Nearby Computing and Aviz Networks Integrate Edge and Network Automation
Nearby Computing and Aviz Networks have announced a strategic partnership to coordinate application deployment and network operations across distributed edge computing infrastructure. The collaboration combines Nearby Computing’s NearbyOne orchestration platform with Aviz’s ONES network automation software and Aviz Service Node technology, bringing workload management, network provisioning and operational visibility into a more closely integrated environment.
Announced on 10 November 2026, the partnership targets enterprises, telecommunications providers and infrastructure operators managing applications across data centres, metropolitan edge locations and private networks. The companies intend to simplify the deployment and operation of services spanning multiple sites, particularly where computing resources are shared between customers or applications must operate close to the equipment generating their data.
The announcement establishes the proposed integration and its technical objectives, although neither company has identified a customer deployment or published performance results for the combined offering.
Briefing
- Nearby Computing and Aviz Networks announced a strategic edge infrastructure partnership on 10 November 2026.
- NearbyOne provides application deployment, tenant management and workload orchestration across distributed computing environments.
- Aviz ONES handles network provisioning, configuration, monitoring and tenant segmentation.
- Aviz Service Node adds application traffic visibility, network intelligence and service gateway capabilities.
- Target environments include data centres, metropolitan edge infrastructure, private 5G networks and shared computing facilities.
Connecting Applications with Network Infrastructure
Edge computing moves selected processing tasks closer to the devices, equipment and people generating or using data. Rather than transmitting every video stream, sensor reading or operational instruction to a distant cloud facility, applications can run at local servers, telecommunications exchanges or dedicated computing installations.
The approach can reduce dependence on distant processing facilities and support applications with demanding response-time or bandwidth requirements. It also creates a more dispersed computing estate, with software operating across locations that may have different hardware, network connections and administrative responsibilities.
An infrastructure operator might maintain computing facilities at a central control centre, several regional communications hubs and individual operating sites. Applications need suitable processing resources at each location, while network configurations must allow authorised devices and users to communicate without exposing unrelated systems.
NearbyOne is designed to coordinate these distributed workloads, including applications operating through Kubernetes and virtual machines. Its capabilities include selecting suitable locations for applications, allocating resources, managing tenants and overseeing software deployments throughout their operational lifecycle.
Aviz supplies the complementary network management functions. Its ONES platform provides network configuration automation, monitoring and operational controls, while Aviz Service Node adds visibility into the traffic supporting applications and services.
The proposed integration would allow application deployment and network provisioning to be coordinated within a common operational workflow, reducing the need for separate teams to configure each layer independently.
Managing Shared Computing Environments
A central element of the partnership concerns multi-tenancy, where different customers, departments or service providers operate workloads on shared physical infrastructure.
A telecommunications operator, for example, might host applications for several enterprise customers at the same edge facility. Each customer needs access to its own computing resources and services, while the network must maintain separation between tenants and enforce the appropriate access policies.
NearbyOne provides customer and tenant management, application catalogues, deployment controls and workload lifecycle management. ONES is intended to apply the corresponding network configurations, including virtual LANs (VLANs), virtual extensible LANs (VXLANs) and associated network policies.
VLANs provide logical separation within Ethernet networks, while VXLANs allow operators to create overlay networks across larger and more distributed infrastructure environments. Both technologies can support the organisation of shared network resources without requiring entirely separate physical equipment for every customer.
The effectiveness of this separation depends on consistent configuration across the relevant network components. Operators must also control how policies are updated when applications are added, removed or relocated, particularly where changes could affect several tenants using the same infrastructure.
In the arrangement described by the companies, NearbyOne would manage customer workloads and their placement while ONES prepares and maintains the supporting network fabric. This provides a potential way to coordinate service provisioning across computing and network infrastructure that would otherwise be managed through separate processes.
Network Visibility and Operational Troubleshooting
Deploying an application successfully does not guarantee that the service will continue to perform as expected. Computing resources may remain available while the network experiences congestion, packet loss, configuration errors or intermittent connectivity.
Investigating these faults becomes more complicated when different teams manage applications, servers and communications equipment. An application monitoring system might identify deteriorating performance without establishing whether the underlying problem originates in the software, computing hardware or network.
Aviz Service Node is intended to improve visibility across these environments through application identification, traffic inspection, classification and network metadata collection. The technology can provide information about how services communicate and how traffic moves through the infrastructure, helping operations teams investigate faults and identify abnormal behaviour.
