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Discover RutOS 7.19 firmware update featuring updated mobile WebUI support, HTTP Basic Authentication for the RutOS API, and more. More News 1/28/2026 Meet Altos: The Wi-Fi 7 Router Invited to Your Living Room 1/21/2026 Managed vs unmanaged switches: choose the right fit 1/20/2026 Password Security Standards – Best Practices to Protect your Devices RutOS 7.19 firmware update: the latest enhancements 3 December 2025 With every new release of RutOS firmware update, we refine performance, sharpen usability, and expand the possibilities of what your IoT solutions can achieve. Teltonika RutOS 7.19 continues this mission with practical enhancements that simplify daily operations, strengthen automation, and deliver a smoother and more intuitive management experience. What's new in this release? Custom Speedtest Server Support RutOS 7.19 firmware update adds support for custom Speedtest server URLs, allowing devices to run performance tests against user-defined endpoints rather than only the default public servers. It provides organizations with more control over testing environments, enables measurements on private or local infrastructure, and gives more reliable insights for specific network deployments. SNMP SET Support for Writable Data Sources Taking remote control a step further, this firmware update adds SNMP SET support for writable data sources, allowing authorized systems to adjust supported configuration values rather than only read them. The added capability strengthens integration with network management platforms, enables more dynamic automation workflows, and gives administrators greater flexibility in managing devices remotely across industrial and enterprise environments. Streamline Your Workflow: UX-UI Updates Mobile Usage Support for eSIM Profiles Managing mobile connectivity becomes easier with new per-profile usage tracking for eSIMs , allowing you to monitor data consumption for each profile directly in the interface. Greater visibility helps with clearer usage insights, simplifies planning, and supports more accurate data and cost allocation across deployments that rely on multiple eSIM configurations. Expanded Default SIM View & Selection The RutOS 7.19 firmware update introduces an expanded view that displays all available SIM and eSIM profiles, indicating which one is active and which is set as default. This clearer layout makes switching and configuration more intuitive and helps prevent confusion in multi-SIM scenarios, especially in remote or automated deployments. Events Log Message for DHCP Lease Limits To improve troubleshooting, Teltonika RutOS now records a log message when no DHCP leases are available for assignment. The added visibility helps administrators pinpoint capacity issues faster and shortens resolution time in dense or rapidly scaling networks. Firewall Rule Cloning & Real-Time Status Creating similar firewall rules is now easier thanks to a new cloning option for NAT, as well as traffic and port forwarding rules. With a single click, you can duplicate an existing rule and adjust it as needed, speeding up configuration workflows in complex environments and reducing repetitive setup steps. Most firewall configurations display rule status and traffic counters, helping you instantly see whether a rule is active and handling traffic. The added visibility in RutOS 7.19 firmware update makes validation and troubleshooting more precise, reducing guesswork during security configuration. Fully Updated Mobile WebUI Support RutOS 7.19 brings extensive improvements to the mobile version of the WebUI, offering cleaner layouts, better navigation, and more accessible configuration from smartphones and tablets. Whether you are on-site or on the move, managing your devices becomes simpler and more convenient on smaller screens. Improved Security for Smarter Connectivity IPv6 Support for VPN Services in WebUI & API This firmware update adds IPv6 compatibility to a wide range of VPN services, including ZeroTier, WireGuard, EoIP, Tinc, OpenConnect, L2TPv3, Stunnel, OpenVPN, and GRE, across both WebUI and API. The added support enables smoother deployment in modern dual-stack and IPv6-only environments and enhances flexibility for enterprise and large-scale infrastructures. Debounce Protection in Event Juggler To prevent rapid or repetitive action triggers, RutOS 7.19 introduces debounce protection in Event Juggler. The new safeguard stops actions from being executed repeatedly when a state changes in quick succession, reducing unnecessary activity, and helping prevent unintended automation loops. HTTP Basic Authentication for the RutOS API For clients that rely on the RutOS API , this update adds HTTP Basic Authentication, offering a simpler and more accessible way to authenticate. The added option improves usability for integrations and scripts that do not require more complex authentication flows and makes it easier to connect lightweight tools or services. Share Your Network Needs! Shaped around real deployment needs, this firmware update delivers clearer visibility, faster configuration workflows, expanded protocol support, and stronger security. The result is a network that is easier to manage, better suited for automation, and more prepared for the future. Have ideas or feature requests for upcoming releases? We would love to hear from you and continue building what matters most to your IoT solutions. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

