Celona Aerloc Brings Zero Trust to Private 5G for Industrial IoT

Celona has launched Aerloc, a zero trust security suite for private 5G networks, tailored to the complex security needs of Industry 4.0. Aerloc integrates IT and OT with advanced security features like SIM-based authentication, real-time policy enforcement, and IT/OT segmentation, ensuring secure, low-latency connectivity and enhanced data integrity across industrial IoT networks.
Securing Private 5G Networks: Strategies for Enhanced Enterprise Safety

Celona Aerloc brings Zero Trust Security to Private 5Gย Industrial IoT Networks

Enabling Secure and Reliable Automation for Industry 4.0


Celona, a leading innovator in private 5G networks, has announced the launch of Aerloc, a new suite of advanced security capabilities tailored for industrial settings within Industry 4.0. Aerloc introduces a robust security architecture designed to meet the challenges of digitalized industrial IT and OT systems, enhancing security and connectivity without compromising flexibility. Key features include enhanced SIM-based authentication for unified zero-trust security, dynamic policy enforcement, and IT/OT air-gapping capabilities via Celona MicroSlicingโ„ข technology.

Addressing Industrial IoT Security Challenges with Aerloc

Aerloc addresses critical Industrial IoT (IIoT) security issues, where traditional IT-focused zero trust solutions may fall short. Industrial networks require low-latency, on-premises data handling and face unique challenges in managing numerous IoT devices that often lack built-in security agents. Aerlocโ€™s innovative design integrates IT, OT, and private 5G into a single, secure solution that enables real-time data access and analysis from IIoT devices, bolstering both operational efficiency and cybersecurity.

Celona Expands Global Partner Program with TD SYNNEX Partnership

Celona has also expanded its channel reach with the Celona Frequency Partner Program and a new partnership with TD SYNNEX. This collaboration aims to empower resellers and managed service providers to deliver secure private 5G services to enterprises worldwide. Celona Aerloc provides several advanced features to support this endeavor, including:

  • Unified Zero Trust Enforcement with SIM-Based Authentication: Aerloc eliminates the need for device-side agents with SIM-based, zero-trust security that extends to both IT and OT devices. Celonaโ€™s open API framework supports seamless integration with leading security platforms, including firewalls, network access control (NAC), and SD-WAN solutions, ensuring compatibility with cloud, on-premises, and hybrid setups. Aerlocโ€™s compatibility extends to security solutions like Palo Alto Networks Cortex XSOAR, Cisco ISE, and Aruba ClearPass.
  • Dynamic and Distributed Policy Enforcement: Aerlocโ€™s architecture allows for real-time policy enforcement, integrating with posture assessment tools, IoT security platforms, and orchestration automation tools. This approach facilitates security down to individual devices, enhancing response speed and reducing network vulnerabilities by extending security directly to the edge.
  • IT/OT Traffic Segmentation with Celona MicroSlicingโ„ข: Utilizing Celona MicroSlicing, Aerloc ensures secure air-gapping between IT and OT traffic, both physically and logically, within the same private 5G network. This segmentation protects critical operational data from general enterprise traffic, preserving security and performance for both environments.

Addressing Operational Technology Security Challenges

Will Townsend, Principal Analyst of Networking & Security at Moor Insights & Strategy, commented on Aerlocโ€™s impact, noting the security complexities in OT environments that use industrial sensors and IoT devices, which are more susceptible to threats. While 5G technology offers improved encryption over 4G LTE and Wi-Fi, additional measures are essential to counteract sophisticated cybersecurity threats. “Celona Aerloc provides a zero-trust security architecture tailored to OT settings, facilitating secure private 5G adoption in enterprises,โ€ Townsend remarked.

Enhancing Connectivity and Security for Industrial Operations

Stefan Garrard, Principal Enterprise Technology Engineer at bp, highlighted Aerloc’s value in industrial settings like refineries, where secure and reliable connectivity is crucial. “Celona’s security features strengthen our private 5G infrastructure for IT and OT, improving operational integrity and supporting safe, efficient energy production,” he said.

Bridging the Security Gap Between IT and OT

Jeremy Nelson, North American CISO at Insight, emphasized Aerloc’s role in closing the security gap between IT and OT networks. “Celona’s solution is critical for enterprises expanding digital transformation in industrial environments. Aerloc enables us to offer a private 5G solution that extends zero trust precisely where itโ€™s needed,” Nelson noted.

Redefining Industrial Network Security with Aerloc

Celona CEO and Co-Founder Rajeev Shah underscored Aerlocโ€™s impact, stating that it merges zero-trust principles with Celonaโ€™s 5G LAN, allowing enterprises to safely migrate OT operations to private 5G without compromising security. “Aerloc fosters true IT/OT convergence, merging operational agility with robust cybersecurity,โ€ Shah said.

Celona Aerloc is now available as part of the Celona 5G LAN suite. For more details, visit celona.io/aerloc.


Recent Content

The future of sports and entertainment is fan-first, immersive, and data-driven. Powered by D2C models, 5G networks, AI content creation, and super apps, industry leaders are reimagining fan experiencesโ€”from Bundesliga’s mobile strategy to Web2.5’s tokenized communities. The shift is not just technical but cultural, prioritizing personalization, monetization, and real-time interaction across every touchpoint.
As one of the worldโ€™s fastest-growing digital economies, India is emerging as a key battleground for 5G expansion. While countries like China and South Korea have led the global 5G race, Indiaโ€™s rapid deployment and sheer market scale make its progress especially noteworthy. With over 1.4 billion people and a thriving mobile-first economy, Indiaโ€™s 5G rollout is not just about faster connectivityโ€”itโ€™s about reshaping industries, enabling smart cities, and unlocking new economic opportunities.
Southern Linc has teamed up with OneLayer to upgrade its CriticalLinc LTE network, focusing on advanced network management and robust security measures. This partnership enhances device management and threat detection, ensuring high reliability for critical communications.
At MWC Barcelona 2025, the O-RAN ALLIANCE showcased significant progress in AI-driven Radio Access Network (RAN) technologies and strategies for 6G standardization. Their approach focuses on interoperability, enhanced security measures, and fostering global collaboration for future mobile networks.
Samsung Electronics and KT Corporation have entered a strategic partnership to develop 6G network technologies, focusing on improving signal quality and system performance. Their research prioritizes advanced antenna systems like X-MIMO and AI-driven wireless communication enhancements. The companies aim to tackle high-frequency signal loss in the 7 GHz band and improve network reliability through beamforming and multi-spatial transmission.
Indiaโ€™s telecom sector is rapidly evolving with AI and automation enhancing network operations, customer service, and 5G deployment. With over 125 million 5G users and major investments from companies like Reliance Jio and Bharti Airtel, AI technologies are proving essential for scalability and efficiency. Despite challenges like infrastructure integration and talent gaps, Indiaโ€™s growing AI ecosystem and government support are driving the future of smart telecom solutions.

Download Magazine

With Subscription
Whitepaper
As VoLTE becomes the standard for voice communication, its rapid deployment exposes telecom networks to new security risks, especially in roaming scenarios. SecurityGenโ€™s research uncovers key vulnerabilities like unauthorized access to IMS, SIP protocol threats, and lack of encryption. Learn how to strengthen VoLTE security with proactive measures such as...
Whitepaper
Dive into the comprehensive analysis of GTPu within 5G networks in our whitepaper, offering insights into its operational mechanics, strategic importance, and adaptation to the evolving landscape of cellular technologies....

It seems we can't find what you're looking for.

Subscribe To Our Newsletter

Scroll to Top