PH Deck

Users struggle to manage mental health and plan personal growth through traditional therapy or self-help methods, which can be time-consuming, expensive, and lack personalized, on-demand support.

Users may struggle to access timely mental health support due to the high cost and limited availability of traditional therapy services.

Users struggle with discovering and sharing music across multiple platforms due to fragmented services and lack of integrated social features, leading to inefficient music discovery and limited social interaction around tracks.

Individuals often struggle with understanding their own mental health needs, leading to delayed treatment and increased psychological distress. The traditional approach to mental health often requires direct intervention by professionals, which can be costly and time-consuming, creating barriers to timely access and personalized care.

Users struggle with impersonal interactions on traditional social platforms and face public nature of conversations that hinder genuine connections.

Developers face challenges in accessing affordable, efficient, and stable AI music APIs that integrate multiple music providers.

Old solution: Limited options and high costs for accessing AI music APIs, leading to inefficiencies and higher expenses.

Users currently build flow-based UIs with Angular manually, which is complex and time-consuming due to the lack of specialized libraries for node-and-connection-based interfaces.

Users experiencing interruptions by ads while listening to music on streaming platforms.

Users rely on separate tools for team collaboration (e.g., Slack) and AI interactions (e.g., ChatGPT), requiring them to switch between different platforms, leading to fragmented context, repeated copy-pasting, and inefficient workflows.

Users need a lightweight solution to play local audio files without the complexity or resource-heavy nature of traditional media players. Traditional media players are often bulky and lack specialized features for local audio playback.