IoT化の推進―「テルトニカ」が日本の合同会社を本格始動 More News 1/28/2026 Meet Altos: The Wi-Fi 7 Router Invited to Your Living Room 1/21/2026 Managed vs unmanaged switches: choose the right fit 1/20/2026 Password Security Standards – Best Practices to Protect your Devices IoT化の推進―「テルトニカ」が日本の合同会社を本格始動 22 May 2024 テルトニカIoTグループ（本社：リトアニア共和国ヴィリニュス市、CEO：アヴィダス・パウクティス、Arvydas Paukštys）は、このたび日本で新たにテルトニカジャパン合同会社（150-0013 東京都渋谷区恵比寿1丁目19番19号 恵比寿ビジネスタワー10階 1018号室）の東京オフィスを設置、同国での事業活動を本格化させることにいたしました。今回の記事では、現在の日本のIoT市場の動向と共に、当社が日本の「IoT化」にどのように貢献していきたいと考えているか、をご紹介いたします。 日本との強力なパートナーシップ テルトニカIoTグループは1998年、リトアニア共和国のヴィリニュス市で創業者／現代表取締役 のアヴィダス・パウクティスによって 設立されました。それから25年の時を経て、現在では5つのグループ会社を持つIoTソリューションのグローバル・カンパニーとなっております。このたび新たにテルトニカジャパン合同会社の東京オフィスを設置、同国での事業活動を本格化させることに決定いたしました。日本を含め、現在22カ国30カ所以上に拠点を展開しております。 東京オフィスには日本語話者および日本人スタッフが常駐し、ネットワークおよびテレマティクス製品を販売事業を展開してまいります。また、EV充電器や遠隔医療機器などの販売も検討しております。日本の現在の社会情勢を鑑（かんが）みると、IoTソリューションへのニーズは今後さらに高まると考えられます。当社は、今後数年間、日本市場で毎年100％の成長（売上高ベース）を見込んでおり、現地スタッフを増員する計画です。 また当社は、世界有数の経済大国である日本のみなさまと、今後長きにわたり様々な面で協力なパートナーシップを築いていくことを目指しています。 先日は、 日本リトアニア友好協会（JLFA）と在日リトアニア名誉領事の代表団の皆さまに、テルトニカ本社をご訪問いただきました。当社のオフィスを実際に皆さまにご覧いただき、交友を深める機会をもてたことを大変嬉しく思っております。 私たちにとって、日本が魅力的な市場であることは明らかです。同時に、当社が長年にわたり培ってきたIoTの技術が、世界有数の経済大国である日本の明るい未来と「IoT化」に少しでもお役に立てればと願っています。 日本のIoT市場の現状 2024年5月、 IT専門調査会社 IDC Japan 株式会社が、日本国内のIoT（Internet of things）市場予測を発表しました。同社によると、国内IoT市場におけるユーザー支出額の2023年の実績は6兆4,672 億円でした。また、2023 年～2028 年の間に、同市場が年間平均成長率（CAGR） 8.0％で成長し、2028 年には9 兆4,818 億円に達すると予測しています。 産業分野別でみると、労働人口減少や労働規制の強化による人手不足の深刻化に伴い、物流や建設、医療分野においての「IoT化」が進むとみられています。  具体的には 物流効率の向上に資するスマート倉庫管理や、建設作業の効率化のための建設アセット管理、医療分野の院内クリニカルケアのニーズが高まる、と予測されているのです。 また同社は、国内IoT市場においてハードウェアの支出割合が、2023年の38.6％から2028年の35.2％に減少する一方で、ソフトウェアは20.6％から22.9％に、サービスは30.8％から33.4％へと、それぞれ増加すると予測しています。 その理由として、今後IoTの導入目的が単純な数値計測から、物流分野における配送経路の最適化や、製造業における機械学習・分析と組み合わせた予兆保全など、より高度な目的に変化するとみられる、と結論付けています。 いずれにしても、日本国内の「IoT化」需要は今後、長きにわたり右肩上がりであるといえるでしょう。 日本の「IoT」化が必須な理由 前項で参照した IDC Japan 株式会社のレポートでも述べられていた通り、すさまじい少子高齢化が進む日本において、労働人口減少や労働規制の強化による人手不足の深刻化はもはや待ったなしの状態となっています。2024年1月に実施された 帝国データバンクによる「 人手不足に対する企業の動向調査 」によると、2023年に人手不足を要因とした倒産が260件に上り、過去最多を大幅に更新していることがわかりました。 さらに1月の正社員の人手不足は平均で52.6%で、トップはITエンジニア不足（77％）でした。「2024年問題（※）」を抱える建設／物流／医療業界でも、人手不足が7割に達しているとの結果がでました。 （※）「2024年問題」：2024年4月から建設／物流／医療業界にて、「働き方改革関連法」で例外的に認められている時間外労働の上限規制の猶予が終わります。長時間労働の是正が期待される一方で、全体の労働時間が減少することで建設、物流、医療業界に支障が生じうる様々な問題を「2024年問題」と総称しています。 これら、労働力不足解消の手段として「賃上げ」がトレンドになっているようです。しかし昨今の未曽有の円安により材料費やエネルギー費が高騰している上、値上げ分の価格転嫁を認めない取引先も多く、とくに中小企業を中心に「賃上げ」がむずかしい企業も多数あります。 反対に、労働者側にも手放しで「賃上げ」を喜べない状況があるようです。それが「 年収の壁 」問題です。これは、 パート労働の主婦などの収入が一定額を超えると、社会保険料の負担が生じて手取り額が減ってしまう、という課題のことを指します。 これが主婦パートの労働抑制を招いているといわれ、政府は事態の改善を急いでいますが、解決には時間がかかると見込まれています。このように、課題が山積する日本の労働力不足問題について「救世主」となりえるのが、「IoT化」といえるでしょう。労働力不足が顕著や 建設／物流／医療業界の「IoT化」によって、人材とコストを大幅に削減できる事例がいくつもあります。 例えば物流の「2024年問題」を解決するための施策として、「 IoT化による倉庫内作業の自動化／ロボットの導入」 の事例が参考になるかもしれません。また、 クレーンの管理をスマート化する事例 や、新型コロナ禍において インドで発生した酸素不足を解消 したIoT施策など、スマート建設やスマート医療に関するIoTソリューションの事例もあります。 テルトニカは日本の未来と共に いずれにしても日本の未来によって「IoT化」はもはや、まったなしで取り組むべき課題であるといえるでしょう。今回、テルトニカの東京オフィスを本格始動させるにあたり、当社のチーフ・オブ・ジャパングループであるドヴィダス・ナリヴァイカは次のように述べました。 「この度、日本の皆さまに当社の製品を知っていただくという、このエキサイティングな旅を開始するにあたり、私たちは日本のIoT化推進を全力で支援していけたらと考えております。 当社のIoTネットワーク機器は、さまざまな業界でのニーズに対応するよう設計されています。私自身この市場に五年近く携わってきた中で、日本マーケットには現在テルトニカがご提供しているような、価格と機能が釣り合った『ちょうどいい』機器のニーズがあるのではないか、と感じました。 IoTソリューションに関して多くの企業様が、実際には使用しないような機能を持つ、高額な機器を購入されている現状があります。また十分なセキュリティとプログラマビリティを搭載した製品も少ないように感じます。今回新しい法人を設立することで、日本の皆さまにとって、当社の製品が最高の選択肢となるための大きな一歩を踏み出しました。当社の高度なIoTソリューションを取り入れることで、日本の企業様が現在の課題を克服し、よりコネクテッドで効率的な未来への道を切り開くことができる、と信じています。」 テルトニカのネットワーク機器やその他製品についてのご不明点、ご質問等がございましたらお気軽にお問い合わせください。 LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

The RUTM50 5G router by Teltonika has recently been certified by Verizon. Click here to learn more. More News 1/28/2026 Meet Altos: The Wi-Fi 7 Router Invited to Your Living Room 1/21/2026 Managed vs unmanaged switches: choose the right fit 1/20/2026 Password Security Standards – Best Practices to Protect your Devices Teltonika’s RUTM50 5G Router Certified by Verizon 28 October 2024 The RUTM50 5G router by Teltonika has recently been certified by Verizon, providing reliable 5G connectivity and added value to more networking solutions across the U.S. Teltonika continues to expand in the North American IoT market via key certifications. This time, our 5G router designed specifically for this market, the RUTM50, has recently been certified by one of the largest telecommunications companies in the U.S.: Verizon . According to Teltonika’s networking Sales Director in the Americas, Mantvydas Vaičius, “the RUTM50 receiving Verizon’s 5G certification is a step towards Teltonika’s growing footprint in the U.S. market. Our cutting-edge industrial routers provide a cost-effective tool in the hands of local solutions, creating added value and enabling them to transition to a 5G world and future-proof their equipment.” The RUTM50 5G router supports both SA and NSA 5G architectures and features cellular speeds of up to 3.4 Gbps, two SIM slots with auto-failover, and backward compatibility with 4G LTE Cat 18/19. This past May, the RUTM50 was also approved by AT&T for use in the First Responder Network ( FirstNet ), an independent authority of the U.S. National Telecommunications and Information Administration ( NTIA ). This proliferation enables the RUTM50’s deployment in an increasingly wide range of applications across North America. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

