Glozo

Glozo is a company that is creating a high-tech recruiting platform. Their product is built on a proprietary intelligent matching technology powered by IAEA, which helps employers find candidates faster, more accurately, and with minimal effort.

Challenge

The client needed a clear, user-friendly, and functional interface that would allow users to work with this technology: posting jobs via a no-code interface, managing candidates, configuring pipelines, and creating wish lists.
Development was to be done on Bubble — a no-code platform, which meant our team had to follow the principles of no-code SaaS UX design and adapt it to the platform’s constraints.

Solution

We created a thoughtful UX/UI solution that makes a complex technology accessible and intuitive.
The goal was to tailor the platform to real hiring scenarios and the client’s business processes, crafting a convenient tool for HR professionals — a fully user-friendly recruiting software experience.
Every interface decision directly increases efficiency and reduces manual work — a great fit for ux tailored to hiring workflows.

Process

UX

• Developed a Customer Journey Map → understanding how users navigate the platform
• Worked through all interaction paths → ensuring suitability for hiring managers, recruiters, and candidates
• Created detailed prototypes → ready for Bubble implementation

UI

• Designed a clean and modern visual system → professional look for a custom HR platform design

• Delivered responsive layouts for desktop and mobile

• Provided a full UI kit compatible with Bubble
  
  Additionally, we built logic that aligns with the client’s business model — a foundation for scalable recruiting software design.

Result

The client received a powerful, production-ready solution for Bubble with a clean, modern interface — perfectly aligned with their no-code recruiting software approach.
The project is now ready for launch and investment — a great example of hiring platform interface design and how a UX agency for HR software startups can help bring such systems to life.