01
Grid optimization
Real-time analytics on grid topology and load, congestion forecasting, and the integration with existing EMS / ADMS systems operators rely on.
Industry
Energy & Utilities.
Grid optimization, smart-metering platforms, predictive failure analytics, and renewable asset management, engineered against NERC CIP, FERC, and the operational reality energy infrastructure runs on.
- NERC CIP
- Aware
- FERC
- Supported
- ISO 27001
- Aligned
- SOC 2 Type II
- In flight
The landscape
Energy and utilities engineering operates critical infrastructure under regulator scrutiny , not a SaaS rollout.
The reality across utilities, ISOs, and renewable operators: every change crosses NERC CIP scope; every model decision lands in a regulator's documented expectation; every integration touches OT systems with safety implications; every outage is a public-facing event. Buyers don't want a vendor who learned NERC CIP from a webinar. They want engineers who know that grid analytics, smart-meter integration, and renewable asset management are operationally critical concerns with regulator visibility.
Prosigns engages on energy engagements with explicit awareness of the regulatory frame and the OT realities. Architecture decisions land in writing against NERC CIP, FERC, and state-level supervision. Integration with EMS, SCADA, ADMS, and meter data management is primary scope. Operating discipline reflects the on-call expectations critical infrastructure operators actually face. CITADEL co-pilots from kickoff.
Where we ship
6 workloads, grounded in this sector.
Specific applications we’ve built and operated for energy & utilities buyers. Every example below is grounded in a real shipped engagement.
- 02
Smart-metering platforms
Meter data management, consumption analytics, billing integration, and customer-facing energy-usage dashboards integrated with the AMI infrastructure.
- 03
Predictive failure analytics
Predictive maintenance for transformers, substations, and renewable assets. Time-series ML grounded in sensor reality, not lab conditions.
- 04
Renewable asset management
Solar, wind, and battery asset operations with explicit revenue-grade reporting, performance analytics, and integration with ISO market participation.
- 05
Demand response
Demand response programs with consumer-facing apps, real-time dispatch, and the regulator-facing reporting demand response markets actually require.
- 06
Outage management AI
Outage prediction, customer-facing notification, and the integration with field-crew dispatch that turns outage response into a managed system rather than a reactive scramble.
Quick read
In plain terms: we map the compliance frame, ship the core workflow, and operate the system with named owners and measurable targets.
- - Grid optimization: shipped for production teams.
- - Smart-metering platforms: shipped for production teams.
- - Predictive failure analytics: shipped for production teams.
How we engage
4 phases, named in the SOW.
Each phase has a deliverable, an owner, and an acceptance criterion specific to energy & utilities delivery.
- 01
Regulatory frame and OT reality
Discovery includes NERC CIP scope analysis, FERC expectations, and the OT inventory, EMS, SCADA, ADMS, MDMS, that the workload has to integrate with. Architecture decisions land against the regulatory frame and OT realities, not generic best practices.
- 02
Compliance-driven architecture
Network segmentation that respects NERC CIP electronic security perimeters, identity that bridges OT and IT, audit logging integrated with existing posture, and evidence-collection pipelines that satisfy regulator inquiries in days.
- 03
Engineering with operations
Senior engineers embedded with grid operations, customer service, and field crews during design and rollout. We don't deploy systems operators won't trust. We build with the people who'll run them.
- 04
Operating discipline for critical infrastructure
On-call expectations calibrated to critical-infrastructure SLAs. IR plan rehearsed quarterly with the regulator-notification timeline in mind. Continuous evidence collection for the next CIP audit, not the one before.
Practices in energy & utilities
How each practice plays in this sector.
The capabilities below are scoped to the constraints energy & utilities procurement actually enforces: compliance, audit, data residency, and vendor risk.
- 01CORTEX
AI & Machine Learning
Generative AI, agents, computer vision, predictive analytics, and MLOps, engineered for production.
Open the practiceIn Energy & Utilities
Grid optimization, predictive failure analytics, demand forecasting, and outage prediction. With the operational embedding regulated utilities actually use.
- 02FOUNDATION + SKYWAY
Platform & Cloud
Cloud architecture, DevOps, SRE, migrations, data engineering.
Open the practiceIn Energy & Utilities
NERC CIP-aware AWS / Azure architectures with explicit segmentation, IaC-backed evidence collection, and the operating discipline regulators expect.
- 03FORGE
Custom Software
SaaS, enterprise applications, legacy modernization, integrations, and mobile.
Open the practiceIn Energy & Utilities
Customer-facing energy-usage apps, demand-response platforms, field-crew dispatch tooling, and regulator-facing reporting infrastructure.
- 04GUARDIAN + CITADEL
Quality & Security
Test automation, performance, accessibility, application security, secure SDLC.
Open the practiceIn Energy & Utilities
NERC CIP audit support, penetration testing of OT/IT boundaries, and continuous-monitoring evidence collection for critical infrastructure.
Selected work
Quantified outcomes, not adjectives.
Common questions
Asked before the first call.
- 01
Can you work within NERC CIP scope?
Yes: NERC CIP awareness is part of the discipline. We design architectures that respect electronic security perimeters and physical security perimeters, integrate identity across OT and IT boundaries, and produce the evidence pipelines audits actually pull from. We co-pilot with your CIP function rather than working around it.
- 02
Do you integrate with EMS, SCADA, ADMS?
Yes: that's most of the engagement. Major EMS / ADMS vendors (GE, ABB, OSI, Survalent), historian platforms (PI, Aspen), and the SCADA infrastructure under them are all in our active engagement portfolio. We design integrations as primary scope with explicit fault tolerance for OT-side outages.
- 03
What about renewable asset operations?
Solar, wind, and battery asset operations are growing portions of our portfolio. Revenue-grade reporting, performance analytics, ISO market participation tooling, and integration with the OEM SCADA platforms most renewable operators inherit. We tell you which OEM platforms are worth integrating with deeply and which aren't.
- 04
Can you support customer-facing utility apps?
Yes. Outage notification, energy-usage dashboards, payment, demand-response participation, and the customer-self-service tooling utilities actually need. Integration with CIS, MDMS, and call-center platforms designed in.
- 05
How do you handle regulator interactions?
Continuous evidence collection produces what regulators expect: control activity logs, change-management artifacts, access reviews, as a side-effect of operating the system. We've supported clients through NERC audit, FERC inquiries, and state-PUC interactions.
- 06
What does an energy engagement cost?
Discovery and regulatory frame: 4–8 weeks, $80K–$200K. Grid analytics or smart-metering program: 6–12 months, $600K–$2M. Multi-substation predictive maintenance: $400K–$1.5M. Customer-facing utility platform: $500K–$1.5M. Managed Services: $40K–$200K monthly retainer.
Talk to us
Bring an energy & utilities problem. We’ll bring a senior engineer.
A senior engineer plus the relevant department lead joins the first call. No discovery gauntlet, no junior reps.