Private Network Monthly Insights

Private networks are dedicated cellular networks — built on 4G LTE or, increasingly, 5G — that serve a specific organization or site rather than the public. They give enterprises control over coverage, capacity, latency, security, and data, making them well suited to factories, ports, mines, airports, warehouses, and campuses where public networks fall short. Deployment models range from fully private and on-premises to operator- or hyperscaler-managed, often using shared or licensed spectrum such as CBRS. As a clear enterprise opportunity for 5G, private networks sit at the intersection of connectivity, edge, AI, and industrial transformation. For decision-makers, the central questions are technology choice, architecture, spectrum, and return. This channel covers private networks across verticals and vendors, with deployment evidence, business-case analysis, and decision tools for teams evaluating and building dedicated networks.

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Deployment Updates

Teltronic Deploys Rapid Private 5G Network for Spanish Military Exercise
Criticalcommunicationsreview | Oct 20 | Deployment Update

Teltronic Deploys Rapid Private 5G Network for Spanish Military Exercise

Teltronic has deployed a rapidly deployable private 5G network during the Spanish Armed Forces' Atlas26 exercise, held in Huelva from October 19–23, 2026. The tactical network demonstrated high-capacity, low-latency broadband connectivity for real-time data and video transmission, connecting field sensors with command-and-control systems in demanding operational environments. Integrating Mission Critical Services (MCX) and Teltronic's CeCoCo control center, the solution supports coordinated communications, interoperability and voice services across military units. The exercise brought together Spain's Army, Navy, Air and Space Force, and security agencies to evaluate advanced technologies for joint operations and counter-drone capabilities. The deployment highlights the growing role of portable private 5G networks in defense communications, emergency response and mission-critical connectivity.
EAF: Demonstrates secure national private state network; Brazilian Navy to run one-year pilot with Brasília data center and LEO backup
Bnamericas | Oct 19 | Deployment Update

EAF: Demonstrates secure national private state network; Brazilian Navy to run one-year pilot with Brasília data center and LEO backup

EAF, under Brazil’s communications ministry and overseen by Anatel/Gaispi, conducted a technical demo of a secure Private Mobile Communication Network for the Brazilian Navy. A free one-year pilot will operate using a main data center in Brasília and a redundant hub at a Navy site in Rio. Tests validated encrypted voice/video, messaging, file transfer, personnel tracking, P25-radio interop, and terrestrial/LEO satellite connectivity with Priority and Preemption capabilities.
Penang Port: Deploys Malaysia's first private 5G network on dedicated spectrum
Com | Oct 17 | Deployment Update

Penang Port: Deploys Malaysia's first private 5G network on dedicated spectrum

Penang Port deployed a private 5G network on dedicated spectrum at its Butterworth facilities, marking the first such implementation by a Malaysian port.
Murray City School District: Deploys private LTE network to maintain student connectivity
Campussecuritytoday | Oct 13 | Deployment Update

Murray City School District: Deploys private LTE network to maintain student connectivity

Murray City School District in Utah implemented a private LTE network to ensure student connectivity, supporting access beyond traditional school facilities.
Riedel, DTM and TV Skyline Deploy Private 5G for Live Motorsport Broadcasting
4rfv | Oct 9 | Deployment Update

Riedel, DTM and TV Skyline Deploy Private 5G for Live Motorsport Broadcasting

Riedel Communications, DTM and TV Skyline have deployed the Easy5G private 5G platform to transform live onboard video transmission in motorsport. DTM becomes the first racing championship to permanently adopt the technology as its primary onboard camera transmission system, supporting high-resolution footage from all 21 race cars. Operating across 100 MHz of spectrum, the network delivers uplink speeds of up to 140 Mbps while requiring just four to seven antenna sites per circuit. Integrated with Riedel's DIVA+ infrastructure, the solution enables scalable broadcast production, immersive camera perspectives, and new digital fan experiences, demonstrating the growing potential of private 5G in live sports and entertainment.
Heddian: Deploys hybrid private wireless network for Avista using G+D SGP.32 eSIM, Druid core, and OneLayer security
Telecompaper | Oct 9 | Deployment Update

Heddian: Deploys hybrid private wireless network for Avista using G+D SGP.32 eSIM, Druid core, and OneLayer security

