Overview
The article provides a recap of LinkedIn's sixth Annual Intern HackDay, where over a thousand interns participated in a 24-hour hackathon. It highlights the winning projects, including CrowdCompute, and acknowledges the efforts of the planning team and volunteers.
What You'll Learn
1
How to develop a distributed computing platform using web technologies
2
Why crowdsourcing computing tasks can enhance web application performance
3
When to consider security implications in distributed systems
Key Questions Answered
What was the purpose of LinkedIn's Intern HackDay?
The Intern HackDay aimed to provide a platform for interns from various tech companies to collaborate and innovate over a 24-hour hackathon. It included various activities and culminated in presentations of projects developed during the event.
What project won the grand prize at the Intern HackDay?
The grand prize was awarded to the project CrowdCompute, developed by the team 'Support Interns for A Cause'. Their project is a distributed computing platform that utilizes the CPU power of web browsers to execute MapReduce jobs.
What were the notable features of the Intern HackDay event?
The event featured a video game lab, a nap lounge, midnight food trucks, an interactive graffiti wall, and plenty of pizza, creating a fun and engaging environment for participants.
Key Statistics & Figures
Number of teams participating
More than 40 teams
This indicates a high level of engagement and collaboration among interns during the hackathon.
Number of teams in final judging
11 teams
These teams were selected for their innovative projects to present to the judging panel.
Grand prize amount
$10,000
This prize was awarded to the winning team for their project, encouraging competitive innovation.
Technologies & Tools
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Key Actionable Insights
1Interns should leverage hackathons to experiment with innovative ideas and technologies.Participating in hackathons like LinkedIn's Intern HackDay can provide valuable hands-on experience and foster creativity in problem-solving.
2Consider the security implications when developing distributed computing applications.As highlighted by the CrowdCompute team, addressing security concerns is crucial for the success and acceptance of distributed systems.
3Utilize crowdsourcing as a method to enhance application performance.CrowdCompute's approach demonstrates how leveraging unused CPU power can improve computational efficiency and reduce costs.
Common Pitfalls
1
Neglecting security concerns in distributed computing projects can lead to vulnerabilities.
As noted by the CrowdCompute team, addressing security is essential to ensure the safety and reliability of distributed applications.