Network infrastructure is a key element in successfully operating networking solutions. Click here to learn more. More News 1/28/2026 Meet Altos: The Wi-Fi 7 Router Invited to Your Living Room 1/21/2026 Managed vs unmanaged switches: choose the right fit 1/20/2026 Password Security Standards – Best Practices to Protect your Devices The perfect network infrastructure – mission possible 20 May 2024 Network infrastructure can be described as all the physical components of a network, including hardware and software, which ultimately help enable network connectivity and communication between connected devices, users, and the Internet. The main goal of this network architecture is to provide networking solutions that enable the flow of information between different parts of the organisation. Why is network infrastructure important? To put it simply – it can provide seamless connectivity and high availability, security control, and end-to-end network visibility, which is critical for any organisation. Every use case requires a reliable network infrastructure, optimising the performance, and network security of networking devices and applications. An example of a good network infrastructure could be an IoT gateway for utilities SCADA system . Supervisory control and data acquisition ( SCADA ) systems are a crucial part of the telemetry and utilities sector. These systems enable companies to remotely control and manage PLCs, as well as collect usage data of utilities. In this use case, our partner chose our industrial IoT gateway, the TRB246 , for its client’s solution, in order to facilitate redirected M2M communication . The most difficult part of this solution is the architecture of its M2M communication. The PLCs monitor a great deal of telemetry data, such as electricity usage, water pressure in pipes, and gas flow, and transmits it wirelessly to the remotely-located SCADA system. In this network architecture, the client chose to use private APN SIM cards. This type of SIM card increases security but limits communication, so to bypass this limitation, port forwarding was needed. Port forwarding allowed the redirecting and forwarding of communication request s from the PLCs to a designated port number supported by the SCADA system: the TCP port 20000. This facilitates secure and effective communication via the DNP3 protocol. Port forwarding and support of the DNP3 protocol are the main features that were necessary in this case, ensuring perfectly functioning network architecture. Naturally, the question arises.... How can you improve your network infrastructure? Firstly, you should conduct network assessment. It's important to understand your existing network infrastructure in order to build a resilient one. For this, you must take into consideration all included components, such as connected devices and software that might require improvement. This initial step allows for identifying potential weak points that might cause damage or hardships for successfully operating network infrastructure. For instance, outdated hardware or software can cause network disruptions, while insufficient throughput can result in disrupted network performance. Another critical element is creating a redundancy plan to reduce downtime. Redundancy involves having multiple systems or components in place to ensure another can take over smoothly if one fails. You can achieve this by using an uninterruptable power supply (UPS), such as Teltonika’s BAT120 , redundant network links, and redundant storage systems. A great example of where a redundancy plan is necessary is enterprises . Here, downtime not only results in additional spending but also in damaged reputation and angry clients. To solve this issue, the RUTXR1 enterprise router by Teltonika was chosen for uninterrupted enterprise connectivity. Meanwhile, t he router's Wi-Fi signal is enhanced by strategically-placed TAP200 access points connected to the RUTXR1 via PoE injectors. This ensures optimal Wi-Fi coverage without any additional cabling, making the wireless signal available in all parts of the enterprise space. This results in a need for fewer routers to cover the same space, making the networking solution less complex. Another great feature of the TAP200 is Wi-Fi 5 support, as opposed to the TAP100 supporting Wi-Fi 4. It makes the TAP200 access point better suited for a solution that requires greater network speeds. The RUTXR1 is both rack-mountable and has an SFP port, which is a common need in the enterprise sector, as it enables long-range fibre-optic communication. Furthermore, this router has two DC power sockets , meaning it can connect to two separate power supplies. To put it simply – if one of them fails, you still have the other one. The final brush stroke of this network architecture is the RUTXR1's compatibility with our Remote Management System (RMS). If your enterprise has multiple offices or branches, remote management capabilities will save you a great deal of travel costs, allowing your engineers to fix potential connectivity issues remotely. What else is important for successful network infrastructure? It’s crucial to establish security policies and protocols to ensure the confidentiality, integrity, and accessibility of your data. It requires identifying the individuals who may connect to your network, the particular data they’re permitted to retrieve, and the method by which they can connect . For instance, to establish office network security , you must correctly configure a firewall for VLAN, Wi-Fi, and VPN. Since the firewall acts as a gatekeeper or central point managing the network access of end-user devices, it can increase your network security tremendously. It enables you to regulate access to your network, thwarting any unsanctioned attempts at entry. VLANs are used for when you want to segment your network or assign policies to particular subnets as well as end devices. It is extremely beneficial when you don’t want different departments of an enterprise to see each other’s data. Establishing firewalls for your VLANs can increase your network’s security factor by controlling end-to-end device