IoT Data Connect

Category: IoT Security

  • IoT eSIM Security Certification from GSMA

    IoT eSIM Security Certification from GSMA

    IoT eSIM Security Certification from GSMA’s first win by 1oT is a major milestone. They are the first company in Europe to get GSMA SGP.32 certification for their IoT eSIM solution. This certification shows 1oT’s commitment to security and quality in the growing world of IoT connectivity. And interoperability requirements, making it a reliable choice for businesses looking to deploy IoT devices at scale.

    IoT eSIM Security Increasing Demand

    With the increasing demand for secure and efficient connectivity in various sectors, including automotive, healthcare, and smart cities, 1oT’s certified eSIM solution is poised to facilitate seamless global connectivity while safeguarding data integrity.  1oT’s certification is expected to attract new clients and partnerships, allowing them to expand their offerings and further enhance their service capabilities.

    Märt Kroodo Founder & CEO at 1oT

    What is 1oT?

    1oT is a global cellular connectivity provider for IoT device makers (OEMs). The company belongs to Mobi Solutions Group and was founded in 2016. The core of 1oT’s founders consists of Märt Kroodo, who has a financial background and was the former board member of Click & Grow, and Marko Peterson, a long-standing technical partner of Mobi Solutions. In addition, the project is backed by Rain Rannu, the founder of Mobi Solutions who acts as a strategic advisor.

    1oT’s headquarter is based in Estonia. They combine deals from many mobile network operators into one platform. This helps companies manage their IoT devices across different networks and countries. 1oT has also developed its own connectivity management platform and eSIM infrastructure. This makes them unique in the industry.

    1oT Key Features:

    • Aggregates multiple mobile network deals into one platform.
    • Offers a connectivity management platform.
    • Has its own eSIM infrastructure.

    Their platform allows businesses to seamlessly connect, monitor, and control their IoT devices without the hassle of dealing with multiple contracts or service providers. By aggregating various mobile network operators’ offers, 1oT provides a comprehensive solution that enhances flexibility and scalability for enterprises looking to expand their IoT deployments globally.

    The integration of eSIM technology further enhances their offerings. As a result, allowing devices to switch between networks without the need for physical SIM cards. This not only simplifies logistics but also reduces costs associated with managing multiple SIMs. With their robust management tools, clients can easily track usage, performance, and connectivity status, ensuring optimal operation of their IoT systems.

    Additionally, 1oT emphasizes security and reliability in its connectivity solutions. Their infrastructure is designed to protect sensitive data and ensure uninterrupted service, which is crucial for businesses that rely on real-time data transmission for operations such as smart cities, fleet management, and industrial automation.

    By focusing on customer-centric solutions and continuous innovation, 1oT is positioned to meet the evolving needs of businesses in the digital age. Their commitment to simplifying connectivity empowers organizations to leverage the full potential of IoT technology, driving efficiency and growth in an increasingly connected world.

    IoT eSIM Security GSMA SGP.32 Certification

    IoT eSIM security GSMA SGP.32 certification is a standard for security in eSIM technology. It makes sure that companies that provide eSIM services meet strict security requirements. This is very important for IoT devices:

    • Fleet management
    • Smart cities
    • Micromobility

    This certification is part of the broader GSMA SGP (Subscription Management Specification) series, which establishes guidelines and best practices for managing subscriptions on embedded SIMs (eSIMs).  It covers various aspects, including secure communication protocols, data encryption, and secure key management practices.

    Achieving GSMA SGP.32 certification is crucial for eSIM service providers, as it demonstrates their commitment to maintaining high security standards.

    Additionally, certified companies can differentiate themselves in a competitive market, showcasing their adherence to industry standards and their ability to provide secure and reliable eSIM solutions. Overall, GSMA SGP.32 certification plays a vital role in the growing ecosystem of eSIM technology, promoting secure and efficient subscription management across various devices and services.

    Why is This Important?

    This certification is a big step for 1oT and the IoT industry. It means that 1oT’s IoT eSIM solution is ready for the market. It also shows that 1oT is a leader in IoT eSIM technology.

