Schneider Electric — APC by Schneider Electric
APC is among the world's largest manufacturers of uninterruptible power supplies, power distribution units, and data center infrastructure management systems. Their platforms manage critical power for enterprise data centers, hospital operating theaters, and industrial facilities across the globe.
Software integration in this environment runs to a different reliability standard. Failure modes are not abstractions — they carry physical, operational, and in some cases life-safety consequences. The engineering discipline embedded here is what we carried into every engagement that followed.
What critical infrastructure delivery teaches — and demands.
Uptime is a physical constraint, not a SLA metric
Power management software protects systems where failure has downstream physical consequences. That reality reframes every architecture decision: redundancy, failover, and recovery aren't engineering preferences — they're non-negotiable.
OT and IT speak different languages
Operational technology stacks — SCADA, PLC, DCS — predate modern software architecture by decades. Integration requires understanding both worlds: what OT systems expect, what they can't support, and where bridging them introduces risk rather than reducing it.
Industrial telemetry demands purpose-built pipelines
Energy systems generate continuous, high-volume telemetry that consumer-grade data infrastructure can't handle at operational speed. That data engineering discipline applies directly to cloud analytics, IoT platforms, and real-time monitoring work.
Brownfield delivery requires a different execution discipline
Industrial software runs on infrastructure that cannot go offline for an upgrade cycle. Modernizing a live production system without service interruption is a fundamentally different challenge than greenfield builds — and demands a different risk posture throughout.
Industrial and energy-sector IT delivery.
High-availability design, OT/IT convergence, and industrial-grade telemetry pipelines are portable disciplines. The rigor embedded in critical infrastructure work raises the engineering floor across every engagement that follows it.