Modernise your asset management, accelerate your net zero journey, and deliver reliable services to customers — all powered by Microsoft Dynamics 365, Azure IoT, and AI-driven sustainability intelligence.
Energy and utility operators face a perfect storm of ageing infrastructure, tightening regulation, decarbonisation mandates, and customers demanding digital-first service experiences.
Decades-old grid infrastructure and field assets fail without warning — causing costly outages, safety incidents, and regulatory penalties.
Azure IoT Hub and D365 Field Service deliver continuous asset health monitoring and predictive maintenance, reducing unplanned outages by up to 43%.
Disconnected scheduling systems, paper-based work orders, and lack of real-time visibility mean field engineers make unnecessary site visits and miss SLAs.
D365 Field Service with AI scheduling optimisation reduces drive time by 22% and increases first-time fix rate to over 91%.
Regulators, investors, and customers demand verifiable Scope 1–3 carbon reporting, ESG disclosures, and credible net zero roadmaps — fast.
Microsoft Sustainability Manager tracks emissions per asset, automates SECR/CSRD disclosures, and models decarbonisation scenarios in real time.
SCADA, ERP, GIS, and billing systems operate as islands — preventing unified asset performance visibility and driving costly manual reconciliation.
Microsoft Fabric and Azure Digital Twins create a unified operational data estate, connecting OT and IT data for real-time network intelligence.
Energy customers expect digital self-service, real-time outage updates, and personalised efficiency advice — but legacy CRM systems can't deliver it.
D365 Customer Service and Omnichannel deliver AI-powered customer journeys — from smart meter queries to outage notifications and EV tariff advice.
Critical national infrastructure is a prime target for nation-state cyber attacks, with OT networks increasingly exposed to IT-connected vulnerabilities.
Microsoft Defender for IoT and Sentinel SIEM provide passive OT network monitoring, threat detection, and automated incident response without disrupting operations.
Microsoft's energy and utilities solution stack connects your field operations, asset management, customer service, and sustainability reporting into a single intelligent platform — built for the demands of regulated infrastructure businesses.
AI-optimised field engineer scheduling, IoT-triggered work orders, and mobile-first technician apps — reducing O&M costs and improving SLA compliance.
Real-time sensor data ingestion from field assets, digital twin models of your grid or network, and ML-powered anomaly detection to prevent failures.
Asset-level Scope 1–3 emissions tracking, automated regulatory reporting, and scenario modelling to accelerate your credible net zero roadmap.
Omnichannel customer service, smart meter data integration, and AI-powered next-best-action for customer retention and tariff upsell.
Purpose-built Microsoft capabilities mapped to the most critical energy and utilities priorities.
From substations to wind turbines and water treatment plants — Azure Digital Twins and D365 Field Service give you a live, connected model of every critical asset in your network.
A real-time 3D model of your entire asset network — substations, pipelines, turbines, or meters — with live telemetry overlaid on every node.
Azure IoT Hub ingests data from thousands of field sensors via OPC-UA, MQTT, or REST — feeding anomaly detection models 24/7.
ML models predict asset failure windows with high accuracy — automatically triggering D365 work orders before faults cause outages.
Track every asset from commissioning to decommissioning — with full maintenance history, compliance certificates, and capex/opex attribution.
Esri ArcGIS integration with D365 for spatial asset visualisation, fault location, and network impact analysis during incidents.
Real-time Power BI dashboards tracking availability, reliability (SAIDI/SAIFI), maintenance backlog, and regulatory compliance per asset class.
From emergency response to planned maintenance campaigns — D365 Field Service with AI scheduling ensures the right engineer with the right skills and parts reaches every job in the shortest possible time.
Universal Resource Scheduling AI assigns jobs based on skills, location, SLA priority, and travel time — reducing drive time by up to 22%.
Offline-capable iOS/Android app for work order management, asset inspection, parts ordering, and time capture — no paper forms.
Real-time spare parts inventory across all depots and vans — automatic replenishment triggers and truck stock optimisation reduce parts delays.
Microsoft Teams Remote Assist with AR annotation lets control room engineers guide field technicians through complex repairs via HoloLens or phone.
Digital PTW workflows with electronic sign-off, confined space monitoring, and automatic RAMS document delivery to mobile devices.
Power BI dashboards track first-time fix rate, mean time to restore, job completion vs SLA, and engineer utilisation across your entire field workforce.
Microsoft Sustainability Manager gives energy and utility operators the data foundation, reporting automation, and scenario modelling tools to build and deliver credible, auditable net zero strategies.
Asset-level carbon measurement — from generation plant emissions to fleet and Scope 3 supply chain — in one governed data model.
Automated SECR, TCFD, CSRD, and CDP disclosures generated directly from your emissions data — eliminating manual spreadsheet assembly.
Model the carbon and financial impact of investment decisions — new renewables capacity, fleet electrification, or demand response programmes.
Track material recovery, waste diversion, and water reuse KPIs across all operational sites — aligned to GRI and UN SDG frameworks.
Azure ML demand and generation forecasting for renewable intermittency management — optimising storage dispatch and grid balancing decisions.