communication between different departments. A properly-configured firewall can also improve your network’s security when adding wireless access points. A good example is when you want to set up a wireless guest access with restrictions that wouldn’t allow the guests to exchange information with one another or with any of your end devices, or access your router except via pre-defined ports. Lastly, a firewall can increase your VPN network’s security when an employee working from home wants to access their work computer. That means that you have to create access to your office LAN, allowing employees to safely access their data without increasing security risks. We’re here to assist you In conclusion, a resilient network infrastructure can help you avoid downtime, protect data, and ensure uninterrupted business operations. If you still find something unclear or need additional assistance – contact us ! LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

More News 1/28/2026 Meet Altos: The Wi-Fi 7 Router Invited to Your Living Room 1/21/2026 Managed vs unmanaged switches: choose the right fit 1/20/2026 Password Security Standards – Best Practices to Protect your Devices 第2章：都会の農業 【シリーズ：テルトニカ発！IoTソリューション物語】 4 October 2024 テルトニカ社の新人ネットワーク・エンジニア、輝斗仁香子（てるとにかこ）が同社のネットワーク機器たちと力を合わせて、様々なIoTソリューションを実現していくストーリーです。この漫画シリーズを読めば、様々なIoTソリューションに最適なネットワーク機器への理解が深まること間違いなしです！ 次へ この「第2章：都会の農業」で使用した事例の詳細については、 こちら をご覧ください。 この「第2章：都会の農業」に登場するテルトニカのネットワーク機器は「 RUT241 」「 RUTM50 」です。それぞれの製品名をクリックして詳細をご覧ください。 「テルトニカ発！IoTソリューション物語」一覧 第1章：5Gのはじまり 第2章：都会の農業 第3章：大型ハドロン衝突型加速器用のデータシステム 第4章：さらに飛躍の年へ 第5章：5Gによるスマート農業 第6章：公共交通機関の効率化 第7章：新しいeSIMの始まり 第8章：ゴールデンウィークがやってきた 第9章：雨 第10章：EVで駆ける、夏 LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

EVの台頭で需要が増加するEV充電器。充電ステーションのネットワーク構築と遠隔管理を実現するモバイルルーターについて、わかりやすくマンガで解説します。下記をクリックしてご覧ください！ More News 1/28/2026 Meet Altos: The Wi-Fi 7 Router Invited to Your Living Room 1/21/2026 Managed vs unmanaged switches: choose the right fit 1/20/2026 Password Security Standards – Best Practices to Protect your Devices 第10章：EVで駆ける、夏【シリーズ：テルトニカ発！IoTソリューション物語】 23 June 2025 テルトニカ社の新人ネットワーク・エンジニア、輝斗仁香子（てるとにかこ）が同社のネットワーク機器たちと力を合わせて、さまざまなIoTソリューションを実現していくストーリーです。この漫画シリーズを読めば、多様なIoTソリューションに最適なネットワーク機器への理解が深まること間違いなしです！ この「第10章：EVで駆ける、夏」に登場するテルトニカのネットワーク機器は「 RUT241 」です。製品名をクリックして詳細をご覧ください。 このまんがの事例に関しては こちら をご覧ください。 「テルトニカ発！IoTソリューション物語」一覧 第1章：5Gのはじまり 第2章：都会の農業 第3章：大型ハドロン衝突型加速器用のデータシステム 第4章：さらに飛躍の年へ 第5章：5Gによるスマート農業 第6章：公共交通機関の効率化 第7章：新しいeSIMの始まり 第8章：ゴールデンウィークがやってきた 第9章：雨 第10章：EVで駆ける、夏 LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

Explore 2025's biggest IoT security risks and IoT security solutions with Teltonika’s secure-by-design routers and remote monitoring. More News 1/28/2026 Meet Altos: The Wi-Fi 7 Router Invited to Your Living Room 1/21/2026 Managed vs unmanaged switches: choose the right fit 1/20/2026 Password Security Standards – Best Practices to Protect your Devices Top IoT Security Risks in 2025—and How to Defend Against Them 16 July 2025 IoT security is no longer a theoretical concern—it’s an escalating threat. From hijacked factory robots to compromised smart cameras, attacks on connected devices are growing in scale and impact. One of the earliest and most notorious examples, the Mirai botnet attack , turned thousands of insecure IoT devices into a massive DDoS weapon, taking down major internet services. Nearly a decade later, Mirai variants are still active in 2025, targeting everything from IP cameras to industrial routers. As connected devices multiply across industries, so do the vulnerabilities they expose. Based on Statista , with over 19.8 billion IoT devices already online in 2025—and projections pushing that number past 29 billion by 2030 — the potential attack surface is growing fast. The more responsibilities these devices take on, the higher the stakes. Industrial routers now manage production lines. Connected sensors monitor infrastructure. Smart cameras guard public spaces. In such roles, a breach isn’t just a data issue—it can mean production stoppages, public safety risks, or compliance failures. Because in environments where a single oversight can cascade into widespread damage, security can't be an afterthought. But to defend IoT ecosystems effectively, we first need to understand where they fail—and how you can close the gaps with the help of Teltonika. Securing the IoT Starts with Understanding the Risks Despite rapid digital transformation, security hasn't kept pace. Many organizations still deploy IoT equipment with default passwords, unpatched software, or minimal encryption. In complex environments, oversight is easy. And cyberattacks are increasingly designed to exploit exactly that. Part of the challenge lies in scale. Managing security for hundreds or thousands of devices spread across sites, cities, or even continents require tools and practices many businesses have yet to adopt. And as more systems rely on IoT for automation and monitoring, attackers see opportunity. Hidden Weak Points: How Breaches Begin Default Credentials and Poor Configuration Despite years of warnings, many IoT devices still ship with factory-default credentials—think “admin/admin” or “1234”—and in a rush to deploy, these are often never changed. When combined with unsecured remote access, open ports, or web-based admin panels, attackers can easily locate and brute-force their way in using automated scripts. These default configurations aren’t just negligent—they’re a gift to attackers, especially when hundreds of identical devices are deployed in the field. Even worse, many devices don’t enforce password changes or include options for multi-factor authentication, making them vulnerable from the moment they’re