    The GSMA SGP.32 Certification is crucial not only for 1oT but for the entire IoT ecosystem as it establishes a standard of quality and security that is essential for the widespread adoption of eSIM technology. This certification ensures that 1oT’s IoT eSIM solution meets rigorous industry benchmarks for interoperability, security, and performance, allowing businesses to deploy IoT devices with confidence.

    With this certification, 1oT can assure customers that their eSIM solution is capable of seamless global connectivity, enabling devices to switch networks easily and efficiently. This flexibility is particularly important for industries that rely on real-time data and connectivity, such as logistics, smart cities, and healthcare.

    Benefits of GSMA SGP.32 Certification:

    • Shows commitment to security
    • Builds trust with customers
    • Allows 1oT to offer advanced IoT eSIM solutions

    In addition, the certification helps to streamline the deployment process for companies looking to implement IoT solutions. With a certified eSIM solution, businesses can reduce the time and resources spent on testing and validation, allowing for quicker time-to-market and faster scaling of IoT initiatives.

    Ultimately, the GSMA SGP.32 Certification is a testament to 1oT’s commitment to innovation, quality, and reliability in the IoT space. As the demand for connected devices continues to grow, having a certified eSIM solution will be a key differentiator that sets 1oT apart from competitors and drives the future of IoT connectivity.

    1oT’s Global Reach

    1oT currently manages 3.5 million SIM cards in 173 countries.  These IoT applications include:

    • Fleet management
    • Micromobility
    • Smart cities
    • Sensors

    1oT’s global reach shows that they can provide reliable connectivity solutions for businesses anywhere in the world.

    The Future of IoT Connectivity

    1oT’s GSMA SGP.32 certification is a sign of the future of IoT connectivity. As more and more devices connect to the internet, security becomes even more important. 1oT is leading the way in providing secure and reliable connectivity solutions for the IoT world.

    Want to learn more about how 1oT can help your business with IoT connectivity? Visit their website today.

    Conclusion

    1oT’s achievement of GSMA SGP.32 certification is a major accomplishment. It shows their dedication to security and innovation in the IoT industry. With their certified IoT eSIM solution, 1oT is ready to help businesses connect their devices securely and reliably around the world. The future looks bright for 1oT as it continues to pave the way for advancements in IoT technology.

  • M2M Smart Highways: IoT Multi-Network Traffic Solutions

    M2M Smart Highways: IoT Multi-Network Traffic Solutions

    Building Smarter Highways with M2M Data Connect and Multi-Network IoT Connectivity

    Smart highways are redefining transportation by integrating Machine-to-Machine (M2M) Data Connect and multi-network IoT connectivity to optimize traffic flow, enhance safety, and improve infrastructure efficiency. By utilizing multiple communication channels—cellular, satellite, LoRaWAN, and fiber optics—these highways ensure reliable, scalable, and adaptive data exchange across critical systems.

    The Power of M2M Data Connect in Smart Highways

    M2M technology enables direct device-to-device communication, allowing infrastructure components such as traffic sensors, smart toll systems, autonomous vehicle networks, and surveillance cameras to interact seamlessly without human intervention.

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    How Multi-Network IoT Enhances Highway Connectivity

    1. Uninterrupted Traffic Management & Monitoring

    Smart highways rely on real-time IoT data for dynamic traffic optimization. Multi-network IoT SIM cards ensure continuous connectivity between:

    • AI-driven traffic control centers

    • Connected vehicle navigation systems

    • IoT-powered road sensors monitoring congestion

    2. Vehicle-to-Infrastructure (V2I) Communication for Smart Mobility

    M2M and multi-network IoT enable vehicles to communicate directly with road infrastructure, supporting: Real-time route optimization based on congestion levels🚦 Adaptive traffic signals that adjust to vehicle density Emergency response prioritization for faster assistance

    3. Smart Tolling & Contactless Payments

    With M2M-enabled IoT connectivity, toll systems can seamlessly process transactions across multiple networks, enabling: Automated toll payments without manual intervention🔄 Dynamic pricing models based on real-time traffic conditions Remote verification via multi-network SIM cards for uninterrupted service

    4. Predictive Maintenance & Infrastructure Longevity

    Smart highways feature embedded IoT sensors in roads, bridges, and tunnels that transmit health data via M2M connectivity across multiple networks. This enables predictive maintenance, preventing costly infrastructure failures and improving long-term highway efficiency.

