Canoga Perkins and Druid Software enhance private 5G network reliability with Frame Replication and Elimination for seamless, zero-loss connectivity.
Canoga Perkins and Druid Software have taken a major step forward in advancing mission-critical networking, showcasing the power of their strategic partnership at the Winter 2025 Druid Demo Days. The companies demonstrated how Frame Replication and Elimination for Reliability (FRER), integrated within a Private 5G architecture, can deliver deterministic, lossless, and ultra-resilient communications for industries where network downtime is not an option.
Their joint demonstration marks a pivotal moment in the evolution of industrial connectivity—where Private 5G networks are no longer just about coverage and bandwidth, but about guaranteed performance, hitless failover, and real-time reliability for operational technology (OT) environments.
A Breakthrough Demonstration in Private 5G Reliability
At the Winter 2025 Druid Demo Days, Canoga Perkins and Druid Software presented a live demonstration of FRER operating within a Private 5G environment. The showcase featured Canoga Perkins’ SyncMetra® transport platform working in tandem with Druid’s Raemis™ core network, creating a seamless and resilient data path between the 5G core and the Radio Access Network (RAN).
The highlight of the demonstration was the implementation of Frame Replication and Elimination for Reliability (FRER), a Time-Sensitive Networking (TSN) mechanism designed to ensure zero-packet loss even in the event of network path failure. By replicating critical data frames across diverse network paths and intelligently eliminating duplicates at the receiving end, FRER guarantees uninterrupted service delivery.
During the live session, the joint solution protected traffic flows—including continuous video streams—between the Raemis™ core and the RAN. Even when a failure scenario was introduced, the system delivered hitless failover, meaning the transition occurred without perceptible disruption. For mission-critical environments such as mining operations, smart manufacturing plants, and industrial automation systems, this capability represents a transformative advancement.
Why FRER Matters for Mission-Critical Industries
Industrial networks have historically struggled to match the reliability of traditional wired deterministic systems. However, as industries move toward automation, robotics, AI-driven analytics, and augmented/virtual reality applications, wireless connectivity must meet the same deterministic performance standards.
FRER addresses this challenge head-on.
Unlike conventional redundancy mechanisms that may introduce delays or short service interruptions during failover events, FRER ensures continuous data transmission. It is widely regarded as one of the foremost data protection mechanisms in deterministic networking, delivering unmatched reliability and lossless data transport.
For industries such as:
- Mining, where remote autonomous vehicles and safety monitoring systems rely on uninterrupted connectivity
- Industrial automation, where robotics and programmable logic controllers require microsecond-level synchronization
- Smart manufacturing, where AI-powered vision systems demand continuous video streams
- Energy and utilities, where grid control systems must operate with near-zero tolerance for latency
the ability to maintain deterministic, hitless failover is not a luxury—it is an operational necessity.
The SyncMetra® Platform: Redefining 5G Transport
At the heart of the demonstration was Canoga Perkins’ SyncMetra® solution, a software-defined, IT-operated 5G transport platform that integrates Time-Sensitive Networking capabilities directly into the 5G data path.
SyncMetra® is designed to simplify the deployment and management of private 5G transport networks while maintaining industrial-grade reliability. By embedding TSN features such as FRER, it enables ultra-reliable, low-latency communications that are essential for modern enterprise use cases, including:
- Industrial robotics and automation
- AI-driven inspection and analytics
- Augmented and virtual reality applications
- Autonomous vehicles and drones
- Real-time control systems
The platform’s architecture is built around flexibility and software-defined principles. This ensures that enterprises can deploy scalable, adaptable networks without the complexity traditionally associated with telecom-grade infrastructure.
By combining IT operational models with carrier-class reliability, SyncMetra® bridges the gap between enterprise networking and industrial telecommunications.
Raemis™: A Resilient and Flexible 5G Core
Complementing SyncMetra® in the demonstration was Raemis™, the flagship core network platform from Druid Software. Raemis™ is a 3GPP-compliant, enterprise-grade cellular core designed specifically for private networks serving mission-critical industries.
Running on commercial off-the-shelf (COTS) infrastructure, Raemis™ offers:
- Full support for both 4G and 5G technologies
- Network slicing capabilities
- Scalable deployment from tens to tens of thousands of devices
- Seamless integration through built-in REST APIs
- Radio-agnostic architecture for vendor independence
Its radio-agnostic design ensures that enterprises are not locked into a single RAN vendor, enabling long-term flexibility and investment protection.
