Connected objects

The trend of connected objects or IoT affects both B2C and B2B markets and changes the way in which equipment is designed and integrated into its environment.

A unique approach for IoT development

Witekio brings particular value to these markets through its expertise in hardware and embedded software issues, both in lower layers (OS, drivers, firmware) and in multiplatform application layers and connectivity. Our 15 years of experience and our internationally recognised expertise in software development and integration for the embedded system markets enable us to offer a comprehensive view of the system to our customers, in order to assist them from the design of the architecture and IoT scenarios up to the actual implementation of the software solutions (firmware and drivers, applications, connectivity, Cloud, IoT development, etc.)

The connected object (IoT) "revolution" is rather a strong market tendency using technological developments in connectivity and data use. The latter affects all vertical automotive, medical, consumer and home automation markets, etc.

IoT development

Mastered technical problems

The main technical issues related to connected objects, such as security, scalability and stability optimisation, are topics that we usually handle through our experience with embedded and connected systems for vertical markets, such as the automotive, industrial and medical markets. We can support you thoroughly and expertly in this kind of matter.

Facilitating adoption by the customer

Ease of adoption by the customer is undoubtedly one of the main success criteria for any connected object. Witekio can accompany you on this issue by facilitating the integration of your equipment to its environment, enabling easy updating and support, and optimising the user experience through ergonomic and multimedia applications (web, smartphone, tablets, etc.).

The following are some examples of topics that we are often involved with:

  • Machine to machine (M2M) communication, Wifi, BT, BTLE, Zigbee, 3G, 4G, etc.
  • Integration and interaction of mobile to embedded peripheral devices
  • Integration of Cloud and wireless connectivity solutions
  • Multiplatform user interface, from embedded systems to mobile and web applications (Qt, Java, MicroEJ, Xamarin, etc.)
  • Multicore processing
  • Data aggregation
  • Establishment of scenarios
  • System architecture definition
  • Etc.