Cross-domain propagation graph

Propagation Graph

Цей шар показує, куди поширюється системний патерн: між domains, tags, procurement models, regulation, manufacturing, autonomy and infrastructure.

Перейти до edges Signal stream Clusters

Propagation edge

programmable_biology → regulated_biomanufacturing

strength: 0.86 infrastructure propagation reviewed: 2026-05-07

programmable_biology SPI 40.5 · accelerating regulated_biomanufacturing SPI 76.5 · critical_transition

Gene editing becomes strategically relevant when it propagates into clinical manufacturing, quality control, reimbursement, and long-term monitoring infrastructure.

Frontier MedicineRegulation

CRISPR-терапія TIL-терапія FDA approval makes CRISPR a regulated clinical pathway

Propagation edge

attritable_autonomy → distributed_manufacturing

strength: 0.82 manufacturing propagation reviewed: 2026-05-07

attritable_autonomy SPI 65.1 · critical_transition distributed_manufacturing SPI 39.5 · accelerating

Attritable autonomy requires cheap repeatable platforms, distributed suppliers, rapid iteration, and production tempo rather than only high-end platform procurement.

Defense & AutonomySystems

Replicator Drone Coalition DoD moves Replicator from concept into funded execution

Propagation edge

biological_infrastructure → ai_for_science

strength: 0.80 capability propagation reviewed: 2026-05-07

biological_infrastructure SPI 95.0 · critical_transition ai_for_science SPI 75.0 · critical_transition

Biomedical infrastructure is absorbing AI-native modeling: discovery, simulation, molecule interaction prediction, and operational clinical pathways begin to share one computational substrate.

Frontier MedicineAI Systems

AlphaFold 3 CRISPR-терапія FDA approval makes CRISPR a regulated clinical pathway

Propagation edge

counter_uas → interoperability

strength: 0.78 doctrine propagation reviewed: 2026-05-07

counter_uas SPI 60.5 · accelerating interoperability SPI 60.5 · accelerating

Counter-UAS capability is moving from isolated point defense into interoperable doctrine, sensor fusion, and allied exercise architecture.

Defense & AutonomySystems

Counter-UAS NATO counter-drone exercise moves C-UAS toward interoperability

Propagation edge

traceability → supply_chain_data

strength: 0.76 regulatory propagation reviewed: 2026-05-07

traceability SPI 38.0 · accelerating supply_chain_data SPI 38.0 · accelerating

Regulatory traceability propagates from compliance language into operational supply-chain data, product passports, and proof-of-origin infrastructure.

RegulationSystems

DPP / простежуваність

Propagation edge

attritable_autonomy → agentic_workflows

strength: 0.74 autonomy propagation reviewed: 2026-05-07

attritable_autonomy SPI 65.1 · critical_transition agentic_workflows SPI 63.5 · accelerating

Autonomy is spreading from physical drones and uncrewed systems into software execution layers where agents coordinate tasks, logistics, and back-office workflows.

Defense & AutonomyAI Systems

Replicator AI-агенти DoD moves Replicator from concept into funded execution

Cluster pressure

biological_infrastructure SPI 95.0 · +0.0 / 7d · stable high-pressure regime · low volatility · volatility 0.0 / 30d · flips 0 · critical_transition · Primary drivers: dense signal accumulation, strong institutional sourcing, cross-layer convergence. Components: 7/30-day timeline, public news velocity; 3 public updates; 6 timeline events / 30d.

regulated_biomanufacturing SPI 76.5 · +0.0 / 7d · stable high-pressure regime · low volatility · volatility 0.0 / 30d · flips 0 · critical_transition · Primary drivers: strong institutional sourcing, cross-layer convergence, dense signal accumulation. Components: propagation strength, public news velocity; 1 public updates; 2 timeline events / 30d.

ai_for_science SPI 75.0 · +0.0 / 7d · stable high-pressure regime · low volatility · volatility 0.0 / 30d · flips 0 · critical_transition · Primary drivers: strong institutional sourcing, cross-layer convergence, dense signal accumulation. Components: propagation strength, public news velocity; 1 public updates; 2 timeline events / 30d.

care_pathway_design SPI 72.0 · +0.0 / 7d · stable high-pressure regime · low volatility · volatility 0.0 / 30d · flips 0 · critical_transition · Primary drivers: strong institutional sourcing, dense signal accumulation, cross-layer convergence. Components: 7/30-day timeline, public news velocity; 2 public updates; 4 timeline events / 30d.

execution_architecture SPI 72.0 · +0.0 / 7d · stable high-pressure regime · low volatility · volatility 0.0 / 30d · flips 0 · critical_transition · Primary drivers: strong institutional sourcing, dense signal accumulation, cross-layer convergence. Components: 7/30-day timeline, public news velocity; 2 public updates; 4 timeline events / 30d.

attritable_autonomy SPI 65.1 · +0.0 / 7d · stable high-pressure regime · low volatility · volatility 0.0 / 30d · flips 0 · critical_transition · Primary drivers: strong institutional sourcing, dense signal accumulation, cross-layer convergence. Components: propagation strength, trusted source stack; 1 public updates; 1 timeline events / 30d.

agentic_workflows SPI 63.5 · +0.0 / 7d · stable transition pressure · low volatility · volatility 0.0 / 30d · flips 0 · accelerating · Primary drivers: strong institutional sourcing, cross-layer convergence, dense signal accumulation. Components: propagation strength, trusted source stack; 1 public updates; 2 timeline events / 30d.

counter_uas SPI 60.5 · +0.0 / 7d · stable transition pressure · low volatility · volatility 0.0 / 30d · flips 0 · accelerating · Primary drivers: strong institutional sourcing, cross-layer convergence, dense signal accumulation. Components: propagation strength, trusted source stack; 1 public updates; 1 timeline events / 30d.

Propagation model

1. Weak signalObserved in one domain.

2. Repeated adoptionAppears across related workflows or institutions.

3. InstitutionalizationMoves into procurement, regulation, clinical, or operating models.

4. PropagationTransfers into adjacent domains.

5. Infrastructure lock-inBecomes hard to reverse because systems start depending on it.

Types

autonomy propagation1 edges

capability propagation1 edges

doctrine propagation1 edges

infrastructure propagation1 edges

manufacturing propagation1 edges

regulatory propagation1 edges