Every signal that can explain building pressure.

Physical characteristics and requirements of items being moved — packages, equipment, materials, specimens, documents, waste, or any physical object traversing a building.

Capability profile of every entity that moves objects — vendors, technicians, delivery companies, robots, drones, AVs, cargo bikes, forklifts, and human service workers.

Requirements and context from the entity initiating a movement — a tenant, resident, property manager, facility team, procurement system, or automated work order.

Physical characteristics and operational state of every zone within a building — docks, curbs, elevators, lobbies, package rooms, mechanical rooms, tenant suites, amenity spaces, rooftops, and service corridors.

Physical path characteristics between origin and destination — clearance, load rating, surface condition, elevator access, stair constraints, outdoor path state, traffic patterns, and temporary restrictions.

Current state of doors, gates, elevators, dock doors, secure rooms, fire doors, and restricted zones, including schedules and credential requirements.

Readiness state of the destination, including suites, package rooms, dock bays, handoff zones, charging stations, and robot ports.

Verification records for every entity and carrier — licenses, certifications, insurance certificates, background checks, health and safety training, access badges, digital keys, and identity documents.

Rules governing physical movement — building policies, local regulations, zoning ordinances, fire codes, labor rules, occupant protection requirements, restricted hours, and cross-border rules.

Chain-of-custody records for regulated, sensitive, or high-value movements — specimen transfers, pharmaceutical handoffs, legal document movement, evidence chain, equipment custody, and asset tracking.

Current operational state of facility systems — HVAC, elevators, mechanical rooms, lighting, cleaning schedules, waste systems, and all operational infrastructure that affects physical movement.

Availability, capability, credential, and performance state of every service resource — technicians, cleaners, security personnel, hospitality staff, inspectors, and all human service workers.

State and availability of physical infrastructure resources that enable movement — loading docks, freight elevators, cranes, hoists, truck courts, staging areas, laydown yards, and material handling equipment.

Operational state, location, battery level, mission status, communication path, payload, and readiness profile of every automation device — robots, drones, automated vehicles, automated forklifts, and teleoperated systems.

Current state and availability of all communication paths required for movement — 5G, Wi-Fi, private LTE, satellite, mesh networks, and command channels for teleoperated and automation systems.

Availability of edge compute, cloud compute, and on-device inference resources required to support movement qualification, automation device operation, and real-time decision-making.

State of electrical grid, building power systems, backup generation, EV charging infrastructure, battery storage, solar generation, microgrid state, and energy availability for movement-dependent operations.

Movement-derived sustainability evidence — avoided trips, vendor dwell time, route consolidation, waste stream routing, EV charging utilization, Scope 3 logistics data, and certification evidence records.

State of active construction sites — gate access, material staging, hoist and crane availability, safety zones, trade schedules, tool inventory, workface readiness, BIM/digital twin data, and inspection status.

Operational state of hospitality environments — room readiness, housekeeping state, linen and laundry flow, banquet setup, guest arrivals, staff scheduling, amenity state, and safety alert status.

State of residential environments — package delivery, access readiness, service provider availability, appliance status, smart device events, caregiver access, and privacy-filtered resident signals.

External signals that affect building movement — weather, traffic, transit status, local events, construction permits, utility outages, market pricing, and regulatory announcements.

State of emergency response readiness — evacuation routes, emergency supply inventory, resource staging, shelter readiness, first responder access, and disaster recovery site state.

Records of completed, failed, delayed, denied, and escalated movement events — including timing, cause, impact, resolution, and model-training signal value.

Anonymized cellular voice call initiation density and building-network WiFi VoIP session counts in lobby and approach zones — an outside disruption signal that detects movement-generating events originating outside the building's physical sensor boundary.

Real-time transit disruption feeds near the building, including delays, suspensions, route changes, and arrival-pattern shifts.

Weather and air-quality signals used to predict lobby dwell time, approach-path changes, and compressed entry demand.

Privacy-preserving signals from building occupants, tenants, and residents — aggregated, anonymized movement patterns, comfort feedback, service requests, and experience signals.

Identity, operating, insurance, waiver, maintenance, authorization, and credential records for robots, drones, and automated vehicles.

Operational records for automated movements, including device type, route, access points, elevators, docks, payload, timing, conditions, interventions, overrides, and outcome.

The eight computed dimensions of automation readiness, including mapping, coverage, credentials, outcomes, cascade prevention, emergency control, infrastructure fit, and crisis resilience.