Full-Stack Convex AI Development
Budget: ₹37,500 – ₹75,000 INR
Project Requirements
What to Create: Entrants must create a working software application that deploys Convex, must use Convex Auth and other Convex features and enter into one of the hackathon categories (each a “Project”).
Categories:
Best fullstack app that uses Convex (overall)
Best Startup Idea
Best use of AI
Most Viral App
Functionality: The Project must be capable of being successfully installed and running consistently on the platform for which it is intended and must function as depicted in the video and/or expressed in the text description.
Platforms: A submitted Project must run on the platform for which it is intended and which is specified in the Submission Requirements.
New & Existing: Projects must be either newly created by the Entrant or, if the Entrant’s Project existed prior to the Hackathon Submission Period, must have significantly updated after the start of the Hackathon Submission Period. Entrants should explain how their Project was significantly updated during the Submission Period.
Third Party Integrations: If a Project integrates any third-party SDK, APIs and/or data, Entrant must be authorized to use them in accordance with any terms and conditions or licensing requirements of the tool.
Below is the idea I want u to make a detailed proposal with all the tech, features, ux/ui , frontend development, backend development etc...
Note-- u have to come up with features and tech
I shared a sample document. Need something like that.
we are using framework here.
I want to have space theme for this ui/ux.
Interplanetary AI Cloud Networks
Convex Optimization for Space-Based AI: With the expansion of human activity into space, AI cloud networks might extend to interplanetary scales. Convex optimization would be crucial in managing the allocation of resources, communication bandwidth, and computation across vast distances, ensuring that AI systems operate efficiently even in space environments.
AI-Optimized Terraforming and Resource Management: Convex optimization could be used to manage the complex, multi-objective tasks involved in terraforming planets and managing extraterrestrial resources, with AI models optimizing for sustainability, safety, and efficiency in these unprecedented challenges.
What to Create: Entrants must create a working software application that deploys Convex, must use Convex Auth and other Convex features and enter into one of the hackathon categories (each a “Project”).
Categories:
Best fullstack app that uses Convex (overall)
Best Startup Idea
Best use of AI
Most Viral App
Functionality: The Project must be capable of being successfully installed and running consistently on the platform for which it is intended and must function as depicted in the video and/or expressed in the text description.
Platforms: A submitted Project must run on the platform for which it is intended and which is specified in the Submission Requirements.
New & Existing: Projects must be either newly created by the Entrant or, if the Entrant’s Project existed prior to the Hackathon Submission Period, must have significantly updated after the start of the Hackathon Submission Period. Entrants should explain how their Project was significantly updated during the Submission Period.
Third Party Integrations: If a Project integrates any third-party SDK, APIs and/or data, Entrant must be authorized to use them in accordance with any terms and conditions or licensing requirements of the tool.
Below is the idea I want u to make a detailed proposal with all the tech, features, ux/ui , frontend development, backend development etc...
Note-- u have to come up with features and tech
I shared a sample document. Need something like that.
we are using framework here.
I want to have space theme for this ui/ux.
Interplanetary AI Cloud Networks
Convex Optimization for Space-Based AI: With the expansion of human activity into space, AI cloud networks might extend to interplanetary scales. Convex optimization would be crucial in managing the allocation of resources, communication bandwidth, and computation across vast distances, ensuring that AI systems operate efficiently even in space environments.
AI-Optimized Terraforming and Resource Management: Convex optimization could be used to manage the complex, multi-objective tasks involved in terraforming planets and managing extraterrestrial resources, with AI models optimizing for sustainability, safety, and efficiency in these unprecedented challenges.