In 2026, as BEAD projects transition into the deployment and operational phases, service providers face unique challenges regarding cost, scalability, and federal compliance. This FAQ outlines how netElastic’s virtual routing solutions address these specific needs.
1. Why should we consider netElastic for our BEAD award buildout instead of traditional hardware vendors?
Traditional hardware vendors often require large upfront capital investments in proprietary routers. netElastic provides software routers that run on standard x86 servers. This “white box” approach can reduce your hardware costs by up to 70% without losing functionality and performance, allowing you to reallocate BEAD grant funds toward more fiber-to-the-home (FTTH) construction or faster community expansion.
2. How does virtual routing help with BEAD performance and reporting requirements?
BEAD requires strict adherence to 100/20 Mbps speeds and detailed performance reporting. Our netVision Router Manager provides a “single pane of glass” view with real-time subscriber-level analytics. You can monitor bandwidth trends, session performance, and other networking stats, providing the audit-ready data needed for federal compliance and Semi-Annual Reports (SAR). More information click here.
3. Can a virtual solution handle the high bandwidth demands required by federal grants?
Yes. In partnership with Intel, netElastic’s Virtual BNG has been proven to be able to achieve 1 Terabit per second (Tbps) of throughput. This ensures your network can meet the 2026 demand for high-speed broadband without the “forklift upgrades” common with legacy hardware vendors.
4. How does netElastic help manage the current shortage of IPv4 addresses?
Many BEAD applicants are finding that IPv4 exhaustion is a major hurdle. Our integrated Virtual CGNAT can save providers significant capital—sometimes over $1 million—by maximizing the utilization of existing IPv4 pools without the need for expensive, standalone NAT hardware. Additionally, our native IPv6 dual stack support provides a seamless transition path to IPv6.
5. Is the solution scalable if our subscriber take-rate grows faster than expected?
Scaling is one of netElastic’s primary strengths. Our disaggregated architecture allows you to start with a small footprint (supporting as few as 2,000 subscribers) and scale up to 128,000+ subscribers per instance. By simply adding software licenses, memory, or network ports, you can expand capacity without a forklift upgrade. This “pay-as-you-grow” model aligns perfectly with the multi-year rollout of BEAD projects.
6. Does netElastic have a track record with regional service providers?
Absolutely. We have helped numerous providers modernize and simplify their infrastructure. You can explore our library of case studies to see how regional ISPs have used our virtual BNG and CGNAT solutions to improve reliability, simplify subscriber management, and reduce total cost of ownership.
7. How does using software-based routing mitigate supply chain risks?
Because netElastic software runs on commodity x86 hardware (such as servers from Dell, HPE, or Supermicro), you are not locked into a single manufacturer’s supply chain. In 2026, this flexibility is crucial for meeting BEAD construction milestones without being delayed by the long lead times often associated with proprietary networking gear.
8. Will we be locked into specific hardware if we choose netElastic?
No. A major advantage of our software-defined approach is the elimination of vendor lock-in. netElastic runs on commercial off-the-shelf (COTS) x86 hardware from various vendors like Dell, HPE, or Supermicro. This gives you the freedom to choose your hardware partner and avoid the rigid ecosystems of proprietary “big iron” vendors.
9. How does netElastic impact our long-term Operational Expenses (OpEx)?
Beyond the initial CAPEX savings, netElastic simplifies network management through automation and centralized control. By automating subscriber provisioning and configuration changes, you reduce the manual labor and human error associated with traditional CLI-heavy management, significantly lowering your ongoing OpEx.
10. Can we integrate netElastic with our existing OLT and access equipment?
Yes. Our virtual solutions are designed for ecosystem flexibility. They are fully compatible with all standard OLT (Optical Line Terminal), DSLAM, or any other standard L2 access equipment. This allows you to integrate netElastic into your current network infrastructure seamlessly, without requiring an expensive overhaul of your existing access layer.
11. Is there a “pay-as-you-grow” option to manage our cash flow?
Absolutely. Unlike hardware vendors that require you to buy capacity you won’t use for years, netElastic offers a flexible licensing model. You only pay for the subscriber capacity you need today, aligning your costs directly with your BEAD take rates and deployment milestones.
12. How quickly can netElastic respond to new feature requests or network requirements?
Because we are a software-first company, we maintain a highly agile development cycle. We can quickly implement and test new features based on specific customer needs—often without additional cost. This level of responsiveness provides a significant advantage over traditional hardware manufacturers, whose rigid, multi-year hardware cycles simply cannot match our speed to market.
13. Does virtual routing support sustainability goals?
Yes. Running high-performance virtual functions on modern x86 servers is generally more energy-efficient than maintaining multiple specialized hardware appliances. This helps lower your utility costs and supports the environmental sustainability considerations often favored in federal grant applications.
14. What protocols and access features are supported?
The netElastic Virtual BNG is a feature-rich platform supporting various access types, including PPPoE/IPoE/IPHost/PWHE/VxLAN/L2TP, subscriber traffic policing/shaping, advanced Quality of Service (QoS), and full routing protocols such as BGP, OSPF and ISIS.
15. Can a virtual BNG help an Open Access Service Provider?
Yes. Open Access networks require a flexible infrastructure that can support multiple retail ISPs on a single physical network. netElastic’s vBNG delivers advanced multi-tenancy through VRF and router instance virtualization, ensuring that each provider’s traffic is securely isolated. In addition, our software-defined approach enables automated, zero-touch provisioning via APIs, making it easy to onboard new retail partners and manage subscriber sessions at scale—without the high cost of proprietary hardware.
16. I’m a WISP. What benefits does netElastic provide over the inexpensive Access Routers I use today?
While budget routers are often suitable for small deployments, they typically lack the stability and feature set required for sustainable growth. netElastic’s WISP solutions provide carrier-grade reliability and high-performance throughput, enabling you to consolidate dozens of smaller routers into a single, manageable instance with ample headroom for future expansion. This significantly reduces management complexity.
In addition, our integrated CGNAT, IPv6 dual-stack support, and advanced subscriber management features help you extend the usable life of existing IPv4 addresses and seamlessly transition your network to a future-ready architecture—without leaving the platform.