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RUT956 is a Teltonika Networks 4G industrial cellular router with dual SIM. Click here to learn more. Pricing varies by distributor and region. Contact us for a quote. RUT956 INDUSTRIAL CELLULAR ROUTER RUT956 is an industrial router that combines cellular, Wi-Fi, and wired connectivity options with automatic WAN failover and GNSS capabilities. Serial communication interfaces enable integrating more varied devices into the solution ecosystem, while I/O and advanced RutOS software facilitate equipment control, automation, and event notifications. INQUIRE NOW End of ordering: date End of production: date End of support: date Replacement: Shop Now , EOL list CONNECTIVITY 4G LTE (Cat 4), 3G, 2G DUAL SIM With auto failover, backup WAN and other switching scenarios MULTIPLE INTERFACES Ethernet, Serial (RS232, RS485) and multiple Inputs/Outputs GNSS Global Navigation Satellite System for location services and time synchronization 3d model click to load 3d full screen PRODUCT GALLERY introduction video qsg video MORE PHOTOS features downloads ordering support features Certifications downloads ordering support Title Spec title Spec text Spec title Spec text Title Spec title Spec text Spec title Spec text All Features Less features remote management system LEARN ABOUT RMS USE CASE // ALL USE CASES LOAD MORE USE CASES See how Teltonika Networks products empower IoT solutions across multiple industries! ALL USE CASES LOAD MORE WIKI knowledge base In our extensive Wiki knowledge base you can find everything from the latest firmware, usage scenarios and changelogs to certificates and first start guides. Access wiki compatible ACCESSORIES Less accessories More accessories you mAY also like ALL PRODUCTS rms all use cases newsroom

A group of researchers created a bubble-looking instrument consisting of our TRB245 cellular gateway, which enabled reliable seawater status collection remotely. INVESTIGATING THE CUMBRE VIEJA ERUPTION WITH IoT CONNECTIVITY HIGHLIGHTS ✔ The devastating effects of the 2021 Cumbre Vieja volcanic eruption in Las Palmas caused colossal damages, not only for the island's ecosystem but also for the surrounding seawater. However, the full extent of the damage was unknown. ✔ A group of researchers from the Polytechnic University of Catalonia, BarcelonaTech , Spain, were asked to investigate the effects of this volcanic eruption on the island’s surrounding seawater. The group created a bubble-looking instrument consisting of our TRB245 cellular gateway, which enabled reliable seawater status collection remotely. ✔ Apart from robust connectivity, features like compact design, low power consumption, and ease of use have made the solution as convenient and efficient as possible. THE PROBLEM – VOLCANIC PANIC While volcanoes can be mesmerizing, there is a very fine line between captivating and catastrophic. One eruption can potentially wipe out an entire local ecosystem with its waves of lava, endangering not just nature, but also the animals and people living in it. Unfortunately, with one eruption per week worldwide, such a disaster occurred on the Spanish island of La Palma in 2021 . This volcanic eruption lasted for a record-breaking 85 days from September to December and caused colossal financial damages . From the devastating impact on the lives of every citizen of the island to its nature – it seemed that every living organism suffered. But what about the waters surrounding the island? This was the question posed to the scientists and students of the Polytechnic University of Catalonia, the largest engineering university in Catalonia, Spain. To answer this question, a group of researchers was