Bloonet InoWave helps research & innovation telecom teams aiming at high precision and realistic wireless simulations while tackling significant challenges of new industry standards: more efficient use of the radio infrastructure and spectrum, AI-enabled intelligent networks and applications, non-terrestrial networks, massive mobile device connectivity with ultra-low latency.
Build advanced simulation scenario with our innovative wireless simulation platform. Bloonet InoWave ensures high-fidelity prediction models, based on an accurate Telecom Digital Twin (indoor & outdoor), a precise wireless propagation model (3D ray-tracing) and advanced enabling technologies (MIMO, RIS, NTN, JCAS …).
Bloonet InoWave is part of the panel of Siradel’s telecom solutions. Our expertise and products are validated by over 30 years of use by leading mobile operators and manufacturers.
Whether simulating MIMO, RIS technologies, or mmW communications, test emerging technologies before commercialization, and pave the way for key innovations to patent (IPs). Push standardisation and objectify the industrialisation decision or deployment in future networks.
Bloonet InoWave provides site-specific advanced simulations tailored to real-world conditions, from dense urban areas to indoor industrial setups, ensuring accurate and reliable results.
Our Telecom Digital Twin offers a flexible and scalable environment to test the latest telecom technologies, including V2X communications, UAVs, RIS and MIMO antennas.
Tailored for wireless technology assessment in the upstream of their developments in B5G/6G, Bloonet InoWave addresses a broad spectrum of challenges such as new technologies sensing-JCAS, geolocalization, topologies (FWA, HAPS) and new frequency bands (mmW, Sub-THz).
The advanced capabilities offered in the product are achieved thanks to a significant R&D expertise founded in bilateral or collaborative research project (national and european).
Evaluating wireless communication performance through field measurements can be challenging and resource-intensive. Deterministic simulations offer a significant advantage by providing a controlled and repeatable environment to test various deployment scenarios.
This approach not only speeds up the evaluation process but also allows for a broader range of testing conditions, which can be crucial for optimizing network performance.
Siradel’s unique all-in-one platform combines
- A 3D ray-tracing model (Volcano) predicting specular and diffuse multi-path polarized components cobined with an efficient channel data processing for spatial and polarization diversities (MIMO), variations over a large bandwidth and in time domain.
- Bloonet InoWave, which prepares, orchestrates and automates wireless communication simulations. Users are empowered with capabilities to create outdoor/indoor environment.
- Off the shelves 3D geodata and results in an attractive and powerful manner (building customization, LiDAR data, Mapinfo, Planet, BIL, and Shape formats).
Bloonet InoWave offers a flexible and scalable environment to test latest technologies: V2X communications, UAVs, HAPS, MIMO antenna, RIS, Sensing or sub-THz propagation.
It provides site specific advanced simulations for results tailored to real-world conditions from outdoor dense urban to indoor industrial setups.
Users explore the solution through relevant use cases provided with the platform. Each use case is supported with notebook sample scripts, ensuring seamless exploration of new concepts. Bloonet InoWave is easily interfaced with 3rd-party tools (Matlab result format, script, import/export) and Link-level simulators.
Bloonet InoWave enables R&I telecom teams to stay competitive in the race for new connectivity technologies especially when looking for a telecom digital twin to build simulation scenarios and train/test AI algorithms (such as Telco LLM).
Bloonet InoWave RF Digital Twin facilitates testing, validation, and optimization of innovative concepts through heterogenous frequency propagation analysis, channel prediction and network deployment.
A testimony from Huawei Technologies – Milan Research Center
“I chose your software because it offers several advanced capabilities that are critical for the accurate modeling and simulation of 5G networks. In particular, it provides highly detailed and realistic 3D propagation models, which are essential for understanding the complex interactions between the electromagnetic waves the environment in urban, suburban and rural settings. In addition, it supports a wide range of frequency bands, including millimeter waves, which are pivotal in 5G deployments.”
Danilo De Donno – Wireless System Engineer
Using Siradel’s solutions since 2020
