Innovative ideas for Architecture Hackathon, ARCHON powered by TechSharp - t# conducted across Bangalore, Pune and Russia - Prashanth B Panduranga

1. Safety sensors
Safesors
Always protected
TechSharp

2. Safesors is an innovative sensor manufacturing firm. Its innovation mood sensors via facial recognition has been used in the automotive industry. They have now come up with another device which can sense fear in individuals by monitoring individual’s heart rate, respiration rate and blood pressure.
Safesors have collaborated with world’s largest security firm. Many schools,universities are challenged with threats to students and kids.
While Safesors believe in safety, it also believes in privacy. Hence the sensor with face (expression recognition), video etc. cannot be used with children. The fear sensor designed can be attached to a wearable device such as watch or cloth. The sensors constantly monitor the individual and upload the data back to Safesors. Safesors has planned to build an application which constantly receives the monitored data and sends it to the Analytic engine. Analytic engine incorporates machine learning and complex event processing, to predict individual behavior.
The proximity device should be attached to the kid’s bag. There are sensors which work on a range and helps identify distance between the bag and kid. Proximity device can tell the location of the kid via GPS tracking. It also identifies the proximity of the fear device, which it is coupled with. Together with fear data and proximity data, the exact location of the kid can be identified. This is when the kid is away from the bag and is wandering somewhere in the school.
The historical record of each and every individual’s monitored data is maintained. To avoid panic, the precision of fear is set to a certain degree and sustenance of that, for a particular time and all data is maintained. For instance: Let’s say a kid fears for a sec on seeing a dog and then the dog goes way, in such cases, the alert isn’t sent, however the data is recorded. This data will also indicate if the kid is being bullied etc. In cases, where the kid continues to experience fear for more than a specified period, say while it is being attacked by a dog and he or she starts running looking for safety, immediate notifications are sent, so that help can be arranged.
Apart from notifications sent to Safesors, additional infrastructure can be setup in institutions, malls, police stations etc.so that safesors can forward the notification as appropriate.
The teams need to provide solution for all the above mentioned requirements. Teams don’t need to provide a design for the fear device. Extra points if you can provide the specs/details for the same.
Safesors intend to provide this service across the world, which means millions of students, and millions of transactions per second.

3. Additionally team need to emphasize on the following:
1. Create an architecture to handle the continuous event stream.
2. Create a data architecture and provide details on how the data is stored and processed.
3. Provide details on analytics engine and insights on how the data can be analyzed.
4. The Team needs to provide data transfer details of the devices and also technology to be used for the same, the data transfer between the devices and the Safesors servers, the notifications, the alert to the security systems, the sound alarms etc.
Additions:
Use of disruptive technology: How do we size it?
Methodology to use and reasons for the same
What are the steps to be taken for Project architectural governance, monitoring?
Define Application performance benchmarks