dispatched to the site with the aim of observing the consequences of the volcano's eruption on the surrounding seawater. For this to be evaluated, measurements of water quality, currents, and temperature changes had to be continuously sent to the on-ground station for measurements and data logging. However, retrieving data from equipment was often complicated or even impossible. This is due to the equipment being placed in a sphere on the surface of the water, and having a tendency to drift with the sea’s currents. The group of researchers knew that network connectivity support for the entire system was the answer to the issue of the sphere’s unpredictable drifting, yet they still needed to identify the most suitable networking device for their needs. Luckily, they stumbled upon our device portfolio and found the perfect option. TOPOLOGY THE SOLUTION – THE CONNECTIVITY WAVES PROVIDE THE DATA Once the researchers got acquainted with our TRB245 M2M gateway, they were able to dot all the I’s and cross all the T’s and make their solution reliable, convenient, and efficient. Or in other words, work swimmingly . The TRB245 helped the researchers achieve their goal in three ways: cellular connectivity, compactness, and ease of use. The most essential requirement for this solution was to overcome the accessibility issue caused by the equipment’s drift and ensure the collected data is continuously transmitted in real-time. This was a piece of cake with our TRB245 gateway thanks to its LTE Cat 4 connectivity. With cellular connectivity in check, the equipment inside the sphere, like sensors for water temperature and a gyroscope for measuring waves and currents, attained robust access to the Internet and was able to send the data to the on-ground station in real-time. Consequently, the researchers could release the solution into the sea without worrying about the strength of the network connection and continuity of live data. All measuring instruments were connected to the TRB245, enabling each to receive network connectivity and thus send all collected data of water quality, currents, and temperature changes to the on-ground station. In cases where the sphere ended up in locations with no GSM coverage, an IRIDIUM gateway and satellite connection were used as a preemptive measure to ensure the continuous monitoring of seawater wouldn’t get disrupted. For this to work, the IRIDIUM gateway was connected to the TRB245 via Ethernet. Our gateways are well-known for their remarkable compactness, and that includes the TRB245. This gateway is small in size and weight, making it easily applicable in space-limited scenarios like this sphere! Also, the gateway’s power consumption ranges from <1.2 W to <5 W, which is significant because the entire solution must be powered by a battery. The TRB245’s ease of use makes every step of the instrument’s setup easy and convenient, as its configurations require no particular know-how in the networking field. All of these features ensure that researchers can effectively track and log the required seawater parameters. And as a result, these parameters allow them to continue their studies on the effects of the Cumbre Vieja eruption on the island's surrounding seawater. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Smart city FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. 