CLEAR

Build and operate the software layer that keeps thousands of Linux-based biometric kiosks reliable, secure, observable, and self-healing. This hands-on platform role spans embedded Linux, OTA updates, hardware integration, and fleet-scale edge infrastructure.

Build and ship full-stack features for CLEAR’s high-traffic digital identity experiences, serving millions of members. This early-career role offers end-to-end ownership across design, implementation, deployment, and operations.

Build and operate scalable full-stack applications powering CLEAR’s secure digital identity platform. You’ll own complex projects from architecture through deployment while collaborating across Product, Design, Security, Data, and Operations.

Build and deploy secure AI-powered systems for CLEAR’s internal workflows and customer-facing experiences as a Forward Deployed AI Engineer. You’ll own AI use cases end to end, from opportunity discovery and prototyping through production launch, monitoring, and iteration.

Build secure, scalable full-stack healthcare systems that connect patients, providers, and partners through FHIR, HL7, and enterprise EHR integrations. This senior role combines modern web development with healthcare interoperability, identity resolution, and high-assurance compliance.

CLEAR is seeking a Senior Software Engineer III to build secure, scalable identity solutions across its Core Identity, CLEAR1, and CLEAR Travel technology teams. The role owns complex full-stack problems from architecture through deployment using Java, Kafka, Postgres, and AWS.

CLEAR is seeking a Staff Software Engineer to own high-impact products and integrations for its enterprise identity platform, CLEAR1. The role spans architecture, implementation, rollout, reliability, technical direction, and mentoring across teams.

Senior Software Engineer responsible for establishing CLEAR’s observability foundations and improving the reliability, scalability, and performance of its identity platform. The role leads load testing, capacity planning, chaos engineering, game days, and incident analysis across engineering systems.