    5. AI-Driven Surveillance & Security Optimization

    Smart CCTV and traffic enforcement systems leverage multi-network M2M data transmission to: Detect accidents, road hazards, and violations in real time🔄 Seamlessly switch between networks to prevent surveillance blackouts Transmit alerts instantly to traffic control centers and emergency responders

    6. Edge Computing & Cloud Integration for Smart Highway Data Processing

    Multi-network IoT connectivity supports edge computing solutions, ensuring real-time highway data processing without relying on a single cloud provider. This reduces latency and enhances high-speed decision-making for autonomous vehicle coordination.

    The Future of Connected Highways

    As urban mobility advances, M2M and multi-network IoT will drive innovations such as: Fully autonomous vehicle ecosystems🌍 Decentralized AI-powered traffic coordination Energy-efficient smart roads with dynamic charging stations

    Smart highways are not just roads—they are intelligent transportation hubs, built for a future of seamless mobility, enhanced safety, and optimized urban efficiency.

    Explore specific IoT use cases like satellite connectivity, edge AI, or autonomous vehicle integration get in touch today and request a quote

  • IoT CCTV with M2M: Smarter, Uninterrupted Surveillance

    IoT CCTV with M2M: Smarter, Uninterrupted Surveillance

    Enhancing CCTV Security Systems with IoT Connectivity and M2M Data Connect.

    As security threats grow more sophisticated, traditional CCTV surveillance is evolving into intelligent, proactive monitoring systems powered by IoT connectivity and Machine-to-Machine (M2M) Data Connect. By integrating these technologies, CCTV networks can achieve real-time communication, automated security responses, and uninterrupted operation, even in remote or high-risk areas.

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    Why M2M Data Connect Matters for CCTV Security

    M2M Data Connect ensures that CCTV systems remain connected even when traditional networks fail. This enables seamless communication between security cameras, control centers, and other IoT devices—critical for uninterrupted surveillance in urban, industrial, and remote environments.

    How IoT and M2M Connectivity Elevate CCTV Security

    1. Uninterrupted Surveillance with Multi-Network Support

    M2M connectivity allows CCTV systems to switch between mobile networks, satellite, LoRaWAN, or Wi-Fi to maintain a stable connection at all times. This ensures real-time monitoring, even in areas with poor network coverage or high interference.

    2. AI-Driven Threat Detection & Automated Alerts

    IoT-powered security cameras analyze footage using AI algorithms to detect suspicious behavior, unauthorized access, or potential threats. When an anomaly is detected, M2M connectivity ensures instant alerts are sent to security teams, mobile devices, or emergency responders, triggering automated security protocols.

    3. Predictive Maintenance for Maximum Uptime

    IoT sensors within CCTV cameras track hardware health, temperature changes, and connectivity status. M2M-enabled devices transmit this data in real time, allowing predictive maintenance to prevent failures before they occur—ensuring continuous surveillance with minimal downtime.

    4. Secure and Scalable Access Control

    With M2M Data Connect, security systems can integrate with biometric authentication, keyless access, and remote door controls. IoT-connected cameras verify credentials and trigger automated responses, securing restricted areas while maintaining data integrity and encryption.

    5. Energy-Efficient and Sustainable Operations

    IoT-enabled CCTV systems can sync with solar-powered cameras, smart grids, and energy-efficient protocols. M2M connectivity optimizes power consumption, ensuring sustainable surveillance without excessive energy use.

    The Future of IoT-Connected CCTV with M2M Data Connect

    As urban infrastructures and corporate security frameworks continue to evolve, IoT and M2M connectivity will drive autonomous surveillance, AI-powered security analytics, and decentralized monitoring networks.

    With seamless connectivity, CCTV systems become more than just cameras—they become intelligent security hubs, capable of real-time decision-making, automated protection, and predictive threat mitigation.

    For more information or a quote get in touch

  • Private APN vs. Public APN: Why Businesses Need Dedicated Mobile Connectivity

    Private APN vs. Public APN: Why Businesses Need Dedicated Mobile Connectivity

    Why a Private APN Is Better Than a Public One

    When it comes to mobile connectivity, not all APNs (Access Point Names) are created equal. Many businesses and organizations now prefer private APNs over public ones—and for good reason. Here’s why choosing a private APN can make a big difference.

