Cloud & AI for the Enterprise
Equipment reliability is one of the biggest levers you control in Oil & Gas. Compressors, pumps, separators, turbines, and rotating equipment operate under intense conditions, and even a small failure can halt production, trigger safety risks, or drive unplanned downtime costs that ripple across the value chain. Traditional maintenance schedules don’t reflect real‑time equipment behavior, … Read more
Production teams are under pressure to deliver predictable output in an environment where reservoir behavior, equipment performance, and market conditions shift constantly. You’re balancing decline curves, drilling schedules, artificial lift performance, and reservoir heterogeneity — all while executives expect tighter forecasts and fewer surprises. Traditional models struggle to keep up with the volume and variability … Read more
Customers expect clarity about their energy usage, but most billing statements still feel opaque. You’re dealing with rising call volumes, complex rate structures, and customers who want simple explanations rather than technical jargon. Traditional billing systems weren’t designed to translate operational data into plain language. An AI‑driven billing summary capability helps you give customers a … Read more
Energy markets move fast, and your trading teams are expected to make decisions with incomplete information, shifting regulations, and volatile supply‑demand dynamics. You’re balancing generation costs, weather uncertainty, grid constraints, and market signals that change by the hour. Traditional forecasting tools can’t keep up with this pace. An AI‑driven trading insights capability gives your teams … Read more
Regulatory reporting has always been a heavy lift for utilities. You’re dealing with strict deadlines, evolving requirements, and data scattered across operational systems that don’t speak the same language. Teams often spend weeks assembling reports that regulators expect to be accurate, auditable, and consistent. An AI‑driven reporting capability helps you streamline this work, reduce manual … Read more
Utilities are under pressure to extend the life of aging infrastructure while maintaining reliability standards that leave little room for error. You’re managing transformers, breakers, poles, and underground assets that operate under increasing load and environmental stress. Traditional maintenance cycles don’t reflect real‑time conditions, which means you either overspend on unnecessary inspections or miss early … Read more
Field operations are where reliability is either protected or lost. You’re managing crews spread across large territories, unpredictable weather, aging assets, and rising customer expectations for faster restoration. Dispatch decisions often rely on tribal knowledge or static schedules that don’t reflect real‑time conditions. An AI‑driven field service optimization capability helps you deploy crews more intelligently, … Read more
Outages are becoming harder to predict because the grid is carrying more variability than ever. Weather volatility, aging infrastructure, and the rise of distributed energy resources all introduce new failure points. You’re expected to maintain reliability while managing assets that weren’t designed for today’s load patterns. An AI‑driven outage prediction capability gives you a clearer … Read more
Accurate demand forecasting has always been a core responsibility for utilities, but the stakes are higher now. You’re balancing volatile consumption patterns, distributed energy resources, extreme weather, and regulatory pressure to maintain reliability. Leaders can’t rely on static models or yesterday’s assumptions anymore. You need a forecasting capability that adapts in real time and gives … Read more
Modern production lines are under pressure from every direction. You’re expected to hit tighter delivery windows, manage rising input costs, and keep quality stable even as product mixes shift. Most leaders know their lines could run smoother, but they’re stuck with fragmented data, inconsistent operator practices, and legacy systems that don’t talk to each other. … Read more