Forsk is an independent company that has been providing software solutions for wireless network planning and optimization since 1987.
In 1997, we released the first version of Atoll, our flagship wireless network planning software. Since then, Atoll has remained the most advanced platform for wireless network planning and optimization, with over 11,000 active licenses installed across 140 countries for more than 500 customers, making it the industry standard for wireless network planning and optimization.
Atoll Atoll is a scalable and flexible multi-technology network design and optimization platform that supports operators throughout the network lifecycle, from initial design to network optimization, and beyond. It can easily integrate with other IT applications through an open technology information system, significantly enhancing productivity. Atoll features advanced development tools and open interfaces, allowing for the integration of both custom and commercial complementary modules. It is designed to accommodate a wide range of implementation scenarios, from standalone operations to enterprise-wide server configurations utilizing distributed parallel computing. Atoll also supports the latest technologies for 5G network design, such as large-scale MIMO, 3D beamforming, and mmWave propagation. Atoll supports the following technologies : -5G NR -NB -IoT -LPWA/Iot -GSM/GPRS/EDGE -UMTS/HSPA -CDMA2000 1xRTT/EV-DO -LTE -TD-SCDMA -WiMAX/BWA -Microwave links |
Naos Naos is a cloud-native automation platform for wireless network planning and optimisation. Naos provides mobile network operators (MNOS) with a framework for designing their own automated RAN planning and optimisation workflows and delivers off-the-shelf computation capabilities for massive pathloss calculations and coverage predictions. Typical use cases include 5G mobile network deployments, country-wide pathloss and coverage calculations, business logic implementation in the RAN, process-oriented RAN planning, dedicated optimisation applications and more. |