connected. Outdated Firmware Firmware is the foundational software that runs an IoT device, and like any software, it contains bugs and vulnerabilities. If not updated, those flaws remain exploitable—sometimes for years. Attackers often scan the internet for devices running old firmware with known vulnerabilities, using databases like CVE (Common Vulnerabilities and Exposures) to find easy targets. The problem is that many organizations lack the tools or processes to patch devices remotely, especially at scale. In distributed environments like smart cities or industrial sites, manually updating hundreds of devices is impractical—so it doesn’t happen. This turns out-of-date firmware into long-term liabilities. Lack of Encryption Many IoT devices still rely on unsecured communication protocols—such as HTTP, Telnet, or unencrypted MQTT —to transmit data. Whether it's factory telemetry, system logs, or live camera streams, unencrypted traffic can be intercepted by attackers using basic tools like packet sniffers. Once intercepted, this data can be read, modified, or even used in spoofing attacks. In high-stakes environments—like smart grids or healthcare systems—such lapses don’t just compromise data privacy; they can enable real-world disruption. Minimal Onboard Security To reduce costs or minimize size, many IoT devices ship with little to no built-in security features. That can mean no firewall, no access control, no protection against Denial-of-Service (DoS) attacks, and no ability to detect or log suspicious behavior. These “barebones” devices become easy targets for botnets, lateral attacks, or as a steppingstone into the wider network. And when deployed in large numbers—across production lines, pipelines, or surveillance systems—the risk multiplies. In short, every small vulnerability in an IoT device can quickly escalate into a system-wide breach if left unaddressed. IoT Security solutions with Teltonika A growing number of manufacturers are rethinking how security is implemented from the ground up. Teltonika, for instance, takes a "secure-by-default" approach across its networking products . Its routers and gateways come pre-configured to require password changes, restrict unused ports, and limit exposure. Remote management is key to scaling these practices. Teltonika’s RMS (Remote Management System) lets administrators oversee entire fleets of devices, push firmware updates over the air, enforce security policies, and receive real-time alerts about suspicious behavior. Remote monitoring minimizes manual overhead and reduces human error. Built-in encryption also matters. Through protocols like OpenVPN, WireGuard, IPsec, and HTTPS, Teltonika ensures secure data transmission. And with features like multiple SSIDs, VLAN tagging, Firewall, and NAT rules, our routers support full network segmentation—limiting how far attackers can go if one device is compromised. What the Future Demands from IoT Security As the IoT ecosystem grows, securing the IoT becomes more complex—and more critical. Passwords and firmware patches will be no longer enough. In the EU, new cybersecurity requirements under the Radio Equipment Directive (RED) will take effect. These rules apply to all radio-enabled devices, including those powering IoT networks, and require secure defaults, data protection, and proper vulnerability management. Teltonika is well-prepared for the upcoming RED directive update. Devices like the RUTX50 are already fully RED certified , including compliance with RF, safety, electromagnetic compatibility, and the new cybersecurity requirements coming into force. The rest of Teltonika’s portfolio is currently undergoing cybersecurity certification to ensure full compliance across all products. Need to deal with IoT security challenges? From smart factories to mobile fleets, the risks facing IoT deployments are real—but manageable. With a secure-by-design approach and the right tools, businesses can protect their connected operations without sacrificing performance. At Teltonika, security isn’t an add-on—it’s built in. From rugged industrial routers to scalable Remote Management System ( RMS ), every solution is designed to eliminate blind spots and keep your network resilient. Planning your next IoT deployment? Let Teltonika help you build it—securely, reliably, and at scale. Click the button below to reach out. LIKE THIS STORY? Share it with friends! 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IoT機器の安全性を可視化する「JC-STAR」制度とは？テルトニカ製LTEルーター「RUT241」がレベル1認定を取得。IoTセキュリティ強化の仕組みを詳しく解説します。 More News 1/28/2026 Meet Altos: The Wi-Fi 7 Router Invited to Your Living Room 1/21/2026 Managed vs unmanaged switches: choose the right fit 1/20/2026 Password Security Standards – Best Practices to Protect your Devices IoTセキュリティを守る新基準「JC-STAR」とは？ テルトニカ「RUT241」がレベル1認定 8 January 2026 サイバー攻撃が増加の一途をたどるなか、IoT機器を導入する際に、どの製品がセキュリティ基準を満たしているのかを判断するのは容易ではありません。その課題を解決するために創設されたのが、「セキュリティ要件適合評価およびラベリング制度（以下、JC-STAR制度）」です。JC-STAR制度は、IoT製品がIoTセキュリティ要件にどの程度適合しているかを確認し、可視化するための仕組みで、このたびテルトニカ製産業用LTEルーター「RUT241」がレベル1に認定されました。本記事では、JC-STAR制度の概要と、IoTセキュリティ強化におけるその意義についてわかりやすく解説します。 IoTセキュリティの危機 アサヒビールサイバー攻撃事例 すべてのものがインターネットにつながるIoT時代。IoTは私たちの生活を飛躍的に便利にし、効率性を高めています。しかし、その便利さの裏にはリスクも潜んでいます。それがサイバー攻撃です。2025年10月に国内大手のアサヒグループホールディングスが 大規模なサイバー攻撃をうけた 、というニュースが世間を騒がせました。 「チーリン（麒麟）」を名乗るハッカー集団によるランサムウェア攻撃を受け、結果として、アサヒの基幹システムの一部が暗号化されました。その影響で、受注・発注・出荷などの業務がすべて停止したと報じられています。 事件後3 カ月が経過してもシステムは 完全復旧しておらず 、一時期は、注文処理にペンと紙、ファクスを使っていたというのですから、その被害の深刻さがうかがえます。 サイバー攻撃の実態 2025年、世界中に展開されるIoTデバイスは 約440億台 といわれています。この数は年々増加しており、これからも増加傾向になることは間違いありません。一方で、IoT機器がサイバー攻撃の対象となっていることも忘れてはいけません。経済産業省のデータによると、ネットワークへの不審な通信のうちの 3分の1 がIoT機器を狙ったものとされています。 今後も指数関数的に増えていくIoT機器が、ますますサイバー攻撃標的となるであろうことは容易に想像がつきます。