From project site to research hub

From project site to research hub

Information Architecture

Web Design

I redesigned the information architecture of the Censored Planet website, shifting it from a site centred on a single project to a platform representing the lab’s broader research ecosystem.

Censored Planet investigates internet censorship using large-scale measurement infrastructure. The website had grown around the Observatory measurement platform, even as new initiatives such as VPNAnalyzer and the Internet Splintering Project were introduced.

I redesigned the information architecture of the Censored Planet website, shifting it from a site centred on a single project to a platform representing the lab’s broader research ecosystem.

Censored Planet investigates internet censorship using large-scale measurement infrastructure. The website had grown around the Observatory measurement platform, even as new initiatives such as VPNAnalyzer and the Internet Splintering Project were introduced.

From project site to research hub

Information Architecture

Web Design

I redesigned the information architecture of the Censored Planet website, shifting it from a site centred on a single project to a platform representing the lab’s broader research ecosystem.

Censored Planet investigates internet censorship using large-scale measurement infrastructure. The website had grown around the Observatory measurement platform, even as new initiatives such as VPNAnalyzer and the Internet Splintering Project were introduced.

I redesigned the information architecture of the Censored Planet website, shifting it from a site centred on a single project to a platform representing the lab’s broader research ecosystem.

Censored Planet investigates internet censorship using large-scale measurement infrastructure. The website had grown around the Observatory measurement platform, even as new initiatives such as VPNAnalyzer and the Internet Splintering Project were introduced.

THE PROBLEM

A site built around one project instead of the lab behind it

Over time the lab launched additional initiatives, including VPNAnalyzer and the Internet Splintering Project, each with its own site.

Despite this growth, the structure of the main site continued to center the Observatory. As a result, the lab’s broader research ecosystem was difficult to understand without prior familiarity with its internal projects.

The core challenge was structural: the website needed to represent an organization and its research programs, not a single measurement tool.

ECOSYSTEM ANALYSIS

Understanding the existing ecosystem

To understand the scope of the problem, I conducted a content and structure audit across the entire Censored Planet ecosystem. This included the main site as well as project sites for the Observatory, VPNAnalyzer, and the Internet Splintering Project.

Content was mapped according to its purpose: explaining research, publishing findings, demonstrating tools, or inviting collaboration. This revealed that the existing structure reflected the lab’s internal history rather than how external audiences approach the work.

Visitors arriving to learn about censorship research were forced to navigate technical projects first, making the lab’s mission and broader work harder to understand.

INFORMATION ARCHITCTRE

Reframing the site around the organisation

The redesigned structure introduces Censored Planet itself as the primary entry point. Rather than organizing the site around individual tools or project sites, I prioritized a lab-centered structure so visitors could understand the organization first and then navigate into its research, platforms, and initiatives.

This structure allows different audiences to navigate the site according to their needs. Researchers can explore publications and reports, while journalists or funders can quickly understand the lab’s mission and impact.

UI DESIGN

Designing for a research hub

Lab-first homepage
The homepage introduces Censored Planet as a research organisation first, surfacing key areas of work before directing users into specific projects. This shifts the experience from navigating a single platform to understanding a broader ecosystem.

Readability for dense content
The site contains long-form research, project documentation, and technical material. The interface was designed to support both scanning and deeper reading, with clear hierarchy and layout patterns that help users quickly identify relevant content without being overwhelmed.

UI DESIGN

Translating structure into interface

With the architecture defined, I translated the structure into wireframes and interface patterns. The homepage was redesigned to introduce the lab’s mission in plain language and highlight major research areas before directing users toward specific projects.

Because the site contains large amounts of research content, readability was a key priority. The interface emphasizes clear typographic hierarchy, generous spacing, and restrained use of color to support long-form reading.

A reusable component system was also developed in Figma, ensuring consistency across pages and making it easier for the platform to scale as new initiatives are added.

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INTERACTION MODEL

DESIGN SYSTEM

Designing for a research hub

Building a scalable visual language

The visual language was designed to support clarity, credibility, and long-term consistency across the platform.


Research-led visual language
Working within a restrained colour palette, the design relies on typographic contrast and layout structure rather than decoration. Recurring imagery from the Observatory helps ground the interface in the lab’s actual work and reinforces its global scope.


System for growth
A shared component system was developed to ensure consistency across pages and support the addition of new projects over time. This allows the site to expand without requiring the interface to be rethought from scratch.

The visual language was designed to support clarity, credibility, and long-term consistency across the platform.


Research-led visual language
Working within a restrained colour palette, the design relies on typographic contrast and layout structure rather than decoration. Recurring imagery from the Observatory helps ground the interface in the lab’s actual work and reinforces its global scope.


System for growth
A shared component system was developed to ensure consistency across pages and support the addition of new projects over time. This allows the site to expand without requiring the interface to be rethought from scratch.

UI DESIGN

Translating structure into interface

With the architecture defined, I translated the structure into wireframes and interface patterns. The homepage was redesigned to introduce the lab’s mission in plain language and highlight major research areas before directing users toward specific projects.

Because the site contains large amounts of research content, readability was a key priority. The interface emphasizes clear typographic hierarchy, generous spacing, and restrained use of color to support long-form reading.

A reusable component system was also developed in Figma, ensuring consistency across pages and making it easier for the platform to scale as new initiatives are added.

OUTCOME

A unified research platform

The redesigned website presents Censored Planet as a cohesive research lab rather than a standalone project.

The new platform:

  • consolidates content from multiple project sites

  • clarifies the relationship between projects, research, and tools

  • improves navigation for researchers, journalists, policymakers, and funders

  • introduces a scalable interface system for future growth