Building

Know what your equipment is doing before a customer tells you. IoT & Connected Products IoT & connected product development

Assets in the field go dark between check-ins, so problems reach you as complaints instead of alerts you could have acted on. A connected product closes that gap — device to dashboard — turning silent equipment into a live signal you can see, respond to, and improve on.

Understanding the discipline

What a connected product changes for your business.

A connected product is a physical thing that reports what it is doing and can be acted on from a distance. A sensor reads the world, a device sends that reading over a network, the cloud stores and makes sense of it, and a dashboard or an automated rule responds. The whole point is to close the loop between something happening in the field and someone — or something — knowing about it in time to matter.

Built well, it changes the relationship with the product itself. A machine that used to be sold and forgotten becomes a source of live data, a service you can keep improving, and a warning system that surfaces a fault before it becomes a failure. The hard part is not any single layer — it is engineering the whole stack, device to dashboard, so it stays secure and reliable across thousands of units in places you do not control.

  • Equipment moves from silent between visits to reporting continuously.

  • Problems arrive as alerts to act on, not complaints to apologise for.

  • Maintenance shifts from fixed schedules to what the data says is needed.

  • A one-time sale becomes an ongoing, data-backed service relationship.

Connected products

Consumer or commercial devices that pair, report, and can be controlled remotely from an app or a dashboard.

Industrial & operational IoT

Machines, vehicles, and infrastructure monitored for uptime and efficiency where downtime is the real cost.

Remote monitoring & control

Assets in the field watched and acted on from a single dashboard, without sending anyone to site to find out.

The business case

Why businesses invest in iot & connected products.

Returns that show up on the business, not on the engineering backlog.

  • 01

    Visibility into the field

    The state of every asset, live, instead of a guess between check-ins — which is what turns an estate into something you can manage.

  • 02

    Problems surface as alerts

    A fault is flagged while there is still time to act, rather than after it has already failed in front of a customer.

  • 03

    Maintenance when it's needed

    Condition data replaces the fixed calendar, cutting both unplanned downtime and the service visits that weren't needed.

  • 04

    A new service relationship

    A physical product gains ongoing data, upgrades, and a reason for the customer to stay connected to it.

What we build & capabilities

The things you can commission — and what each one ships with.

Defined engagements, one at a time: the thing itself on screen, and the capabilities that come with it.

01 / 06

Device-to-dashboard architecture

The full path a reading travels — sensor, device, network, cloud, dashboard — designed as one system, so the number that reaches the screen is the number the sensor measured, on time and every time, across every unit in the field.

Capabilities

  • Full-stack design
  • Edge & device layer
  • Cloud ingestion
  • Data pipeline
  • Dashboard & API

Business outcomes

Where the business is today, and what changes.

The operational difference, in the terms the business already measures itself in.

Assets that go dark between site visits
A live view of every unit's state, continuously
Faults you hear about as customer complaints
Alerts the moment a reading crosses a threshold
Maintenance on a fixed calendar, needed or not
Service driven by what the condition data says
A technician sent to every site for a firmware fix
Updates pushed over the air, across the fleet, in a controlled rollout
A product sold once and never heard from again
An ongoing, data-backed service relationship

Real-time visibility

Smarter operations

New product capabilities

Our engineering process

How the engagement actually runs.

Every stage has an owner, an output, and a point where you can change direction.

  1. 01

    Define the signal

    What the product needs to sense, control, and report, and why it matters commercially.

  2. 02

    Design the stack

    Device, connectivity, cloud, and dashboard architected as one system.

  3. 03

    Prototype

    A working device-to-dashboard path proven on real hardware, early.

  4. 04

    Secure it

    Identity, encryption, and provisioning engineered before scale, not after.

  5. 05

    Build the platform

    Telemetry, alerting, control, and the fleet dashboard.

  6. 06

    Pilot in the field

    A small deployment tested in the conditions the product will actually live in.

  7. 07

    Roll out

    Provisioning at scale, with over-the-air updates and monitoring in place.

  8. 08

    Operate & improve

    Fleet health, predictive maintenance, and the next capability, from the team that built it.

Why Sumago

Why teams choose Sumago.