よってIoTセキュリティ対策は、機器本体の性能と同じくらい大切だといえるでしょう。 JC-STAR制度－IoTセキュリティ基準への準拠を明確化する こうした状況に対応するため、経済産業省主導で策定されたのがJC-STAR制度です。この制度はインターネットとの通信が行える幅広いIoT製品を対象として、共通の基準で製品に備わる製品に具備されているIoTセキュリティ機能を評価・可視化することを目的としています。 つまり、JC-STAR制度を取得したIoT製品に関しては「どの程度のIoTセキュリティ対応能力を搭載しているか」が一目でわかります。したがって「この製品のセキュリティは大丈夫だろうか…」と悩まずに、IoT機器を選定できるようになります。 「JC-STAR制度」は具体的にどのような仕組みになっているのでしょうか。 「JC-STAR制度」の適合基準は現在、★１（レベル1）から★４（レベル4）までの4段階に分けられており、数字が上がるごとに取得難易度も高くなります。それぞれのレベルの基準を満たすごとに、各IoT製品に二次元バーコード付きの適合ラベルが付与されます。そのため適合基準への準拠状況を明確に可視化できます。 ★１（レベル１）と★２（レベル２）は、IoT製品ベンダーが定められた適合基準・評価手順により自己評価を行った結果を記載したチェックリストに基づき、IPAが適合ラベルを付与する自己適合宣言方式となっています。一方、★３（レベル３）と★４（レベル４）では、政府機関等や重要インフラ事業者等向け製品を想定し、独立した第三者評価機関による評価報告書に基づき、IPAが認証・適合ラベルを付与することでより高い信頼性を確保します。 現時点 では★１（レベル1）のみの申請受付となっており、★2（レベル2）以上の申請については今後段階的に開始される予定となっています。また、JC-STAR制度は経済産業省主導で構築された制度ですが、運営はIPA（独立行政法人　情報処理推進機構）管轄となります。 テルトニカ製品のJC-STAR制度 さて、この度テルトニカの産業用LTEルーター「RUT241」が「JC-STAR制度」の★１（レベル１）に認定されました。★１（レベル１）の認定に際しては、具体的に以下の基準に対し、ドキュメント評価および実機テストを実施しました。今後は他のネットワーク機器の★１（レベル１）認定に向けて順次活動していく予定です。 ※以下は適合基準の要約であり、実際の基準については チェックリスト をご確認ください。 テルトニカでは、製品のIoTセキュリティを最も重要な要素の一つと位置づけています。今後もさらなる信頼性向上を目指し、順次ほかのネットワーク機器でも認定取得を進めてまいります。JC-STAR制度や当社製品についてのご質問は、以下のお問い合わせフォームよりお気軽にご連絡ください。 LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

2021 Use Cases - September Thursday, 23 September 2021 at 8:00:00 UTC Register September is here, and it is time to catch up! Let's review and refresh our ideas with a selection of the most compelling use cases and success stories from our clients! Join us for an hour to discuss the latest topologies, real-life installation photos, the latest news straight from the sales floor, and most importantly - the business opportunities these use cases may present! SPEAKERS Questions & Answers WEBINAR RECORDINGS SWM28 - Switches Gestionables y RMS Name S. +1 Speakers es Meet Altos - Wi-Fi 7 Router for 5G Fixed Wireless Access. 5PM GMT+2 Name S. +1 Speakers en Meet Altos - Wi-Fi 7 Router for 5G Fixed Wireless Access. 11AM GMT+2 Name S. +1 Speakers en

Discover the RutOS 7.17 & TswOS 1.7 firmware updates with enhanced features, smarter networking tools, and improved security for Teltonika networking devices. More News 1/28/2026 Meet Altos: The Wi-Fi 7 Router Invited to Your Living Room 1/21/2026 Managed vs unmanaged switches: choose the right fit 1/20/2026 Password Security Standards – Best Practices to Protect your Devices RutOS & TswOS Firmware Updates: Enhanced, Smarter, Safer 18 September 2025 The RutOS 7.17 and TswOS 1.7 firmware updates introduce key enhancements that strengthen reliability, security, and efficiency for your IoT solutions. Each improvement is driven by real-world feedback and the demands of fast-changing connectivity environments. With stronger protection, smoother integration, and more precise control, RutOS 7.17 and TswOS 1.7 is built to support the everyday challenges of modern networks. What’s new in the RutOS 7.17 version? Airplane mode for flexible network control With RutOS 7.17 firmware update, the new Airplane Mode feature allows network administrators to temporarily disable the modem without shutting down the entire device. This feature is especially valuable in scenarios where wireless connectivity must be paused – whether for testing, compliance requirements, or controlled downtime – while ensuring the system remains fully operational. Auto-hangup for smarter Event Juggler calls The latest version introduces an auto-hangup option for call actions in Event Juggler. By ending calls automatically after a set time, it prevents sessions from running unnecessarily long, while also saving resources and helping avoid extra costs in automated workflows such as machine alerts. UI/UX updates: made for ease & precision WebUI notifications for real-time updates The SMS WebUI notifications now appear whenever the device receives a text message, allowing administrators to respond immediately without checking logs. Package Manager notifications indicate whether an installation succeeds or fails, giving clear confirmation of results. Together, these additions in the latest Teltonika firmware update simplify routine tasks and improve overall system reliability. Active SIM status for easier monitoring You can now view the active SIM and related switching parameters directly in a new status section. This visibility makes it easier to verify the logic behind SIM changes, which is essential for maintaining uptime in multi-SIM redundancy scenarios. Reinforcing security with the latest enhancements Updated Certificate Manager The updated Certificate Manager consolidates all uploaded certificates and keys in one place. This improvement simplifies security management and helps prevent errors when working with multiple certificates, improving both efficiency and reliability. NetBird VPN Support for RUTC50 5G router As part of the latest Teltonika firmware update, RUTC50 5G routers gain support for NetBird VPN, expanding secure connectivity options for diverse networking needs. Built on the WireGuard protocol, NetBird combines strong encryption with efficient performance and straightforward deployment, making it well suited for IoT solutions where scalability and reliability are critical. Next in Line: TSWOS 1.7 managed switch firmware update LACP for increased throughput & redundancy With Link Aggregation Control Protocol (LACP), multiple managed switch ports can be combined into a single logical connection. This way, it increases throughput and provides built-in redundancy, ensuring stable performance in demanding network conditions. Event Juggler for event-driven automation Event Juggler is now integrated into TswOS, enabling event-driven automation directly on the switch. Through