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
- 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.
- Auditable Hydraulic Calculations, Not Spreadsheets
Ordinary hydraulic spreadsheets can obscure units, pressure basis, fitting sources, and assumptions. Learn what an auditable engineering record preserves.
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