Blare.tech

Planning Private 5G before anything is built

Private 5G networks are harder to plan than earlier mobile generations. Coverage depends on placing many small cells close together, and that gets harder at high frequencies. The number of workable sites is often fixed by existing buildings, ownership boundaries and operating rules, so planners usually choose from a limited set of candidate positions rather than ideal ones. Buildings, machinery, vegetation and moving objects can weaken, reflect or scatter radio signals, which makes an accurate model of the surroundings essential.

Blare Tech presents its 5G tools as a way to test those choices on screen before construction starts. The company describes AI-assisted network planning, high-resolution three-dimensional simulation of a site, and GPU-accelerated calculations that keep the heavy propagation work fast. Its tools are tuned for millimetre-wave and dense networks, and the company says its dynamic network simulation is unique, a claim it makes about its own product.

Digital twins and a smart city platform

Beyond radio planning, the company builds spatial data systems. Its web-based and standalone digital twin platform is meant for quick, low-cost representations of many kinds of place, and it supports data integration, early planning and prototyping in urban and infrastructure development. A separate 3D GIS and smart city platform is delivered as cloud software for smart city and smart infrastructure data projects. The company says this work reaches Internet of Things projects, urban planning, land use, environmental work and telecommunications.

Engineering and software work for large organizations

Blare Tech says it helps enterprises build and run spatial data systems. It points to two strengths: a thorough knowledge of every stage of the software development process, and a clear understanding of the industries its clients operate in. Its cloud-native products are offered online as software as a service, and the company describes AI and machine learning support built into its simulation work.

The company also says its Polish operation takes part in projects co-financed by European Union funds. Taken together, the work is aimed mainly at engineering consultancies, telecommunications planners and urban developers that need an accurate model of a place before they commit to building in it.