Bespoke wearable tech for health and fitness
Real-time active health data monitoring and geolocation tracking for Alzheimer patients, old and vulnerable people
Phideas wearable device design, development and manufacturing services covers the full product development lifecycle from concept to production and support through component selection, schematics, costing, simulation, mockup design, prototyping, validation, production and support.
Phideas is expert in embedded software development for real-time geolocation tracking, active health monitoring and fitness tracking wearable devices. Our disciplined approach ensures the products are cost efficient, optimized for performance and quality to fully address the customer goals and product requirements.
Staying ahead of the competition with quick time to market, timely and cost effective product innovations is critical. Phideas has the skills and experience running challenging projects, taking major responsibilities and delivering outstanding results on time.
An in-depth assessment in the early stages of development provides invaluable knowledge of the real scope of a project. Phideas wearable project assessment process gives a complete technical and commercial overview to clients.
Shenzhen, August 2017 – 500,000 elderly people are now wearing Phideas Watch for e-Health in China to facilitate remote health monitoring to hospital doctors and carers. Each smartwatch is equipped with various sensors constantly reporting data of medical interest – such has heart rate measurements – to servers. Phideas is […]
Shenzhen, August 1 2017 – Phideas demonstrated today the capabilities of its e-Health solution comprising smartwatch and secure server for health records to head of medical department at one of the top 5 pharmaceutical groups worldwide. The demonstration includes real time heart rate sensing, reporting and monitoring, smartwatch to blood […]
Shenzhen, February 2017. Phideas e-Health solution for elderly and vulnerable people was broadcasted today on China’s CCTV-1 News. The Phideas Watch is available to health monitoring solutions providers. For detailed information on the Phideas Watch [click here] . About Phideas e-Health is an innovative connected health platform for the remote […]
Data analysis is an essential part of Big Data. A variety of tools and programming languages allow to analyze data streams and combine different data sources for new insights. Here's an infographic comparing two of those tools. R Vs Python elaborated by the guys from Datacamp.
The Internet of Things connect devices such as everyday consumers objectsand industrial equipment onto the Internet enabling information gathering and management of these devices via software, apps, etc. to increase efficiency, enable new services, or achieve other heath, safety, or environmental benefits. The Internet of Things is used in connected homes, wearables, connected cities, connected cars, industrial Internet. Smartphones have now become the personal gateway to the IoT. Since the IoT by definition generate voluminous amounts of unstructured data, the availability of big data analytics is a key enabler.
Wearable technology is a technology incorporated into things you wear. It could be anything from a smart watch, augmented reality glasses, a personal health monitor in the form of a bracelet, a shirt, etc. Wearable technology is increasingly becoming part of our day-to-day lives and less intrusive - something at Phideas we've been very keen on since our foundation in 2002.
This wearable technology infographic takes a look at the future of wearable technology and how organizations are attempting to address needs that consumers never knew they had. The most well known wearable tech items on the market today are aimed at integrating current technologies and increasing efficiency on the go.
Smart Systems and the Internet Of Things are driven by a combination of sensors and actuators, connectivity, people and processes. GPS location data receivers, eyes and ears using cameras and microphone along with sensory organs that can measure everything from temperature to pressure changes. Networked inputs can be combined into bi-directional systems that integrate data, people, processes and systems for better decision making. The interactions between these entities are creating new types of smart applications and services such as smart parking sensors, activity trackers, smart thermostats, smart outlets, etc. Diverse applications include smart cities e.g. transport and mobility, buildings infrastructure, also health, home consumer and more. Compound applications include smart cities and transportation, smart home and healthcare, etc.