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general

Host by

Saturnalia TIET

Hackathon Mode

OFFLINE

Ecosystem

All

Venue

Thapar Institute of Engineering and Technology

Conduct

View Code of Conduct (External Link)

External content is managed by its respective operators. This website assumes no liability.

Tech Stack

All

Participants

ANG

819+

Links

48,200 USD

Available in Prizes

Blockchain200 USD

EdgeVision Robotics30,000 INR

Beyond Boundaries ( Open Innovation )18,000 INR

Description

Get ready to dive into a weekend of innovation and excitement! The SatHack 2024, part of Thapar Institute’s famous techno-cultural fest, is set to challenge and inspire you to think Beyond Boundaries. Hosted in collaboration with industry leaders like Fore Solutions and HackQuest, this hackathon is designed for creative minds eager to build, explore, and tackle real-world problems.

Themes like EdgeVision Robotics, Blockchain, and Open Innovation, participants will have the freedom to explore cutting-edge technology and create solutions with impact. Whether you're interested in robotics, blockchain technology, or open innovation, there’s something here for you!

For those who push the boundaries, fantastic prizes await, with rewards sponsored by Fore Solutions and HackQuest. Join us for a weekend of innovation, learning, and a chance to bring your ideas to life in the vibrant environment of Saturnalia 2024!

Blockchain

200 USD

Blockchain

First Place200 USD

Blockchain

Judging Criteria

Assessed online by HackQuest, judging will focus on:

Problem Relevance : How effectively the solution addresses the selected problem statement; relevance to current blockchain needs.

Technical Implementation : Quality and robustness of the blockchain implementation, including smart contracts and security.

Innovation & Creativity: Originality in applying blockchain technology to solve the problem.

Usability & Design: User-friendliness and design of the blockchain interface or app.

EdgeVision Robotics

30,000 INR

EdgeVision Robotics

First Place15,000 INR

Second Place10,000 INR

Third Place5,000 INR

EdgeVision Robotics

Judging Criteria

Judged by industry experts from Nvidia, this track will evaluate teams based on:

● Innovation and Practicality: How unique, feasible, and impactful the solution is.

● Technical Execution: Efficient use of DeepStream, robotics frameworks, and Jetson Nano.

● Autonomy and Adaptability: Robot’s ability to navigate and adapt to various scenarios.

● Usefulness and Relevance: Practical application in real-world settings.

● Presentation and Communication: Clarity and professionalism in demonstrating the project.

Beyond Boundaries ( Open Innovation )

18,000 INR

Beyond Boundaries ( Open Innovation )

First Place10,000 INR

Second Place5,000 INR

Third Place3,000 INR

Beyond Boundaries ( Open Innovation )

Judging Criteria

Judged by faculty and alumni, focusing on:

Creativity & Novelty (30%): Uniqueness of the idea; out-of-the-box thinking in tackling a chosen problem.

Execution & Functionality (25%): Completeness of the solution; practical viability and smooth functioning.

Social Impact & Relevance (20%): Potential to make a positive impact on society, community, or industry.

Presentation & Clarity (15%): Effectiveness in communicating the solution’s value and impact.

Idea Feasibility & Scalability (10%): How the idea can be scaled and implemented in actual world

Disclaimer：

HackQuest, as a hackathon platform provider, is not involved in the final judging and reward distribution for any hackathon unless specifically stated otherwise. If no or few submissions meet the host's quality standards, the prize may be subject to change.

Schedule

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Registration

Nov 8,2024 08:30 - Nov 15,2024 10:00

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Submission

Nov 16,2024 00:30 - Nov 16,2024 18:15

End

Reward Announcement

Nov 17,2024 17:00

Code of Conduct

https://docs.google.com/document/d/13ZoxbPBa8PWsGoNgaZpCVQ2DnisG8p40BliMCteYQP4/edit?usp=sharing

Problem Statements-

1. Smart Surveillance for Public Spaces

Develop an autonomous robot with DeepStream-powered vision to monitor and alert unusual activity in public spaces, such as parks, malls, or university campuses.

● Focus: Object and people detection, crowd density estimation, and anomaly detection.

● Robotics Component: Use a mobile robot platform to patrol areas autonomously.

2. Healthcare Monitoring Bots for Smart Hospitals

Create a robot to assist healthcare facilities by monitoring patient activity, detecting falls, and ensuring hygiene compliance.

● Focus: Video analytics for patient tracking, gesture detection, and mask compliance.

● Robotics Component: Design a bot that can navigate hospital corridors autonomously and react based on video insights.

3. Smart Retail Inventory Management

Design a robot that combines video analytics with autonomous navigation to monitor inventory, customer flow, and store shelf conditions in real-time.

● Focus: Object counting, shelf management, and customer activity heat mapping.

● Robotics Component: Use a robot to patrol aisles and respond to inventory needs, alerting staff as necessary.

4. Traffic Monitoring and Incident Detection for Smart Cities

Develop a robot with a video analytics system to monitor traffic flow, detect incidents, and analyze pedestrian safety in real time.

● Focus: Vehicle and pedestrian detection, congestion analysis, and anomaly alerting.

● Robotics Component: An AMR that could navigate urban spaces or designated routes and provide data to city authorities.

5. Warehouse Bot for Secure and Smart Inventory Control

Build a robot for autonomous surveillance and real-time inventory tracking in warehouses.

● Focus: Real-time object detection, object tracking, and data collection for warehouse optimization.

● Robotics Component: The robot autonomously navigates shelves, performs item counting, and alerts staff to any unusual activities.

6. Environmental Monitoring Bot for Hazard Detection

Design a robot that autonomously surveys industrial areas to detect environmental hazards like smoke, heat spots, or spills.

● Focus: Object and thermal anomaly detection using DeepStream to identify hazards.

● Robotics Component: Equipped with sensors and video analytics, the robot navigates areas and provides real-time alerts.