LIVING WORLD
People Core
Generic route-aware residents, families, cyclists, dog walkers and engineers were added as simulation agents.
Selected PHOENIX milestones
How a 3D showcase became a persistent systems world.
This public milestone view focuses on selected changes that are useful for understanding how the world evolved.
PHOENIX milestone timeline
PHYSICAL BEHAVIOUR
The world began reacting
Wildlife gained perch, cover and alert behaviours; people reacted to wet weather and nearby vehicles.
CONTROL
Walking, running and fleet control stabilised
Touch controls, lifecycle input release, driving controls and the scalable Wildcat fleet were brought together as one more stable control layer.
SUBTERRA R2
The underground world gained its own identity
Level-specific streets, civic space, controlled growing, operating-plant cues, inhabitants, shuttles, guided routes and system lenses were added.
SYSTEMS ALIVE
Infrastructure state became visible
Power, water, air, heat, data and waste flows gained animated state, fault/redundancy demonstrations and responder routing.
PERSISTENCE
One unified world state
Surface, SUBTERRA, environment, vehicles and compact system state were brought under a local persistent world layer with explicit safety boundaries.
RENDERER CONTRACT
WebGL-capable, never WebGL-dependent
The core world retained a CPU Compatibility 3D path so simulation capability was not tied to one graphics route.
VEHICLE INTEGRATION
R1 COMMAND joins the connected world
A second drivable concept vehicle was integrated while preserving the existing world, controls, SUBTERRA, Systems Alive and renderer contract.
SPACE SYSTEMS
Orbital engineering enters the Engineering Centre
A dedicated H9 wing added nine interactive systems exhibits covering distributed compute, power, thermal constraints, resilient communications, integrity, deployment, fault resilience and governed operations.
CURRENT PHOENIX LINE
Space hardware twins become inspectable
Ten selectable 3D concept hardware twins joined H9, bringing the Engineering Centre to 76 unique rooms and the Space wing to 19 rooms. PHOENIX V12.4 is the current public PHOENIX development line; the wider 4P3X space engineering programme extends beyond this representation.
What changed underneath the visuals
The architecture kept becoming more explicit.
The progression was not simply “make the graphics prettier”. It increasingly separated world state, control, system simulation, rendering capability and human authority so each could be improved without pretending one layer proves another.