Jump to content
snow

What Are The IoT Challenges & How LORIOT Navigates Them

A closer look at how LORIOT mitigates key IoT risks, ensuring secure, interoperable, and future-ready deployments at scale.

The IoT landscape presents a set of well-known challenges that every player in the industry must continuously address. For LORIOT, each of these challenges has been an opportunity to rethink, refine, and reinforce the way we deliver secure, scalable, and future-ready deployments.

Introduction to 5 most common IoT industry challenges:


  • IoT devices and networks are exposed to potential attacks, putting sensitive data at risk.

  • 2. Compatibility & Interoperability

    Different devices, platforms, and protocols may not work seamlessly together, creating fragmented systems and integration difficulties.


  • The collection and processing of highly personalized or industrial data can create risks if privacy is not properly managed.


  • As the number of connected devices and volume of data grows, networks may struggle to handle the increased load effectively.


  • Implementing and maintaining IoT infrastructure requires significant investment, and understanding the Total Cost of Ownership (TCO) is crucial to avoid budget surprises.

5 Common IoT Challenges

Our mission is to simplify the complexity of IoT, empowering our customers to focus on creating real value from their data while fully trusting the reliability and security of the infrastructure behind it.


1. Security Risks

One of the primary concerns with rapidly evolving IoT technologies is security. As soon as hardware is connected to a public network, it is inherently at a higher risk of being targeted by hackers and cybercriminals seeking access to stored information and data. Unfortunately, traditional authentication mechanisms and encryption are not always a standard part of every company’s IoT deployments.

In industrial IoT deployments, the data at risk is often highly sensitive. A compromised factory system could expose operational details, or even allow manipulation of machinery, leading to downtime, safety hazards, or financial losses.

In other contexts, such as smart homes, attacks can be just as damaging, granting hackers access to door lock activity, live camera feeds, or detailed household usage patterns.

We actively adopt and promote the use of security best practices across the IoT industry, helping ensure that all deployments are as safe and reliable as possible.

We believe that no customer, regardless of their chosen provider, has to suffer the consequences of poor security practices.

At LORIOT, we take security seriously and implement several measures to protect both our technologies and our customers.

  • End-to-end encryption:
    From end-devices to Application Servers, and vice versa, communication is securely encrypted, ensuring data confidentiality during wireless transmission and across the network. Furthermore, mutual authentication features are available to strengthen NMS connections security.
  • Network Segmentation and Access Control:
    Users can create private networks or segments. Role-based access control restricts who can view or manage devices and data, minimizing risks of unauthorized access within the platform.
  • Compliance and Best Practices:
    LORIOT adheres to industry-recognized security standards and best practices. Furthermore, LORIOT is certified in ISO 27001, which is the international standard for information security management systems. LORIOT conducts external professional penetration tests on every major release as well as periodically whenever significant changes are introduced, ensuring the ongoing strength and resilience of its systems.
  • Insurance:
    Even in the case of the security breach, LORIOT in a collaboration with SWISS insurance company, provides protection to all our customers up to € 5 million from cyberattack liabilities.
To dive deeper into IoT security and best practices, explore the following educational materials:

Keynote presentation "Navigating the IoT Landscape with Robust Product Security" by Rafal Kaja, IoT Cybersecurity Specialist at EY.

Article "Cybersecurity Technologies to Safeguard Massive IoT Deployments"

2. Compatibility and Interoperability Issues

Another significant challenge in the IoT industry is compatibility and interoperability. With so many different sensors, servers, and platforms available, achieving seamless integration between components can be difficult. This typically occurs when different parts of a project’s IoT setup follow varying protocols and standards.

To address this challenge, companies must expand their partnerships and work with a broad spectrum of collaborators. This allows them to offer flexible solutions while staying within ecosystems that adhere to common standards. Additionally, the growing number of companies joining alliances like LoRa Alliance® and mioty Alliance® makes it easier to identify compatible partners in a saturated market.

Interoperability is a key topic across the industry, constantly being addressed to provide solutions that integrate smoothly into customer’s projects.

Being in the LoRa Alliance® allows us to work in a trustworthy ecosystem with hardware and software partners.

At LORIOT, we take proactive steps to ensure high interoperability across our solutions.

  • Adherence to LoRaWAN® Standards:
    LORIOT strictly follows the official LoRaWAN® specification defined by the LoRa Alliance®. This ensures that devices from any certified manufacturer can connect and communicate reliably. Standard protocols guarantee interoperability at the communication level.
  • Support for Multiple Packet Forwarders and Gateway Models:
    Our proprietary packet forwarder, the LORIOT Gateway Binary, supports a wide range of gateways from different manufacturers, providing industry-outstanding features. In addition, LORIOT supports the LoRa BasicsTM Station and Semtech UDP packet forwarders, considerably extending the gateway compatibility spectrum.
  • Multi-Region and Frequency Band Support:
    LORIOT supports all frequency plans outlined in the LoRaWAN® Regional Parameters specification, allowing for deployments on any corner of the world.
  • Open APIs and Integration Options:
    LORIOT implements a RESTful API architecture, providing the associated API documentation. In addition, LORIOT incorporates various protocols and custom integrations with third-party platforms to ease Output configurations.
  • Regular Updates and Community Feedback:
    We engage actively with the IoT community and manufacturers to remain compatible with emerging technologies. We are updating our systems to keep up with market needs and provide channels for customers to share feedback with us.
  • Active Member of the IoT Ecosystem:
    By being a part of both - the LoRa Alliance and mioty Alliance, LORIOT contributes to open standards, fosters collaboration, and delivers flexible solutions that empower our global partners and customers.

    Over the years, thanks to our positioning in the IoT stack, in the middle between hardware and applications, we have built collaborative relationships with many other players in the ecosystem.

