Join a hands-on architecture role focused on securing distributed IoT, satellite, ground, and cloud environments end to end. This project focuses on end-to-end security architecture across connected IoT and satellite-linked systems, spanning device communications, ground infrastructure, and cloud-native platforms. The role combines protocol design, PKI and key management, and zero-trust implementation in constrained and intermittently connected environments.

In this role, you will:

• Design and implement secure inter-satellite and network communication, including post-quantum hybrid handshakes and secure session protocols.
• Build identity, certificate, and trust models for intermittent environments using short-lived certificates, lightweight certificate formats, and offline validation approaches.
• Define and improve key management and rotation mechanisms, with integration into cloud-based or on-device HSM solutions.
• Architect security for Kubernetes-based ground systems, including secrets management and cloud-native security controls.
• Establish zero-trust architecture across device, ground, and cloud communication layers in collaboration with engineering teams.

You will thrive if:

• You have strong hands-on experience in security engineering for distributed systems and cloud-native platforms such as Kubernetes and containers.
• You bring deep expertise in identity, certificate lifecycle management, key management, and secure communication protocols such as TLS and mTLS.
• You have solid foundations in cryptography, including PKI, symmetric cryptography, and key derivation functions, and can apply them in constrained environments.
• You are comfortable designing secure systems for intermittent connectivity, resource-constrained devices, and complex multi-environment architectures.
• Bonus points if you have experience with HSMs, secure elements, hardware roots of trust, microservices security, or IAM systems.

Interested? Let us know it by Monday 6th of July!