Machine learning integration
Couple machine learning algorithms with NetSim for closed-loop control, optimisation and decision-making inside the simulation.
Simulation Services
We extend, customise and build simulations beyond the standard features of our products. Our engineers can help with a protocol that NetSim does not model yet, or a Monte Carlo study for 5G/6G. They can also build a cyber-physical attack scenario for your grid, or a satellite coverage analysis.
NetSim modelling, simulation and customisation
We enhance, modify and extend NetSim.
Custom protocols and devices
Develop protocols, devices and models that NetSim does not support yet, and build them into the simulation engine.
Large-scale scenarios
Write utilities to generate and run large scenarios with thousands of nodes, with repeatable, scripted configuration.
Data collection and analytics
Design tools for data collection, logging and analytics, for the metrics that your study needs.
Speed and memory optimisation
Optimise NetSim speed and memory usage so very large-scale models run within practical time and resource limits.
System-in-the-loop emulation
Develop emulation connectivity, so that you can test real devices and protocol stacks against the simulated network.
Tailored Monte Carlo simulations for 5G/6G
Beyond NetSim, we build custom Monte Carlo simulation frameworks for complex 5G/6G studies. Prior work includes:
- UE location estimation and positioning accuracy analysis
- Network slicing performance and resource allocation strategies
- MU-MIMO user pairing algorithms and throughput evaluation
- Admission control and traffic steering under congestion
- AI/ML applications for real-time RAN optimisation
These studies helped clients validate designs, assess vendor solutions and make measurable performance improvements.
Cyber-physical power-system services
Built around NetSim Cyber, our protocol-aware attack simulator for electric power systems.
Custom protocols and attack modules
Add a protocol that NetSim Cyber does not cover yet, such as MMS, OPC-UA, PROFINET or EtherNet/IP. Or build new field-level attack modules for an existing protocol.
Digital-twin and testbed integration
Connect NetSim Cyber to your power-system simulator, such as RTDS, OPAL-RT, Typhoon HIL or Simulink. Together they form a closed-loop cyber-physical twin of your substation or grid.
Attack scenarios and impact studies
Reproduce historical campaigns such as the 2015 Ukraine grid attack or Industroyer2 against your topology, and quantify the physical impact of specific attacks.
Detection and dataset generation
Produce labelled malicious-versus-benign protocol traffic to train and benchmark intrusion detection systems and machine learning models.
Training and capability building
Hands-on cyber-physical security workshops with reproducible experiments, for utility, defence and academic teams.
Satellite planning and RF analysis services
Built around NetSim Astra, our studio for constellation design, link budget, and coverage prediction.
Constellation design and trade studies
Size a Walker constellation to a coverage or availability target, and compare altitude, inclination and plane trade-offs.
Coverage and link-availability studies
Coverage heatmaps and link-availability maps for your band and ground terminals, with ITU-R P.618 propagation.
Custom RF model integration
Add your measured antenna pattern, a custom propagation or interference model, or new analysis outputs to Astra.
Multibeam and interference analysis
Carrier-to-interference-plus-noise (CINR) studies for multibeam GEO or NGSO payloads with frequency reuse.
Direct-to-Cell and 5G NTN feasibility
Link feasibility for Direct-to-Cell and 5G non-terrestrial networks, with a bridge to packet-level performance in NetSim NTN.
Have a simulation project in mind?
Tell us what you want to model, with NetSim or with a custom tool. We are glad to discuss scope, feasibility and how we can help.
Contact us