AIOS
The Spatial OS for every industry.
One adaptive platform that ships real, revenue-grade products across mobility, geo, payments and operations — live payments, device fleets, geofencing, real-time operator consoles and insurer-grade data feeds, all from a single engine.
One engine. Every vertical.
Most software companies build one product for one vertical. AIOS is built as an operating system for the physical world — a single spatial engine where payments, telemetry, geofencing, control planes, dashboards and retrieval compose. Point the same engine at a scooter fleet, a minibus-taxi safety mesh, or an insurer’s actuarial desk, and it ships the whole surface: public face, operator backend, data feeds and all.
“Everything with everything in mind, all at once.” The AIOS engineering standard
That line is an engineering discipline, not a slogan. In AIOS no capability is an island: a payment event carries spatial context; a geofence breach can raise a rider notification and an insurer data-feed entry; every new module is designed against every coupling it touches before it ships. That is why one engine carries many industries without forking into a shelf of disconnected products — and why each new vertical makes the others sharper instead of heavier.
AIOS is its products.
Six live surfaces, one engine. Two are revenue-grade operator platforms — Cosmos-Taxi and Cosmos-Scoot — and the rest are polished public surfaces of the same platform. Every one is open right now.
Cosmos-Taxi TaxiU
Minibus-taxi safety telematics with an insurer / actuarial data layer on top — the telematics-underwriting wedge on real South African mobility.
Cosmos-Scoot AIOScooter
Micromobility on a real OMNI smart-lock fleet: live Stripe + Paystack wallet, geofenced parking / no-go / slow zones, and a full operator console.
Cosmos-Worlds
A 3D / geo world-and-zone builder with GPS alignment and live-data binding — the spatial construction layer every vertical stands on.
Geo-Earth
WGS-84 ground control and craft registry — telemetry up, commands down, with secure per-device identity on every craft.
Cosmos-Pilot
Flight planning and E6B computation — the aviation-grade planning face of the same spatial engine.
Cosmos-Infinite
An immersive multiplayer WebXR world — the public showcase of what the engine renders and synchronizes in real time.
What AIOS is excellent at.
Not a roadmap — a parts list. Every capability below is running inside a live AIOS product today.
Live payments
Stripe and Paystack in production — wallets, top-ups and per-ride billing on real accounts.
Telematics + actuarial data feeds
Insurer-grade behavioural data generated straight from live fleets — the raw material of underwriting.
GPS · Cellular · Mesh · IoT fleets
Real hardware in the loop: OMNI smart-locks commanded over their native protocol, on cellular, in production.
Geofencing + zone control
Parking, no-go and slow zones with enforced speed caps — per municipality, per operator, per device.
Real-time ops + admin dashboards
Every product ships twice from the same engine: a public face and an operator console with live state.
Financial + data RAG
Grounded retrieval over financial, operational and domain corpora — answers with sources, not vibes.
Machine learning
Glass-box learning loops with a house rule enforced in code: measure, don’t assert.
Governance
Audit trails, policy rails and agent governance are runtime features of the engine, not paperwork bolted on.
Secure device identity
Per-device signed handshakes — HMAC with timing-safe verification on every message. Non-spoofable, in plain terms.
Fortune-500-standard reporting
Board- and regulator-ready reporting generated straight from live telemetry — not from a quarterly export.
One substrate, four dimensions — ground to orbit.
AIOS is a spatial operating system with a real WGS-84 spine. The same platform that runs a taxi or a scooter on the street extends up through the airspace to low orbit — one coordinate system, one registry, one set of rails. Each capability below carries its current status: live today, or delivered on contract.
Geo-Earth ground & craft control
A real WGS-84 globe (Cesium) with a craft registry, per-craft secure tokens, telemetry up and command down, and an above/below-ground-level context boundary. Any GPS-bearing object — vehicle, drone, vessel — rides the same coordinate spine.
UAV & airspace planning
UAV flight-planning and airspace visualisation in 3D — South African airspaces rendered on the live globe, with an ASTM-style plan lifecycle from route design through activation and close-out.
Airborne & orbital telemetry
The same 4D substrate ingests and tracks other airborne objects and low-orbit satellite telemetry — delivered on contract. The coordinate spine is already in place; the sensors and feeds bolt straight on.
Seismic & geo-sensor mesh
Geo-anchored sensor ingest — seismic, environmental, structural — folded into the same spatial platform and reporting. The actuarial and monitoring value the mobility feeds already prove, applied to fixed infrastructure.
Failsafe / resilient comms
A store-carry-forward mesh — the established VANET / delay-tolerant-networking idea — that complements cellular and is strongest exactly when towers fail: load-shedding, outages, disasters. The mesh event bus runs today; the relay network effect switches on as node density builds. It carries small, latency-tolerant payloads — alerts, SOS, sensor data — not a broadband replacement.
Regulation is arriving. AIOS is already built for it.
South Africa · 2026 e-scooter law
- Under-500W e-scooters are now classed as “environmentally friendly vehicles” — no driver’s licence required.
- Speed limits around 25 km/h, set by municipalities.
- Riders belong in bike lanes and shared paths.
- Lights are required at night.
- Fines of R500–R1500 for violations.
- Insurance is not automatic — cover is on the operator.
Source: iroll.co.za — Electric scooter laws, South Africa 2026
Micromobility and mobility regulation is landing worldwide, and South Africa’s 2026 framework is a case study in what it demands: municipal speed zones, path rules, night-visibility requirements, per-violation fines — and an insurance gap the operator has to close.
This is precisely the moment AIOS products were built for. AIOScooter already runs geofenced parking, no-go and slow zones with enforced speed caps per municipality, plus per-operator compliance reporting — on a real smart-lock fleet. Cosmos-TaxiU already generates insurer-grade behavioural data, the telematics-underwriting layer that turns “insurance is not automatic” from a liability into a product.
Where regulators draw the lines, AIOS operators arrive with the zones already geofenced, the speeds already capped, and the data an insurer will actually price.