Not2Far provides a non‑line‑of‑sight wireless platform that delivers multi‑gigabit broadband through foliage, rock and other obstacles up to 10 km, using adaptive beamforming and frequency‑agile radios. The solution is solar‑powered, cloud‑managed and supports scalable mesh topologies, enabling community cooperatives, NGOs and governments to provision reliable internet to remote villages, schools and clinics without traditional fiber.
Funding
Funding not disclosed
Founders
Product
Problem
Remote and underserved communities often lack reliable broadband because traditional fiber or line‑of‑sight wireless networks cannot be deployed across dense jungles, mountainous terrain, or other geographic obstacles. The absence of affordable high‑speed connectivity hampers education, healthcare, and economic development in these areas.
Solution
Not2Far deploys a Non‑Line‑of‑Sight (NLOS) wireless platform that transmits broadband signals through foliage, rock, and other obstructions without requiring direct visual paths. The system uses adaptive beamforming and frequency‑agile radios to maintain stable links over several kilometers, delivering multi‑gigabit speeds to end‑users. Power is sourced from solar or other renewable installations, reducing operating costs and environmental impact. Network management is cloud‑based, allowing remote monitoring, automated fault detection, and rapid provisioning of new sites. By offering a modular, pay‑as‑you‑grow architecture, Not2Far provides sustainable and cost‑effective internet access where conventional infrastructure is infeasible.
Target Audience
Primary customers are community cooperatives, NGOs, and government agencies responsible for delivering broadband to remote villages, schools, and health clinics in rugged or isolated regions.
Features
- NLOS radio modules with dynamic beam steering that penetrate vegetation and terrain obstacles up to 10 km
- Frequency‑agile spectrum utilization (sub‑6 GHz and mmWave) to optimize throughput and resilience to interference
- Integrated solar‑powered base stations with battery backup for off‑grid operation
- Cloud‑native network orchestration platform for remote configuration, performance analytics, and automated fault remediation
- Scalable mesh topology allowing rapid expansion of coverage without additional backhaul links
- End‑to‑end encryption and QoS prioritization to support latency‑sensitive applications such as tele‑medicine and e‑learning
- API integration for third‑party service providers and local ISPs to manage subscriber billing and usage reporting