The technology partner serious businesses build with — and stay with.

Full-stack engineeringSecure by designReliable at fleet scaleReal-time visibilityLong-term partner

Business understanding first

We understand the business before writing a line of code.

Strategic consulting

A consultative partner, not just a development shop.

Multidisciplinary team

Analysts, architects, designers, engineers, cloud & AI specialists, QA.

Transparency

Clear communication in every engagement.

Engineering quality

High standards, scalable and secure architecture.

Long-term partnership

Support and improvement long after delivery.

Technology ecosystem

Mainstream technology, chosen so you can hire for it later.

The stack is a means, not a position. It gets chosen against your constraints — and it stays maintainable by people who aren't us.

IoT platformsEdge devicesMQTT / protocolsCloud & analytics
  • Slack

Proof of work

Work that has already shipped.

Real engagements, named clients, and what changed for the business behind them.

A Digital Operating System for Residential Communities
Real Estate

A Digital Operating System for Residential Communities

Client challenge
Residential societies were being run on manual processes that satisfied no one. Maintenance was collected by chasing; access at the gate was recorded in registers no one could audit; finances lived in books only one person could read; and residents had little visibility into where their money went or what their committee decided. The result was friction, disputes, and a heavy administrative burden. For the operators managing many such communities, the problem multiplied — with no standardized, scalable way to oversee a growing portfolio.
Our solution
A community-living platform that digitizes the entire operation of a residential society onto one connected system. Each stakeholder gets an experience built for their role — residents manage payments, approvals, and communication from their phone; on-ground security manages access and attendance in real time; finance manages billing, expenses, and reporting with full transparency; and community leadership governs the whole operation with every action traceable. Above them all sits a centralized oversight layer that lets an operator onboard, standardize, and manage an entire portfolio of communities from one place. ### The platform A full suite on one shared backend, with a purpose-built surface for every stakeholder: - **Resident App (Android & iOS)** — *for the community member.* Pay maintenance, approve visitors, read notices, and raise concerns from the phone. *How it helped:* gave residents transparency and convenience, replacing chase-ups and disputes with confidence in how the community is run. - **Security App (Android & iOS)** — *for the on-ground guard.* Manage visitor and delivery access, capture approvals instantly, and log attendance. *How it helped:* turned an unauditable paper register into instant, recorded, verifiable gate security. - **Finance App (Android & iOS)** — *for the treasurer.* Manage billing, expenses, and clear financial reporting. *How it helped:* made the community's money transparent by default, ending the opacity that bred mistrust. - **Leadership Web Platform** — *for the committee.* Govern residents, billing, notices, complaints, and access — every action traceable. *How it helped:* cut the committee's administrative burden while making governance accountable. - **Operator Web Platform** — *for the managing operator.* Onboard, standardize, and oversee an entire portfolio of communities from one place. *How it helped:* turned society management into a scalable, recurring-revenue service that grows community by community. ### Architecture highlights - **Multi-tenant SaaS with a tenant hierarchy** — federations group communities, each fully isolated, all governed from one platform. - **Strict per-tenant data isolation** — one community's data can never reach another's, enforced below the application layer. - **Real-time layer** — live visitor approvals and push notifications delivered over a real-time channel. - **Secure payments integration** — maintenance collection flows through an isolated, security-conscious payment layer. - **Role-based access across every stakeholder** — resident, security, finance, committee, and operator each see only what their role permits. ### Technology stack The resident, security, and finance apps are built as **cross-platform React Native** mobile applications — one build that runs natively on **both Android and iOS** — while the leadership and operator platforms and backend run on the **MERN stack** (MongoDB · Express.js · React · Node.js).
Business impact
With everyone working from the same real-time system, the friction that breeds disputes simply disappears: payments are trackable, access is secure and recorded, notices reach every resident, and the finances are transparent by default. Committees carry less administrative weight and residents gain genuine confidence in how their community is run. For the operator, it becomes a scalable, recurring-revenue platform — one that can grow community by community on a single, standardized foundation.

SaaS Platform · Multi-Community Oversight · Role-Based Experiences · Digital Payments · Real-Time Operations