PH Deck

Traditionally, rendering 3D models can be a very time-consuming process, taking hours to complete and requiring substantial computational resources. The drawbacks include the need for significant hardware investment, extended timeframes which delay project workflows, and a steep learning curve for complex software.

Users struggle to accurately track their work hours, breaks, and notes, leading to potential errors in work logs and difficulties managing multiple jobs.

Users face slow rendering times and high hardware requirements with traditional 3D rendering software like Blender or 3ds Max. High hardware requirements and long rendering times lead to inefficiency in design workflows.

Users manually track work hours using spreadsheets or basic apps, leading to time-consuming entries, inaccurate earnings calculations, and privacy concerns.

Users requiring high-quality 3D rendering face slow processing times and high computational costs with in-house solutions, leading to project delays and resource strain.

Users face challenges in enhancing the quality and resolution of rendered images within Blender, relying solely on manual methods.

Companies face challenges in accurately tracking employee work hours, leading to complicated payroll calculations, inefficient handling of per diems, vacation days, sick leave, overtime, and national holidays, which can result in mismanagement and payroll errors.

Architects, interior, and landscape designers use traditional 3D rendering tools that require lengthy rendering times and complex workflows, leading to inefficiencies in design iteration and client communication.

Users struggle to track their activities and habits effectively, set goals, and gain insights to optimize their productivity.

Users need to integrate multiple AI models but must read separate docs for separate APIs, leading to increased development time and complexity.