DS LABS is a R&D company that is an accredited member of the Basque Network of Science, Technology and Innovation (RVCTI)

Founded in 2013, the mission of DS LABS is the applied research and development of technologies to build telecommunications and innovative solutions that allow us to create products of high technological value with the objective of providing companies with easy access to the latest technologies and enabling them position themselves in their respective markets.
DS LABS R&D company

OBJECTIVES

To create own products of high technological level that improve the competitiveness of other companies

To provide technological solutions to existing problems in the market and to get ahead from competitors

To generate attractive products that can be consumed in international markets

To offer cloud-hosted solutions that ease their future commercialization

MAIN MARKET AREAS

ÁREAS DE MERCADO INDUSTRIA 4.0

Industry 4.0

ÁREAS DE MERCADO eHealth

eHealth

ÁREAS DE MERCADO ENERGÍA

Energy

MAIN TECHNOLOGICAL AREAS

We develop a scientific activity around four main technologic areas where we want to be a reference.

INDOOR LOCATION

Indoor location allows us to locate people or objects indoors thanks to the use of different technologies.

DS LABS is specialized in precise location using Bluetooth Low Energy (BLE) beacons. By deploying a set of devices of this type, we can locate both people and objects as well as guide people, either indoors and outdoors. In addition, we can collect valuable information thanks to beacons, and this lets us know and analyse how people or objects move around. We can also obtain more information such as the most repeated routes, identify hot and cold areas, time spent in each area, frequency of visits and so on.

Main features of BLE technology

Minimum power consumption, low latency and low cost

Indoor location technologies comparison

There are many reasons to choose BLE beacons against other alternatives

Accuracy

Despite being a technology with very high accuracy, it is also very sensitive to environmental conditions

INTERNET OF THINGS

Internet of Things (IoT) is defined as a network of physical objects which contain embedded technology to communicate, measure or interact with its internal states and the external environment.

Humans interact with objects and systems like these: mobile phones, heating thermostats, cars, door keys, video cameras, TVs, GPS systems and so on; that can be controlled through the web. Users can ask for the status of these objects and, at the same time, we can get information collected by sensors installed in them.

Smart Revolution

Smart Cities, Smart Grids, Smart Logistics, Smart Agriculture, Smart Retail or Smart Banking, among others

Architecture

Integration of devices, platform, front-end and other systems

Potential of IoT

The true value of IoT and its business lies in its applications

AUGMENTED REALITY

Augmented Reality is used to define a vision through a technological device of the real world, whose elements are combined with virtual elements for the creation of a new reality.

Thus, Augmented Reality applications give users an experience of visualizing overlapping virtual elements over the real environment, creating the illusion that both worlds coexist in one.
It enriches the existing reality with other useful or necessary information by incorporating additional elements. It opens a world with huge possibilities for the fields of architecture, real-estate, construction, decoration, interior design, civil engineering, heavy industry, 3D design, product manufacture, training, etc.

Augmented Reality vs Virtual Reality

Virtual Reality replaces the real world and Augmented Reality complements reality with virtual elements

Augmented Reality devices

The future of this technology goes through the development of HMD optical display devices

Mixed Reality

Hybrid of Augmented Reality and Virtual Reality with infinite possibilities

DATA ANALYSIS

Information management can be defined as the discipline that is responsible for everything that is related to obtaining information, its processing and the dissemination of knowledge that can be extracted from data.

Thanks to technological advances, we can gain valuable knowledge from the available information, and the management of this knowledge is essential to support the decision-making process in organizations.
The difficulty now lies in knowing how to store and process the large volume of data in a reasonable time. Technologies such as Big Data, Data Mining and non-relational databases make the management of this information easier.

Big Data

Storage, processing and exploitation of large volumes of data

Data Mining

Technology to support the generation of predictive and descriptive models

Non-relational databases (NoSQL)

It solves storage needs and fast extraction of information