PROJECTS

Have a look at some of our initiatives and projects.

KNOW-HOW

Do you want to know what we can do? Then have a look in this section.

APPROACH

See how we deal with our clients’ problems. Our ‘modus operandi’.

CONTACT US

Can we help you with a problem? Do not hesitate to contact us.

Latest News

19

Oct

We were present at SMAU, 19 – 21 October 2011, Milan, Italy (Pad 4 – Stand E22).

Who We Are

Wireless Physical Computing Solutions is a startup founded in 2011 with the aim of providing custom-made engineering solutions for remote control, identification, sensing and automation.

The name of our startup alone gives a first insight as to our vision: to facilitate the interaction between the physical and the digital world. This connection between the two worlds, transposed in the term physical computing, is achieved using wireless technologies and low-power embedded platforms – custom made for each use case.

One of the major strengths of our approach stems from its integration with the Internet-of-Things paradigm in terms of using an open platform with uniquely addressable nodes that can be remotely configured and interrogated.

We provide custom solutions for a wide range of companies activating in different fields (from entertainment, to manufacturing, automation, medical care, service providers, etc).

The complex solutions provided can encompass a wide range of functionalities:

  • sensing,
  • monitoring,
  • tracking,
  • identification,
  • automation,

to name just the most important ones. For simpler scenarios, only a subset of the above need be implemented.

We are able to bring innovation to our projects through the symbiotic co-existence of technical know-how and business process management skills.

Problem-Solving Approach

  • assessment of the current scenario
  • identification of the problem (client requirements + problem analysis)
  • translation of the problem into functional requirements
  • conceptualisation of a solution
  • assessment of its feasibility
  • process impact analysis
  • establishment of design requirements
  • preliminary design
  • detailed design
  • cost & benefit analysis
  • engineering of the final solution
  • production