PublicSelf
AI image models can already create almost anything. The product question is what people still need around them.
What this project covers
- Identity preservation
- Clothing remixing
- Model selection
- Prompt design
- Mobile interface
- Image storage
- API providers
- Subscriptions
- Acquisition & retention
- Server management
Exploring another side of AI
At the beginning of a new technology cycle, the lasting opportunities are difficult to identify. Some ideas become durable products. Some become features inside larger platforms. Some markets remain accessible to solo builders, while others quickly become crowded and expensive.
The practical response is to explore more than one direction. Multiple projects create exposure to different categories and reduce dependence on a single idea. They also keep the work mentally sustainable. Long development cycles can drain curiosity when every hour is spent inside the same problem.
PublicSelf began as that second direction. After working deeply with text, professional profiles, and job applications, I wanted to understand the image side of AI. Image generation, editing, identity, video, and audio had become central use cases. The open question was where a focused product could add value while the largest models were improving every week.
Finding the useful product layer
The first idea was simple: let people use their own identity, explore different clothing and presentation, and remix visual references through a guided product.
The category was already active. Fashion companies were exploring virtual try-on and synthetic photography. Independent builders were working on identity preservation, styling, portraits, and personal image generation. At the same time, the major AI platforms were absorbing more of these capabilities into their general products.
A focused application can still create value around the models. Some users want suggestions from the first step. Some want reusable visual recipes. Some want several providers in one place. Some want saved identities, image history, clothing references, and a workflow built for one purpose.
The opportunity sits in how the product organizes those capabilities and makes them easier to use.
The interface became the real project
Image generation looks simple from the outside. A usable product has to manage identity references, clothing references, model selection, prompt construction, image ratios, consistency, generation history, storage, costs, and repeated refinement.
Mobile makes every decision more demanding. The screen is smaller. The number of possible controls remains large. The product has to simplify the experience while preserving the choices that shape the result.
This pushed the work deep into interface design. What should appear first? What can the product decide automatically? Which controls need explanation? Which details should remain hidden until they become relevant? How can a complex generation process feel clear to a person who has no interest in prompt engineering?
Try PublicSelf
PublicSelf explores identity-preserving images, clothing remixing, model choice, and a guided mobile experience. It began as a second AI vertical and became a complete journey through image APIs, prompt design, interface simplification, customer data, storage, acquisition, retention, and support.
Open PublicSelf
From social media to server management
PublicSelf also reaches across the complete customer journey. The work includes social media acquisition, onboarding, subscriptions, retention, customer data, image storage, databases, API providers, deployment, server management, and support.
A larger organization might distribute those decisions across many specialist roles. A solo project brings them into one continuous experience. That creates a rare view of how product, marketing, technology, and user behaviour affect each other.
PublicSelf remains valuable even as the category changes. It has become a practical study of AI image products, mobile usability, provider differences, and the challenge of building a useful layer around rapidly improving models. It also shows why building across several verticals can be one of the fastest ways to understand where a new technology is actually going.