Domain PHY

Weather-ready kiosks and places

Start here · Questions · Progress · People decide

Shape the cabinet, location, access and maintenance around real weather and the people using it.

Question	What we are working out	AI-generated potential answers and research	Work state
PHY-01	What should the sheltered learning kiosk, fixed outdoor kiosk, portable continuity kit and replaceable field devices each do?	AI-generated option: Consider four complementary roles: a sheltered learning doorway, a reviewed outdoor information point, a carryable continuity station and small replaceable relays or sensors. Share formats and spare modules so losing one housing still leaves useful local service. AI-generated future concept: Develop a common removable service module that identifies its housing and loads the matching power, access and weather profile. An Aura could guide an authorised swap while preserving the outgoing device's records. Research examples: How to prepare: nbn and emergency events · Rittal protective roof SZ 2475000	open
PHY-02	What do we need to know about each possible site: permission to use it, flood levels, wind, rain, salt, public access, evacuation routes and getting people or parts there?	AI-generated option: Prepare a site card before selecting a cabinet. Compare an accessible sheltered host with an exposed public position using island hazard mapping, observed drainage, salt and wind exposure, maintenance access and alternate safe destinations. Record landholder and cultural permissions separately. AI-generated future concept: Build a versioned place twin joining surveyed levels, exposure readings, access routes and maintenance history. XR walkthroughs could help residents compare proposed positions before physical mock-ups, with evidence dates visible. Research examples: Community hubs with energy backup systems · Storm tide mapping information	open
PHY-03	How will people of different heights, abilities and ages approach, reach, read, hear and use the kiosk in bright light, darkness and rain?	AI-generated option: Offer one welcoming journey with readable text, reachable controls, clear paths and chosen audio assistance. Test a full-size mock-up with seated and standing users, wet hands, glare and darkness; retain a printed information surface and a useful assisted route. AI-generated future concept: Let a person temporarily bring their preferred language, reading scale or interaction method through an Aura or loan device. Keep the public controls usable independently and automatically clear session preferences afterward. Research examples: D.D.A. guide: The ins and outs of access	open
PHY-04	How will the computers, screens, batteries, radios and cables fit together while leaving room for people to use, clean and repair the kiosk?	AI-generated option: Compare a public face with rear service access against separate public and technical cabinets. Give power, batteries, communications and computing defined spaces, labelled connectors and replacement clearances. Position antennas and solar only after testing access, balance, thermal behaviour and maintenance needs. AI-generated future concept: Give each tray a scanned parts passport and measured three-dimensional layout. XR instructions and a future service robot could locate the authorised replacement path while human technicians control isolation and return to service. Research examples: HOFFMAN wall-mount solar shields · Rittal protective roof SZ 2475000	open
PHY-05	What weather and damage should each type keep working through, shut down safely for, or be moved away from?	AI-generated option: Choose an explicit operating envelope for each physical type, followed by safe closure and withdrawal conditions. Treat the assembled kiosk, its openings and mounting as the test article. Separate weather operation, structural survival and availability of the information people need elsewhere. AI-generated future concept: Develop a shuttered public screen and retractable exposed accessories that enter a reviewed protective state before deteriorating conditions. An independent local controller would retain a closure notice and report whether movement actually completed. Research examples: Rittal protective roof SZ 2475000 · Storm tide mapping information	open
PHY-06	How will the equipment stay within its temperature and moisture limits during hot humid weather, intensive computing, energy-saving operation and smoke-related closure of vents?	AI-generated option: Make heat and moisture measurable design inputs. Compare shaded, low-power equipment with a closed-loop cooling arrangement, including fan and cooling energy. Instrument the battery, computer, display and air spaces; practise reduced computing, closed vents and controlled restart during humid conditions. AI-generated future concept: Train a site-specific thermal model from measurements so an Aura can propose when to defer intensive AI or XR jobs. An independently tested local controller would enforce component limits if the model or network fails. Research examples: HOFFMAN wall-mount solar shields · Cerbo GX manual: configuration	open
PHY-07	How will separate equipment spaces, drains, cable openings and power shut-offs keep a fault in one part from spreading to people or the essential information service?	AI-generated option: Separate faults by design: keep public controls, stored energy, power conversion and information service in reviewed compartments. Map every opening and shared cable, provide labelled isolation, and ensure one failed module can be removed while an independent notice layer explains available service. AI-generated future concept: Develop a small independently powered notice-and-status cartridge that remains readable when the main cabinet is isolated. A tested physical boundary would separate it from high-energy faults; a retained image would always carry its update time. Research examples: Permanently connected generators · Rittal protective roof SZ 2475000	open
PHY-08	Which checks and repairs can authorised local people do at the kiosk, and which jobs need a specialist, a workshop or a replacement unit?	AI-generated option: Build local repair capability around clearly bounded tasks: inspection, cleaning, checking status and swapping authorised low-voltage modules. Pair each task with isolation, tools, parts and a return-to-service check. Keep licensed electrical, structural and specialist repairs connected to confirmed qualified support. AI-generated future concept: Provide checked, versioned instructions through a local Aura with optional XR overlays. It would verify the equipment identity, show the authorised task boundary and capture observed completion, while escalation remains available when evidence differs. Research examples: Mallacoota Area Grid Storage community updates · Permanently connected generators	open
PHY-09	How will portable and replaceable field devices be carried, secured, watched, brought back and replaced as conditions change?	AI-generated option: Pack portable capability as labelled modules with known weights, setup limits and a clear custodian. Practise moving the kit to an agreed shelter before conditions deteriorate, preserving records and directing people to the remaining service. Track equipment condition as carefully as location. AI-generated future concept: Explore a small cargo robot carrying standard continuity modules between approved safe locations. Begin with a supervised closed-site trial, defined payload and route limits, and a manual retrieval method before proposing any public operation. Research examples: Oyster3 GPS asset tracker · Pelican 1507 Air Case	open
PHY-10	What drawings, checks and test results will people review before a design moves from workshop learning to a field trial or an outdoor public installation?	AI-generated option: Use one versioned design package for each physical type, tying drawings and exact parts to measured results. Progress from workshop mock-up to bounded field trial and then a public-installation proposal, with relevant professional comparisons, recorded differences and the responsible person's decision at each step. AI-generated future concept: Connect the physical equipment to a versioned digital twin so each replacement or altered setting prompts a targeted recheck. AI/SI could identify affected evidence and prepare a review pack while people retain the actual installation decisions. Research examples: Mallacoota Area Grid Storage community updates · D.D.A. guide: The ins and outs of access	open