On our production floor, an unverified device is a contamination risk like any other. ConnGuard keeps every one of them off the line until it’s known, profiled, and allowed.
Egea Food has produced halal-certified Mediterranean and Middle Eastern proteins since 1983, distributing across the United States, Canada, Mexico, and the Caribbean under USDA and HACCP certification. Behind that is a 24/7 operation — production-line controllers, cold-storage and refrigerated-fleet monitoring, warehouse scanners, and the B2B ordering systems our wholesale customers rely on, all on one network. A disruption there doesn’t just slow IT down; it threatens the cold chain and the shipments restaurants and retailers expect on time.
ConnGuard gave us a live inventory of every device in the plant and automatically segmented our production and cold-chain IoT away from business and ERP systems — a sensor or scanner can reach exactly what it needs and nothing more. EndGuard makes sure every office and sales device meets our security baseline before it connects. And with SpotGate, the USDA and HACCP auditors, drivers, and outside vendors who come through our facility get online without ever touching our operational network.
For a family business whose name has meant trust for four decades, S3M let us extend that trust to our network — without slowing the line.
Director of Operations
Egea Food
S3M Products in Use
CityGate
Network Access Control
Live device inventory with automatic segmentation of production and cold-chain IoT from business and ERP systems.
Endpoint Posture & Compliance
Security baseline enforced on every office and sales device before it connects.
Secure Guest & Visitor Access
Isolated connectivity for USDA/HACCP auditors, drivers, and vendors — never touches the operational network.
Zero Trust in Practice
Production-line and cold-chain IoT segmented from business and ERP systems.
USDA/HACCP auditors, drivers, and vendors connect via isolated guest access.
Every office and sales device meets its security baseline before reaching order systems.