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Open networking continues to challenge traditional vendor-locked systems by promoting disaggregated hardware and software, interoperability, and cost efficiency. As we progress through 2025, major players are making significant moves that reinforce this shift. Have you wondered how these developments could reshape enterprise and telecom infrastructures?

This blog examines key announcements from late 2025, drawing from credible industry sources, to highlight emerging trends in the Open Networking Market.

What Is Driving SONiC Adoption in Open Networking?

Software for Open Networking in the Cloud (SONiC) serves as an open-source network operating system originally developed by Microsoft for hyperscale data centers. It enables disaggregated networking by running on white-box switches from multiple vendors, reducing dependency on proprietary solutions.

Recent contributions are expanding SONiC’s reach beyond hyperscalers into enterprises and telecom.

How Is Aviz Networks Advancing Open Networking with SONiC?

Aviz Networks has released Aviz Certified Community SONiC, providing validated support for both Community SONiC and Broadcom Enterprise SONiC on hardware from vendors such as Cisco, Nvidia, Edgecore, Dell Technologies, Celestica, and Wistron. This includes a continuously validated code base, over 500 automated feature tests, and enhancements like IP CLOS architecture, EVPN/VXLAN, and MLAG.

By offering turnkey deployments and positioning itself as a reliable supporter of open-source networking, Aviz aims to deliver enterprise-grade experiences without vendor lock-in.

Why Did Nokia Join the SONiC Foundation as a Premier Member?

On December 10, 2025, Nokia became a Premier member of the SONiC Foundation, securing a governing board seat and building on contributions since 2019. These include data center switching support, chassis designs, Switch Abstraction Interface advancements, and optimizations for compact deployments.

Nokia’s involvement strengthens SONiC for AI-scale infrastructure, joining premier members like Alibaba, Arista, Broadcom, Cisco, Dell, Google, Intel, Marvell, Nvidia, and Microsoft.

For the open networking market, Nokia’s entry signals maturing ecosystem support from established telecom giants. This adds value by driving standardization and performance improvements, which Next Move Strategy Consulting analysis suggests could expand the addressable market into high-performance AI and cloud segments.

How Are Programmable Networks Boosting Open RAN Initiatives?

Open Radio Access Network (Open RAN) disaggregates radio access components for multi-vendor interoperability. On December 12, 2025, Arrcus and OpenGlobe partnered with Brazil’s National Education and Research Network (RNP) to deliver programmable infrastructure for OpenRAN@Brasil—the country’s largest open RAN research program.

Using Arrcus’s ArcOS on white-box hardware, the solution supports advanced protocols like SRv6, EVPN, and precision timing, enabling scalable experimentation across Brazil’s research backbone.

What Do These Developments Mean for the Open Networking Market?

These 2025 announcements—Aviz’s certification, Nokia’s governance role, and Arrcus/OpenGlobe’s Open RAN deployment—collectively indicate accelerating momentum.

Development	Key Contributor(s)	Market Impact
Certified SONiC Support	Aviz Networks	Enhances enterprise reliability and choice
Premier Membership	Nokia	Boosts AI-scale and telecom adoption
Programmable Open RAN	Arrcus, OpenGlobe, RNP	Drives regional innovation and cost reduction

Overall, they reinforce disaggregation trends, attracting major vendors and reducing proprietary dominance. As a market research firm, Next Move Strategy Consulting views this as evidence of market maturation, with potential for broader adoption in hyperscale, enterprise, and 6G/5G infrastructures.

Next Steps: Actionable Takeaways for Stakeholders

To capitalize on open networking momentum:

1. Evaluate SONiC-based solutions for data center migrations, prioritizing certified options for reduced risk.
2. Monitor SONiC Foundation contributions from premier members like Nokia for emerging features in AI networking.
3. Explore Open RAN testbeds or partnerships, especially in research-driven regions, to test interoperability.
4. Conduct vendor-agnostic assessments to identify cost savings from disaggregated hardware and software.
5. Engage with ecosystem providers for proof-of-concept deployments to build internal expertise.

These steps position organizations to leverage open networking’s flexibility and innovation advantages.

About the Author

Sneha Chakraborty is a passionate SEO Executive and Content Writer with over 4 years of experience in digital marketing and content strategy. She excels in creating optimized, engaging content that enhances online visibility and audience engagement. Skilled in keyword research, analytics, and SEO tools, Sneha blends creativity with data-driven insights to deliver impactful results. Beyond her professional work, she enjoys reading, sketching, and nature photography, drawing inspiration from creativity and storytelling. The author could be reached out at info@nextmsc.com.