Platform
One simulation engine. Two ways to see the grid.
QXT runs on a single, unified simulation core built for utility-grade power systems. Prescient turns it into real-time situational awareness. Maestro turns it into reliability-aware transmission planning.
We're not selling datasets. We're selling access to the infrastructure that turns grid complexity into usable intelligence.
Why now
Legacy grid software wasn't built for this moment.
Electrification, climate targets, AI-driven load growth and tightening infrastructure constraints are raising the need for real grid intelligence faster than incumbent tools can keep up.
Today's tools
Fragmented and siloed across planning, ops and trading
Slow onboarding, deep insider expertise required
On-prem stacks straining under Grid 2.0 demands
Built for compliance, not daily decisions
QXT
One simulation core across every model
Elastic, cloud-native — minutes, not overnight
Open APIs into your existing stack
Built for the people making the decision
The platform
High-fidelity simulation
Unit-commitment, economic dispatch and real-time models on real-world systems like ERCOT, WECC and the Eastern Interconnection. Simulation servers scale elastically in the cloud.
Seamless interoperability
One project definition flows through every model — generators, buses, lines and loads stay in sync. Open APIs drop into existing trading, planning and ops stacks.
AI-enabled platform
Click any asset on the system map and ask for LMPs, power flow or voltage angles in natural language, grounded in real physics and engineering constraints.
Open source core
QXT grew out of PhD research in modern scientific computing. Prescient runs on a cloud platform built on Sienna, an open-source power system modeling library — so the core stays open, auditable and built to be trusted.
Prescient
Situational awareness for the grid, in real time.
Prescient is QXT's operational platform — a live model of the grid that analysts and operators can query, simulate, and trust.
Data Centers
Siting, flexibility and curtailment studies.
Traders
Price and congestion simulation.
VPPs
Dispatch simulation and grid visibility.
GETs Dashboards
Visualize weather impacts on the transmission lines, on the same simulation canvas.
Maestro
Reliability-aware planning for the grid of tomorrow.
Maestro fuses reliability-aware production cost modeling with in-the-loop power flow, so planners can value grid-enhancing technologies and transmission portfolios under real operating conditions.
RELIABILITY AWARE PCM
Portfolio value
Reliability-aware (security-constrained) PCM captures the true value of transmission portfolios in relieving congestion under contingencies.
POWER FLOW ANALYSIS
In-the-loop power flow
Power flow "in-the-loop" dynamically captures reliability and system impacts across a significantly wider range of real operational conditions.
COST / BENEFIT
Operational impact
Dynamic reliability and operational constraints are considered seamlessly, not bolted on as an afterthought.
STAKEHOLDER CONSENSUS
Common framework
Build solid consensus amongst grid stakeholders around a unified framework that comprehensively captures both reliability and cost impacts.
Maestro runs on the same simulation core as Prescient — the project definition is shared between planning and operations.
Who we serve
Utilities & ISOs
Planning and operations: GETs assessment, integrated PCM-PF runs, nodal RA and regulatory analysis.
Data Centers
Flexibility optimization and operational intelligence. Get the situational awareness your fleet requires.
VPPs
Virtual power plant coordination and dispatch.
Developers
Project risk and revenue modeling.
Traders
Price and congestion forecasting.
Regulators
Policy cost analysis.