Scaling Enterprise Networks at ONUG Dallas Spring 2026: Open, Vendor-Agnostic Infrastructure in Action
April 27, 2026
ONES & SONiC
TL;DR
- Leading organizations are scaling bandwidth while improving cost efficiency and control.
- Open networking and SONiC enable flexibility, faster upgrades, and predictable operations.
- Real-world insights from eBay show how to achieve 4x bandwidth growth.
Introduction
Aviz is joining ONUG Dallas on May 13, 2026, in Dallas, Texas, to explore how modern enterprises are transforming their networks. This session brings together industry leaders to discuss scaling infrastructure without sacrificing cost efficiency or operational control.
As traffic demands increase, organizations need practical strategies to transition from legacy systems to flexible, vendor-agnostic architectures. This session is designed for network leaders, engineers, and decision-makers looking to modernize infrastructure using open networking and SONiC.
How are enterprises achieving 4x bandwidth growth without losing control?
By adopting open networking and SONiC, enterprises can scale bandwidth while maintaining operational predictability.
eBay shares how it transitioned from 100G to 400G, enabling faster upgrades and greater hardware flexibility. This approach allowed them to increase capacity while keeping operations consistent and manageable.
Why is open networking critical for modern infrastructure?
Open, vendor-agnostic networking removes rigidity and enables scalable, flexible infrastructure.
Standardized architectures allow organizations to avoid vendor lock-in while improving cost efficiency. This flexibility supports long-term growth and simplifies infrastructure modernization.
What can you learn from eBay’s network transformation?
Real-world implementation shows how to balance scale, efficiency, and operational control.
The session covers how eBay scaled its network to meet growing traffic demands while maintaining predictable NetOps operations. Attendees will gain practical guidance on bandwidth scaling, hardware flexibility, and operational consistency.
Key Takeaways
- How open networking supports high-growth traffic environments
- What it takes to transition from 100G to 400G
- How SONiC enables vendor independence
- Ways to improve cost efficiency without losing control
- Best practices for consistent NetOps at scale
Is scaling network bandwidth always expensive and complex?
Scaling does not have to increase cost or complexity when using standardized, open approaches.
With open networking and SONiC, organizations can achieve higher capacity and efficiency while maintaining control over operations and infrastructure decisions.
Key Takeaway
- Open networking is enabling enterprises to scale faster while staying cost-efficient and flexible.
- The combination of SONiC and vendor-agnostic infrastructure provides a practical path to modernizing networks without compromising control.
Forward-Looking Insight
As traffic demands continue to grow, enterprises will increasingly adopt open, standardized networking models. This shift will prioritize flexibility, efficiency, and operational consistency as core requirements for future infrastructure.
Traditional vs Open Networking Approach
| Aspect | Traditional Networking | Open Networking |
|---|---|---|
| Flexibility | Limited | High |
| Vendor dependency | High | Low |
| Cost efficiency | Lower | Higher |
| Scalability | Slower | Faster |
| Operational control | Restricted | Strong |
Conclusion
Open networking and SONiC provide a clear, practical way for enterprises to scale network bandwidth without giving up cost efficiency or operational control. Real-world results from eBay show that transitioning from 100G to 400G is achievable using standardized, vendor-agnostic architectures that support faster upgrades and predictable operations. As traffic demands continue to rise, adopting open networking models helps organizations build flexible, scalable infrastructure while maintaining consistent NetOps at scale.
Frequently Asked Questions
1. How are large organizations increasing network bandwidth while maintaining operational control?
Companies are utilizing open networking and SONiC to increase bandwidth and keep operations reliable. Methodology allows for more rapid upgrades and standardized NetOps without further complexity.
2. Why is open, vendor-neutral networking relevant in today's enterprise architecture?
Open networking eliminates vendor lock-in and inflexibility through the employment of common architectures. Improves flexibility cuts down costs and facilitates the long-term increase of traffic volumes.
3. How did eBay achieve 4x bandwidth growth?
eBay migrated its network from 100G to 400G through open networking and SONiC. This modification facilitated increased storage, more rapid enhancements and increased hardware adaptability all the while maintaining operational simplicity.
4. What is SONiC's contribution to open vendor-neutral networking?
SONiC encourages openness by the adherence to and utilization of open, standardized architectures. The service provides a hardware-agnostic environment for companies ensuring uniform and reliable networking performance.
5. Is scaling network bandwidth always expensive and complex?
Bandwidth scaling remains cost and complexity friendly with open standardized networking architectures.Open networking and SONiC increase both capacity and efficiency and offer operational control
6. What are the operational advantages of open networking?
Companies achieve enhanced operational control consistent NetOps expedited scaling and enhanced cost savings Open architectures provide consistent operation even as bandwidth scales up.
7. What will drive future enterprise network infrastructure decisions?
In the future, upcoming infrastructure planning will emphasize adaptability, effectiveness and uniformity of operations. Rising network load is leading to the general adoption of open and uniform network architectures within companies.
Reserve your spot at ONUG Dallas and connect with Aviz to explore how open networking can transform your infrastructure. Click the link below to register.
