Customer Stories
Streamlined Digital Experience for Online Passport Renewal
eSimplicity helped DOS modernize a critical application process making it faster and easier for millions of users.
Problem
Over 20 million Americans seek passport services each year. Currently, the U.S. Department of State (DOS) approximates that five million Americans are eligible to renew their passport online each year. Using the legacy systems customers struggled with confusing workflows, failed photo uploads, and limited accessibility. The lack of a seamless, mobile-friendly experience caused user frustration and low digital adoption. A faster, more inclusive solution was needed to boost self-service and modernize public access.
Solution
To drive digital adoption and improve the user experience, the eSimplicity team redesigned the passport renewal journey — streamlining workflows, simplifying language, and reducing failure points. We worked with DOS to design and implement the Online Passport Renewal (OPR) 3.0 service, and with the AWS BESPIN platform team while they developed the new platform infrastructure – Cloud City – to support OPR 3.0. Accessibility, mobile optimization, and integrated payments made the experience faster, more inclusive, and easier to complete successfully.
Outcomes
OPR 3.0 delivered significant improvements in speed, scalability, accessibility, and usability. It reduced user friction, accelerated deployments, and fostered cross-functional collaboration within the DOS Bureau of Diplomatic Technology (DT), Enterprise Applications (EA), Consular Systems and Technology (CST) organization.
MEASURABLE IMPACT
We produce results for our customers
Each year, more than 20 million U.S. citizens rely on the passport system to renew travel documents. Applicants eligible to renew their passport online using the legacy online renewal tool faced long completion times, confusing workflows, and a cumbersome photo upload process that frequently resulted in failed submissions and user frustration. Additionally, the application was not accessible for users with assistive technology or optimized for mobile, cutting off a large segment of the public from digital access. DOS needed a more efficient and inclusive path for online passport renewal that would increase self-service completion rates and deliver a secure, accessible experience for applicants.
Process & Solution
To improve user experience and drive digital conversion, the eSimplicity team streamlined the online passport renewal journey—from simplifying complex instructions to enhancing photo upload and eligibility verification features. We modified user flows to minimize time on task and applied plain language principles to improve clarity. These enhancements were informed by continuous usability testing and designed to reduce abandonment while increasing successful self-service completions. To support improvements at scale, eSimplicity collaborated with the AWS BESPIN platform team to deploy the solution, becoming the first application to use a new cloud-native architecture. We built a flexible, containerized system with modular front-end components (via Storybook) and automated CI/CD pipelines. We also were the first application to integrate with the government’s collections payment API, allowing users to pay within the application instead of being redirected to a second site.
Human-centered design anchored our approach, with user testing and feedback embedded throughout the Agile delivery cycle, not just during discovery. We used high-fidelity prototypes, moderated usability tests, and real-time reviews with stakeholders to continuously refine the experience and improve conversion. We also implemented a robust analytics and observability plan using Crazy Egg and AWS CloudWatch to monitor user behavior, measure performance, and inform future improvements in real time. To ensure the application worked for all users, we designed to Web Content Accessibility Guideline 2.0 standards and partnered with the American Council of the Blind (ACB) for accessibility testing. A mobile-first strategy and plain language design further reduced complexity, making the renewal process faster, more intuitive, and more inclusive.
Outcomes
The OPR 3.0 application outperformed its predecessor by reducing user friction, increasing deployment velocity, and enabling seamless cross-functional collaboration. It achieved improvements in accessibility, performance, and scalability. Our transparent, cross-functional approach to product delivery, combined with real-time observability and data-informed iteration, positioned OPR 3.0 as a successful, modernized system.
