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Engineering from circuit to cloud

From the circuit to the cloud, under a single contract.

INOVAeye designs the hardware, writes the firmware, ships the backend and delivers the interface. It is the same engineering that turned a braille research line into a product installed and in daily use in a public school in Fortaleza.

INOVAeye prototyping bench with a 3D printer and circuit boards at a technology event

Sala Braille in use since

11/2024

EEF Instituto dos Cegos, Fortaleza, Brazil

One supplier, from sensor to dashboard

Hardware, firmware, backend and interface come from the same team. There is no handoff between suppliers for the project to get lost in.

No integration noise

Whoever designs the board is whoever writes the API that consumes it. The classic failure points of a project split between two suppliers simply never appear.

Architecture decided end to end

Firmware choices already account for what the cloud will need — and the other way around. That shows up in the cost of running the system, not only in the cost of building it.

What the company sells

Two practices, one engineering team

These are two offers for different buyers, with very different decision cycles. This site does not blend them together.

Our own product

Assistive technology

Sala Braille: a braille literacy ecosystem for inclusive schools — devices, app, teacher training and ongoing technical support.

For schools, school networks and education authorities

Explore Sala Braille

Engineering under contract

Custom-built projects

Web systems, embedded and IoT, apps, integrations and applied AI — from the bench prototype to the system in production.

For industry, companies and R&D programmes

See the five practices

Sala Braille website (opens in a new tab)

Engineering under contract

Five practices, one continuous engineering team

Each practice covers one layer of the problem. Together they remove the friction between a hardware supplier and a software supplier — which is where most end-to-end projects fall behind.

01

Web and business systems

E-commerce, SaaS platforms, monitoring dashboards and custom control systems. Delivered running, with the infrastructure configured.

E-commerceSaaSERP/CRMDashboards
02

Embedded systems and IoT

Application hardware and firmware, with physical prototyping and custom enclosures — laser cutting, 3D printing and machining in our own workshop.

C/C++ firmwarePCB designMQTT/WebSocketsDigital fabrication
03

Apps and APIs

Control apps and integration APIs that connect device, legacy system and cloud.

Mobile appsPWAREST APIs
04

Special solutions

Systems for people who will never install an app: device control, configuration and reports through text or voice messages on WhatsApp. It grew out of a real need in family farming.

WhatsAppIoTMQTTText-to-speechSpeech-to-text
05

Applied AI and LLMs

LLM integration, RAG architecture over the company's own knowledge base, and an intelligence layer on top of the data the systems already produce.

LLMsRAGAI-driven BI

How the project runs

Four stages, no black box

The real objection from a buyer is not whether we can build it. It is how they will follow along.

  1. 01

    Diagnosis

    Understand the problem before proposing the solution — and say so when the solution is not software.

  2. 02

    Prototype

    The hypothesis becomes something working on the bench or on screen as early as possible, so it can be disproved cheaply.

  3. 03

    Build

    Partial deliveries at short intervals. You watch the system grow rather than read a report about it.

  4. 04

    Operate

    The system goes live with us alongside it. Infrastructure support is part of the project we delivered — not a separate hosting service.

Case studies

Real projects, from challenge to result

Three of the ones that made it off the drawing board — or off the breadboard.

Accessibility

Sala Braille

Challenge
Bring braille literacy to inclusive schools — not with a single device, but with an ecosystem of equipment, an app, teacher training and support.
Result
Pilot room installed and in use at EEF Instituto dos Cegos, in Fortaleza, since November 2024. The SlateBraille digital slate has a patent filed at the INPI.
Visit the product site (opens in a new tab)

Family farming

Soil and hydroponic irrigation control over WhatsApp

Challenge
Build an irrigation controller able to get past the technology barrier faced by farming families in rural Brazil — for whom installing an app is already the obstacle.
Result
A system that sends periodic reports and is configured and commanded through text or voice messages on WhatsApp, with no app to install.

Legal services

Chat platform connecting clients and lawyers

Challenge
Connect people with legal questions to specialist lawyers, with real-time conversation and an app-like experience on mobile.
Result
A PWA with real-time chat, authentication and self-hosted infrastructure, in production.

What you can verify

Evidence, not adjectives

Every item below can be checked by a third party. That is the entry requirement for this list.

  • Sala Braille installed and in use at EEF Instituto dos Cegos, in Fortaleza, Brazil, since 29 November 2024, in partnership with the Ceará State Department of Education.

  • The SlateBraille digital slate has a patent filed at the INPI, the Brazilian patent office.

  • The technology originated in PORTÁCTIL, a project approved by the Brazilian Ministry of Education and developed with FNDE funding.

  • A continuous research line at the Applied Research and Automation Development Laboratory of IFCE.

Inauguration plaque of the first Sala Braille at EEF Instituto dos Cegos, dated 29 November 2024
Inauguration plaque of the first Sala Braille — the date, the school and the supporting institutions are on the document itself.

In the press

Coverage of PORTÁCTIL, the project that gave rise to the braille product line.

Facilities

Where the work happens

INOVAeye is a partner of Instituto Iracema de Pesquisa e Inovação and works out of its facilities in Fortaleza, Brazil — the same laboratories where the Sala Braille technology was developed.

Hardware laboratory

Hardware laboratory

SMD production

SMD production

Mechanical prototyping

Mechanical prototyping

Embedded systems

Embedded systems

Software development

Software development

INOVAeye demonstration classroom set up with the Sala Braille equipment line

Demonstration room

The Sala Braille line assembled and running, open to visits from schools and school networks.

The laboratories belong to Instituto Iracema, a non-profit association founded in 2012 by professors of IFCE. The accreditations, agreements and market partners listed on the Institute's site belong to the Institute, not to INOVAeye.

Instituto Iracema website (opens in a new tab)
Bruno Martins speaking at a SENAI Ceará / FIEC event

Who does the work

A senior core with laboratory backing

INOVAeye works with a small, senior core: the project is led by the people with their hands on the code and on the bench, backed by the laboratory facilities of Instituto Iracema and by specialists brought in per practice when the scope calls for it. The core engineering is not outsourced.

Director

Bruno Martins

Designs the application hardware and firmware, ships the backend, delivers the interface, and takes the prototype to its final physical form through custom modelling and digital fabrication.

Laser cuttingMDF and acrylic3D printingCustom enclosures

Got a project between the circuit and the cloud?

Talk straight to the people who will build it — no sales middleman.

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