    What’s the Difference?

    Public APN: The default gateway used by most mobile users to access the internet. It’s shared among millions of users.

    Private APN: A dedicated gateway set up for a specific organization or group of users, offering more control and security.

    Key Benefits of a Private APN

    Enhanced Security
    A private APN creates a closed network between your SIM-enabled devices and your internal systems, keeping sensitive data off the public internet.

    Better Control
    You can define who accesses your network and how, allowing for custom policies, device restrictions, and tighter traffic management.

    Reliable Performance
    Private APNs reduce network congestion by isolating your traffic from the public network, improving speed and reliability—especially important for IoT and critical business applications.

    Custom IP Addressing
    Private APNs allow static or private IP assignments, making it easier to track, manage, and secure connected devices.

    Integration with Corporate Networks
    They can be connected directly to your internal infrastructure via VPN or leased line, enabling seamless access to business systems and cloud platforms.

    Ideal Use Cases

    • Enterprise mobility solutions

    • Industrial IoT (Internet of Things) deployments

    • Remote workforce connectivity

    • Secure field operations

    In short, if your business relies on secure, reliable mobile data, a private APN is not just a nice-to-have—it’s a strategic asset. It’s the key to better control, security, and performance in an increasingly mobile world.

    How to Add an APN on Your Hardware or Mobile Device

    If you’re having trouble connecting to mobile data or sending MMS messages, your device may not have the correct APN (Access Point Name) settings. APNs are essential for your phone to connect to your carrier’s network properly. Here’s a quick guide to manually adding an APN on your device.

    What Is an APN?

    An Access Point Name (APN) is the gateway between your mobile network and the internet. Without the correct APN settings, your device may not be able to access mobile data, send MMS, or even use some network features.

    How to Add an APN

    For Android Devices:

    1. Open Settings.

    2. Tap Network & Internet or Connections, depending on your device.

    3. Select Mobile Network > Access Point Names.

    4. Tap the + icon or Add.

    5. Enter the APN settings provided by your carrier.

    6. Tap the three-dot menu (if available) and choose Save.

    7. Select the newly created APN to activate it.

    For iPhone (iOS):

    1. Go to Settings.

    2. Tap Cellular > Cellular Data Options > Cellular Network.

    3. Fill in the APN fields with the details from your carrier.

    4. Press the back arrow to save. The settings are saved automatically.

    Where to Get APN Settings

    You will find your carrier’s APN settings from the order process or by contacting customer support. Some hardware & phones will also update APN settings automatically when you insert a SIM card.

    Final Tips

    • Restart your device after adding or updating an APN.

    • Double-check for typos; APN settings are case-sensitive.

    • If mobile data still doesn’t work, try resetting to default and re-entering the settings.

  • IoT Connectivity for VoLTE (Voice over LTE) Door Entry Systems, GSM Intercoms & Elevator Solutions

    IoT Connectivity for VoLTE (Voice over LTE) Door Entry Systems, GSM Intercoms & Elevator Solutions

    Enhancing Security and Convenience

    In today’s rapidly evolving technological landscape, the integration of the Internet of Things (IoT) into everyday systems is becoming increasingly essential. One area where this connectivity is making significant strides is in security and communication solutions, particularly in VoLTE (Voice over Long-Term Evolution) door entry systems, GSM intercoms, and elevator voice gateways. These innovations are not just transforming the way we interact with our environments but also enhancing safety, convenience, and operational efficiency.

    The Rise of VoLTE Door Entry Systems

    VoLTE technology enables high-definition voice calls over 4G LTE networks, providing superior sound quality compared to traditional cellular services. In the realm of door entry systems, VoLTE enhances security and user experience significantly.

    Benefits of VoLTE Door Entry Systems:

    1. Real-Time Communication: With VoLTE, users can communicate with visitors instantly and with better audio clarity, ensuring that conversations are conducted smoothly and effectively.

    2. Enhanced Security Features: Integration with IoT allows for features such as remote monitoring and control of entry points via smartphones or web applications. Users can view live video feeds and grant access to guests from anywhere, ensuring greater security.

    3. Integration with Smart Home Devices: VoLTE door entry systems can connect with other smart home devices, enabling features such as automatic unlocking when the homeowner approaches or alerting them to unauthorized access.

