Aspire Secures US Patent and Strengthens Its FWA Solution Portfolio

In July 2025, Aspire was granted a US patent for its innovative method to accurately quantify sellable capacity in Fixed Wireless Access (FWA) networks.

As operators accelerate 4G & 5G FWA rollouts, a key challenge is determining how many additional subscribers can be added per sector without degrading service performance.

Aspire patented method addresses this challenge by combining live network performance indicators with user experience targets to determine, per sector, how many additional FWA customers can be served while maintaining guaranteed performance levels.

This enables operators to:

• Gain clear visibility of spare sellable capacity per sector
• Identify sectors with no remaining capacity
• Detect capacity-limiting factors early
• Support capacity-driven sales forecasting
• Protect customer experience while scaling FWA

This innovation enables the use of network performance data to support informed FWA expansion and sales planning decisions and further differentiates Aspire’s FWA offering and reinforces our ability to support operators across the full network lifecycle, including:

• Strategy & Design
• Integration & Rollout
• Optimization & Capacity Management
• Observability & Service Assurance
• Operations & Customer Experience

With proven experience across multiple FWA use cases – from capacity analytics and service assurance to full-scale network rollout and optimization – Aspire is uniquely positioned to help operators scale 5G FWA networks with confidence, control and performance assurance.

If you identify comparable opportunities within your customer base, we strongly encourage you to engage with If you identify comparable opportunities within your customer base, we strongly encourage you to engage with Dinis Rocha, our Network Performance Solutions Manager. We will work with you to assess the business value for your customer and jointly develop a solution that delivers measurable impact.

Reference – patent link: https://patentscope.wipo.int/search/en/detail.jsf?docId=US406096023&_fid=EP3988142113