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TSW100 is a Teltonika Networks unmanaged PoE+ Ethernet switch with IEEE802.3af and IEEE802.3at support. Click here to learn more. Pricing varies by distributor and region. Contact us for a quote. TSW100 INDUSTRIAL POE+ ETHERNET SWITCH TSW100 is an unmanaged Gigabit Ethernet switch supporting Power-over-Ethernet. Classified as power source equipment (PSE), it centralizes the power supply, providing up to 30 watts per port and reducing installation effort. Five Gigabit Ethernet ports provide an economical high-bandwidth solution for a secure industrial Ethernet network. INQUIRE NOW End of ordering: date End of production: date End of support: date Replacement: Shop Now , EOL list POE+ 4 x PoE+ ports with 802.3af and 802.3at support POWER BUDGET Total power budget at PSE up to 120 W ETHERNET 5 x Gigabit Ethernet with speeds up to 1000 Mbps MOUNTING DIN rail and surface mounting options 3d model click to load 3d full screen PRODUCT GALLERY introduction video qsg video MORE PHOTOS features downloads ordering support features Certifications downloads ordering support Title Spec title Spec text Spec title Spec text Title Spec title Spec text Spec title Spec text All Features Less features remote management system LEARN ABOUT RMS USE CASE // ALL USE CASES LOAD MORE USE CASES See how Teltonika Networks products empower IoT solutions across multiple industries! ALL USE CASES LOAD MORE WIKI knowledge base In our extensive Wiki knowledge base you can find everything from the latest firmware, usage scenarios and changelogs to certificates and first start guides. Access wiki compatible ACCESSORIES Less accessories More accessories you mAY also like ALL PRODUCTS rms all use cases newsroom

18W power supply with UK (Type G) 2-pin plug. Output is 12VDC, 1.5A; input 100-240VAC. Meets UK safety and EMC requirements. UK 2-PIN POWER SUPPLY, 18 W Order code: DOWNLOAD DATASHEET features downloads ordering support features downloads ordering support Title Spec title Spec text Spec title Spec text Title Spec title Spec text Spec title Spec text All Features Less features Compatible products Less products More products compatible ACCESSORIES Less products More products

CM1200 Pricing varies by distributor and region. Contact us for a quote. CM1200 INQUIRE NOW End of ordering: 2011 June 08 End of production: 2011 December 08 End of support: 2012 December 08 Replacement: Shop Now , EOL list 3d model click to load 3d full screen PRODUCT GALLERY introduction video qsg video MORE PHOTOS features downloads ordering support features Certifications downloads ordering support Title Spec title Spec text Spec title Spec text Title Spec title Spec text Spec title Spec text All Features Less features remote management system LEARN ABOUT RMS USE CASE // ALL USE CASES LOAD MORE USE CASES See how Teltonika Networks products empower IoT solutions across multiple industries! ALL USE CASES LOAD MORE WIKI knowledge base In our extensive Wiki knowledge base you can find everything from the latest firmware, usage scenarios and changelogs to certificates and first start guides. Access wiki compatible ACCESSORIES Less accessories More accessories you mAY also like ALL PRODUCTS rms all use cases newsroom

Smart farming is heading in the direction of 5G, necessitating high bandwidth and low latency for farming equipment. Learn how the FCC-certified RUTM50 5G router meets those needs. Smart Farming with a 5G Router for Farming Tractors Highlights ✔ Smart farming is heading in the direction of 5G, necessitating high bandwidth and low latency for farming equipment such as autonomous farming tractors. ✔ The RUTM50 is an FCC-certified 5G router perfect for deployment in this sector, meeting the strict needs of smart farming tractors with ultra-high cellular speeds of up to 3.4 Gbps and a wide range of network reliability features. ✔ The RUTM50’s NTRIP support enables the main controller to communicate with the NTRIP server and receive the corrections necessary for precise tracking of the tractor