🔴Live: Pysimverse EarlyBird Launch (7 days Only)

Key Concepts:

• Pymverse: A Python-based drone simulator with real physics and computer vision capabilities.
• Lifetime Deal: A one-time payment option for Pymverse offering access to all features, live sessions, competitions, and future updates.
• Super Early Bird Pre-order: A limited-time offer (7 days) for the lifetime deal at a discounted price.
• Physics Engine: A simulation engine that calculates drone movement based on real-world physics principles like mass, acceleration, and wind speed.
• Computer Vision: The ability of the simulator to "see" and react to the environment, enabling features like object tracking and obstacle avoidance.
• Drone Coding Challenges: Missions and scenarios within Pymverse designed to test and improve drone programming skills.
• Subscription Model: The future pricing model for Pymverse after the pre-order period, offering access to the simulator on a recurring basis.

1. Introduction and Overview of Pymverse

• The speaker introduces Pymverse, a drone simulator programmable in Python.
• Pymverse allows users to program drones and observe the results in a simulated environment.
• An example is shown where a drone uses computer vision to count cars in a simulated traffic accident scene. The initial algorithm isn't perfect, highlighting the need for user-developed solutions.
• The core idea is to provide a safe and convenient environment for testing drone algorithms without the risks and limitations of real-world drone flights.

2. Pymverse Features and Benefits

• Real Physics: Pymverse uses a physics engine that simulates drone movement based on forces applied to propellers, closely mimicking real-world drone behavior.
• No Hardware Required: Users can program and test drones without needing physical drone hardware.
• Missions: Pymverse includes various missions and scenarios to challenge users' programming skills.
• Python-Based: Pymverse is programmed in Python, a popular and accessible language.
• Computer Vision Enabled: The simulator supports computer vision, allowing drones to "see" and react to their environment.
• Multiple Drone Control: Users can control multiple drones simultaneously, depending on their computer's processing power.

3. Why Pymverse Was Created: Addressing Challenges in Drone Coding

• Battery Drain: Real-world drone batteries drain quickly (10-15 minutes), limiting testing time.
• Expensive and Complicated Drone Kits: Building and using drone kits can be expensive and complex, especially for beginners.
• Safety Concerns: Drones can be unsafe, especially indoors.
• Flight Restrictions: Many locations have restrictions on drone flights.

4. Pymverse as a Solution

• Pymverse simulates drone environments, allowing users to code and test drone behavior in a safe and controlled setting.
• Beginner-Friendly: Getting started with Pymverse is simple, requiring only a few lines of Python code.
• Target Audience: Pymverse is designed for developers, students, researchers, gamers, and makers.
• Future plans include a university teaching environment with a dedicated portal for students.

5. Example Missions and Scenarios

• Animal Surveillance: A drone must maintain a specific distance from an animal to avoid scaring it away.
• Face Tracking: The drone tracks a specific person's face.
• Warehouse Surveillance: Drones monitor a warehouse environment.
• Drone Show: Programming multiple drones to perform synchronized aerial maneuvers.
• Obstacle Avoidance: Drones navigate around obstacles.
• Firefighting Drills: Drones assist in locating and assessing forest fires.
• Traffic Surveillance: Drones count cars and report accidents.
• Jogging Tracking: Drones track a jogging person, even amidst other people and obstacles.
• Drone Delivery: Drones find the fastest path to deliver packages.
• Car Chase: Drones assist police in chasing a car.
• Line Following: Drones follow a line using computer vision, with a leaderboard for competition.

6. Differentiators: Why Choose Pymverse?

• Beginner-Friendly: Easy to get started with, unlike more complex platforms like ROS.
• Computer Vision Support: Strong focus on providing robust computer vision capabilities.

7. Lifetime Deal and Pricing

• Lifetime Deal: One-time payment for lifetime access to all features, live sessions, competitions, and future updates.
  • Available for a limited time (7 days) at $197.
  • Price increases to $297 after the super early bird period.
  • Will be replaced by a subscription model after launch.
• One-Year Subscription: Available for $119 during the early bird period, increasing to $134 and then $180 after launch.

8. Timeline and Development

• October 2024: Project started.
• December: Basic prototype developed.
• Current: Pre-orders open.
• November (Expected): Early access for backers.
• 2025 (Expected): Full launch.

9. Market Trends and Statistics

• 1 million FAA registered remote pilot certificates have been granted.
• 2025 schools are opening curriculums for Python development.
• The drone market is expected to grow significantly by 2030, already at $73 billion.

10. Team and Background

• The team has experience with Kickstarter campaigns and has successfully launched and delivered over 12 projects.
• The project was demoed at OpenCV, receiving positive feedback.

11. Addressing User Questions

• Free Version: A free version with limited features will be available after launch.
• Physics Engine Access: Users have access to the physics generated in the simulation.
• Customizable Environments: The possibility of importing JSON data to customize environments is being considered for future development.
• Transferring Code to Real Drones: The goal is to make the simulation as realistic as possible so that code can be easily transferred to real drones, reducing tuning time.
• Unrealistic Calculation Issues: The simulation aims to replicate real-world drone behavior as closely as possible, using data from existing drone models.
• Package Contents: The package includes the simulator, live sessions, competitions, tutorials, updates, new levels, and premium features.

12. Conclusion

• Pymverse offers a beginner-friendly and powerful platform for learning and developing drone programming skills.
• The lifetime deal provides significant value for those committed to drone development.
• The team is actively seeking user feedback to improve and expand the simulator's capabilities.
• The speaker encourages viewers to pre-order Pymverse and become founding members.