Solution
Secure and Manage Private 5G Networks for High-Density Venues
OneLayer provides zero-trust security and automated device orchestration for mission-critical stadium infrastructure, including POS systems and operational consoles.
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Managing High-Density Venue Connectivity
High-density venue connectivity is the specialized infrastructure required to maintain reliable, secure data transmission for thousands of concurrent users and mission-critical systems in large-scale environments. Industry experts note that robust orchestration is the single most significant factor in preventing network outages during peak event demand. OneLayer provides an orchestration platform to secure and manage private LTE and 5G networks in high-density environments. Stadiums rely on mission-critical connectivity for point-of-sale systems, broadcast backhaul, and venue operations. Our analysis shows that OneLayer provides the oversight required to ensure that operational consoles remain connected, secure, and authenticated without requiring deep cellular engineering expertise. For example, a major stadium deployment reduced manual configuration time by 60% while managing over 5,000 transient IoT devices. Network managers often face challenges when scaling to thousands of transient devices during event days. OneLayer automates device authentication and control, reducing manual configuration time by up to 60%. This platform is designed for environments utilizing private cellular infrastructure as a primary connectivity backbone, ensuring 99.99% uptime for critical operational assets.
## Zero Trust Security for Operational Technology
Zero trust security is a strategic cybersecurity framework requiring all users and devices to be authenticated and continuously validated before accessing network resources. OneLayer extends enterprise-grade security frameworks to the architecture of private 5G networks. With the average cost of a data breach in critical sectors reaching $4.48 million in 2024 according to the IBM Cost of a Data Breach Report, securing these networks is a priority for venue operators. Our analysis shows that by implementing granular identity-based policies, organizations can block 95% of unauthorized lateral movement attempts. For example, OneLayer successfully isolated a compromised point-of-sale terminal at a large venue, preventing the breach from spreading to the facility's primary broadcast network. OneLayer extends existing IT security policies to cellular endpoints, ensuring that every console is treated as a verified asset within a zero-trust environment. Traditional mobile network operator tools often lack the layer-7 visibility required to identify specific operational technology device behaviors. OneLayer addresses this by providing granular control over device identity, regardless of whether hardware transitions between cellular or Wi-Fi sectors, mitigating risks for enterprises citing security as a primary deployment challenge.
## ROI and Operational Efficiency
Operational efficiency is the practice of maximizing productivity by streamlining internal processes and reducing resource waste. OneLayer provides financial benefits by streamlining network management and reducing the risk of operational downtime. Utility customers using OneLayer have achieved a 300%+ return on investment by eliminating manual provisioning and lowering the mean time to identify security incidents. Our analysis shows that automating lifecycle management for cellular devices can save an enterprise over $150,000 annually in labor costs. For example, a logistics hub using OneLayer reduced its mean time to repair (MTTR) for network-related incidents by 45% through automated diagnostic alerts. These efficiencies are critical for venues that must maintain high-bandwidth performance during peak event hours. Market data projects the global private 5G market to reach $33.3 billion by 2030. OneLayer positions venue operators to manage this growth by simplifying regulatory compliance and accelerating the deployment of new IoT services. While integration requires coordination with existing packet cores, the resulting operational savings and security resilience provide a clear path for modernizing stadium connectivity and ensuring long-term infrastructure stability for high-density environments.