Homework AI positions itself as a comprehensive academic assistance tool leveraging artificial intelligence to support students with mathematics and writing assignments. The iOS application developed by HUBX combines computational capabilities with natural language processing to address common homework challenges across multiple disciplines. The core functionality centers around two primary features: an AI-powered math solver that processes photographed equations and problems, and essay assistance tools that provide writing support. The math solver employs optical character recognition to interpret handwritten or printed mathematical expressions, subsequently generating detailed step-by-step solutions. This functionality extends beyond basic arithmetic to include algebraic equations, calculus problems, and geometric calculations. The essay component offers structural guidance, grammar checking, and content suggestions rather than complete composition generation. User experience demonstrates a streamlined interface with minimal learning curve. The camera integration operates efficiently with automatic problem detection and cropping capabilities. Processing times vary depending on problem complexity but generally remain under 15 seconds for standard mathematical equations. The solution presentation employs clear formatting with numbered steps and explanatory annotations. For essay assistance, the interface provides collapsible sections for outline generation, thesis development, and paragraph structuring tools. Available user feedback indicates generally positive reception, though comprehensive review data remains limited due to the app's recent market introduction. Early adopters report particular appreciation for the mathematical solution accuracy and the clarity of explanatory steps. Some users note occasional recognition errors with handwritten characters and complex symbolic notation. The essay tools receive praise for organizational assistance but some users desire more advanced stylistic suggestions. The application demonstrates strongest performance in mathematical problem-solving with reliable accuracy for standard curriculum content. Limitations include dependency on clear image capture and current constraints in handling highly specialized or advanced mathematical concepts. The essay tools function best as organizational aids rather than content generators. Ideal use cases involve middle school through undergraduate students seeking supplementary academic support and verification of problem-solving approaches.