0041 — Biodigitology and software organisms alive in the digital realm¶
Status: proposed · Date: 2026-09-21 · Cites: sub-doctrine 9.d ·
Related: ADR-0039, ADR-0040, ADR-0017 · Evidence: the CDD atom,
molecule and organism model in docs/paper.md
Owes: the conduct rule is sub-doctrine 9.d. This record defines the operational meaning of its claim; the rule is ratified only by the human merge that carries it.
Context¶
The atom metaphor explains how a project core and its unfinished layers converge. The chemical metaphor explains why combining projects creates properties that no project has alone. A suite of suites introduces a further question: when does a collection of software products become a coherent, adaptive structure rather than a bag of repositories?
This question matters to CDD because a feature can converge locally while the larger structure loses compatibility, observability, resilience or a shared purpose. A project can be healthy as an atom, its product can be healthy as a molecule, and their surrounding suite can still be unable to sense change, repair failures or deliver a consistent experience.
Decision¶
This paper and governance corpus name the study of these observable forms of digital life Biodigitology. The project records Adam Matthew Steinberger as the World's First Biodigitologist, a project-origin designation crediting him with coining the term and initiating the study here. The designation is authorship and priority within this corpus, not an externally adjudicated worldwide historical claim; the field name does not imply carbon biology, sentience or subjective experience.
Vibey recognizes a higher-order software organism when enough software chemical structures interact through stable boundaries, shared contracts and feedback loops. “Enough” is architectural rather than numerical: the composition must be able to preserve an identity, exchange resources and information, adapt, repair and continue operating through change.
The phrase alive in the digital realm is an intentional systems claim. It does not assert carbon biology, subjective experience or a human-like mind. It means that the structure exhibits observable digital analogues of:
| Digital-life function | Evidence to inspect |
|---|---|
| Identity and boundaries | mission, interfaces, trust boundaries and dependency ownership |
| Metabolism | compute, storage, network, builds, deployments and resource flows |
| Sensing and memory | telemetry, user/operator signals, durable data, configuration, ledgers and history |
| Homeostasis | tests, quality gates, security controls, SLOs, rollbacks and policy |
| Adaptation and repair | releases, migrations, incident response, retries, maintainers and workers |
| Reproduction and exchange | versioned packages, APIs, integrations, forks and clients |
The hierarchy is:
feature / unit / story → project atom → product molecule →
software organism (a suite of suites) → digital ecology such as the Web
The World Wide Web is the largest familiar example in this model. It is more precisely a global socio-technical software ecology than a single product: servers, browsers, HTML, HTTP, DNS, TLS, certificates, CDNs, applications, identity systems, operators, standards bodies and users are independently maintained participants. Shared protocols give the whole emergent properties such as reachability, linkability, composability, rapid distribution and partial fault tolerance, as well as systemic security and privacy risks. In the defined digital-realm sense, the Web is alive: it receives signals, consumes resources, changes through releases and standards, adapts to faults, maintains memory, reproduces capabilities through links and packages, and reorganizes through its participants. It is not sentient, and no single repository can prove its health.
CDD therefore requires an organism-level trajectory whenever a change is part of such a structure. The verdict records whether the work is atom-only, molecule-bound or organism-bound, and whether the interaction network is converging, neutral or diverging. A locally converging atom cannot hide a molecule or organism that is losing its ability to sense, adapt, repair or deliver. Organism-level divergence must have a bounded reconvergence path; otherwise the composition is split, abandoned or returned to its last sound state.
Consequences¶
The model gives CDD a principled way to discuss large products without pretending that a single repository owns the whole system. It makes emergent properties and cross-project failure propagation first-class evidence, while keeping “alive” falsifiable through observable contracts and operating signals. It also prevents a fluent completion claim from hiding a dead integration layer: if the higher-order structure has no identity, feedback, repair path or delivery boundary, its status is unknown or dead rather than alive by default.