Microsoft Sustainability Manager maps your emissions trajectory against SBTi-aligned targets with automated variance reporting and alerts.
Transform the energy customer experience — from real-time outage notifications and smart meter self-service to AI-powered tariff recommendations and EV charging advice.
Copilot-powered chatbot handles meter reads, billing queries, and outage status — resolving over 60% of contacts without agent involvement.
Automated outage notifications via SMS, email, and push — triggered directly from your OMS/SCADA to affected customer segments in real time.
Customer portal with real-time consumption data, AI efficiency recommendations, and direct integration to D365 billing — reducing inbound calls by 40%.
AI-driven tariff optimisation advice for EV charging, solar self-consumption, and battery storage — increasing customer lifetime value and reducing churn.
D365 Customer Service Omnichannel unifies phone, web chat, email, and social — with a full customer history visible to every agent on every channel.
Power BI dashboards track NPS, complaint volumes, resolution times, and churn indicators — enabling proactive intervention before customers leave.
We follow a phased, non-disruptive delivery methodology designed around the operational reality of regulated energy and utility businesses — where downtime is never acceptable.
Network walkthroughs, OT/IT architecture mapping, SCADA and historian data audits, and regulatory compliance gap analysis. We define your full digital transformation blueprint with zero operational disruption.
D365 Field Service configuration, IoT connector deployment, Digital Twin modelling, and initial Power BI dashboard development. Passive OT monitoring goes live — no changes to control systems.
Controlled pilot on one network region, depot, or operational area. Full end-to-end UAT with your field operations, control room, and IT teams — with all regulatory and safety workflows validated by sign-off.
Full estate cutover with 24/7 hypercare for 30 days. Dedicated energy-sector success manager on-call. Parallel run with legacy systems maintained as fallback during transition.
Quarterly operational reviews, Microsoft release wave adoption, and rollout to additional network regions or business units — including expansion of sustainability reporting and advanced AI asset models.
Our delivery team includes ex-network operations managers, SCADA engineers, and regulatory compliance leads who understand the unique constraints of the sector.
Our passive-first IoT integration approach means we never connect to live OT systems without full change management — protecting critical national infrastructure.
Every client gets a named energy-sector Success Manager from day one through to post-go-live — your single point of accountability, always.
We contractually commit to a 14-week core go-live timeline for energy sector clients. If we're late for reasons within our control, we absorb the cost.
Every energy and utility operator is different. Here's a realistic investment range — we'll refine this in a free scoping call with no obligation.
Pricing is indicative and based on typical scoping for US-based energy and utility operators. Final investment is confirmed after a free scoping workshop. Licensing costs are Microsoft RRP — we can often negotiate volume discounts as a direct Microsoft partner.
Based on aggregated data from 38 energy and utility clients we've implemented Microsoft solutions for since 2019.
Verified outcomes from energy and utility businesses who partnered with Cambay to modernise their operations and accelerate their net zero journey.
A US regional Distribution Network Operator managing 18,000km of network was losing $4.8M annually to reactive maintenance and high SAIDI penalties. Cambay deployed Azure Digital Twins with 1,400 IoT sensors, connected to D365 Field Service — enabling predictive fault response and an AI dispatch system that reduced engineer drive time by 22%.
Cambay understood from day one that in energy, you don't get to take the network offline to implement software. Their passive-first IoT approach meant we could deploy 1,400 sensors and go live on D365 Field Service without touching a single substation protection relay. The results have been transformational.
— Head of Network Operations, US Regional Distribution Network Operator (18,000km network)Yes. We use passive OPC-UA and MQTT connectors that read data from your SCADA and OMS systems without writing back or altering any control logic. Our OT-safe integration methodology is designed to meet NERC CIP and NIS2 change management requirements. We work closely with your OT team throughout.
GIS shows you where assets are. Azure Digital Twins models how they behave — combining location data with real-time sensor telemetry, maintenance history, and environmental conditions to predict how assets will perform and when they'll fail. The two systems complement each other, and we integrate both into one operational picture.
Yes. Microsoft Sustainability Manager includes pre-built calculation methodologies and report templates for SECR, TCFD, CSRD, and CDP. It automates data collection from your operational systems, applies the correct emission factors, and generates audit-ready disclosure documents — eliminating the spreadsheet-based manual process most energy operators currently use.
Our standard regional network operator implementation is 14 weeks from kickoff to go-live. Large national networks with complex OT integration and multi-depot estates typically run 20–28 weeks. We always phase delivery — with core scheduling and mobile app functionality live first, then IoT and predictive capabilities following in later phases.
Yes. Defender for IoT uses agentless, passive network monitoring — meaning it never touches your PLCs, RTUs, or protection relays. It builds an asset inventory of your OT network automatically, detects anomalous behaviour and known CVEs, and feeds alerts into Microsoft Sentinel SIEM for SOC response. It's specifically certified for energy sector OT environments.
Every energy client receives 30 days of included hypercare support, followed by flexible managed service options — including 24/7 SLA-backed support for critical operational systems. Our energy managed service team includes OT-aware support engineers who understand the operational context of your systems, not just the software.
Start the conversation today and unlock measurable growth with Microsoft technology.