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IoT and ML Assured Internship
- Click on the link to view the rules of the Internship:https://beacon.by/bolt-iot/assuredinternshiprules
- Choose any one problem statement for a one-month internship and any two problem statements for a two-month internship from the given list below.
- If you face any issues, have any queries, or experience delays in receiving your certificate, please reach out via email to support@boltiot.com.
Problem Statement 1
In the heart of bustling Gurugram, nestled amidst a sea of tech companies, stood FuturaTech, a beacon of innovation. FuturaTech's server room, equipped with powerful servers, was the nerve center of the organization. This story begins on a serene Sunday evening, a day that typically saw the office deserted, a day of rest for the employees.
On this particular Sunday, an unexpected heatwave gripped the city. The mercury soared, and the air conditioning system in the server room, already under stress from the hot weather, was on the brink of failure. The aging compressor, a critical component of the air conditioning system, had been showing signs of wear and tear for a while. As the temperature inside the server room continued to rise, the compressor finally gave out, leaving the room without any cooling.
Unfortunately, no one was present in the office to notice the creeping rise in temperature. It was a holiday, after all. The server room, left unattended, gradually turned into an oven.
As the sun set and the temperature inside the server room continued to climb, the digital thermometer crossed a perilous threshold—30 degrees Celsius. Unbeknownst to anyone, the servers were cooking, figuratively speaking. Data was being lost, hardware was overheating, and FuturaTech's operations were at risk.
The shocking revelation came on Monday morning when the team returned to work. The damage was done, and critical data was lost. It was a disaster that could have been prevented.
According to a global survey by a leading technology research firm, server failures due to temperature issues account for nearly 30% of all unplanned server outages in data centers worldwide. This translates to millions of dollars in losses and lost productivity annually.
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The Ponemon Institute, a cybersecurity and data protection research organization, reports that the average cost of a data center outage is approximately $9,000 per minute. This figure includes both direct and indirect costs, such as damage to hardware, data recovery, and loss of business. These are some staggering statistics that shed light on the broader implications of server room disasters.
This incident at FuturaTech underscores the critical role of IoT devices in our increasingly connected world. Had FuturaTech deployed IoT sensors and a monitoring system, they could have received real-time alerts about the rising temperature in the server room, even on a Sunday evening when the office was empty. The system could have sent immediate email alerts, activated a buzzer, and, crucially, notified the team through the Bolt IoT app.
The story of FuturaTech serves as a stark reminder of how IoT devices can save the day. They are not just gadgets; they are the eyes and ears that keep us informed, even when we are away, ensuring that disasters are averted and data remains secure.
Now, it's your mission as student to harness the power of IoT devices to prevent such disasters. Create a Server room monitoring solution using the components in your IoT and ML kit. The system you build In this project should monitor the temperature data and send an email and SMS alert if the temperature goes above a threshold, i.e. 30 degrees Celsius. It should also turn on a buzzer connected to the Bolt module to alert anyone available in and around the server room. Also, send a push notification on the Bolt IoT app using the alerts section on the Bolt Cloud. The light data should be also be collected on the cloud to view as a line graph. You will have to build the hardware as well as write the necessary code for the solution. Once it is completed, make a video explaining your solution.
Here is what you need to submit:
- Software code of your project
- Hardware circuit diagram (Could be hand drawn, or you may use any online tool)
- Video where you explain the working project
- A presentation (PPT) on your solution.
Problem Statement 2
Create an automated lighting system using the components in your IoT and ML kit. The project smartly turn on the LED when the room is dark and turn OFF the led when the room is bright. The project should collect the light data using the LDR sensor if the light value falls too low, i.e. the room is dark, turn ON an LED automatically. Once the light value comes above the threshold, automatically turn OFF the same. LED. The light data should be also be collected on the cloud to view as a graph.
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Here is what you need to submit:
- Software code of your project
- Hardware circuit diagram (Could be hand drawn, or you may use any online tool)
- Video where you explain the working project
- A presentation (PPT) on your solution.
Problem Statement 3
Join us as a speaker for the Community Events and get a certificate + Bolt swag. Visit:https://info.boltiot.com/community-lead-live-online-session-speaker-registration. We will coordinate with you for the event once you submit the form. If you have selected this option and if we do not get back to you within 3-4 days of time. Do write an email to us atsupport@boltiot.comwith the subject line 'IoT and ML Training- Registered for Community Event as a Speaker ' and we shall get back to you at the earliest to set up the event for you.
Problem Statement 4
Want to build a project based on your own idea? Come up with a proper problem statement, and build a project around it utilizing the learnings from the IoT and ML Training
Here is what you need to submit:
- Software code of your project
- Hardware circuit diagram (Could be hand drawn, or you may use any online tool)
- Video where you explain the working project
- A presentation (PPT) on your solution.
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