Titan Forge & Chemical Processing — Industrial Network Transformation
THE PROBLEM: “We were one question away from collapse.”
The 15-year-old brownfield plant, OT Director at Titan Forge, had no issues. Until an auditor asked, “Prove to us every device on your OT network.” Thirty-six sleepless hours later, Marcus realized he was in trouble. There were old printers from 2008, rogue contractor laptops, unauthorized access points, and a PLC in the sulfuric acid unit calling an external IP address for eleven months. They knew they weren’t sloppy. But they were blind.
Not only to digital issues. Their environment included temperatures from 40°C to 50°C, oil-rich air, corrosive washdown procedures, and VFD electromagnetic interference breaking their $340k motors every fourteen months. Old PROFIBUS and Device Net coexisted with modern IP technologies; IP-less fieldbus devices could not be scanned. Physical inspections took up to 60% of their maintenance resources but failed to discover anything. IT and OT were merging without segregation. Noncompliance with IEC 62443 and NIST requirements would result in regulatory penalties. The plant’s infrastructure, accumulated through years of undocumented renovations, lied to them, and they paid for it dearly in terms of hardware, late-night repairs, and lost sleep.
THE SOLUTION: “We needed a partner, not a catalog.”
So they chose a provider ready to immerse themselves in the harsh reality of their plant: two weeks spent in dark conduits, mapping fourteen VLANs, and finding all the ghost devices. These observations laid the foundation for the integrated five-pillar architecture:
Pillar 1: OSP Cabling
Dual-rate indoor/outdoor cable (Cat 5e to 6A), dry OSP with no splices, gel-filling protection
Impact: 6-hour repairs reduced to 45 min; winter-related camera outage prevention
Pillar 2: Fieldbus and Ethernet
Transition from PROFIBUS to PROFINET, implementation of SPE technology for IIoT edge nodes, proper environment-specific jackets (PVC to FEP)
Impact: Legacy protocols coexist; 200+ SPE nodes installed
Pillar 3: VFD and Grounding
High-strand tinned copper wiring combined with Beldfoil and braid; isolated glands as default
Impact: No bearing failure cases for 18 months after transition; motors work as clean as new
Pillar 4: Industrial Networking
Hirschmann TSN switches, IEC 62439 sub-10 ms redundant architecture; next-gen Firewall DMZ
Impact: IT and OT convergence; enterprise-level network security on industrial hardware
Pillar 5: OT Cybersecurity
Tripwire passive monitoring, Forescout NAC (90 sec blocking of unauthorized devices), macmon for IP-less visibility
Impact: 100% of the devices under control, including legacy fieldbus nodes; automation replacing manual processes
CLIENT FEEDBACK: “The silence was deafening.”
Macmon was a terrifying and liberating experience. It discovered over 400 previously unknown devices within 48 hours: terrifying since we were blind and liberating because now we have everything under control.”
“Forescout blocked an unauthorized laptop in just 90 seconds, while earlier it would stay there for weeks. Physical inspection was our religion; we practiced it devoutly and failed miserably.
“My cell phone stops ringing during nighttime at 2 AM. Getting used to this takes some time.”
Two veteran technicians decided not to retire after seeing new equipment, saying, ‘This is where we work with solutions worthy of our professionalism.’ “
“Our audit lasted for a record short time this year. The auditor told me that ‘this is what you expect to see in financial companies.'”
GROWTH: From Survival to Leadership
Year 1: Foundation
More than 1,000 nodes under management, 100% visibility, zero bearing failures, IEC 62443/NIST compliance
Next Step: Predictive analysis based on remaining bandwidth in 10 Gbit/s backbone
Year 2: Optimization
MTTR reduced by 67%, remote diagnostics implemented, 200+ SPE edge devices deployed
Next Step: Integration of machine learning with vibration detection algorithms
Year 3: Innovation
Digital twin concept trial: AI-based energy consumption reduction on 50+ VFD motors; exchange of threat intelligence data with other regions
Next Step: Autonomous maintenance scheduling system
“I am not concerned anymore with the things I cannot see. What worries me now is my next innovation idea, allowing us to outpace our competitors in terms of performance, efficiency, and safety. And this isn’t infrastructure; this is freedom.”
OT Director
From underground conduits to enterprise cloud: designed for the most demanding environments, 100% uptime, and ultimate OT cybersecurity.
Industry: Manufacturing, Oil & Gas, Utilities
Focus: Cabling, Networking & OT Security