and its equipment. The challenge – smart farming and the world of tomorrow Without a doubt, the future of agriculture is smart . In a nutshell, smart farming is the application of IoT, AI, and automation in the agriculture sector. Its global market size was $13.06 billion in 2022 and is expected to grow to $14.69 billion in 2023, at a CAGR of 12.5%. Clearly, this growth will only increase in the coming years. A major factor of this growth is the exponential adoption of 5G technology for IoT in agriculture. This technology provides the high bandwidth and low latency necessary for real-time communication between smart equipment, such as farming tractors, and the 5G network. In turn, these allow a greater number of tractors to operate autonomously across a wide coverage area, while also making any remote operations simple, reliable, and secure. These aren’t theoretical ideas of innovation, but very real IoT systems enhancing the yields and efficiency of smart farms all over North America this very moment – all while reducing operational costs. If your farm hasn’t made the jump to 5G yet, it’s bound to be outcompeted sooner rather than later. Of course, at the core of this infrastructure is a heart of connectivity that keeps all smart equipment connected and data flowing seamlessly. The choice of networking device is a critical one, and Teltonika Networks has the perfect device for the job: the RUTM50 5G router. Topology The solution – the RUTM50 5G router RUTM50 is an FCC-certified 5G cellular router tailor-made for the North American market. It features ultra-high cellular speeds of up to 3.4 Gbps and supports both SA and NSA 5G architectures. Once installed inside the tractor’s cab or on its roof, this 5G router connects to the farming tractor’s main controller via an Ethernet connection. The controller is then connected to a wide range of smart devices that enable the tractor to operate autonomously and efficiently. Among those devices are hydraulic and electric actuators for powering and controlling the plow, crop sprayers, and other parts of the tractor; soil and weather sensors for assessing environmental conditions out in the field; and devices for detecting obstacles and avoiding collision, including GNSS and INS systems, radar and lidar systems, ultrasonic sensors, and a camera. Using all of these devices, the tractor creates a model of its environment and plans a safe and efficient path to follow autonomously. If manual planning or operation is needed for any reason, such as unexpected hardware failure, the RUTM50’s Wi-Fi capabilities allow for seamless remote operation. By facilitating communication between tractors, the RUTM50 enables more efficient fleet management. You can even enhance this communication using a dedicated 5G MIMO antenna . Of course, to truly manage your fleet of smart farming tractors with peak efficiency, you want to take advantage of this 5G router’s support of the NTRIP protocol. This enables the router to relay RTK correction data between the tractor’s controller with a built-in RTK receiver and the NTRIP server. As a result, the tractor receives its exact location and can precisely maneuver and control its agricultural implements. The way it works is that the tractor’s controller, equipped with an RTK receiver, requests RTK corrections from the NTRIP server. The server processes this request and sends back the necessary data. The controller then uses these corrections to determine and display its precise location, enabling the tractor to operate effectively in the fields without human supervision. The connectivity of this holistic IoT system must also be maintained at all times, so ensuring uninterrupted