Co-Founder and CEO
Since Mar 2015 · 11 yrs 8 mos
Profile summary: Amdocs Solution Architect

NFWare provides virtualized carrier-grade network functions, including CGNAT and load balancing, that run on standard x86 servers in NFV and cloud environments. The software processes up to 440 Gbps per server and supports up to 256 million concurrent sessions, offering a scalable alternative to proprietary hardware. Their solutions help ISPs and telecom operators address IPv4 exhaustion while preparing for 5G and IoT traffic demands.
Raised to date
$4.1MRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.




Co-Founder and CEO
Since Mar 2015 · 11 yrs 8 mos
Profile summary: Amdocs Solution Architect
Advisory Board Member
Since Dec 2015 · 10 yrs 11 mos
Profile summary: Amdocs Team Leader
Member of Advisory Board
Profile summary: Nokia Founder/General Manager CloudBand
Service providers and data centers face challenges in managing IPv4 address shortages and scaling their networks to meet the demands of 5G and IoT without incurring significant hardware costs. Traditional networking solutions often rely on proprietary hardware, leading to vendor lock-in and limited scalability.
NFWare provides virtualized network functions, including carrier-grade Network Address Translation (CGNAT) and load balancing, that run on standard x86 servers. Their software-based approach allows operators to process high volumes of traffic, up to 400-440 Gbps per server, while optimizing hardware utilization and reducing capital expenditures by up to 70%. NFWare's solutions enable seamless migration to IPv6 and offer flexibility to scale network capacity from 500 Mbps to 5 Tbps, either standalone or in a cluster. The virtualized nature of the solution allows for rapid deployment and simplified management, contributing to operational efficiency.
Primary customers are telecom operators, ISPs, and data centers of any size that need to address IPv4 exhaustion, scale network infrastructure efficiently for 5G and IoT, and reduce hardware costs through virtualization.