Aviz also describes capabilities for observing certain artificial intelligence inference traffic, including information associated with large language model requests. The level of visibility available depends on the network architecture, traffic characteristics, inspection methods and access to relevant data, particularly where communications are encrypted.
Combining this information with workload and deployment data from NearbyOne could help operators relate application behaviour to the condition of the network supporting it. Traffic inspection and monitoring would still need to comply with applicable privacy, security and data governance requirements, especially where infrastructure is shared between independent organisations.
Applications Across Transport and Industrial Infrastructure
Distributed computing has practical applications across transport networks, construction sites and industrial facilities, particularly where equipment generates large volumes of operational information that must be processed continuously.
Roadside cameras, traffic monitoring installations, connected vehicles and infrastructure sensors can produce information that benefits from processing near its source. Video analytics, equipment monitoring, automatic incident detection and localised decision-support systems are among the workloads that can be supported by edge computing infrastructure.
A motorway operator could, for example, use regional computing facilities to process camera feeds and sensor information before forwarding selected events to a central traffic management platform. Processing information locally may reduce the volume of data transmitted over long-distance connections and allow suitably designed applications to maintain certain functions during interruptions to central connectivity.
Construction and industrial sites present related opportunities. Private wireless networks can connect machinery, monitoring equipment, personnel and site management systems, with nearby computing facilities supporting applications that would otherwise rely on remote data centres.
A large construction project might use a private 5G network to connect video monitoring, equipment telemetry and site safety systems. Locally hosted applications could analyse selected data streams without continuously transferring all information to external cloud infrastructure, although the practical benefits would depend on the network design, processing requirements and reliability of the equipment involved.
These are potential applications of the technologies rather than confirmed deployments under the Nearby Computing and Aviz partnership.
The European Telecommunications Standards Institute (ETSI) has developed specifications for Multi-access Edge Computing (MEC), covering architectures, service requirements and deployment approaches for computing resources located within or close to telecommunications and access networks.
Such architectures are relevant to transport corridors, logistics facilities, industrial sites and other infrastructure environments where computing resources may be distributed across a wide geographical area.
Physical operating conditions remain an important consideration. Remote installations may face restricted electrical supplies, limited maintenance access, environmental exposure and inconsistent communications. Software orchestration can simplify the management of services across these locations, but it cannot compensate for unsuitable hardware, inadequate connectivity or insufficient operational resilience.
Open Networking and Equipment Compatibility
Aviz’s ONES platform is associated with the management of networks using SONiC, an open-source network operating system developed for network switching equipment.
SONiC supports software-based networking across compatible hardware platforms and provides an alternative to conventional, tightly integrated proprietary networking systems. For operators managing large switching environments, such architectures can offer greater choice in equipment procurement and network software deployment, although compatibility and support arrangements remain important considerations.
ONES provides automation, configuration management, monitoring and telemetry capabilities for supported network environments. NearbyOne operates at a different level, coordinating application placement and computing resources rather than concentrating on the switching infrastructure itself.
The partnership brings these areas together, although the practical scope of the integration will depend on supported equipment, software interfaces and the networking environments in which the combined systems can operate.
Infrastructure operators rarely work with completely uniform networks. Existing installations may contain equipment from several manufacturers, different generations of switching hardware and management platforms introduced over many years.
Introducing another orchestration layer requires careful integration with these systems, particularly where replacement of functioning network equipment would be difficult to justify. Support for existing configurations, operational tools and management procedures will influence the practicality of adopting the combined offering.
From Deployment to Day-to-Day Operations
The operational challenge continues after an application has been deployed and its network connections established. Software must be updated, workloads may need to move between computing locations, and infrastructure components occasionally require maintenance or replacement.
These activities become more complicated when network configurations must change alongside application placement. A workload moved to another edge site may require different connectivity, revised tenant policies and updated monitoring arrangements, while other services continue operating on shared infrastructure.
NearbyOne includes workload placement and lifecycle management capabilities that can support the administration of distributed applications. Coordinating these activities with network automation offers the prospect of reducing manual configuration work when services are introduced, modified or relocated.
The arrangement also places demands on the reliability of the integration itself. Operators need to understand how configuration changes are validated, what happens when a deployment fails partway through the process and whether previous network settings can be restored without disrupting unrelated services.
