The NASA Smart Watch. NASA Watch History This 1965 Omega Speedmaster Reference 105.003 is dubbed the "Ed White“ after his historic first ever American.

The NASA Smart Watch

NASA Watch History

  This 1965 Omega Speedmaster Reference 105.003 is dubbed the "Ed White“ after his historic first ever American spacewalk.

Wearable Technologies

Smart Watches

Smart Phones

Assistive technologies for the disabled

Fitness monitors

Eyeware

Concept of Operations (ConOps)

Stretch Goals

Audio communication

Video communication

Health monitoring

RFID Part tracking

Primary Goals

Wearable technology

Expandable infrastructure

PixelSense networked

Universally mountable

Utilization of sensors

Real-time timers, warnings, and scheduling

User friendly

Brainstorming

Robotic Arm control

Mental health games

Proposed Requirements

Long Battery life

Light-weight

Sizable display

Wireless ready

Expandable

Ergonomic

Water proof

Large memory capability

Efficient high performance processor

Open source OS

Smart Watch Market Study

Model Connectivity

Standalone

Battery Processor

Samsung Gear S WIFI/Bluetooth Yes

Apple Watch WIFI/Bluetooth Yes

Sony SmartWatch 2 Bluetooth No

Martian G2G Bluetooth No

LG G Bluetooth No

Moto 360 Bluetooth No

Samsung Gear Neo Bluetooth No

Samsung Gear 2 Bluetooth No

Concerns

The Smart Watch’s need of a phone to function

Smart Watch OS has low support

Insignificant battery life.

Small screen.

Some are not water proof.

Wi-Fi availability varies.

Best Smartphone Alternative

Samsung Galaxy S5 Android OS

Snapdragon 400 Processor

2,800 mAh 10.78Wh Battery

5.1” Multi-touch screen

Built-in mobile health monitor

Wifi/Bluetooth ready

Front/Rear cameras

Samsung S5s ROM

Implement power efficiency modifications

Change logos to represent Texas State and NASA

Fully disable cell antenna.

Clear all bloatware

Implement GUI more suitable for the application

The Network

Cloud style infrastructure utilizing PHP

Utilizing WIFI and Bluetooth

Web architecture can be implemented on any type of device

PixelSense running WAMP

Allows expandability of users

3D Printing For Wrist Mount

3D scan the device

Create a 3D rendering

3D print mount

Refine

Attach universal strap

The Stop Light

Timing notifications

Improve task times

Access scheduling database

Start/Stop for recording of tasks

Scheduling

User based

Efficient

Mobile

Improve time management

Streamline current process

Warning System

Adjustable

Assign/Create Alerts

Priority System

Real-time notifications

Expandable

Stretch Goals

Parts HealthCommunications

Real-time monitoring

Utilization of sensors

Marry with warning system

Safety precautions

Database of RFID tags

Feature checking

Use PixelSense IR scanners

Schematics

Storage

Voice chat

Real-time video

Communication efficiency

The “Rapid Prototype”