Problem Statements
Challenge Accepted: Pioneering Solutions for Tomorrow at HackSavvy-24
Drone Technology
Identification of Air Objects
Identification of air objects employs cutting-edge industrial sensors such as Radar, Lidar, and Camera-based systems to detect and track aerial entities, enhancing anti-drone capabilities. These advanced technologies enable precise recognition and classification of unauthorized drones in real-time, bolstering security measures against aerial threats. Integrating multi-sensor fusion ensures robust detection, enabling swift and effective responses to potential airspace intrusions.
Identification or Detecting Frequency Emitting Objects
Utilizing advanced RF detection technology, our anti-drone system swiftly identifies and tracks frequency-emitting objects in real-time, enhancing airspace security. With precise frequency analysis algorithms, potential drone threats are swiftly detected, allowing for timely intervention and neutralization. Our solution offers robust protection against unauthorized drone activity through accurate identification and proactive countermeasures.
Gyro, Accelerometer, and Barometer or IMU Based Stabilization
1. Gyro-based stabilization for aerial robotics utilizes gyroscopic sensors to measure angular velocity, helping maintain stable orientation and precise control during flight maneuvers.
2. Accelerometer-based stabilization employs accelerometer sensors to detect changes in linear acceleration, enabling precise altitude and position control for aerial robots by adjusting motor speeds accordingly.
3. Barometer or IMU-based stabilization utilizes barometric pressure sensors or integrated inertial measurement units (IMUs) to accurately determine altitude and atmospheric conditions, aiding in altitude hold and navigation for aerial robotic systems with enhanced stability and performance.
Building Model Trail Robot from Scratch
Embark on an exciting journey of engineering ingenuity by constructing a model trail robot entirely from scratch. Unleash your creativity as you design and assemble each component to craft a versatile and agile robotic explorer. Experience the thrill of hands-on learning while gaining valuable insights into robotics, mechanics, and problem-solving.
GPS Navigation
GPS navigation for aerial robotics provides precise location tracking and navigation capabilities for drones and other unmanned aerial vehicles (UAVs), enabling efficient and accurate autonomous flight. By leveraging satellite positioning data, it allows drones to navigate through complex environments, execute predefined routes, and perform various tasks with minimal human intervention. This technology enhances the safety, reliability, and effectiveness of aerial missions in industries such as agriculture, surveillance, and infrastructure inspection.
Vision-Based or Non-GPS Based Navigation
Vision-based navigation for aerial robotics utilizes onboard cameras to interpret visual data from the environment, enabling precise localization and obstacle avoidance without reliance on GPS signals. This technology empowers drones and other aerial vehicles to navigate accurately in various environments, including indoors and in GPS-denied areas, by leveraging computer vision algorithms and sensor fusion techniques.
Jamming in a 3D Space: Frequency or GPS
The Anti-Drone System utilizes advanced jamming technology to neutralize unauthorized drone activity within a three-dimensional space. Operating on frequencies or GPS signals, it disrupts drone communication and navigation, rendering them ineffective and ensuring airspace security. This system provides comprehensive protection against potential threats posed by drones in various environments.
AI Recognition using TensorFlow or YOLO
Utilizing TensorFlow or YOLO, our AI recognition system empowers camera-based navigation by accurately identifying objects and obstacles in real-time. Seamlessly integrating with navigation systems, it enhances safety and efficiency in various environments. Experience precise guidance and obstacle detection through cutting-edge AI technology.
Building the USV or UGV from Basics
Embark on a journey of engineering prowess as you learn to construct Unmanned Surface Vehicles (USVs) or Unmanned Ground Vehicles (UGVs) from the ground up. Dive into the intricacies of robotics, mechanics, and electronics to bring these autonomous machines to life. Explore the cutting-edge realm of camera-based navigation enhanced with Artificial Intelligence. Master the fusion of technology and innovation as you design and implement advanced systems for unmanned vehicles, revolutionizing industries ranging from transportation and surveillance to exploration and beyond.
Studying 3D Cameras, Radar, and Lidar
Studying 3D cameras, radar, and lidar for advanced sensing capabilities. Exploring AI-driven camera-based navigation systems for enhanced autonomy and perception. Researching integration of multiple sensor modalities to improve navigation precision and robustness in various environments.
Building the USV or UGV from Basics
Embark on a journey of engineering prowess as you learn to construct Unmanned Surface Vehicles (USVs) or Unmanned Ground Vehicles (UGVs) from the ground up. Dive into the intricacies of robotics, mechanics, and electronics to bring these autonomous machines to life. Explore the cutting-edge realm of camera-based navigation enhanced with Artificial Intelligence. Delve into image processing, machine learning algorithms, and real-time data analysis to empower your vehicles with the ability to navigate and adapt to their surroundings autonomously. Master the fusion of technology and innovation as you design and implement advanced systems for unmanned vehicles, revolutionizing industries ranging from transportation and surveillance to exploration and beyond.
Autonomy of USV and UGV
Unmanned Surface Vehicles (USVs) and Unmanned Ground Vehicles (UGVs) leverage advanced sensors, artificial intelligence algorithms, and navigational systems to autonomously navigate, avoid obstacles, and execute predefined missions, enhancing efficiency and safety in maritime and terrestrial operations.
Ground Based GNSS Survey & 2D/Orthomosaic Mapping Using Drones
Ground-based GNSS survey and 2D or orthomosaic mapping using drones enable accurate mapping and geospatial data collection for GIS applications, providing valuable spatial data for analysis, decision-making, and visualization.
High Resolution 2D & 3D Maps
High-resolution 2D & 3D maps offer cutting-edge solutions for surveying, mapping, and analysis in GIS, leveraging the latest technology for unparalleled detail and accuracy.
Applying AI in GIS
Applying AI in GIS enhances geographic data analysis by leveraging machine learning algorithms for tasks like image classification, spatial pattern recognition, and predictive modeling, enabling more accurate mapping, efficient resource management, and insightful decision-making.