Data Center Protection & Controls Engineering
One team.
Every relay vendor.
No commissioning delays.
One team from design through commissioning — across every equipment vendor on your project.
For AE/MEP/EPC prime contractors delivering Tier III/IV data center power systems.
30-minute technical discussion — we respond within one business day.
Three Risks That Stall Your Timeline
No Handoff Gaps.
No Finger-Pointing.
When design and implementation are split between firms, every commissioning issue triggers a blame cycle that burns days you don't have. One team from protection design through site commissioning — no handoff gaps, no finger-pointing, no schedule slip.
Same engineering team owns requirements, design, programming, FAT, SAT, and training — approach validated at NASA DSN's Goldstone and Madrid complexes.
See how our delivery model works
No Rework Cycles.
No Failed Witness Tests.
Systems engineered to pass owner witness testing the first time — every relay setting, communication path, and failover sequence verified before energization, not discovered during commissioning.
Systems that pass owner witness testing first time — validated across 134 IEDs per complex design and IEC 61850 GOOSE over PRP networks, on a program spanning 10+ manufacturer platforms.
See our engineering credentials
No Vendor Gaps.
One Subcontract. All Platforms.
When a cross-vendor issue surfaces at 2 AM, one team owns both sides of the problem. We work across 10+ manufacturer platforms with production-level depth — one subcontract replaces the multi-vendor coordination overhead.
10+ manufacturer platforms at NASA DSN, with protection coordinated under IEC 61850 GOOSE — cross-vendor interoperability validated in production at Goldstone and Madrid, across 134-IED complex designs.
See our platform expertiseWe focus exclusively on specialist P&C scope for data centers. If your project needs general electrical, low-voltage, or IT infrastructure, we're not the right fit — and we'll tell you that upfront.
Proven on NASA's Deep Space Network
These methods were forged on NASA's Deep Space Network — 400+ IEDs across three continents, operating 24/7/365, where a protection failure could end a planetary mission. We bring that same rigor to your data center.
The Deep Space Network needed to replace a legacy powerhouse control architecture — isolated systems, single points of failure, no deterministic failover — with a standards-based distributed control system. Our engineering team designed power system controls and automation across all three complexes, with commissioning at Goldstone and Madrid. Board-by-board cutover maintained live mission operations throughout.
We bring that engineering discipline to AE/EPC and MEP prime contractors building mission-critical data center power systems.
- IEDs (intelligent electronic devices) per complex design
- 134
- IEDs across three continents
- 400+
- manufacturer platforms
- 10+
- redundancy architecture
- 2(N+1)
Your next commissioning window is already tightening.
Tell us your scope and timeline — we respond within one business day to discuss your equipment vendors, commissioning schedule, and whether our team is the right fit.