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Security
PLATFORM
Desktop, Emerging Technologies
SERVICES
Design: Prototyping, UX/UI, Visual Design, Interaction Design
Research: Competitive Analysis, Stakeholder Interviews, User Feedback
At a Glance

S2 Global, a leading provider of advanced security and inspection solutions, partnered with UEGroup to integrate new AI-driven analysis algorithms into their CertScan platform. Expanding on our earlier platform redesign work, this project focused on helping analysts effectively incorporate AI insights into their daily workflows

 

Through a six-week design sprint, we created a new AI Analysis page that presents a clear, high-level view of cargo risks and anomalies, and detailed image and text analysis. The design prioritizes clarity and trust, helping analysts quickly interpret AI findings, improve inspection accuracy and efficiency, and accommodate new algorithms as capabilities expand.

The Challenge

CertScan had developed AI algorithms to detect risks and anomalies in cargo scans, but faced challenges integrating them into the analyst’s existing workflow. They needed a way to clearly present AI findings so analysts could understand and act on them without adding unnecessary complexity or confusion.

The Challenge Image

Using an AI-assisted system to pre-filter scans and flag anomalies would help me focus on critical cases. This combination of automation and manual review ensures I make accurate decisions even under high workload

Analyst in Albania (Survey response)

How We Did It

Curvy line

Over the course of six weeks, we collaborated with analysts and other stakeholders at CertScan to understand, conceptualize, and refine an approach to integrating AI algorithms into their cargo screening operations.
 

Weeks 1 and 2: Building Context

We began the project by developing a clear understanding of CertScan’s current capabilities and the broader security screening landscape. This included conducting a competitive analysis of how other security companies are integrating AI into their inspection workflows. We reviewed documentation and worked closely with the CertScan team to understand their AI algorithms and how they generate insights. We also engaged with stakeholders to clarify goals for the new AI functionality and studied the current analysts’ workflows and feedback on existing AI tools to identify pain points, trust barriers, and other opportunities for improvement.

Week 3 and 4: Exploring Concepts and Aligning on Direction

With a strong foundation in place, we moved into concept development, exploring ways to integrate AI into analyst workflows that provided sufficient detail without overwhelming users. We developed three concepts for a pre-analysis dashboard designed to give analysts a high-level overview of the vehicle being screened.

We explored three concept directions for the pre-screening dashboard, each offering a different way to integrate AI insights and support analyst decision making:
 

  1. AI Process-Focused: Highlighted the AI’s internal decision-making process, emphasizing data inputs and the algorithm’s step-by-step logic. While it provided transparency, it was less aligned with how analysts typically review and act on information.
     
  2. Analyst-Aligned Workflow (Selected): Followed the analyst’s decision-making flow, this concept presenting scan imagery, cargo details, and risk indicators in an intuitive order. exploring ways to integrate AI into analyst workflows that provided sufficient detail without overwhelming users.
     
  3. Simplified Risk Score: Designed for quick assessments, this concept featured a high-level risk score and contributing factors, but offered less context around the scan and screening phases, limiting its depth.
     

After presenting the concepts and gathering feedback from CertScan stakeholders, we chose the analyst-aligned workflow approach. This concept consolidated key data from the cargo manifest, scan history, and current scan into a cohesive view and included a screening timeline, AI-generated risk visualization, and an image analysis section highlighting suspicious scan areas.

How to image

Week 5 and 6: Refinement, Planning, and Handoff       

During the final phase of the project, we refined the dashboard’s visual design and interaction details and incorporated stakeholder feedback to fine-tune layout, terminology, and information hierarchy. Our goal was to ensure that the interface clearly communicated AI findings and supported fast, confident decision-making. We worked closely with the development team to assess technical feasibility and make necessary design adjustments where needed. Finally, we delivered a comprehensive handoff package with detailed design specifications to support a smooth implementation.

The
Outcomes

The final AI dashboard design consolidates key information from the vehicle’s manifest, current scan, and scan history into a single, streamlined view. It features a timeline showing where the vehicle is in the screening process and summarizing previous steps, an algorithm-generated vehicle risk-level visualization, a section highlighting relevant scan history, and an image analysis area that highlights areas of concern. These elements work together to help analysts quickly understand the full context of their upcoming inspection and and complete screenings more efficiently. At the conclusion of the project, we delivered detailed design mocks of the dashboard layout and interactions, providing a clear foundation for development and implementation.

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