Heddian was selected by Avista to implement a hybrid private wireless network in the United States. The solution includes Heddian UtiliSIM connectivity with SGP.32-based SIM technology from Giesecke+Devrient, a utility-grade private core from Druid Software, and network security and device management from OneLayer, with 24/7 monitoring and operational support provided by Heddian.
Vi Business & Hindalco: Deploy private network at Odisha bauxite mine in India
Economic Times | Oct 8 | Deployment Update

Vi Business & Hindalco: Deploy private network at Odisha bauxite mine in India

Vi Business will deliver a multi-year managed private cellular network for Hindalco’s Baphlimali Bauxite Mine (Rayagada, Odisha), providing spectrum access, core, RAN, and managed services. The deployment includes an Integrated Command and Control Centre and is designed for secure, scalable connectivity to support connected mining, worker safety, fleet management, drone/CCTV surveillance, and real-time monitoring.
Port of Klaipėda Tests Private 5G for Autonomous Port Operations
Porttechnology | Oct 8 | Deployment Update

Port of Klaipėda Tests Private 5G for Autonomous Port Operations

Lithuania's Port of Klaipėda has completed private 5G trials with Santa Monica Networks and LMT Group, demonstrating advanced connectivity for autonomous port operations and digital transformation. The trials showcased Atlas autonomous drone-in-a-box technology for remote inspections, LVR Flote's Otter unmanned surface vessel for hydrographic surveys, and high-speed transfer of large operational datasets. The partners also completed the design phase for a potential port-wide private 5G network, laying the foundation for secure communications, real-time monitoring, automated inspections and data-driven port management. The initiative highlights the growing role of private 5G in modernizing maritime infrastructure and enabling intelligent port operations.
Hrvatski Telekom Deploys Private 5G for Smart Airports in Croatia
Routesonline | Oct 7 | Deployment Update

Hrvatski Telekom Deploys Private 5G for Smart Airports in Croatia

Hrvatski Telekom is advancing Croatia's smart airport transformation through the NextGen 5G Airports project, deploying dedicated private 5G Standalone networks at Pula, Zagreb and Zadar airports. Backed by European Union funding, the €5.6 million initiative aims to modernize airport operations, enhance security and improve passenger services. At Pula Airport, the deployment will integrate ultra-high-definition surveillance cameras, perimeter monitoring sensors, industrial tablets and AI-powered runway inspection software. The broader architecture combines network slicing, edge computing and resilient connectivity to support real-time analytics and mission-critical operations. Developed with Markoja and the University of Zagreb's Faculty of Transport and Traffic Sciences, the project demonstrates how private 5G and AI can enable safer, more efficient and increasingly intelligent airport infrastructure.

Product Updates

iBwave Solutions: Advanced wireless network planning tools added to Carahsoft’s NASA SEWP V and OMNIA Partners contracts in the United States
Yahoo | Oct 29 | Feature Update

iBwave Solutions: Advanced wireless network planning tools added to Carahsoft’s NASA SEWP V and OMNIA Partners contracts in the United States

iBwave’s network planning and design software is now available through Carahsoft’s NASA SEWP V and OMNIA Partners procurement vehicles, expanding access for U.S. public sector customers via Carahsoft and its reseller ecosystem.
Citymesh, Anykrowd & Nevron: Offer private 5G incident-reporting network for large events in Belgium
Telecompaper | Oct 19 | Feature Update

Citymesh, Anykrowd & Nevron: Offer private 5G incident-reporting network for large events in Belgium

Citymesh, with Anykrowd and Nevron, is deploying a private 5G setup that enables visitors at festivals and large gatherings to submit incident reports via a mobile app to a central command center, maintaining service even when public networks are congested or unavailable.
ETSI: DECT NR+ advances as non-cellular 5G option for private industrial IoT
Wiot Group | Oct 2 | Feature Update

ETSI: DECT NR+ advances as non-cellular 5G option for private industrial IoT

ETSI’s DECT-2020 NR (marketed as DECT NR+) is recognized by ITU IMT-2020 for mMTC and URLLC and is progressing toward commercial products and early industrial deployments. The standard enables operator-independent private networks with mesh, star, and point-to-point topologies, operates primarily in the 1.9 GHz DECT band (sub-6 GHz), and targets low-latency, large-scale IoT connectivity.
Wifinity: Launches managed private 5G service for large outdoor estates in the United Kingdom
Telecompaper | Oct 1 | Feature Update

Wifinity: Launches managed private 5G service for large outdoor estates in the United Kingdom

Wifinity introduced a fully managed private 5G offering in the UK for large outdoor sites where extending Wi-Fi is costly or impractical. The service includes survey, design, deployment, monitoring, and optimisation, with Wifinity obtaining spectrum licences and scaling coverage via additional small cells as sites expand. Target segments include holiday parks and defence estates.