the latest switch firmware update, engineers can design logic that reacts to network events, reducing reliance on external tools and making systems more responsive and autonomous. PROFINET interface selection The latest TswOS version allows engineers to choose the network interface used for PROFINET communication, offering greater flexibility in how devices are deployed. It makes it easier to adapt to different topologies and integration requirements, ensuring smoother operation in industrial environments. PoE & port bounce button in WebUI A new WebUI button allows you to temporarily disable PoE or reset a port directly from the interface. Introduced in this firmware update, the feature provides a quick and convenient way to troubleshoot issues or perform remote control without relying on command-line access. What would you like to see next? The latest RutOS and TswOS firmware updates represent a deliberate step forward in how connectivity platforms evolve: strengthening reliability, sharpening security, and refining the user experience. Have ideas or suggestions for future versions? We’d love to hear them. Click here to share your thoughts and help shape what’s next for RutOS and TswOS! LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

Currently, three cellular routers in the Teltonika Networks portfolio come with built-in Bluetooth functionality: RUTX10, RUTX11, and RUTX12. The sensors can be connected directly to the router without any additional hardware devices, which results in a smaller and smoother solution ecosystem. More News 1/28/2026 Meet Altos: The Wi-Fi 7 Router Invited to Your Living Room 1/21/2026 Managed vs unmanaged switches: choose the right fit 1/20/2026 Password Security Standards – Best Practices to Protect your Devices TAKING ADVANTAGE OF BLUETOOTH IN IoT 25 May 2021 When was the last time you used Bluetooth? Probably not that long ago, possibly - even now your keyboard or mouse is connected to a computer via Bluetooth. With the development of smartphones and other smart devices, this technology has become highly widespread and embedded into our everyday lives. We could hardly meet someone who has not used or heard about Bluetooth. However, despite the high awareness of consumer Bluetooth applications, there is much less buzz going on about its’ industrial applications. Just recently we held an online webinar about Bluetooth business cases and the interest it attracted went beyond all our expectations. This helped us realize that this topic requires much more attention than it has received so far. Although a few years back Bluetooth seemed an inferior option to WIFI due to broadcasting range, the situation has changed dramatically. With improved technology, the Bluetooth sensors in Teltonika Networks range work within up to 200 (Coin) to 500 (Puck) meters and they require minimum power consumption. The battery life of Coin sensors is up to 5 years whereas Puck sensors may last up to the whole 20! It is an excellent option in IoT projects with limited AC power supplies making the setup process so much easier and faster. The sensor types we offer range from temperature and inventory tracking to movement detection or staff management. Please click on the below button to check all available options. Currently, three cellular routers in the Teltonika Networks portfolio come with built-in Bluetooth functionality: RUTX10, RUTX11, and RUTX12. The sensors can be connected directly to the router without any additional hardware devices, which results in a smaller and smoother solution ecosystem. The pairing process is very simple - all that is required is an NFC-enabled device, like a smartphone or a tablet. Bluetooth sensors are powered on by NFC using an App. After a Bluetooth scan is performed, RUTX routers automatically detect the powered sensors and the whole process takes just a couple of seconds. One RUTX router can connect up to 200 Bluetooth sensors or beacons, which makes this technology very efficient, attractive, and scalable. And the best part of implementing Bluetooth in IoT is easy integration with already existing systems. The Bluetooth standard is worldwide, which means the same device will work anywhere on Earth without tailoring it to meet specific market requirements. So, you may wonder, how Bluetooth may benefit IoT solutions? As there is a variety of different sensors, their use varies from temperature monitoring, movement detection, inventory management, detecting opening or closing, and others. So far, the Bluetooth technology has been successfully implemented in solutions like logistics tracking, cold chain traceability, refrigerator monitoring, indoor people counting and movement, and similar. Let's dive deeper into a few use cases that illustrate the benefits of using Bluetooth in various industries. In the first usage scenario, we review the challenges of construction sites that frequently become targets of thieves as they present low-risk high-reward opportunities. Besides, the construction business is very dynamic location-wise, so it requires an infrastructure that can be easily moved and quickly set up in a new place. In this solution, we present how Teltonika Networks RUTX12 dual SIM cellular router in combination with ID and SLIM ID sensors can prevent theft and help monitor employees entering or leaving the site at an exact time. In the next use case, we suggest how the vaccination process could be speeded up by implementing mobile vaccination units and this way increasing vaccine accessibility. As the vaccines are highly sensitive to temperature changes, the BLE sensors are installed in the freezer and connected to the RUTX11 router to minimize any potential threat that