HMI Development Service

We develop all things HMI — from basic machine command panels and data visualization software to complex cloud-based HMI ecosystems with advanced multimedia and networking capabilities. Softeq covers all aspects of HMI development: hardware and software, graphical user interfaces, and web and cloud infrastructure, which altogether translate into seamless user experience and high system operability.

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Our HMI Development Services

HMI Solutions We Develop

Healthcare HMIs

We design HMI healthcare systems to measure vital signals, improve care efficiency, ensure patient comfort, and maintain provider operations. Softeq designs and develops:

  • Medical device interfaces
  • Interfaces for healthcare and well-being wearable devices
  • HMI solutions for patient monitoring
  • Components and HMI software for robotic surgery systems 
  • Machine-regulated workflow solutions
  • Digital health record systems
Industrial HMI Systems

We help industrial manufacturers optimize production monitoring and equipment maintenance while preventing system failures with consistent, multi-platform, and user-friendly HMIs. 

Our industrial HMI development expertise includes industrial control panels and machinery controls, data visualization panels for equipment components, touchscreens, keypads, switches, and HMI software. At Softeq, we build industrial HMI solutions for:

  • Equipment control and calibration
  • Hardware and sensors diagnostics
  • Industrial robotics systems
  • Industrial system diagnostics
  • Efficient equipment maintenance
  • Collection, digitalization, analysis, and storage of machinery data
Automotive HMIs

Our team develops in-vehicle entertainment and information solutions with audio/video interfaces, control elements like touch screen displays, button panels, speech recognition capabilities, and more. Our automotive HMI development expertise spans:

  • Infotainment operating system (Android, Linux, RTOS, etc.) customization
  • Software solutions for digital signal processing (DSP) and graphic processing units (GPUs)
  • Connectivity solutions for Bluetooth, Wi-Fi, Ethernet, etc.
  • HMI app development and integration

We also draw on our AR/VR, Machine Learning, and sensor development expertise to help automotive OEMs optimize driver experiences and vehicle navigation while enhancing safety. We develop:

  • Apps that augment the driving experience via automatic pedestrian/vehicle detection, road sign/traffic light source recognition, as well as in-car human presence detection 
  • Software for instrument clusters
  • Navigation app development and integration

Featured Projects

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Why Softeq?
FPGA Design Services - What you get-ML Capabilities

Shorter Time-to-Market with Build Accelerator

Softeq’s proprietary framework acts as a development accelerator enabling faster development of HMI/UIs for any kind of device using standard tools while delivering a more concise, higher-quality code.

Mobile app development - What you get - Top-Level User Experience

Multiplatform Code Portability

The Softeq framework helps develop multi-platform code portable to a variety of CPUs, hardware components, and OSs. This provides consistency: users can manage the necessary machinery units remotely through a web-based HMI on their laptop, desktop, or smart device in a similar manner as they would through the local component display or a monitor mounted on the target itself.

Cloud app development - What you get - Efficiency and Cost Reduction

Low-Capacity CPU Compatibility

We have optimized the embedded framework to work with very resource-efficient, underpowered, and inexpensive processing units. This is particularly important for companies seeking lower procurement prices, as saving several dollars on each CPU will result in substantial savings during batch production.

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Chris Howard Founder and CEO, Softeq

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UX/UI Design Approach

To create operator and user-friendly graphical interfaces, we utilize a five-stage Design Thinking framework: 

  • Empathize–observing, engaging with customers to understand their experiences, motivations, general and specific objectives
  • Define–user data collection, shaping a design framework document
  • Ideate–sketching, UX cards, User Persona design, projecting user journeys, development of interactive ergonomic prototypes
  • Prototype–graphic design charter, device type adaptation, pictogramme creation, graphic presentation, and styles
  • Test–qualitative and quantitative usability tests, user interviews, A/B testing, reports, and plans for interface adjustments