For infrastructure supporting continuous operations, recovery procedures and predictable behaviour during failures can be as important as the speed of initial deployment. Detailed integration documentation and production experience will be needed to establish how the combined platforms perform under these conditions.
“The success of a service depends on more than the workload. It also depends on the network connecting users, data and compute,” said Vishal Shukla, CEO and co-founder of Aviz Networks. “By working with Nearby Computing, we’re bringing network orchestration together with network automation and visibility to help organizations deploy and operate distributed services with greater confidence.”
Josep Martí, CEO and co-founder of Nearby Computing, added: “Edge services span many sites, technologies and teams, and each layer needs to work together. Our partnership with Aviz brings network capabilities into the broader orchestration picture, helping customers manage applications, infrastructure and connectivity more effectively.”
Commercial Deployment and Integration Requirements
The partnership brings together two specialist software businesses addressing different parts of distributed infrastructure management. Their combined proposition is aimed at organisations operating applications across multiple computing and networking environments, including service providers hosting workloads for several customers on shared infrastructure.
For telecommunications operators, the opportunity includes deploying and managing customer services across regional edge facilities while maintaining network separation and operational visibility. Enterprises and infrastructure owners may be more concerned with controlling geographically dispersed installations without requiring separate administration of every computing and networking component.
The integration also raises practical commercial questions. Operators evaluating the technologies will need to consider supported network equipment, compatibility with existing monitoring systems, software licensing, cybersecurity requirements and the availability of technical support.
Neither company has disclosed pricing for the combined offering, specific commercial terms or confirmed customer deployments associated with the partnership. Published performance comparisons demonstrating reductions in deployment times or operating costs are also unavailable.
Those details will become more relevant as organisations move from assessing the technical concept to considering production installations. Pilot deployments could establish how the platforms handle network changes, workload relocation, tenant isolation and fault recovery under realistic operating conditions.
For transport and industrial infrastructure, the ability to maintain reliable services across remote and occasionally inaccessible sites will be a central consideration. Configuration automation may reduce routine administrative work, but the operational test will be whether applications and their supporting networks remain manageable as equipment, connectivity and service requirements change.
The Nearby Computing and Aviz collaboration brings together technologies designed to address those connected responsibilities. Its longer-term commercial prospects will depend on the quality of the integration, compatibility with existing infrastructure and evidence from operators using the combined platforms in production environments.
Key Industry Questions
- What is the purpose of the Nearby Computing and Aviz Networks partnership? The companies intend to coordinate edge application deployment with network provisioning and monitoring. NearbyOne manages workloads and tenants, while Aviz supplies supporting network automation and traffic visibility.
- What is edge computing used for in infrastructure operations? Edge computing processes selected information close to its source. Potential applications include traffic monitoring, industrial automation, connected equipment, video analytics and infrastructure condition monitoring.
- How does NearbyOne manage distributed applications? NearbyOne provides workload placement, application deployment, tenant administration and lifecycle management across distributed computing resources, including Kubernetes and virtual machine environments.
- What does Aviz ONES contribute? ONES provides network configuration, automation, monitoring and orchestration capabilities. In the announced partnership, it is intended to manage the network infrastructure supporting NearbyOne deployments.
- How are different users separated on shared edge infrastructure? The proposed arrangement combines tenant management with network policies and segmentation technologies, including VLANs and VXLANs. Additional access controls and security measures remain necessary.
- Could these technologies support private 5G construction or industrial networks? Potentially. Private 5G networks can connect local equipment and applications to edge computing resources. Compatibility with a particular installation would depend on its network architecture, equipment and software requirements.
- What is the role of Aviz Service Node? Aviz Service Node provides network traffic inspection, application identification and metadata collection. These functions can support operational monitoring, fault investigation and security analysis.
- Has the partnership demonstrated measurable operational savings? The 10 November 2026 announcement does not provide independently verified performance benchmarks, customer deployment results or quantified cost savings.
Strategic Takeaways
- Coordinating application deployment and network configuration could reduce manual administration across distributed edge infrastructure.
- Multi-tenant environments require consistent network segmentation and access policies as applications are introduced, modified or relocated.
- Combining workload information with network traffic visibility can help operators investigate faults across computing and communications infrastructure.
- Equipment compatibility, resilience and integration with existing management systems will influence adoption by infrastructure operators.
- Production deployments and published performance data will be needed to establish the operational and commercial value of the partnership.
