News & Events

Smart grids are fast-moving cyber-physical systems where power flows, protection states, market constraints, DER behavior, and customer impact can shift in minutes. The hard part isn't collecting more data. It’s knowing what’s drifting right now, what’s about to...

Blasting is where a mine either stays on plan or starts paying compound interest on mistakes. A shot that’s slightly tight on timing, slightly off in burden, or slightly inconsistent in stemming rarely fails loudly. It shows up later as oversize at the crusher, higher...

Microgrids aren’t “small grids.” They’re fast-moving, constraint-heavy power systems where generation, storage, loads, and protection all pull in different directions, often at the same time. And the operational reality is simple: when something drifts in a microgrid,...

Maintaining a safe and reliable water supply requires you to manage a constant balancing act between water quality, aging infrastructure, and strict regulatory standards. You’re dealing with shifting demand, fluctuating chemical costs, and the risk of catastrophic...

In high-stakes smelting environments, you can't afford to wait for yesterday's reports to understand how your furnaces are behaving right now. Real-time operational intelligence turns a chaotic stream of sensor data into actionable insights that prevent equipment...

Midstream oil and gas operations succeed or fail on flow. When throughput is stable, pressures are controlled, and inventories are balanced, the whole network looks effortless. When one compressor drifts, one meter lies, or one constraint is missed, the impact rarely...

Open-pit uranium mining is a tight balancing act between throughput, ore quality, and strict safety and environmental controls. Small deviations can compound quickly: a grade control miss becomes dilution, a water management drift becomes compliance risk, and a...

Drilling is where the mine plan meets the reality of the ground. When drill quality starts to drift, it rarely appears as a single, obvious problem. Instead, it shows up downstream as inconsistent fragmentation, slower digging, higher powder factor, misfires, wall...

Downstream oil and gas operations run on tight coordination across crude receiving, distillation, treating, conversion units, blending, utilities, and product movements. When one unit drifts, the impact rarely stays contained. It shows up as rate cuts, off-spec...

Ocean energy operations run on narrow margins for error: harsh marine conditions, limited access windows, corrosion exposure, and tight grid compliance. If you only learn what happened from daily summaries or post-event reviews, you end up reacting to losses that...