Patent Updates

Inl | Oct 1 | Patent Update

Idaho National Laboratory Patents Autonomous Spectrum Sharing for Private 5G

Idaho National Laboratory (INL) researcher Arupjyoti Bhuyan has developed a patented autonomous beam scheduling algorithm that enables secure, decentralized spectrum sharing across multiple private 5G networks. Using Lyapunov stochastic optimization and game theory, the technology allows 5G base stations to coordinate spectrum access independently without relying on centralized controllers. Developed in collaboration with the University of Utah, the innovation aims to reduce interference, improve wireless capacity, enhance network resilience and strengthen security. The approach could accelerate private 5G adoption across smart factories, warehouses, industrial IoT, emergency response and government applications while reducing dependence on costly licensed spectrum.

Industry Analysis

Comsol Highlights Private 5G as Key to Industrial AI and Automation
Co | Oct 22 | Industry Analysis

Comsol Highlights Private 5G as Key to Industrial AI and Automation

South African connectivity provider Comsol is emphasizing the growing strategic role of private 5G networks in industrial operations, where AI, autonomous vehicles, robotics and real-time analytics demand reliable, low-latency connectivity. Gary Woolley, Chief Commercial Officer for Enterprise at Comsol, highlights the importance of aligning private network investments with operational objectives across engineering, safety, finance and IT teams. Citing Ericsson's private wireless deployment at Newmont in Australia, which achieved a 25% productivity increase per shift for remotely operated dozers, Comsol advocates integrated connectivity architectures combining private 5G, Wi-Fi, fiber and edge computing. The approach enables secure data processing, predictive maintenance, resilient industrial automation and measurable business outcomes across mining, manufacturing, logistics and other mission-critical environments.
Infosys Highlights Private 5G and Edge AI as Foundations for Physical AI
Cxotoday | Oct 22 | Industry Analysis

Infosys Highlights Private 5G and Edge AI as Foundations for Physical AI

Infosys is advancing the vision of private production networks as the foundation for Physical AI and industrial digital transformation. Dinesh Rao, EVP and Chief Delivery Officer at Infosys, highlights how private 5G, edge cloud, software-defined networking and agentic AI can enable autonomous robots, intelligent manufacturing, smart ports, mining operations and connected utilities. The approach integrates 5G/6G, fiber and IT/OT infrastructure into technology-agnostic networks that support low-latency communications, real-time analytics and mission-critical automation. Infosys also emphasizes AI-driven self-healing networks, human-supervised autonomous operations and multi-vendor interoperability, supported by its global Living Labs ecosystem. These capabilities are helping enterprises move toward scalable Physical AI applications, intelligent infrastructure and increasingly autonomous industrial operations.
Vodafone Oman: Outlines private 5G pilots with edge computing for industrial operations in Oman
Omanobserver | Oct 7 | Industry Analysis

Vodafone Oman: Outlines private 5G pilots with edge computing for industrial operations in Oman

At the Connected Futures forum in Muscat, Vodafone Oman proposed pilot-led private 5G deployments focused on oil and gas, ports/logistics, and public safety. The approach emphasizes standalone 5G with edge computing to consolidate remote monitoring, asset tracking, live video, drones, and predictive maintenance on a single platform, with ROI measured via productivity, safety, and opex outcomes. Ecosystem participants included Airbus (mission-critical comms), RugGear (rugged devices), and Celona (mobile private networks), with a stated need for local adaptation to Omani operating environments.
Nokia Highlights Private LTE/5G and Edge AI for Smart Grid Modernization
Tdworld | Oct 5 | Industry Analysis

Nokia Highlights Private LTE/5G and Edge AI for Smart Grid Modernization

Nokia and Burns & McDonnell highlight the growing role of intelligent private LTE/5G networks in modernizing utility infrastructure amid rising electricity demand from AI data centers, electrification and distributed energy resources. With solar, wind and battery storage expected to account for 93% of new US power generation capacity in 2026, utilities require secure, high-speed connectivity to manage increasingly complex grids. Private wireless networks, combined with edge computing, predictive analytics and intelligent automation, enable real-time monitoring, SCADA communications, fault detection and coordinated control of distributed energy assets. These capabilities support more resilient, efficient and sustainable power delivery while accelerating the transition toward autonomous grid operations.

