The methods layer of Café Sofia — entry paths, citizen science, the 13×13 architecture, applied land management, contingency and the SRIP protocol.
This work is open to anyone who can hold a relationship with a piece of land. There is no single correct way to enter. The system has been designed to receive people at different levels of access, capacity, and context.
You have a piece of land — a garden, a courtyard, a shared plot — and you want to begin. No internet access required for the field work itself. Ten square metres is a simple public entry unit — not a compulsory scale for every field.
Observe what grows. Record what you see. Share when you can. The protocol meets you where you are. Local knowledge is not a deficit — it is the primary data source.
Contact via AnchorPoints if you want to connect your site to the network.
A school garden, community food forest, or neighbourhood plot. This is the 13×13 logic at its most natural: multiple observers, shared documentation, local coordination.
Teachers, youth workers, and community leaders can structure participation around the citizen science methodology without requiring technical expertise. The observational grid is intended to be teachable through a short practical introduction; guidance materials and the shared submission pathway are still being developed.
We are building guidance materials for this entry mode. Not yet published — forming with care.
The protocol layer is JSON-structured, schema-validated, and terminal-verifiable. All kernel protocols are version-frozen at v1. Indicators, steps, evidence structures, and bio-regulator logic are documented and reproducible from the repository.
Green Papers provide the theoretical and methodological grounding — papers and reports on Moral Biology, governance design, and applied field practice. The protocol layer and the papers are designed to be read together. The current constitutional anchor paper is Rule of Life.
Institutional partners: begin at the Protocol Layer →
One simple observational unit is 10 m²; where locally appropriate, a 13×13 grid can organise 169 such pixels, while other fields may require different sampling scales and observation designs. The grid is 13×13 — 169 pixels, each independently documented. This is not only a metaphor. It is also a measurement architecture.
Observers record what they find within their pixel: species presence, soil condition, water behaviour, canopy coverage. Selected observations may, with consent and as field pathways become active, contribute to a shared evidence record. No observation is too small. The pattern emerges from accumulation.
The grid shown here is presented in its ecological form — what can be observed, recorded, and, with consent, shared. A wider qualitative version of the same grammar exists for those working with communities and schools, where some domains are witnessed rather than measured, and interior or sacred observations are never collected about other people. Measurement is one honest way of meeting a place; it is not the whole of knowing.
Field observers collect data on the ground — through direct observation, photography, and structured notation aligned with the relevant kernel protocol.
In the intended workflow, field observations are recorded locally and submitted to the field record. AI tools assist with synthesis, pattern detection, and anomaly flagging. AI does not interpret ecological meaning — that remains with the steward and the field team.
As field records and consent structures become active, selected observations may enter the shared evidence layer; the submission, verification and access pathways are still being developed. Protocols are only updated through the formal version process. No informal mutation of field data into protocol structure.
Measurement varies by domain. Land protocols track species richness, canopy structure, soil health indicators, and corridor connectivity. Water protocols track retention, infiltration, and hydrological stability. Air protocols track avian presence, corridor use, and habitat suitability.
Each indicator is defined in the kernel protocol JSON. Indicators and recording procedures are specified before shared measurement begins. This supports consistency, comparability and later examination; actual reproducibility also depends on sampling design, local interpretation, training and data quality.
AI assists with: pattern recognition across datasets, identification support for species observations, environmental modelling, and protocol compliance checking.
AI does not make stewardship decisions. It does not determine what is planted, where corridors run, or whether a field is ready to advance. Those decisions belong to the field steward, informed by local knowledge and verified evidence.
Human authority over ecological judgment is not a courtesy — it is a structural requirement of the system. The final accountable decision always has a locatable human origin — the Last Impulse — so that no decision can dissolve into accountability fog. This rests on a working distinction: an AI system can have functional agency — it acts, selects between options, influences through language — without moral agency: forming intentions, understanding right and wrong, or bearing responsibility. Within this architecture, AI is treated as having functional agency but not moral or accountable authority. Responsibility for every substantive claim remains with the field steward and circle.