In the joint demonstration, Raemis™ acted as the resilient 5G core, while SyncMetra® safeguarded the transport path with FRER protection. Together, the solution delivered deterministic performance across the entire data chain—from core to RAN—illustrating how Private 5G is evolving into the backbone of industrial control systems.
Private 5G as the Backbone of Industrial Control
The collaboration between Canoga Perkins and Druid Software reflects a broader industry shift. Private 5G networks are moving beyond traditional use cases centered on coverage and capacity. Instead, they are becoming integral to industrial control systems and operational infrastructure.
As Tadhg Kenny, President of Strategic Global Partnerships at Druid Software, emphasized during the event, Private 5G is now positioned as the foundation for industrial resilience.
By combining Raemis™ at the core with FRER-enabled transport protection from Canoga Perkins, the companies demonstrated industrial-grade resilience with hitless failover across the entire data path.
This is particularly critical for applications requiring deterministic performance, where latency, jitter, and packet loss can have direct operational or safety consequences.
A Shared Vision for Deterministic Networking
The partnership between Canoga Perkins and Druid Software is not limited to a single demonstration. It reflects a shared vision of delivering end-to-end 5G TSN solutions tailored for the most demanding industrial use cases.
Malik Arshad, President of Canoga Perkins, underscored the importance of ecosystem collaboration in addressing complex enterprise requirements. Modern industrial customers are no longer seeking isolated products—they demand integrated solutions that address their evolving operational challenges holistically.
Through deeper ecosystem alignment and technical collaboration, the two companies aim to:
- Expand integration between 5G and Time-Sensitive Networking
- Enhance deterministic performance for industrial applications
- Simplify deployment of mission-critical private networks
- Deliver scalable and flexible architectures
- Support autonomy and next-generation automation
The companies are continuing discussions on deeper TSN integration, reinforcing their commitment to co-developing solutions that bring deterministic networking capabilities into the 5G era.
Looking Ahead to MWC Barcelona 2026
Building on the success of their Winter 2025 showcase, Canoga Perkins has announced its return to MWC Barcelona 2026, where it will once again highlight advanced FRER demonstrations and cutting-edge 5G TSN innovations.
At MWC Barcelona 2026, the company plans to further demonstrate how deterministic networking and 5G TSN technologies can be applied across diverse industries. The event will provide an opportunity for industry leaders, ecosystem partners, and customers to explore the latest developments in FRER, ultra-reliable transport, and AI-enabled networking solutions.
The Canoga Perkins team will be available on-site to discuss technical advancements and strategic collaborations that are shaping the future of industrial connectivity.
Industry Impact and Long-Term Outlook
The collaboration between Canoga Perkins and Druid Software signals an important evolution in enterprise and industrial networking. As Industry 4.0 initiatives accelerate globally, reliable wireless connectivity is becoming as critical as power and physical infrastructure.
Deterministic networking over Private 5G unlocks new possibilities:
- Fully autonomous manufacturing lines
- Remote mining operations with enhanced safety
- AI-enabled quality control systems
- Real-time remote surgery or healthcare monitoring
- Smart grid automation
These use cases demand networks that guarantee not just speed, but certainty.
By integrating FRER with Private 5G core capabilities, the two companies are helping to close the reliability gap between wired deterministic networks and wireless connectivity.
About Druid Software
Founded in 2000 and headquartered in Ireland, Druid Software is a global leader in private cellular network technology. Its Raemis™ platform has matured through extensive field deployments and supports a broad range of cellular core functions across both 4G and 5G environments.
Raemis™ is designed to deliver ultra-efficient and highly scalable performance, with a feature set tailored to mission-critical applications in industries including manufacturing, transportation, healthcare, and energy.
About Canoga Perkins
With more than five decades of engineering excellence, Canoga Perkins has built a legacy of delivering mission-critical networking solutions. Trusted by service providers, industrial enterprises, utilities, military branches, and government agencies, the company continues to innovate in the areas of AI-driven networking, ultra-reliable transport, and secure communications.
Its SyncMetra® platform exemplifies its commitment to intelligent, scalable, and adaptable network design—ensuring that organizations can deploy next-generation technologies with confidence.
A New Era of Mission-Critical Networking
The Winter 2025 Druid Demo Days demonstration represents more than a technical milestone. It signals the emergence of a new era in networking—where Private 5G, Time-Sensitive Networking, and advanced data protection mechanisms converge to create truly deterministic wireless systems.
Through FRER-enabled transport protection and resilient 5G core integration, Canoga Perkins and Druid Software are setting the standard for industrial-grade reliability.
As industries continue to automate and digitize operations, partnerships like this will play a critical role in delivering the infrastructure required to power the next wave of industrial innovation.