Partnerships

Nokia & L&T Technology Services: Plan dedicated Offshore Development Center for private 5G and edge computing
Economic Times | Oct 26 | Partnership

Nokia & L&T Technology Services: Plan dedicated Offshore Development Center for private 5G and edge computing

Nokia and L&T Technology Services (LTTS) plan to set up a dedicated offshore development center focused on private 5G and edge computing engineering and integration.
Colterlec and Moxa Advance Private 5G and Wireless Networks for Smart Mining
Australianmining | Oct 25 | Partnership

Colterlec and Moxa Advance Private 5G and Wireless Networks for Smart Mining

Colterlec and Moxa are advancing industrial wireless connectivity for Australian mining operations through private 5G, secure cellular gateways and resilient wireless mesh networks. Moxa's OnCell G3504-5G industrial gateway supports downlink speeds of up to 4.9Gbps, integrating automated connection recovery, deep packet inspection and centralized remote management to connect legacy operational technology with modern wireless infrastructure. Its AeroMesh technology delivers wireless speeds of up to 1.8Gbps and supports more than 100 devices per access point, enabling flexible connectivity across challenging mining environments. Combining Moxa's industrial networking technologies with Colterlec's engineering, deployment and local support capabilities, the partnership supports autonomous haulage, conveyor monitoring, fleet telemetry and intelligent mine operations.
PHY Wireless & Ubiik: Integrate private LTE/5G with device-based positioning under 3GPP standards
Mobile World Live | Oct 20 | Partnership

PHY Wireless & Ubiik: Integrate private LTE/5G with device-based positioning under 3GPP standards

PHY Wireless and Ubiik integrated Ubiik’s private LTE/5G infrastructure with PHY Wireless’ hellaPHY device-based positioning to deliver 3GPP-compliant location services on the same network used for enterprise communications.
U Mobile and HLGY Energy Advance Private 5G and AI for Smart Solar Farms
Soyacincau | Oct 12 | Partnership

U Mobile and HLGY Energy Advance Private 5G and AI for Smart Solar Farms

Malaysia's U Mobile and renewable energy developer HLGY Energy have signed a Memorandum of Understanding to explore private 5G-powered smart solar farms using U Mobile's ULTRA5G network. The collaboration aims to integrate AI-powered analytics, autonomous drone inspections, smart CCTV surveillance and industrial automation to improve solar farm monitoring, maintenance and operational efficiency. The companies will also explore AI integration with solar generation and Battery Energy Storage Systems (BESS) to optimize energy storage, reduce electricity costs and extend equipment lifespan. The initiative highlights the growing potential of private 5G and AI in renewable energy infrastructure and intelligent industrial operations.
Beeline & Yadro: Jointly developing private LTE/5G services for Russian industrial sectors
Telecompaper | Oct 8 | Partnership

Beeline & Yadro: Jointly developing private LTE/5G services for Russian industrial sectors

Beeline and Yadro signed a memorandum of intent to co-develop private LTE/5G network services for corporate clients in Russia, targeting extractive and industrial sectors such as mining, oil and gas, and metallurgy.
HP Korea & Nable: Expand private 5G wireless smart offices across South Korea’s finance sector
Chosun | Oct 6 | Partnership

HP Korea & Nable: Expand private 5G wireless smart offices across South Korea’s finance sector

HP Korea signed an MOU with Nable to scale private 5G-based wireless smart offices in South Korea, combining HP’s 5G-enabled laptops, docking stations, and BIOS/firmware-level security with Nable’s private 5G design, deployment, control, and optimization. The collaboration builds on deployments with SK Telecom and Samsung Electronics’ private 5G (Eum 5G) for first-tier banks and targets expansion to other regulated industries via network separation and mobility-focused designs.

