Enterprise SaaS / Video Conferencing / Remote Collaboration
Ulang
Designing a cloud platform for live remote interpreting.
Ulang is a premium cloud-based platform that enables professional live interpreting for conferences, workshops, webinars, and other virtual events. The platform allows interpreters and participants to communicate through real-time translated audio during live sessions.
The objective was to design the complete user experience for the platform, moving from early concepts through high-fidelity interface design before handoff to the development team.
Project Overview
Ulang needed a complete product experience designed from the ground up. The platform supports professional live interpreting for conferences, workshops, and webinars, allowing interpreters and participants to communicate through real-time translated audio. The design work covered the full path from requirements and early exploration through to high-fidelity production screens ready for development.
My Role
I worked as Product Designer across the entire engagement, from research synthesis and information architecture through user flows, wireframing, high-fidelity UI design, and handoff to development.
The Challenge
The central challenge was building an interface that could support a complex live translation workflow while staying intuitive for users in the middle of a live event. It had to hold multiple user interactions, interpreter controls, and participant views without adding cognitive load during active sessions.
Design Process
I started from the platform requirements and the core interpreting workflows, then explored the structure as low-fidelity sketches: screen hierarchy, navigation, and the main interactions. Working through wireframes and user flows let the interaction model evolve and get validated before any visual design. Once the structure held, the work moved into high-fidelity UI, where I defined color, typography, layout, and hierarchy into a consistent enterprise visual system.
Solution
The result was a complete interface for Ulang's remote interpreting platform: interaction flows, wireframes, and high-fidelity screens for interpreters and participants. Final mockups and specifications were handed off to a dedicated Angular implementation team, with room for technical adjustments during production.
Depth
What was complex about Ulang, and what I helped clarify.
- The interface needed to support a complex live translation workflow while remaining intuitive for users participating in virtual events.
- Multiple user types and interaction patterns had to coexist without increasing cognitive load during active sessions.
- The project required moving from early exploration to production-ready screens on a development timeline tied to an Angular implementation team.
- The screen hierarchy and navigation model for the platform.
- How different user roles moved through the live interpreting workflow.
- The visual system and component structure needed to support enterprise collaboration.
Delivered a complete interface design for Ulang's remote interpreting platform, including interaction flows, wireframes, high-fidelity mockups, and production-ready assets for a smooth transition into development.
Solution visuals
Screens and visual references from Ulang.













Design highlights
What changed in the experience.
Complex workflow made intuitive
A live translation workflow with multiple user types was organized into a clear, low-friction interface.
Progressive fidelity from sketch to production
The design moved from low-fidelity validation through high-fidelity production without skipping alignment steps.
Clean enterprise visual system
Color, typography, layout, and hierarchy were defined to support a professional, enterprise-grade product.
Smooth development handoff
All screens and specifications were prepared for a dedicated Angular implementation team with room for technical adjustments.
Outcome
The engagement produced a complete, production-ready interface design for Ulang's remote interpreting platform that enabled a smooth transition into development.
Related work



