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The Algorithm
AI Platform Engineering×Energy

AI Platform Engineering for Energy & Utilities

Production AI for regulated environments — deployed for the regulatory and operational reality of energy.

The Challenge

Why Energy needs AI Platform Engineering done differently.

1,162 cyberattacks on utilities in 2024 — 70% increase year over year. Grid vulnerability points growing by 60 per day. $174B in capital expenditure with 'patchy returns' on digital transformation. Utilities are spending massively and getting mediocre results from legacy vendors and Big 4 consultants. The AI Platform Engineering challenge in Energy & Utilities is compounded by regulatory requirements that most engineering teams treat as an afterthought. We deploy engineering teams that build custom AI and ML systems — compliant from architecture through deployment. Doing this right in energy means building compliance into the architecture before writing a single line of business logic.

Compliance Frameworks
nerc cip
nist
nis2
ferc
Methodology

How We Deliver

Our AI teams come domain-qualified. They understand your regulatory landscape before they write their first line of code. Compliance is enforced automatically through ALICE at every commit. In energy, this means NERC CIP and NIST compliance is enforced at every commit.

Capabilities Deployed
Custom AI/ML system development
Compliance-native architecture
Multi-model orchestration
Real-time inference infrastructure
Model monitoring and governance
Regulatory audit trail automation
Domain-qualified energy engineers assigned before kickoff
NERC CIP compliance mapped to architecture on day one
Production-ready output — not prototypes or POCs
Automated compliance monitoring through ALICE at every commit
Full IP ownership transferred at engagement close
Embedded Capabilities

Related Platforms

These aren't products we sell. They're capabilities embedded in every engagement of this type.

Claire
AI-Powered Digital Labor
When our teams deploy Claire, clients get AI agents that handle operational tasks while maintaining full compliance. It's why our engineers can focus on high-value architecture while routine operations run autonomously.
SentienGuard
Self-Healing Infrastructure
SentienGuard is what separates our managed infrastructure from every other MSP. It monitors, diagnoses, and remediates autonomously — within compliance boundaries. The 3am alert gets handled before anyone wakes up. The compliance posture stays current without a team watching dashboards. We deploy SentienGuard across every environment we host and manage, which means you get enterprise-grade infrastructure operations at a fraction of the headcount cost.
ALICE
QA & Compliance Engine
This is the single most important reason our teams deliver compliance-native systems. ALICE makes it mechanically impossible to ship non-compliant code. It's not a QA phase — it's infrastructure-level enforcement at every commit.
Scope

Typical Engagement Scope

Team
10-30 engineers
Duration
8-16 weeks
Output
Production-ready system with compliance documentation and full IP transfer
Every engagement includes: compliance documentation · audit trail automation · self-healing infrastructure · full IP transfer

Need AI Platform Engineering in Energy?

Our engineers understand energy before they write their first line of code. Production AI for regulated environments.

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Related
Parent Service
AI Platform Engineering
Parent Industry
Energy & Utilities
Related
Compliance Infrastructure for Energy & Utilities
Related
Enterprise Modernization for Energy & Utilities
Region
AI Platform Engineering in United States
Region
AI Platform Engineering in United Kingdom
Knowledge Base
NERC CIP
Knowledge Base
NIST
Why Switch
vs. Accenture
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