Security Updates

NTT DATA: Integrates Cisco ISE with Private 5G to enforce unified device security for Brownsville, Texas
Nttdata | Oct 22 | Security Update

NTT DATA: Integrates Cisco ISE with Private 5G to enforce unified device security for Brownsville, Texas

NTT DATA integrated Cisco Identity Services Engine (ISE) with the City of Brownsville’s private 5G network to extend unified identity and access control across diverse endpoints (cameras, sensors, tablets). This links enterprise NAC policies into the 5G domain, improving governance, visibility, and policy enforcement for smart city operations.

Spectrum & Policy

Fjarskiptastofa: Opens consultation on allocating 3800-4200 MHz for local/private 5G networks in Iceland
Mobile World Live | Oct 22 | Spectrum Policy

Fjarskiptastofa: Opens consultation on allocating 3800-4200 MHz for local/private 5G networks in Iceland

Iceland’s telecom regulator initiated a consultation to allocate spectrum in the 3800–4200 MHz band to support local and private 5G networks for industries such as factories, ports, and utilities, aligning national policy with broader global mid-band deployments.

Alliance Updates

Aerix, Antevia Networks and six UK partners launch MOSAIC-5G with £3.1M Innovate UK funding to simplify private 5G deployment through AI and automation.
Telecoms | Oct 5 | Alliance Update

Aerix, Antevia Networks and six UK partners launch MOSAIC-5G with £3.1M Innovate UK funding to simplify private 5G deployment through AI and automation.

A UK consortium led by Aerix has secured more than £3.1 million in Innovate UK funding for MOSAIC-5G, an 18-month, £4.3 million initiative designed to simplify private 5G deployment and accelerate industrial adoption. The project brings together Aerix, Antevia Networks, Spry Fox Networks, Noema Signal Labs, AttoCore, RANsemi, Liverpool 5G and Bath & North East Somerset Council to develop an integrated, interoperable 5G Standalone solution. Combining UK-developed radio technology, 5G core infrastructure, AI-agent network operations and unified service assurance, MOSAIC-5G aims to enable private networks to be deployed in hours rather than weeks. The solution will be validated through industrial robotics trials, a live 18-cell network in Bath and Digital Catapult's London laboratory, advancing sovereign private 5G innovation and scalable enterprise connectivity.

Perspective

Celona Unifies Private 5G and Wi-Fi 7 to Power Physical AI and Robotics
Wifinowglobal | Oct 26 | Perspective

Celona Unifies Private 5G and Wi-Fi 7 to Power Physical AI and Robotics

Celona is advancing enterprise wireless convergence through its Orion platform, integrating private 5G, Wi-Fi 7 and AI-driven network operations to support physical AI, autonomous robots and industrial automation. The unified architecture combines Wi-Fi's high-capacity connectivity with private 5G's predictable performance, seamless mobility and wide-area coverage, enabling enterprises to optimize connectivity across manufacturing, warehousing, mining and energy operations. Celona's approach also supports application session continuity across wireless technologies while simplifying network management. In a 500,000-square-foot manufacturing scenario, the company estimates its converged architecture could reduce wireless infrastructure costs by approximately 50%, highlighting opportunities for more efficient, scalable and reliable industrial connectivity.
Ericsson: Guide outlines where private 5G fits for industrial operations in Australia and New Zealand
Telconews | Oct 13 | Perspective

Ericsson: Guide outlines where private 5G fits for industrial operations in Australia and New Zealand

Ericsson authored a practitioner-oriented guide detailing when and where private 5G adds value for ANZ industrial sites. It emphasizes starting from operational outcomes, positioning private 5G as complementary to existing wired, Wi‑Fi, and public mobile networks for large, mobile, mixed indoor‑outdoor, and latency‑sensitive environments. Sector examples include mining, airports, ports, manufacturing, and warehousing, highlighting predictable performance, seamless mobility, strong security, and on‑site data handling.
NTT DATA: Positions private 5G as foundational connectivity for US pharmaceutical manufacturing reshoring
Nttdata | Oct 12 | Perspective

NTT DATA: Positions private 5G as foundational connectivity for US pharmaceutical manufacturing reshoring