The kernel protocol PG-Syntropy v1 is grounded in syntropic agroforestry — a design approach that works with ecological succession rather than against it. But syntropic agroforestry is one modality among many.
This system does not require a single school of practice. Traditional land stewardship, indigenous ecological knowledge, permaculture, food forest design, and local regenerative methods are all legitimate entry points. The protocol provides the measurement structure. The practice belongs to the place and the people who hold it.
What the protocol does require: that interventions are documented, that indicators are observed, and that changes to the land can be traced over time. Evidence-bound does not mean narrow. It means honest.
Biodiversity layering, wildlife corridor design, and water-sensitive planting are integrated across the kernel protocols. The system is built for complexity, not for monoculture — conceptual or botanical.
Ecological work is long. The world is not stable. The protocol acknowledges this without dramatising it.
Any field node has the right to withdraw from the network if conditions on the ground make continued participation unsafe, unjust, or ecologically harmful. This right is unconditional.
Field autonomy is not a concession — it is a design principle. A system that cannot be exited safely cannot be trusted.
Extreme weather events, drought, flood, or other climate disruptions may suspend field operations without any obligation to maintain data output during the event. Recovery timelines are set by the field team, not by the protocol schedule.
Protocols are designed for living systems. Living systems are interrupted. The evidence layer accommodates gaps — they are recorded as context, not as failure.
If a field site faces political instability, conflict, or systemic threat to the safety of its stewards, the field may be suspended, relocated, or closed. Data and documentation are preserved to the extent possible.
No protocol requirement overrides the physical safety of the people who hold it. This is not stated as an exception. It is stated as a foundation.
You bring a piece of land, a body, and a capacity to notice. That is enough to begin.
SRIP is the human-scale entry membrane of the Spiralweb governance stack. It connects body, pixel, steward circle, evidence commons, and bioregional coordination. No particular school of land practice is required — syntropic agroforestry, traditional stewardship, indigenous ecological knowledge, permaculture, and local regenerative methods are all legitimate entry points. The protocol provides a shared observation structure. The practice belongs to the place and the people who hold it.
Eight provisional categories form a shared starting structure for field observation: soil cover, vegetation layering, water behaviour, succession signals, biodiversity presence, soil health, biomass cycle, and human rhythm. Their relevance and interpretation depend on ecosystem type, season, prior condition, local knowledge and the question being investigated. Fields may adapt or supplement them where the place requires it. The orienting question remains: is this practice giving to life, or taking from it?
Alongside the ecological record sits a Moral Biology reflection — body sense, community mood, planetary feedback. Embodied response is part of the reflective and ethical context: it can reveal strain, danger, care, contradiction, or questions requiring attention. It is not treated as a substitute for ecological observation, laboratory measurement or another person’s testimony, and it is never collected about another person without explicit consent. Depletion can impair attention, judgement and the continuity of observation.
The observation record can enter a governance ledger of living evidence — cumulative, examinable, correctable, and governance-relevant. Formal auditability or compliance must be established separately against the applicable method or standard. Local data belongs first to the steward and their circle. Sharing with the wider network is always consensual.
The steward is not alone. The proposed primary human-scale governance form is the Circle of 13 — large enough for diversity of roles, small enough for trust and shared rhythm. Children and elders are structurally important, not symbolic. The circle is a membrane against both isolation and bureaucratic sprawl.
Three streams are read monthly: land and ecology, steward viability, coordination and governance. These streams are kept structurally separate so that reality cannot be faked by aggregation. When Stream B turns red, expansion and Spiralweb's own non-essential ecological commitments are paused while the human situation is addressed; essential care and locally authorised action continue. Ecological ambition must not be financed by human depletion.
SRIP stands in the lineage of Elinor and Vincent Ostrom’s polycentric governance theory. The pixel is a governance-relevant unit of situated observation. The network is nested, non-centralised, and correctable. No protocol outranks honest field contradiction.
Report 05 — SRIP: The Steward’s Journey — is published as part of Series III, Applied Protocols. It covers the full architecture: genealogy, eight observation categories, Circle of 13, food sovereignty, AI limits, scale ladder from pixel to bioregion, PG-RAPID phases, and giving to life as the decisive criterion.