AI-powered cyber-physical security for physical environments
Sweep360 develops technology to monitor physical spaces for rogue devices, covert threats, and data exfiltration using AI, sensor fusion, and wireless signals. It serves sports, entertainment, enterprise, and high-stakes teams with deployable systems for real-time detection and response. This creates a defense layer ensuring intelligent machines align with human intent in AI-proliferated environments.
Build and own user-facing product systems across web, mobile, and internal tools, integrating LLMs, graph reasoning, and sensor data for cyber-physical security applications. Requires 4-8 years shipping reliable production systems, polyglot coding skills, and comfort with cloud deployments in an early-stage NYC-based startup.
Firmware Engineer building secure embedded systems for high-stakes cyber-physical defense applications. Requires 3-6 years of deep systems-level firmware experience, strong C skills, and background in offensive security or red teaming of embedded hardware.
Countermeasure Engineer deploys to high-stakes global environments to identify, assess, and mitigate cyber-physical threats in real-time, then systematizes learnings for system improvement. Requires 3-6 years experience with cyber-physical risks, engineering fluency across domains, and U.S. Person status.
Build and operate ML systems that process raw signals into reliable decisions across device, cloud, and offline environments for high-stakes cyber-physical security. Requires 5-10 years experience with production ML/LLM deployment, strong Python plus Go/TS, and system design expertise.
Full stack engineer building user-facing web/mobile systems, internal tools, and integrations with LLMs, vector DBs, and cloud services for cyber-physical security. Requires 5+ years experience, polyglot skills in JS/Python/Rust/Go, and independent shipping in production.
Forward Deployed Engineer embeds with sports and entertainment teams to identify and neutralize cyber-physical threats like rogue Wi-Fi and IoT devices, developing real-time countermeasures and scalable product features. Requires 2-5 years in high-stakes environments with strong engineering across software, networks, and hardware; involves ~40-50% global travel.