Dana Asset Reliability
Failure modes, maintenance prioritization, inspection planning, work orders, and learning from completed maintenance.
Composes: Equipment · Process-flow · EnterpriseDiscuss a reliability program →Operational Packs
Each Operational Pack composes cross-vertical foundations—spatial, process-flow, equipment, and enterprise intelligence—with domain knowledge, computations, models, methods, policies, views, actions, and adapters.
Directional · Launch portfolio: Dana Building Autonomy · Dana Process Operations · Dana Asset Reliability.
The DanaOS architecture
Vertical packs compose shared foundations — they don't fork them. The runtime never changes per domain.
Building systems, spaces, zones, occupants, HVAC, comfort, energy, and spatial relationships.
Composes: Spatial · Equipment · EnterpriseExplore the pack → Launch pack · DirectionalPlants, equipment trains, process-flow topology, operating state, yield, quality, and reliability.
Composes: Process-flow · Equipment · EnterpriseExplore the pack →Failure modes, maintenance prioritization, inspection planning, work orders, and learning from completed maintenance.
Composes: Equipment · Process-flow · EnterpriseDiscuss a reliability program →Fabs, tools, recipes, equipment, lots, process states, quality, and yield.
Composes: Process-flow · Equipment · EnterpriseExplore the pack → DirectionalAssets, load, reliability, tariffs, markets, and energy-system operations.
Composes: Equipment · EnterpriseExplore the pack → DirectionalSites, mobile equipment, ore flows, processing, maintenance, safety, and production context.
Composes: Spatial · Process-flow · Equipment · EnterpriseExplore the pack → DirectionalAssets, wells, facilities, process flows, integrity, production, and field operations.
Composes: Process-flow · Equipment · EnterpriseExplore the pack → DirectionalVessels, machinery, routes, cargo, maintenance, safety, and fleet operations.
Composes: Spatial · Equipment · EnterpriseExplore the pack →The common substrate
Each Operational Pack combines shared foundations with domain-specific knowledge, deterministic computations, running models or simulations, expert methods, views, policies, and adapters—so the same governed runtime can understand a different world.