NTT DATA outlines why private 5G best fits GMP-regulated pharma facilities in the US, citing deterministic performance needs in cleanrooms, compliance with FDA 21 CFR Part 11 and DSCSA serialization, and the high cost of post-validation connectivity changes. The piece underscores RF design challenges in aseptic environments and argues Wi‑Fi variability under load is inadequate for continuous bioprocess control and high-speed packaging.
Private LTE for Utilities: Balancing Cost, Control and Network Reliability
Utilitydive | Oct 12 | Perspective

Private LTE for Utilities: Balancing Cost, Control and Network Reliability

Private LTE networks are becoming a strategic investment for utilities seeking greater control over mission-critical communications, improved network reliability and long-term operational efficiency. West Monroe highlights how utilities can build stronger business cases by evaluating total ownership costs, spectrum availability, cybersecurity, network resilience and future automation requirements. While public carrier and satellite connectivity offer flexible alternatives, private LTE provides dedicated infrastructure and greater control over service performance and security. A balanced connectivity strategy enables utilities to optimize investments, support grid modernization and build resilient communications infrastructure for evolving operational needs.
Sdxcentral | Oct 7 | Perspective

FRER Enhances Private 5G Reliability for Industrial Automation

Frame Replication and Elimination for Reliability (FRER) is emerging as a key technology for strengthening mission-critical industrial private 5G networks. Malik Arshad, President of Canoga Perkins, highlights how IEEE 802.1CB-based FRER complements Time-Sensitive Networking (TSN) by replicating data packets across redundant network paths, enabling seamless failover without switching delays. The technology addresses wireless interference and connectivity interruptions in demanding industrial environments, supporting autonomous mobile robots, remote-controlled cranes and synchronized manufacturing systems. Compatible with hybrid 5G, Wi-Fi and wired architectures, FRER advances deterministic connectivity, high availability and reliable industrial automation.

Policy

Mormugao Port Authority: Secures CNPN authorisation to plan a private 5G network with PoC trials underway
Maritimegateway | Oct 16 | Policy

Mormugao Port Authority: Secures CNPN authorisation to plan a private 5G network with PoC trials underway

Mormugao Port Authority received Captive Non-Public Network (CNPN) authorisation in September 2026 for a private 5G deployment. The authority appointed a consultancy to prepare a Detailed Project Report, ran a prior RFI (Dec 4, 2025) for end-to-end design and integration, and has initiated proof-of-concept trials. Planned applications include cargo tracking, automated logistics, drone surveillance, smart sensors, and real-time infrastructure monitoring under a CAPEX, port-managed model.
Subtel: Frees 60 MHz in 2.3 GHz band for private 5G and industrial use in Chile
Telecompaper | Oct 9 | Policy

Subtel: Frees 60 MHz in 2.3 GHz band for private 5G and industrial use in Chile

Chile’s telecom regulator updated technical rules to allocate 60 MHz in the 2.3 GHz band (2300–2360 MHz) for private and industrial networks, providing dedicated mid-band spectrum to support energy-efficient technologies and private 5G/5.5G and future 6G deployments in confined industrial settings.
Mexico Plans Private 5G Spectrum Auction to Accelerate Industrial Connectivity
Telecoms | Oct 6 | Policy

Mexico Plans Private 5G Spectrum Auction to Accelerate Industrial Connectivity

Mexico's Telecommunications Regulatory Commission (CRT) is advancing private 5G adoption by increasing its planned industrial spectrum auction from 40 MHz to 60 MHz in the upper 2.3 GHz band. The auction will offer regional licenses across 72 areas, enabling enterprises to deploy dedicated wireless networks for manufacturing, mining, ports, logistics, energy and agribusiness. The regulator is also considering a second auction phase for broader geographic coverage. The initiative aims to accelerate smart grids, advanced robotics, AI-powered automation, remote monitoring and real-time industrial analytics, positioning Mexico to expand its private wireless ecosystem and strengthen industrial digital transformation.
PTS: Opens applications for local 5G permits in Sweden's 3.8 GHz band
Telecompaper | Oct 1 | Policy

PTS: Opens applications for local 5G permits in Sweden's 3.8 GHz band

PTS began granting local permits for 3800-3920 MHz and 3990-4130 MHz to enable private 5G and other local wireless broadband networks across industrial sites, ports, mines, energy facilities, healthcare environments, research facilities, and campuses.
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