    GSM Intercoms: A Reliable Communication Solution

    GSM intercom systems leverage mobile networks to provide reliable communication, making them an excellent choice for residential and commercial installations alike. These systems are particularly beneficial in areas where traditional landlines may be impractical or unavailable.

    Advantages of GSM Intercoms:

    1. Wide Coverage: GSM intercoms can be deployed in remote locations since they rely on cellular networks, making them suitable for construction sites, warehouses, and rural areas.

    2. Scalability: Installation and expansion of GSM intercom systems are straightforward, allowing businesses to adapt their communication solutions as needs grow.

    3. Wireless Connectivity: Without the need for cumbersome wiring, GSM intercoms reduce installation times and costs while offering flexibility in system design.

    Elevator Voice Gateways: Seamless Communication and Safety

    Elevator voice gateways facilitate two-way communication between passengers and emergency responders during critical situations. Implementing IoT technology into these gateways enhances functionality and safety measures.

    Key Features of IoT-Enabled Elevator Voice Gateways:

    1. Emergency Communication: Equipped with IoT connectivity, voice gateways can automatically report incidents to emergency services, ensuring rapid response times and increased passenger safety.

    2. Remote Monitoring: Building managers can monitor elevator systems and diagnose issues in real-time, minimizing downtime and maintenance costs.

    3. Integration with Building Management Systems: Voice gateways can integrate with broader building management systems, allowing for coordinated responses to emergencies and improved operational efficiency.

    The Future of IoT Connectivity in Security Solutions

    The incorporation of IoT connectivity in VoLTE door entry systems, GSM intercoms, and elevator voice gateways not only enhances user experience but also strengthens security measures across various environments. As technology continues to evolve, we can anticipate even more innovative features and capabilities to emerge:

    • AI-Driven Insights: Machine learning algorithms could analyze usage patterns to improve system responses and predict maintenance needs.

    • Enhanced User Interfaces: With advances in user experience design, settings can be adjusted via intuitive mobile applications for greater convenience.

    • Interoperability: Future systems will likely see improved interoperability among devices, enhancing their collective functionality across different environments.

    Conclusion

    Incorporating IoT connectivity in VoLTE door entry systems, GSM intercoms, and elevator voice gateways marks a significant step toward making our living, working, and transit spaces more secure, convenient, and efficient. As these technologies continue to evolve, they promise to provide an unparalleled level of service and safety that keeps pace with the demands of modern society. Embracing these innovations will not only streamline operations but also foster a more connected and secure environment for everyone.

    This blog highlights the integration of IoT in relevant security systems while emphasizing their practical benefits. If you have specific topics or advanced features you’d like to explore further, feel free to ask!

  • M2M Data Connect joins Hikvision’s Insight

    M2M Data Connect joins Hikvision’s Insight

    Hikvision is thrilled to unveil the schedule and venues for its highly-anticipated Insight Autumn Roadshow 2023. These exclusive gatherings, taking place across the UK, are set to ignite the advancements in security technology that lie ahead. M2M Data Connect is joining Hikvision in London Heathrow Marriott – on Tuesday, 3rd October, and Manchester United FC – on Tuesday, 10th October 2023. This roadshow guarantees an immersive and captivating experience for both industry experts and passionate enthusiasts.

    An Exciting Look at the Future

    Hikvision has consistently been a leader in innovative security solutions, and the Insight Autumn Roadshow 2023 is a testament to that. Attendees at the event will have an exclusive chance to see firsthand the newest offerings from the brand. This is an exceptional opportunity to witness the revolutionary technologies that are shaping the future of security. From cutting-edge M2M Security SIMs with Fixed IPs to surveillance cameras to analytic systems powered by artificial intelligence, participants will gain an inside perspective on the tools that will redefine the way security is implemented.

    The core of the roadshow revolves around informative talks and expert discussions that will offer valuable perspectives on the current trends, difficulties, and remedies in the industry. Hikvision’s leading professionals and visionary thinkers will step into the spotlight to impart their expertise and outlook on the future of security technology. By delving into topics such as the effectiveness of artificial intelligence in identifying threats and the significance of night vision and hybrid solutions in establishing safer surroundings, these talks will serve as a source of inspiration, knowledge, and fuel for stimulating conversations.

