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 across 3 continents.
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, 8 manufacturer platforms, IEC 61850 GOOSE over PRP networks.
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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 more than 8 relay and IED platforms with production-level depth — one subcontract replaces the multi-vendor coordination overhead.
8 manufacturer platforms coordinated under IEC 61850 GOOSE at NASA DSN — cross-vendor interoperability validated in production across 134 IEDs per complex.
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 in the most unforgiving P&C environment on Earth — NASA's Deep Space Network, where a single relay misoperation could end a billion-dollar 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 and commissioned power system controls and automation across all three complexes. 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
- 8
- 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.