Titan One Prototype Coming soon

Not a bin with accessories

The easiest way to misread Titan One is as a well-equipped cleaning cart. The right way to read it is as a mobile operational station: everything the cleaner needs, in one place, controlled, traceable and ready to be audited.

The problem it addresses is improvisation. On a large site, a cleaner carries what they can, walks back for what they forgot, and substitutes when something isn’t there. Each of those is a small departure from the written standard — and enough small departures is precisely why two people servicing the same building produce visibly different results.

Four things it changes

Standardization. Colour coding, fixed holders and a visual flow reduce field improvisation. The correct tool is also the convenient one, which is the only way a standard survives a double shift at 2 AM.

Visibility. Camera, GPS, tablet and digital sign turn a cart into a point of control and communication, rather than a container that disappears into a building for eight hours.

Safety. The design separates critical areas and is built to support routines aligned with OSHA practices — the layout makes cross-contamination harder and chemical handling more deliberate.

Productivity. Supplies, tools and power at the same work point. Time spent walking back for something is time not spent cleaning, and it is the largest invisible cost on a big site.

The intelligence layer

The station carries a 360° PTZ camera with 12× zoom and night vision for remote supervision, a 10-inch Android tablet running CleanVisio with predictive AI for field operations, and a GPS tracker for location and traceability.

The AI is positioned as a co-pilot. It supports the cleaner and it does not replace human management — the cleaner executes, the system guides, leadership gains visibility. A station that tried to make the decisions would be both worse at them and resented by the people using it.

Camera deployment follows the same boundaries described under camera cleaning services: agreed in writing, never in restrooms or changing areas.

Colour coding, made structural

Three dedicated dispensers, each with its own cloths and tools:

• Red — bathrooms and washrooms
• Yellow — kitchen and food prep
• Blue — common areas and lower risk

Cross-contamination is usually treated as a training problem. It is really a design problem: if the wrong choice is the convenient one, the wrong choice will eventually be made by someone tired. Fixed, labelled dispensers make the correct selection faster than the incorrect one.

Power, signage and emergency readiness

A 20,000 mAh power bank keeps the tablet, camera and accessories running through a shift. A Bluetooth multicolour LED sign carries alerts, guidance and branding in the field. A 2,600-lumen flashlight gives up to four hours at high intensity for low-light work or an outage — at which point the station itself becomes a visual reference in a dark building.

Where it honestly stands

The concept is strong. Becoming a real product requires proving safety, durability, cost and daily usability — and that work is not finished.

The validation path is defined: ergonomics (weight, balance, support height, quick access), safety (fixation, edges, cables, chemicals, water resistance), power (real load test with tablet, camera, LED and flashlight together), operation (checklist, QR, GPS and replenishment routine), then a 30-day pilot in one contract with clear metrics.

One item is explicitly outstanding: real battery life under full load. Until that is measured rather than estimated, we quote the specification and not a runtime.

We publish this page as it is because clients ask what we are building, and because a prototype described accurately is more useful than a product announced early.