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Connected-product engineeringPakistan

Connected devices, engineered from sensor to cloud.

We design the electronics, firmware, mobile apps and enclosures behind wearables and IoT devices, from the first schematic to an assembled prototype, for startups, research teams and enterprise engineering groups.

Fig. 1 — Eye blinks, then occipital alpha (8–13 Hz) after the eyes closeSynthetic signal · not a recording
  • L1 Enclosure
  • L2 Electronics
  • L3 Sensing
  • L4 Connectivity
  • L5 Firmware
  • L6 Apps & cloud

01 / Capabilities

Six disciplines, one team. Every layer of the device.

Electronics, firmware, mobile apps and mechanical design are handled by one team, so each device is engineered as a single system.

  1. L6Apps & cloud

    Mobile apps & cloud

    Mobile apps and cloud dashboards that connect devices, people and data, from Bluetooth pairing upwards.

    • Bluetooth
    • Mobile apps
    • Dashboards
  2. L5Firmware

    Embedded firmware

    Firmware built for real-time data.

    • Real-time firmware
  3. L4Connectivity

    IoT & embedded systems

    Connected devices built around microcontrollers, sensors and wireless protocols.

    • Microcontrollers
    • Sensors
    • Wireless
  4. L3Sensing

    EEG wearables & biosensors

    EEG and biosensor wearables, from earbuds to headsets.

    • EEG
    • Earbuds
    • Headsets
  5. L2Electronics

    PCB design & hardware prototyping

    Schematics, board layout and rapid prototypes: every stage from the first schematic to assembled boards.

    • Schematics
    • Layout
    • Assembly
  6. L1Enclosure

    Product design & mechanical CAD

    Housings, enclosures and product structures, designed in CAD.

    • Enclosures
    • Housings
    • CAD

02 / Process

How a device gets built.

One team takes a device through every stage, so the electronics, firmware, enclosure and software are designed together rather than joined at the end.

  1. 01

    Concept

    Your product idea, planned as one system: electronics, firmware, enclosure and software.

  2. 02

    Electronics

    Schematics, board layout and rapid prototypes, from the first schematic to assembled boards.

  3. 03

    Firmware

    Firmware built for real-time data.

  4. 04

    Enclosure

    Housings and enclosures for the electronics, designed in CAD.

  5. 05

    App & cloud

    Mobile apps and cloud dashboards that connect the device, its users and their data.

  6. 06

    Prototype

    Every layer brought together in one assembled prototype.

03 / Specialty

EEG and biosensor wearables. From earbuds to headsets.

We design EEG and biosensor wearables: the electronics that pick up the signal, the firmware that processes it on the device, and the app and cloud that present it.

  1. 01

    Sensor

    Electrodes and sensors; analog signals, often microvolts

  2. 02

    Analog front-end

    Amplify, filter and digitize

  3. 03

    Micro­controller

    Firmware and on-device processing

  4. 04

    Radio

    Bluetooth Low Energy link

  5. 05

    Mobile app

    Pairing, live view and control

  6. 06

    Cloud

    Storage and dashboards

Fig. 2 — A typical connected-device signal chainIllustrative · not a MindTune product

04 / Who we work with

Four kinds of teams. One engineering partner.

  • 01

    Health-tech startups

    Building wearable products.

  • 02

    Engineering teams

    Embedded systems and PCB development support.

  • 03

    Research labs

    Developing biomedical and IoT research tools.

  • 04

    Enterprise companies

    Custom hardware with mobile and cloud integration.