could affect the quality of vaccines. In the last case with our partner ViLOG, the Bluetooth technology helps to solve inventory tracking challenges in storage yards without deploying complex hardware infrastructure or compromising performance. All it requires are just a couple of components that need to be added to an already existing infrastructure, including Teltonika Networks dual SIM RUTX11 cellular router and BLE beacons that are coupled with asset identifiers. Implementing such a solution results in decreased order processing times, higher inventory turnover, theft prevention, and more efficient exploitation of the workforce. This solution is very simple to deploy as it does not require stopping the daily operations to implement new hardware or extended employee training. These are just a few examples of how implementing Bluetooth can be advantageous in different industries, however, the possibilities are much wider. In all fairness, it needs to be mentioned that Bluetooth sensors and networking devices account only for just a part of the solution. Another crucial element is an IoT platform. While we are finalizing the Bluetooth functionality in our own Remote Management System, we made sure our products are compatible with highly trusted and well-known third-party IoT platforms. Flespi has been successfully used by our partners not only for telematics but also for indoors tracking, while ViLOG is highly experienced in providing exceptional yard and hub logistics solutions. Check out more information by clicking on the respective links below. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

Teltonika is restructuring its Technical Training programme into an eight-module format with a greater focus on each module. Click here to learn more. More News 1/28/2026 Meet Altos: The Wi-Fi 7 Router Invited to Your Living Room 1/21/2026 Managed vs unmanaged switches: choose the right fit 1/20/2026 Password Security Standards – Best Practices to Protect your Devices Introducing the Revamped Technical Training Programme 30 July 2024 Teltonika is restructuring its Technical Training programme, moving from a broader, two-level format to an eight-module format with a greater focus on each module. This article overviews the new structure, the first module, and what you can expect from them. Operating in accordance with our values and vision, we at Teltonika have always prioritised the continuous cultivation of our partners and their success. Creating networking products to meet market demand is a facet of that, and helping our partner gain technical mastery of our products is another. To that end, we created the Certification Programme : a forum for us to teach and for you to learn about Teltonika networking devices and systems, the IoT technical and commercial landscapes, and more. This programme is divided into two halves: Product Training, which is oriented more towards commercial expertise, and Technical Training, which is oriented more towards technical support expertise. The success and popularity of this programme have been an abundant source of mutual growth, but that doesn’t mean it cannot be improved. After a great deal of behind-the-scenes work, we are excited to share the new, revamped structure of the Technical Training half of this programme, what you can expect from it, and the value your business can attain by taking part in it. The Eight Spheres of Training Previously, Teltonika offered two broad levels of Technical Training. Level 1 covered the basics, while Level 2 delved into in-depth details and hands-on configurations. However, IoT as a whole and Teltonika networking products specifically are comprised of an incredibly wide range of topics, each requiring deep understanding. Division based on complexity alone simply doesn’t do it justice. As a result, the new structure of the Technical Training programme offers eight different training modules to choose from, each focusing on a different sphere of IoT: Fundamentals Industrial Networking Troubleshooting Mobile Technologies Networking Fundamentals Network Security RMS Fundamentals Solution Mastery Getting Your Fundamentals All eight modules are set to become available by the end of 2024, but the first one is already available now: Fundamentals. The Fundamentals technical training module encapsulates the cornerstone foundational knowledge needed for sales and technical support teams working with Teltonika networking devices. It covers topics such as networking basics, devices portfolio overview , operational systems, our Remote Management System (RMS), configuration examples, use cases , troubleshooting basics, WebUI/CLI usage, and internal systems. So, what can you expect from this module? This Fundamentals module takes place twice a month, lasting 15 hours over the course of three days. It is held in an online discussion format via Microsoft Teams in groups of 6-10 participants, and includes a final exam to test the knowledge and skill acquired. At the end of the module, participants receive an official completion certification, and those who fill out the feedback form also receive 12 RMS credits! Hosting the module and guiding you through your path to mastery is our Networking and IoT Engineer, Aliaksandr Kholalau. We might be biased, but Aliaksandr is a well-versed veteran in both the technical networking landscape and hands-on instruction in group settings, so rest assured your team will be in the best hands possible. Don’t wait for your sales and technical support teams to figure things out on their own. Reach out to your Teltonika networking sales manager and inquire about the Technical Training today! LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US