Skylife Engineering is a technology-based company with extensive experience in the aerospace sector that uses its expertise to develop innovative technology in other fields: Disruptive solutions for sectors such as Defence, Naval, Emergency, Industrial, Health, and Electric Mobility.

100% Spanish company based on research, development and innovation, our activity is divided into two main lines of activity:

SYSTEMS - From conceptual design to manufacturing, we cover the complete cycle necessary to offer innovative and differentiating customised electronic solutions. Innovative solutions based on power converters stand out, from on-board systems to installations for electric mobility and the development of future energies, with a commitment to environmental sustainability.

DIGITALISATION - With the aim of accelerating our customers' entry into Industry 4.0, we develop customised digital solutions and specific products to accelerate learning curves, shorten distances and support complex processes.

PRODUCTS & SERVICES

SILEME - Indoor positioning solution developed by SKYLIFE based on a patented technology that solves the problems that current location systems have with obstacles and metallic environments.

Power Electronics - Design and development of power converters for specific requirements: high energy efficiency, reliability under extreme conditions, compact design or short lead times. We cover the complete cycle:

- Initial design

- Development of electrical, thermal and mechanical models

- Prototyping

- Manufacture of the final product

- Certifications

INFINITY - SKYLIFE's suite of digital assistants for virtual training, step-by-step guidance of complex procedures and remote support, mainly based on Virtual and Augmented Reality.

MMIBS - (Mini Multi-Interface Box Simulator) is a multiprotocol device of small dimensions for testing, reprogrammable and totally portable (14x14x10 cms and 1.4 Kgs) with autonomy of more than 8 hours. The equipment allows non-intrusive tests to be carried out through different typical avionics interfaces to analyse the correct operation of the systems, as well as generating and acquiring discrete and analogue signals.

It has an autonomous operating mode to quickly run all the tests and another remote mode, managed from a computer in the office to visualise and manage all the data remotely and to be able to launch more complete tests. It allows data and results to be viewed from the device manager through a very intuitive interface.

It also has an API on which scripts can be programmed in phyton for repetitive, customised or more complex tasks.

REFERENCES

AIRBUS

AIRBUS DS

CLEAN AVIATION

NAVANTIA