  • LORIOT Partner Ecosystem

    3. Data Privacy Concerns

    Due to the specific and personalized nature of the data that IoT devices collect, data privacy has become a growing concern among potential customers. This concern is understandable, as if handled irresponsibly, data leaks can significantly impact both companies and private individuals.

    At the same time, this very data is what makes IoT so powerful in delivering personalized, intelligent solutions. Every data point collected, whether from sensors, cameras or user interactions, helps create a more seamless and tailored experience for the end user.

    The key challenge lies in ensuring that this data is collected, stored and processed securely.

    Here is how LORIOT addresses data privacy concerns:

    • Privacy-By-Design Architecture:
      LORIOT only collects the data necessary for a proper product functionality, and does not store it longer than needed, reducing the risks associated with long-term storage. This empowers businesses to align with their internal policies and external privacy regulations.
    • Network Management System’s Hosting Alternatives:
      Whether it is LORIOT hosting and managing the NMS server, or deploying the software onto customers premises, customers can choose the Enterprise Private Server solution that best matches their privacy policies and needs.
    • Granular Access Rights & Delegation:
      Beyond basic authentication, LORIOT supports role-based access control. LORIOT’s Multitenancy concept ensures users only access data relevant to their project, limiting unnecessary internal or external exposure.
      LORIOT’s Multitenancy concept

    • However, achieving strong data privacy is not solely the responsibility of the provider. These technical measures cover only half the journey. The other half depends on education and communication. Customers must also follow best practices and internal procedures to reduce risks from their side.

      Ultimately, the goal is to ensure that customers continue to enjoy the benefits of IoT technologies without compromising their privacy or sensitive data.

      4. Scalability Problems

      The exponential growth in the number of connected devices is a positive sign for the IoT industry. However, it also introduces scalability challenges, making it increasingly difficult for IoT systems to manage large volumes of devices and the massive amounts of data they generate.

      This issue becomes more critical, when the network infrastructure is not designed to accommodate such growth. Without the right foundation, performance degradation and system bottlenecks can arise.

      That is why it is essential for leading IoT companies to address scalability early on, providing customers with solutions that are not only functional but also future-ready.

      At LORIOT, we’ve built our platform to scale effortlessly:

      • High-quality Support team:
        Thanks to our extensive know-how, we help customers tackle scalability and other challenges that come with network expansion. Our support team stands out for its well-earned reputation and commitment to providing outstanding assistance.
      • Cloud-Native Architecture:
        Our architecture can run on virtual machines up to fully orchestrated container environments, adapting seamlessly to a wide range of operational requirements and scales.
      • Multi-Tenancy and Segmentation:
        Our platform supports multi-tenant environments, allowing multiple customers or projects to operate isolated networks on shared infrastructure. Network segmentation ensures scalability without interference, simplifying management for large and diverse user bases.
      • Load Balancing and Redundancy:
        LORIOT uses redundancy together with load balancing across multiple servers to avoid bottlenecks and single points of failure. This ensures stable, continuous operation, even at scale.
      • Present in 150+ countries world wide:
        Our global presence allows us to support customers wherever their IoT projects grow. By operating a distributed infrastructure across multiple regions, LORIOT ensures low latency, reliable connectivity, and seamless scalability for deployments of any size or location.


      • With these strategies in place, LORIOT continues to evolve, even improving systems that already perform well. In the IoT industry, it is vital to think ahead - not only for the success of the company but for the future of the connected world. By ensuring scalability, we meet the growing demands of the market and support the increasing number of connected devices that bring real value to clients and ecosystems alike.

        5. Total Cost of Ownership (TCO)

        As the final IoT challenge, we address the Total Cost of Ownership that comes with implementing IoT projects. Setting up and maintaining the hardware and infrastructure involved in IoT solutions can require a significant investment - one that potential customers may not always be ready to make.

        Naturally, costs can be adapted based on project scope and scalability. However, the financial considerations remain significant. These may include specialized sensors, connectivity modules, routers, gateways, cloud or edge computing resources, software updates, and data management systems.

        At LORIOT, we offer multiple ways to reduce and optimize these costs:

        • Cloud-Based SaaS Model:
          LORIOT provides a Software-as-a-Service (SaaS) platform, eliminating the need for companies to build and manage their own infrastructure.
        • Free & Flexible Plans:
          We offer a Free Community Public Server for testing and PoCs (Proof of Concepts), lowering the entry barrier for startups and developers. Our 6 different paid plans on the Professional Public Servers scale with usage, so customers only pay for what they need, when they need it.
          LORIOT Products

          -> Read More: Free Community Server
          -> Read More: Professional Public Server
          -> Read More: Enterprise Private Server

        • Integrated Monitoring and Management Tools:
          Built-in LoRaWAN network activity dashboards and diagnostic tools eliminate the need for third-party software, saving on license fees and integration costs.

        • At LORIOT, we believe that transparency, tailored recommendations based on each customer’s capabilities, and continuous project personalization are essential. By applying these strategies, it becomes possible to strike the right balance between necessary investments and desired outcomes of IoT deployments

          Conclusion

          The IoT industry is full of opportunities, but it also comes with inherent challenges. At LORIOT, we approach these challenges not as barriers, but as areas to innovate, improve, and support our customers with practical, future-ready solutions. By combining industry best practices, scalable infrastructure, and a strong commitment to security and interoperability, we enable IoT deployments that are safe, efficient, and adaptable.

          Looking ahead, these challenges highlight where IoT must evolve in the next decade, guiding the industry toward smarter, more connected, and more resilient solutions.

          For IoT companies, addressing these challenges today is the key to unlocking the full potential of IoT tomorrow.




Agustín Roberi Fichetti

Agustín Roberi Fichetti
Requirements Engineer
Linkedin