developed at length elsewhere in the CoExplorer modules; following the threads is part of the design.
Teachback challenge
You understand this module when you can rebuild it for someone else. Pick the path that fits how you think; either way, show one idea living in all three members of the triad.
Serialist path · one network in full
Take the quorum-sensing colony. Name its threshold, its roughly-equal members, how decision becomes act, and its concentration risk. Then say what makes it ‘group-level’ rather than organism-level.
Holist path · one idea across the triad
Take the threshold-for-action idea. Trace it through rough consensus, the bacterial quorum, and the DAO vote. Then say where it breaks: what can a DAO’s vote do that a bacterial quorum cannot?
In your place
The group decisions you take part in
You are part of group-level networks whenever a crowd of roughly-equal voices has to become one decision: a committee you sit on, an online community you vote in, even the microbes in your gut reaching their own chemical quorums.
Pick one and find its threshold — how many must agree before anything happens — and watch for concentration creeping in. In any group deciding how to share land, water or food, the question is always the same: does each voice really count equally, or only seem to?
For the full framework, see networkliteracy.org and its Network Literacy: Essential Concepts and Core Ideas. To follow the regulatory thread from networks into living tissue and the ground beneath, see groundregulation.com.
Notes
- On bacterial quorum sensing, Melissa B. Miller and Bonnie L. Bassler, ‘Quorum sensing in bacteria,’ Annual Review of Microbiology 55 (2001): 165–199. ↩
- On the IETF as an open, consensus-run body, Internet Governance Project, ‘The Power to Govern Ourselves’ (2024); European Parliament, Internet governance (2024). ↩
- On the DAO proposal-and-vote lifecycle executing on-chain, Chainlink, ‘Governance Tokens: How DAO Voting Works’ (2025). ↩
- On voter concentration in DAOs, Xiaotong Sun et al., ‘Voter Coalitions and democracy in DeFi: Evidence from MakerDAO,’ arXiv:2210.11203; ‘The Hidden Shortcomings of (D)AOs,’ arXiv:2302.12125. ↩