    Exploring networking connections without limitations

    The Insight Autumn Roadshow 2023 offers extraordinary networking possibilities, which is incredibly thrilling. Individuals from diverse fields, such as security, technology, and business, will come together to establish connections, exchange ideas, and create fresh collaborations. It is an opportunity to broaden your perspectives, cooperate with individuals who share similar interests, and delve into the potential for collaboration among different industries.

    Don’t miss out on the opportunity to join the incredible journey of the Insight Autumn Roadshow 2023. Make sure to save the date in your calendars to see M2M Data Connect at…

    • London Heathrow Marriott – Tuesday, 3rd October
    • Manchester United FC – Tuesday, 10th October

    You can now register for this event, but there are only a few spots available, so make sure to reserve your place today to take part in this one-of-a-kind opportunity.

    To obtain more details and sign up, please visit the official website for the event or get in touch with our committed team. We are excited to have you join us on this extraordinary adventure of creativity and discovery.

    Register here

  • Visit M2M Data Connect at International Cyber Expo 2021

    Visit M2M Data Connect at International Cyber Expo 2021

    M2M Data Connect at the International Cyber Expo 2021

    Date: 28  September  – 29 September 2021
    Stand Number: A82
    Event Location: Olympia, London
    Country/City: United Kingdom
    URL: www.internationalcyberexpo.com

    The International Cyber Expo brings together the brightest minds in the sector to discuss cyber security and defense, risks, threats, detection & response from those responsible for protecting multinational businesses and critical national infrastructure to share knowledge and negate future attacks. Witness the very latest technology and services to protect the digital and physical future of your businesses, source the products needed to counter threats and identify the solutions you need to protect, prepare and respond.

    Held on Tuesday 28  September  – Wednesday 29 September 2021 at Olympia, London, United Kingdom. The two-day event is designed to help key buyers source the solutions they need to improve the security and resilience of business and critical infrastructures, this event will take place alongside the award-winning International Security Expo.

    M2M Data Connect is at Stand A82, so come and visit us.  Talks to us about our secure M2M SIM Card designed to improve connectivity and reliability with worldwide, IoT connectivity with a single platform for easy activation.  Introducing M2M IoT Connect, the IoT Platform for unified connectivity and device management. Bring Your Own Carrier (BYOC) to unlock unprecedented insights and access advanced functionality.

    We look forward to seeing you at International Cyber Expo, view our event offers or pre-book your appointment today:

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  • What is a private APN network

    What is a private APN network

    A private APN (Access Point Name) routes mobile data traffic from mobile devices directly into organisations’ corporate data networks. As a result, the M2M devices using a private APN don’t share the public data pathways.

    A choice of shared or dedicated Private APN

    Watch our What is a private APN video to find out more.  And to get a free quote please visit our Private APN product range.

    Every M2M device that needs a data connection must be configured to the APN of its SIM card carrier. It provides an extra layer of security for your M2M device, which means devices are more secure and may not need to use VPN client software.

    Most noteworthy, this reduces the load on company firewalls, Internet connectivity and other border systems.

    In addition, information from mobile devices to back-end systems is more stable, improving the end user experience. Particularly when using real-time applications.

    Custom Private APN Best Solution for Enterprises

    The best solution for enterprises that require a single, secure link using the internet is to have a custom Private APN built.

    A custom private APN enables you to limit access to devices to a very narrow network. The number of SIM cards on APN could be as few as one or as many as 1 million.

    Enterprises benefit from higher services levels with high bandwidth availability, as they no longer share with consumer bandwidth.

    Benefits of using Static IP address with custom Private APN

    M2M devices using a custom private APN will still get a dynamic public IP address that will often change. As a result, the device initial connection to the remote server can’t use this IP.

    The solution is to set up a static fixed private or public IP address on the custom private APN. As a result, it’s recommended to have a custom private APN for security-critical applications.

    Specific IP addresses can be assigned to M2M SIM cards, so devices can be uniquely identified. Very useful to account for certain assets, machines, applications, or people.

    M2M Private APN pricing

    To get our latest prices or get a quote please visit our Private APN product range.

    Need help, information, or want to order?

    For more information regarding our services, contact us today on +44 161 660 2492.

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