Waveium
Waveium provides instant wireless signal simulations through a single cloud-based API, requiring only a rough sketch of the environment to compute coverage and performance. The platform combines geometry-based stochastic channel modeling with high-performance ray tracing to deliver full-fidelity channel simulation from 0.5 to 30 GHz, validated against extensive measurement campaigns. It serves engineers in mining, infrastructure, industrial, space, consumer tech, and academic settings.
- Telecommunications
- Software Only
Funding
Founders
Founder details are not available yet.
Product
Problem
Traditional wireless simulation tools require complex environmental models, defined materials, and specialized operators to run them, making network planning slow and costly. Engineers in mining, infrastructure, and industrial settings often lack access to fast, accurate coverage predictions before deployment, leading to delayed projects and suboptimal network designs.
Solution
Waveium provides instant wireless signal simulations through a single cloud-based API, requiring only a rough sketch of the environment to compute coverage and performance. The platform calculates an efficient approximation of the channel transfer function as a linear combination of basis functions, combining geometry-based stochastic channel modeling with high-performance ray tracing. This approach delivers full-fidelity channel simulation from 0.5 to 30 GHz, validated against extensive measurement campaigns. Users can map coverage through kilometers of tunnels, plan 4G and 5G networks across real environments, and test wireless device designs against real-world propagation before tape-out—all without the setup overhead of traditional tools.
Target Audience
Primary customers are engineers planning wireless networks in mining, infrastructure, and industrial settings, as well as R&D teams in space, consumer tech, and academic institutions developing wireless products and systems.
Features
- Single API call delivers full channel simulations from a rough sketch, eliminating the need for detailed environmental models or material definitions
- High-performance ray tracing combined with geometry-based stochastic channel modeling computes the channel transfer function as a linear combination of basis functions
- Frequency range coverage from 0.5 to 30 GHz, validated against extensive measurement campaigns
- Cloud-based platform accessible from any hardware, with no specialist operator required
- Industry-specific applications across mining, infrastructure, industrial automation, space and non-terrestrial networks, consumer tech, and academic research
- Free access for students and research groups