Randy F.

Qlok Inc. is a visionary quantum cybersecurity firm developing physics-powered solutions to protect data against post-quantum threats. Specializing in Biometric Device Authentication and Quantum Authentication Gateways, Qlok delivers entanglement-based anomaly detection and post-quantum cryptography to high-stakes defense and finance sectors. Our software engineers manage the full software development lifecycle (SDLC) to build Qlok’s secure, multi-service platform. Developers architect backend services for AI agent action control, implement event-driven architectures with RabbitMQ, and manage AWS cloud deployment via automated CI/CD pipelines. Engineers build client SDKs in Python and TypeScript, handle SQL database schema updates, and integrate third-party APIs with answer verification workflows. Operating under Agile methodologies and test-driven development (TDD), the team leverages AI-assisted tools to accelerate delivery, maintain high quality, and ensure minimal defects.

Frenos delivers an AI-native security platform for operational technology (OT) and critical infrastructure. Utilizing digital network twins and AI reasoning agents, Frenos proactively identifies network vulnerabilities and mitigates operational risks at scale across enterprise environments. Our software engineers manage the full software development lifecycle (SDLC) to drive Frenos’s AI Network Vulnerability platform from initial prototypes to enterprise-ready releases. Developers architect microservices in Go, Python, and Rust, engineer REST APIs, and manage custom graph engines alongside MongoDB migrations. The team builds React frontends, deploys containerized environments via Docker, Kubernetes, and AWS, and integrates AI-driven predictive modules for threat detection. Operating under Agile methodologies, engineers maintain testable code, execute clear software verification plans, and conduct robust debugging to ensure high-performance, on-premises execu

USHR is an innovative live-event ticket exchange platform that enhances the fan experience by enabling venue attendees to upgrade, swap, or donate seat locations in real time during games and events. Our software engineers manage the full software development lifecycle (SDLC) to advance USHR’s mobile ticketing platform. Developers architect mobile applications in React Native, refactor core codebases to support complex ticket-switching business logic, and construct comprehensive technical documentation for ongoing knowledge transfer. The team manages cloud infrastructure across AWS serverless services, EC2, and Firebase, while configuring automated CI/CD pipelines and orchestrating App Store Connect releases. Operating within Agile frameworks and test-driven development (TDD), engineers maintain accurate sprint estimations, execute software verification plans, and perform efficient troubleshooting to deliver high-velocity solutions with minimal defects.