- Engineers: RAN planners, network architects, and optimisation specialists
- Technical Evaluators: Telecom managers and IT teams evaluating planning tools
- Decision-Makers: CTOs, CIOs, and executives focused on cost reduction and revenue growth
- Industry-Specific Roles: MNOs deploying 5G, FWA, and mmWave networks
- How Atoll’s 3D modelling enables high-precision RAN planning
- How Naos can automate FWA eligibility checks with cloud-scale computations
- How Digital Twin modelling aligns Engineering, Marketing, and Operations on a single source of truth
Mobile Network Operators (MNOs) face unprecedented challenges in deploying and optimising 5G networks:
- Precision: Traditional 2D tools fail to model 3D environments and modern building materials.
- Scalability: Manual processes for FWA eligibility checks and RAN optimisation are too slow for mass deployments.
- Integration: Network planning data remains siloed from OSS/BSS systems.
- Compliance: Regulatory obligations require accurate simulations and documented proof of coverage.
Webinar Key Takeaways
The replay explore how Atoll and Naos enable Digital Twin modelling to address these challenges.
Plan and optimise In-Building 5G networks with centimetric accuracy
Automate RAN workflows with Naos’s cloud-native platform
Integrate with OSS/BSS systems for a unified view of the network
Accelerate 5G and FWA deployments while ensuring compliance
Atoll and Naos enable Digital Twin modelling
5G networks require precision, scalability, and automation
Trusted by operators worldwide
Digital Twin Modelling for MNOs
5G networks require precision, scalability, and automation to support applications like:
- Urban deployments (dense small cells, mmWave frequencies)
- Rural coverage (regulatory obligations).
- Fixed Wireless Access (FWA) (last-mile broadband for residential customers).
Atoll and Naos enable Digital Twin modelling to address these challenges:
Challenge | Solution | Business Impact |
| Lack of precision | 3D volumetric modelling + In-building modelling | Reduce manual site surveys |
| Slow time-to-market | Naos’s cloud-scale automation | Accelerate deployments |
| Low monetisation | Automated FWA eligibility databases | Increase FWA revenues |
| Regulatory non-compliance | Precise 3D simulations | Ensure 100% compliance |
| Operational silos | Unified Digital Twin platform | Reduce coordination time |
Why Forsk / Atoll / Naos?
Forsk is the industry leader in radio planning and optimisation tools, with:
- 500+ customers
- In 140+ countries.
- 11,000+ active licences for Atoll.
Atoll and Naos provide:
- High-precision 3D modelling for RAN planning.
- Cloud-native automation for scalable workflows.
- Open integration architecture for custom RAN workflows.
Frequently asked Questions
ROI can be measured by:
- Cost savings: Reduction in manual site surveys and truck rolls.
- Time-to-market: Faster deployment of 5G and FWA services.
- Revenue growth: Increased conversion rates for FWA and enterprise services.
Atoll uses 3D volumetric data (LiDAR, BIM) and AI-driven propagation models to represent environments accurately. This replaces costly manual site surveys with high-confidence simulations.
Yes. Naos provides REST APIs and a Data Access Service to integrate with OSS, BSS, and other enterprise systems. This ensures a single source of truth for all departments.
Atoll’s mmWave tools are designed for:
- Line-of-sight validation for FWA installations.
- Beamforming optimisation for precise coverage.
- Interference analysis between mmWave sites.
Naos automates FWA eligibility checks by:
- Processing thousands of households per hour using cloud-scale computations.
- Validating line-of-sight with high-resolution 3D geodata.
- Generating ranked eligibility databases for targeted marketing.
Trusted by operators worldwide
A Complete AI-powered RAN Planning
& Optimisation Software Solution for Mobile Operators and Private Networks
