SimSpace Corporation

You'll partner with regional sales to lead **technical sales cycles** across META and Europe, translating SimSpace's cyber range capabilities into mission value for **government and enterprise customers**. You'll deliver tailored demonstrations, support RFI/RFP responses, and serve as a **regional thought leader** through conferences and executive briefings.

You'll **lead integration of AI agents into cybersecurity workflows** for a **cyber range platform trusted by militaries and enterprises**. You'll design experiments, develop test environments, and deliver **mentorship on advanced threat hunting tactics** to global clients. This role offers the chance to shape how organizations operationalize AI in cyber defense.

You'll define the product vision for **AI Proving Ground capabilities** at SimSpace, leading development of a platform that enables realistic **cyber training, testing, and validation** for mission-critical organizations. Your work will directly impact how enterprises and governments evaluate AI systems and autonomous agents under adversarial conditions.

You'll operationalize messaging for a **cybersecurity simulation platform**, partnering with Product and Sales to ensure alignment. Your core impact is **creating field-ready playbooks and content** that fuel demand generation. This role stands out for its **hands-on, individual contributor focus** within a mission-driven team.

You'll **design and secure enterprise network infrastructure** for **SimSpace's corporate offices and data centers** across the US and Europe. Your core impact is ensuring resilient, secure connectivity while **leading incident response and modernization efforts**. This role uniquely combines network engineering with deep security ownership. Join a team that values continuous learning and professional growth.

You'll own the frontend foundation—design systems, shared libraries, and architecture—for **SimSpace's cyber training platform**. Your work will directly impact how engineers build and how customers experience the product. This role combines deep technical leadership with hands-on contribution to **accessible, high-performance UI systems**.

You'll lead **kernel-level network simulation** for a **cyber range platform** that trains defenders in realistic internet conditions. Your core impact is building a production-grade eBPF-based layer that reproduces global routing behavior without virtual routers. This role stands out as **patent-pending technology** with no existing industry equivalent.

You'll design and architect complex computer networks for training and testing on the SimSpace platform. Your work will directly support allied governments and military readiness through realistic cyber simulation. This internship is part of the **SkillBridge program** for transitioning military professionals.

You'll own the architecture and technical strategy for the IAM stack at SimSpace, focusing on **identity provider services** built on **Keycloak** and authorization layers using **Topaz/OPA**. Your work will enable secure, scalable access across a platform trusted by allied governments and enterprises.

You'll define product requirements and collaborate with engineering, design, and stakeholders to drive the **product life cycle** of a **cyber security simulation platform** trusted by governments and enterprises. Your work will directly shape AI-ready defenses that compress readiness cycles from months to days.

You'll design and develop containerized microservices for **cyber attack and user emulation** on a mission-driven platform. You'll drive technical direction and mentor engineers, shaping a safer digital world. This role offers a **collaborative, growth-focused culture** with high autonomy.

You'll **architect the infrastructure strategy** for SimSpace's cyber range platform, ensuring reliable deployments across data centers, customer hardware, and air-gapped environments. You'll drive **engineering standards** and **SRE culture** across the organization, solving complex infrastructure challenges at a global scale.