Open Standards Push Aims to Accelerate Enterprise Adoption of Edge Computing

21 September 2026

Fragmentation and vendor lock-in are major pain points that have slowed enterprise adoption of edge computing. However, a concerted push by major cloud and telecom providers to standardize APIs and enable greater interoperability across networks and cloud platforms could remove key barriers, accelerating the growth of the edge market to over $460 billion by 2030.

In a significant move, Microsoft, Google and AWS joined forces with 21 leading telecommunications companies, including AT&T, Verizon, Deutsche Telekom and Vodafone, to unveil the Open Gateway initiative. The goal: to develop APIs through CAMARA, an open-source project co-developed by the Linux Foundation and GSMA, to better connect carrier networks to the public cloud. By joining forces on a common interoperability framework, the hope is to simplify the process of deploying compute and storage resources closer to end-users and data sources.

This is not the only push for open standards in the space. The IEEE is actively working on several edge-focused specifications under P1934.1 and P1935. The TOSCA standard, meanwhile, enables interoperable descriptions of cloud and edge infrastructure and applications, independent of the underlying provider. And ETSI's mobile edge computing architecture is predicated on open APIs to connect carriers' edge resources to third-party applications.

The leading cloud providers have more moves on this front. In 2025, Microsoft and AWS teased a collaboration on multicloud networking interoperability, including private connectivity links between their data centers for hybrid and cross-cloud applications. AWS, separately, also contributed a specification to the Open Compute Project for an open edge gateway to enable a multi-vendor ecosystem for deploying edge compute resources.

Industry Impact and Economic Considerations

For developers deploying edge applications, and operators looking to open their networks to new use cases, the implications of this standardization push are significant. Where cross-network deployments often required costly integration efforts or reliance on a single technology provider, a more open ecosystem could dramatically accelerate time to market. Edge services could be provisioned more quickly across multiple carrier and cloud environments, enabling more flexible architectures and better connection to IoT sensors and devices.

As Jamie Field, the European Commission's head of digital policy, put it, "By agreeing on open APIs and data formats, we can build a more modular and open ecosystem, one that will accelerate innovation and enable more varied use cases."

For operators, the rise of an open, more vendor-neutral edge infrastructure could open up new revenue opportunities, by making it easier to attract third-party services and applications onto their platforms. The current environment tends to favor the hyperscalers, but as IDC's head economist Thomas Meyer noted, "One of the key challenges for operators today is how to compete when facing the largest tech players in the world. This standardization initiative presents an opportunity to create solutions that benefit all market participants, including smaller players."

Across the industry, there is hope that this will foster broader collaboration, with major vendors contributing to the ecosystem. As Google's head of networks Rajan Patel stated, "Google is committed to open standards and we look forward to working with the industry to advance these initiatives."

The success of these standardization efforts remains to be seen, but momentum is building for greater interoperability in developing a more open and flexible edge computing ecosystem. While hyperscalers and telecoms are currently leading the charge, the competition to define the future of edge computing remains wide open.