Building Scalable Design Systems

Architecting a Unified Language Across 5 Global Platforms

See Live Project

Building Scalable Design Systems

Architecting a Unified Language Across 5 Global Platforms

See Live Project

Building Scalable Design Systems

Architecting a Unified Language Across 5 Global Platforms

See Live Project

Role

Design Lead

Strategise, Create, Test & Developer hand-off: Design System

Outcome

Scalable Design Systems

5 Projects
2000+ Components



Token driven & developer friendly

Timeline

~7 Years

June 2019 - Jan 2025

The Challenge

Architecting Stability Amidst Rapid Evolution

Over my 7-year tenure at BlueStacks, I led the "0 to 1" design journey for five distinct platforms: BlueStacks Website, Game.tv, now.gg, wsup.ai, and airtap.ai. The core challenge was building a foundation that could survive rapid growth across diverse territories:

Platform Dependency

Designing for unique environments ranging from gaming websites to AI interfaces. A system that gives freedom to quickly iterate and keep things scalable at the same time

System Fragility

Across these projects, the design systems "crashed" 8 times due to scaling pains. Each crash served as a catalyst for a more resilient architecture

Collaborative Complexity

Building brand identities from the ground up required intense cross-functional efforts

This journey across 5 major platforms was my defining era as a Design Lead. The expectation was clear: build a design DNA from 0 to 1 with collaborative efforts with cross-functional teams, while keeping quality in control and leveraging rapid iterations on design front

This journey across 5 major platforms was my defining era as a Design Lead. The expectation was clear: build a design DNA from 0 to 1 with collaborative efforts with cross-functional teams, while keeping quality in control and leveraging rapid iterations on design front

Goals

Essentials to build the brand and the platform

The core challenge was building a foundation for the design systems that could survive rapid growth across diverse projects, multiple iterations and an easy developer hand-off

Platform-Specific Systems

Develop individual, robust design systems for BlueStacks which would serve as a stepping stone for upcoming projects over the years(Game.tv, now.gg, wsup.ai, and airtap.ai)

The great beginning

End-to-End Flows

Creating comprehensive Figma workflows and developer portals. Publishing over 2,000 components to drive consistency across all brands.

Messy In-between

Developer Hand-off

Implementing a shared variable language to bridge the gap between design mockups and production code

The final frontier

The Process

Resilient UX—Learn, Break, and Rebuild

My approach centered on a cycle of continuous improvement, where every system failure paved the way for a more resilient architecture:

Think

Analyzing cross-project requirements to identify shared patterns across BlueStacks and our AI platforms

Make

Building interactive, scalable components and variables systems in Figma using a "tokens-first" philosophy

Check (and Crash)

Stress-testing the system with real-world developer hand-offs. When the system broke, we analyzed the friction points to make the next iteration 10x stronger

The Impact

Scaling from 0 to 2000+ Components

The result was a powerhouse of design efficiency that fueled the growth of 5 major products:

2,000+

Published components

Scale and consistency

Successfully published and maintained across 5 distinct design systems.

08

Iterative Breakthroughs

Better learning

Every recovery from a system crash resulted in a more sophisticated, developer-friendly architecture

1.5x

Enhanced Velocity

Increased dev and design iteration speed

Easy-to-understand variables allowed developers to use the same naming conventions in their code, making iterations seamless.

Global reach

Across 6 region

Scaling worldwide

These systems powered products serving millions of users, proving that design efficiency drives business results.

The key highlight of this journey was the scalability of our variables. By ensuring developers used the same naming conventions in their code as we used in Figma, we created a truly cohesive system.


Iterating on our designs with God speed felt like a cherry on top

The key highlight of this journey was the scalability of our variables. By ensuring developers used the same naming conventions in their code as we used in Figma, we created a truly cohesive system.


Iterating on our designs with God speed felt like a cherry on top

The final frontier

Design System & Guidelines

The final outcome was a suite of five independent yet philosophically aligned design systems that allowed us to scale from simple MVPs to global products and our AI platforms

Reflections

🏃 Systems Drive Velocity

A well-built design system isn't a constraint; it’s an engine that allows the team to move faster and focus on solving user problems rather than pushing pixels

💔+❤️ Breaking is Part of Building

Crashing 8 times wasn't a failure—it was the research required to build a system that can actually handle global scale

👔 Developer Synergy

Established a shared language that allowed for rapid, profitable iterations. Developers used the same naming conventions in their code as we used in Figma

🌍 Global Reach

These systems powered platforms serving millions of daily active users across 6 regions

Thank you

Let's Work Together

Let's Work Together

© Copyright Risshi Bhaggat