Industrial cybersecurity
Controlstrike Automation delivers industrial cybersecurity assessments written by control-system engineers. We evaluate the PLCs, SCADA servers, networks, and remote access that actually run your process—then give you a prioritized roadmap that respects uptime, legacy equipment, and operating budgets.
An operational technology security assessment that maps how your control system is built and connected, identifies the gaps IT scans miss, and ranks findings by operational risk.
ICS cybersecurity assessments aligned to NIST SP 800-82 and organized around the NIST Cybersecurity Framework, with reference to EPA cybersecurity guidance for water systems.
SCADA security assessments and OT network assessments that define practical zones, conduits, and firewall boundaries between business IT, SCADA, and plant-floor control networks.
Water utility cybersecurity assessments and critical infrastructure cybersecurity planning for treatment plants, distribution systems, and remote telemetry sites—documentation leadership can use for grants, audits, and capital planning.
Findings become a phased cybersecurity improvement roadmap and infrastructure modernization plan, so remediation can be scheduled alongside normal maintenance and upgrade work.
Controlstrike Automation provides industrial and OT cybersecurity consulting across Los Angeles County, Orange County, Riverside County, San Bernardino County, San Diego County, Ventura County from our Southern California base, and supports projects throughout California and the United States with remote engineering and onsite commissioning.
It is a structured review of the operational technology that runs your process—PLCs, SCADA, HMIs, networks, and remote access—resulting in an asset inventory, documented risks, and a prioritized remediation plan.
Yes. Our ICS cybersecurity assessments are aligned to NIST SP 800-82 and organized around the NIST Cybersecurity Framework, with EPA guidance referenced for water and wastewater utilities.
No. Assessments are designed for live plants, relying on documentation, interviews, configuration review, and passive methods rather than intrusive scanning of control equipment.
Industrial network engineering for control systems—OT network design, segmentation, Stratix and Cisco switching, radio telemetry, remote connectivity, and industrial communications.
Learn more →Water treatment automation, wastewater SCADA, pump and lift station automation, and municipal SCADA integration for water utilities across Southern California and the U.S.
Learn more →PLC and SCADA upgrades, legacy PLC migration, SCADA modernization, and Windows server migrations with staged cutovers, offline testing, and commissioning support.
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