What Building In-House gets wrong in Energy
Utility in-house technology teams face NERC CIP compliance in an OT environment that most IT engineers have not encountered. The Critical Infrastructure Protection standards require technical controls in operational technology systems that IT engineers design differently than OT engineers — and the gap between an IT-designed system that is theoretically NERC CIP compliant and an OT-native system that enforces NERC CIP controls at the infrastructure layer is the gap that NERC CIP auditors are specifically trained to find.
Grid modernization and AMI deployments require engineering expertise at the boundary between IT and OT that is genuinely scarce. The Common Information Model (IEC 61968/61970) that defines how utility data systems interoperate, the SCADA integration constraints that govern what OT system changes are operationally safe, and the cybersecurity architecture requirements of NERC CIP — these are not skills that standard recruiting produces at scale.
The capital expenditure cycle in utilities creates budget pressure that makes in-house development attractive on paper. A $50M grid modernization program that is staffed in-house looks less expensive than the same program managed by a consulting firm. The in-house accounting does not always include the cost of regulatory remediation when NERC CIP auditors identify control gaps in the deployed system.
What we deploy instead
We provide the OT-qualified engineering team that utility in-house recruiting cannot assemble at the speed that grid modernization timelines require. NERC CIP compliance enforced at the infrastructure layer. FERC cybersecurity requirements built into the system architecture.
NERC CIP audit evidence generated automatically — not assembled by a compliance team before each audit cycle. Full IP transfer at close.
NERC CIP and NIST built into the architecture from day one — enforced automatically by ALICE at every commit.
Fixed-price engagements. Production system in 8-20 weeks. No discovery phase. No change orders.
Domain-qualified engineers with energy experience. The senior engineer who scopes the engagement is the senior engineer who delivers it.
Full source code and documentation transferred at close. No licensing. No managed services dependency.
The compliance difference
NERC CIP, FERC cybersecurity orders, NIST critical infrastructure frameworks. OT compliance requires engineers who have implemented it — not engineers who have read the standards and are implementing them for the first time.
What switching from Building In-House looks like
Energy technology engagement: 14-22 weeks. Team: 10-16 engineers with OT/ICS experience and NERC CIP qualification. Fixed price. Full IP transfer.
Architecture review and scope definition. We review existing deliverables and identify gaps.
Scope locked, team assembled, first sprint underway. Working code from week two.
First production milestone — a working integration or system component, not a document.
Full IP transfer. Source code, documentation, operational runbooks. Your team runs the system.
Failed Vendor Recovery Playbook
Step-by-step framework for recovering from a failed Building In-House engagement — from emergency stabilisation through full re-platforming. 4-phase playbook covering stabilise, assess, transition, and normalise.