About Delinea

Delinea is the identity security platform that continuously controls what AI agents, humans and machines can do and for how long. It extends privileged access management from the point of access to the moment of action, using just-in-time authorization to reduce standing privilege across on-premises, multi-cloud and short-lived infrastructure, without adding friction for legitimate users. Delinea provides visibility across every identity type, scores the risk each one carries, and preserves the context behind access decisions, making them auditable and defensible. It supports both static and ephemeral access, letting teams apply Zero Standing Privilege where risk demands it without replacing existing infrastructure.

This position is HYBRID in Mexico City

About Delinea

Delinea is a pioneer in securing identities through centralized authorization, making organizations more secure by seamlessly governing their interactions across the modern enterprise. Delinea allows organizations to apply context and intelligence throughout the identity lifecycle across cloud and traditional infrastructure, data, and SaaS applications to eliminate identity-related threats. With intelligent authorization, Delinea provides the only platform that enables you to discover all identities, assign appropriate access levels, detect irregularities, and immediately respond to identity threats in real-time. Delinea accelerates your teams’ adoption by deploying in weeks, not months, and makes them more productive by requiring 90% fewer resources to manage than the nearest competitor. With a guaranteed 99.99% uptime, the Delinea Platform is the most reliable identity security solution available. Learn more about Delinea on Delinea.com, LinkedIn, X, and YouTube.

Join our passionate, global team at Delinea and help us make the world a safer and more secure place. Our success is driven by world-class product leadership, outstanding engineers, and strategic investment from TPG. We value diversity, innovation, and a culture of respect and fairness. If you're ready to push boundaries and challenge the status quo in security, we want to hear from you.

Apply today to help us achieve our mission.

Job Summary

This position is on the JIT Proxy team, which builds secure, just-in-time access to the resources customers depend on, including databases, servers, Kubernetes clusters, and other infrastructure. Instead of relying on standing access and long-lived credentials, users get access only when they need it, and only for as long as policy allows.

As a Senior Software Engineer, you will help design, build, and operate the secure proxy and cloud services behind this product. That includes supporting protocols and connection types such as SSH, RDP, Kubernetes, and database connections, high-performance networking, distributed systems that stay correct at scale, and security that customers trust with access to their most sensitive infrastructure. We are deeply security-minded, applying Zero Trust and least-privilege principles throughout, and we care about building software that is reliable, observable, and easy to run in customer environments. You will report to the team's engineering manager.

What You'll Do

Design, build, test, and maintain highly concurrent services that power secure, just-in-time access to customer resources.

Build and extend proxy capabilities across a growing range of protocols and resource types, including SSH, RDP, Kubernetes, databases, and more.

Develop distributed systems that securely deliver and enforce tenant policy, identity, and resource data across cloud services and proxies running in customer environments.

Build, deploy, and operate cloud services on Kubernetes and Azure, along with proxy software deployed into customer environments.

Write clean, well-tested software with a strong focus on secure networking, reliability, performance, observability, and maintainability.

Work with architects, product managers, and partner platform teams to define technical approaches and deliver features from design through production.