MetaEnergy: SCADA · HYDRAULIC SIMULATION · PREDICTIVE AI
SCADA · HYDRAULIC SIMULATION · PREDICTIVE AI
Backed by 18 years in large-scale gas infrastructure.
We ran critical systems. Now we build. Monitor, simulate and predict your pipeline network.
MetaEnergy builds SCADA monitoring and high-performance software for critical infrastructure operators - proven in energy networks.
Turning Raw Data into Decisions
Transforming complex infrastructure data into clear, actionable strategies.
- AI, time-series analytics, and scalable data engineering for operational decision-making
Proven in large-scale, critical infrastructure systems
18+ YEARS OF ENGINEERING EXCELLENCE
- Industrial Expertise
- 18+ Years — Building Mission-Critical Systems
- Pipeline Monitored
- 30,500+ km — Across gas distribution networks
- Connected Devices
- 2,300+ — Smart meters & IoT endpoints
- Daily Events Processed
- 1,400+ — Critical alarms & diagnostics
Proven in Critical Infrastructure Operations
STRATEGIC PARTNERSHIPS
Field-tested in demanding national infrastructure operations, with proof from the energy sector
Featured Projects
Proven success across complex, data-driven systems
- MetaFlow - Monitoring & Dispatching Platform — Real-time platform for pipeline monitoring, dispatching, hydraulic analysis, and operational simulation
- Hydra - Hydraulic Pipeline Calculator — Browser-based hydraulic calculations for gas and liquid pipeline engineering
- MetaCast - Natural Gas Demand Forecasting — Machine-learning forecasts for gas demand, load planning, and procurement decisions
Field Notes from Critical Infrastructure
Engineering deep-dives, case studies, and platform updates from the team building the future of energy infrastructure software
- MetaFlow's Transient Flow Experiment on PSIG-1010
On PSIG-1010, MetaFlow's production MOC tracks delivery pressure at 31.4 kPa RMS; the selected thermal DGSEM configuration has RMS errors of 28.4 kPa and 0.140 K in one run.
- Day-Ahead Hourly Electricity Demand Forecasting: A Spanish Case Study at 1.21% MAPE
In a 2018 test our system achieved an hourly MAPE of 1.21%, and combining it with the operator's forecast reduced the operator's error by 7.2%. This article describes the results, the methods used and the main limitations of the study.
- SCADA Modernization: How a Digital Operating Layer Extends the Control Room
SCADA remains essential for monitoring and control. A digital operating layer extends it with simulation, forecasting, event context, and system integration.
Frequently Asked Questions
Common questions about our engineering services and technical capabilities.
Strategic Capability
- What makes MetaEnergy's platforms different from standard SCADA vendors?
Unlike traditional SCADA vendors, our platforms are built on proprietary hydraulic simulation engines and ML models developed from 18+ years of operating national gas infrastructure - not adapted from generic industrial software. These frameworks currently power live, large-scale operations, which means faster project delivery, lower architectural risk, and no compromises on fault tolerance.
- Is MetaEnergy limited to the energy sector?
No. MetaEnergy is a critical infrastructure software company. Our background is in high-stakes energy infrastructure, but our engineering frameworks apply to water distribution, utilities, industrial networks, and any non-energy sector requiring high-frequency data processing, 99.9% reliability, and complex system automation.
Technology & Security
- What technology stack does MetaEnergy use?
MetaEnergy builds its platforms using proven enterprise technologies, including C#, C++, Java, Python, JavaScript, TypeScript, SQL Server, PostgreSQL, and high-frequency data processing tools.
Our systems combine robust software engineering with applied mathematics, machine learning, and neural networks to support real-time monitoring, predictive analytics, simulation, and operational decision-making.
For each project, we select the technology stack based on performance, reliability, scalability, and the specific needs of critical infrastructure environments.
- How do you ensure the security and integrity of industrial data?
Security is a core architectural pillar - not an afterthought. We perform continuous hardening, structural vulnerability audits, and ensure compliance with international industrial data standards. Every system is engineered for resilient, low-latency performance under heavy operational load.
Integration & Delivery
- Can you integrate modern AI with existing legacy systems?
Yes. We specialize in bridging legacy hardware (SCADA/PLC) with modern AI-driven digital layers, ensuring structured data orchestration across disparate protocols - without disrupting your current production environment.
Downtime is not an option - we build for that reality
Tell us about your system