RE
Cyber Security Architect
Resource Environmental Solutions LLC
GB
GB (Hybrid)1 open job
Resource Environmental Solutions LLC is a US-based ecological restoration firm that designs and executes large-scale environmental mitigation, water resource, and conservation projects across all major eco-regions.
Resource Environmental Solutions LLC is an ecological restoration and nature-based solutions provider operating across the United States since 2007. The firm handles environmental mitigation at scale - from small acreage remediation to national park-sized projects - across every major eco-region. Their portfolio includes stream, wetland, prairie, and coastal system restoration alongside land conservation. They count 338 completed mitigation projects, 88,000+ acres of land conserved, 690 miles of streams restored, and 28 million trees planted among their operational metrics.
Their marquee project is the Klamath River restoration, the world's largest dam removal and river restoration effort. For a cybersecurity team, the attack surface here is interesting: you're protecting the digital infrastructure behind massive environmental datasets, geospatial mapping, water resource management systems, and project logistics spanning hundreds of concurrent restoration sites. The threat model likely involves safeguarding sensitive ecological monitoring data, operational technology tied to environmental sensors, and the integrity of long-term stewardship records that underpin regulatory compliance and mitigation banking.
RES operates with an engineering ethos of designing self-sustaining, permanently preserved ecosystems - meaning their data and systems need to outlast the projects themselves. If you're looking at securing infrastructure where the data lifecycle spans decades and the operational footprint stretches across remote field sites and centralized environmental databases, this is the scope. The company's focus on long-term stewardship implies a security posture that has to account for persistent access management, data durability, and the intersection of conservation science with operational technology.