Skip to content
Menu Close

IoT + apps

Live fleet and campus visibility

Device-to-cloud tracking for vehicles and campuses — ingest, maps, geofence alerts, operator web, and parent or driver apps the morning shift will actually open.

Transport operators, schools, campuses, and mobility businesses that need one live map

IoT only pays when devices, people, and decisions share one picture. CycloneWebz builds the software side of that picture: ingest from the hardware you already bought or we specify, a live map, alerts that mean something, and the web and mobile apps for dispatchers, drivers, and parents.

This study covers the fleet and campus work we publish as a practice — remote vehicle monitoring, school bus tracking, smart transport, and operator consoles. Hardware is specified and integrated; software, cloud, and apps are engineered end to end in Gurugram.

The problem in detail

Sensors without an honest map are expensive noise. Many fleets already have devices. What they do not have is a single ingest path, a store that can be queried, and an interface the 7am shift will open instead of calling the driver.

School and campus tracking has a second audience: parents at the gate. They need a calm, limited view — not the full operator console. Mixing those roles is how you get panic and privacy problems in the same week.

Pilots fail in the field because protocols, offline behaviour, and dark-device rules were never written down. A lab GPS ping is not a product. The product is: what we show when the unit last reported twelve minutes ago, who is alerted, and who can see the child’s bus versus the whole fleet.

What we usually hear

  • ▸ Location lives in a vendor GPS app, a WhatsApp group, and a phone call to the driver.
  • ▸ Parents or customers ask “where is it?” and the office cannot answer without another call.
  • ▸ Geofence alerts fire so often that nobody trusts them — or they never fire at all.
  • ▸ Morning dispatch and the field team do not share the same map or the same roles.
  • ▸ A conference-room pilot worked on one bus and died when the second depot came online.
  • ▸ Nobody owns device security, SIM expiry, or what happens when a unit goes dark.

What we build

Device and protocol fit

We specify or integrate the units you already have. Protocols, reporting interval, ignition and door events, and what “offline” means are written before we draw a pretty map. Hardware is sourced to the brief; we do not pretend every dongle is the same.

Ingest, store, and alerts

A device-to-cloud path with storage you can query later — not only a live blinking dot. Geofences, speed, route deviation, and dark-device alerts are tuned so they mean something. Operators can silence noise without turning the system off.

Operator web console

One map for the fleet or the campus. Filters by vehicle, route, depot, or campus. History playback for a dispute. Roles so a depot manager does not see another city. The console is built for a desk that is already busy — large targets, few clicks, Hindi and English when needed.

Parent, driver, and field apps

Limited mobile views: a parent sees their bus, a driver sees their job, a security desk sees the gate. Push or SMS for the events you chose. This is where school-bus and campus work either earns trust or creates a hotline of angry calls.

How we ship it

  1. 01

    Corridor or campus scoping

    We pick one depot, one route set, or one campus for the first release. We list vehicles or gates, who must see what, and which alerts are worth waking someone. A second site is a later sprint, not a promise on day one.

  2. 02

    Ingest and map before polish

    Devices report. Points land. The map is honest about last-seen time. We prove this in the field — parking lot, then a live route — before we spend weeks on illustration.

  3. 03

    Roles, apps, and security review

    Accounts, roles, and data-minimisation for parents versus operators. Transport of location data is reviewed. We write what is stored, for how long, and who can export it.

  4. 04

    Field rollout

    Install checklist, SIM and power issues, driver briefing, and a week of shadowed dispatch. We do not call it done from a conference room. Dark-device and late-bus playbooks are left with the ops lead.

What you leave with

  • ▸ Device and protocol specification, or integration of existing units
  • ▸ Ingest pipeline and queryable location history
  • ▸ Live map with last-seen honesty and history playback
  • ▸ Geofence, route, speed, and dark-device alerts
  • ▸ Operator web console with roles by depot or campus
  • ▸ Parent-facing and/or driver mobile views
  • ▸ Security and retention note for location data
  • ▸ Field rollout checklist and ops runbook

Dispatchers and the field share one map. Last-seen time is visible. Alerts are few enough to trust.

Parents or customers get a limited view instead of a phone tree. Operators keep the full picture.

You have a runbook for dark devices, a store of history for disputes, and apps the morning shift will open.

The IoT practice on this site is the work — not a slide. Web and mobile stay with the same studio if you need them.

Fit

For you if

  • School and campus operators who need parent-safe bus or gate visibility
  • Transport and logistics teams that want one map instead of three vendor apps
  • Mobility businesses adding remote vehicle monitoring to an existing fleet

Not for you if

  • A request for hardware-only supply with no software or ops owner
  • A nationwide rollout promised before one corridor has run for a month
  • A consumer “find my scooter” toy with no operator and no alert policy

Questions on this work

Do you supply the GPS devices?

We specify and integrate devices. Hardware is sourced to the brief. Software, cloud, maps, and apps are what we engineer end to end.

Can you use the trackers we already installed?

Often yes, if the protocol and reporting interval are documented. The first week is an honest fit check, not a promise to wrap every dongle.

Is parent tracking private enough for a school?

Parents see only what you approve — typically their child’s bus, not the whole fleet. Retention and export are written down before launch.

What do you need to estimate?

Number of vehicles or gates, existing hardware if any, who must see the map, and whether parents or customers get a mobile view. One corridor is enough to price a first release.

The other studies

Begin with AI

Ready when the idea is still a sentence.

Send the corpus, the product, or the rough brief. We will tell you what AI we would ship first, what we would wait on, and what the rest of the product needs.

Start an AI project
WhatsApp Call