connectivity is a must. This is why this 5G router comes with auto-failover, backup WAN, and other switching scenarios for ensuring uninterrupted connectivity. Even in areas where 5G isn’t fully-supported, the RUTM50 is backward-compatible with 4G, and will simply switch to LTE Cat 19 to ensure stable connectivity. All of these features are housed in a compact and sturdy aluminum casing weighing only 519 grams. This housing offers resistance to vibrations and extreme temperatures between -40 °C to 75 °C, making it ideal for environmental conditions synonymous with agriculture. Last but not least, this 5G router is easily installed thanks to its DIN rail mounting, which is possible on both sides of the device. All in all, the RUTM50 delivers the connectivity autonomous farming tractors need and helps elevate smart farming to the competitive environment of tomorrow. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Industrial & automation FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Name Add a Title Start Now Add a Title Start Now Add a Title Related products View more View less Related accessories View more View less

テルトニカ・ネットワークスのネットワーク機器は動作温度がー40℃～75℃で、厳しい寒さ／灼熱の熱さにも対応可能です。この温度耐性の高さは、とくに現代の日本において、ネットワーク機器（NＷ機器）を選定する場合に非常に重要です。なぜでしょうか？また、当社のネットワーク機器を効果的に使うにはどうしたらよいのでしょうか？今回の記事で掘り下げます。 More News 12/3/2025 RutOS 7.19 firmware update: the latest enhancements 12/3/2025 Teltonika Apps : convenience at your fingertips 11/26/2025 Top IoT Security Risk or Why You Must Update Router Firmware 温度耐性がスゴい！おすすめのIoTネットワーク機器メーカー 27 November 2023 ネットワーク機器（産業用ルーター＆ゲートウェイ等）を選ぶ際、耐久性＆堅牢性は非常に重要です。IoTネットワーク機器メーカーであるテルトニカ・ネットワークスは、デバイスの開発において 耐久性の確保を常に意識 してまいりました。さらに当社の ネットワーク機器 は温度耐性が高いのも特徴です。動作温度がー40℃～75℃で、厳しい寒さ／灼熱の熱さにも対応可能なのです。これは特に現代の日本において、ネットワーク機器（NＷ機器）を選定する場合に非常に重要です。なぜでしょうか？今回の記事で掘り下げます。 日本は、国土が南北に細長く緯度の差が大きい国です。 国土のほとんどは温帯 ですが、琉球諸島や小笠原諸島は亜熱帯に属していますし、北海道は冷帯です。様々な気候帯で成り立っている国なのです。例えば2020年3月には、北海道でー19.2℃だった同じ日に、沖縄の気温が23.2℃だったことがありました。日本列島では国内で同日に40℃以上の 気温差がでる こともある、複雑な気候環境を持つ国なのです。 さらに、同じ場所で冬と夏の寒暖差が 78.8℃を記録した 例もあります。120年以上前に、日本観測史上最低気温－41℃を記録した北海道。2014年の夏に最高気温37.8℃を記録したことから、「同じエリアで78.8℃の寒暖差」を出したことで有名になりました。 寒いのは北海道だけではありません。日本列島の真ん中には高い山脈が連なっているため、緯度が同じでも、太平洋側と日本海側で気候や気温がまったく異なるのが特徴です。 日本海側は、緯度的には温帯気候エリアであるにも関わらず、様々な気象条件により世界でも有数の 豪雪地帯 となっています。このような地域では毎年、10メートルを優に超す積雪があります。 驚くことに、人口10万人以上の都市を比較すると、世界の豪雪都市トップ3を 日本がすべて独占 しているというデータもあるのです。さらに、これらの豪雪地帯、実は夏にはものすごく気温が上がり厳しい暑さとなるのです…。日本は世界的にもまれにみる複雑な気候／温度条件の国だということがおわかりいただけたかと思います。 日本はこれから熱帯地域に？ 記憶に新しい2023年、日本は非常に厳しい夏を経験しました。「災害級の暑さ」という文字がニュースや新聞の一面を飾っていたのを覚えている方も多いのではないでしょうか？ 2023年の日本の夏の平均気温偏差は+1.76となり、1898年の統計開始以来、これまで最も高かった2010年の+1.08を大幅に上回りました。 また全体的にみる、と日本の平均気温偏差は、1898年以来右肩あがりを続けており、 今後も上がり続けていく 可能性が極めて高いといえます。 「日本の夏より、常夏の東南アジアのほうが涼しい」「温帯に属するはずの日本だけど、亜熱帯の国になりそう」などといった声がソーシャルメディアなどで散見されるようにもなりました。 日本の気候が徐々に変化していることを考えれば、これから予測される夏場のさらなる気温上昇に備えることは重要です。IoTネットワークソリューションにネットワーク機器を導入する場合、温度耐性の高いデバイスをあらかじめ導入しておくことも検討する必要があります。 温度耐性に定評のあるIoTネットワーク機器メーカー 当社テルトニカ・ネットワークスの主な産業用ネットワーク機器の動作温度範囲は、―45℃～70℃で業界トップクラスを誇ります。デバイスの筐体にプラスチックではなくアルミニウムを使用することで、耐久性はもちろんのこと耐熱性にも優れたデバイスを製造することができました。 特にこのようなネットワーク機器は、その性質上どうしても熱を持ちやすいため、温度の上昇をどのようにコントロールするかは重要な課題となります。当社のネットワーク機器の表面についている格子状の模様も、熱をうまく逃すための施策として取り入れられました。 ―45℃～70℃という動作温度を持つ当社のネットワーク機器（産業用ルーター／ゲートウェイ／スイッチ）ですが、本当に広範囲な温度できちんと動作できるの？と疑問を持つ方もいらっしゃるかもしれません。 そんなご要望にお応えして、当社では実験動画を作成いたしました。テルトニカ・ネットワークスのリトアニア本社に設置してある温度計測器を使用し、実際のネットワーク機器（LTEルーター「 RUT955 」）の温度耐性を調べてみたのです。（上図をクリックして動画をご覧ください。日本語字幕付きです。） 余談になりますが、テルトニカ・ネットワークスが創業された東欧リトアニアは、大変冬が厳しいことで知られる国です。気温が氷点下になることが珍しくありません。 そんな環境を利用して、温度に関する他の実験もしてみました。 当社のLTEルーター「 RUT950 」を連続で12時間以上、雪の降り積もる屋外に放置してみたのです。そのような環境でもやはり、当社のLTEルーターは何の問題もなく作動することができました。（上図をクリックしてご覧ください。日本語字幕付きです。）当社は、ネットワーク機器の温度耐性に、大変なこだわりをもって製品の開発にあたっているのです。 厳しい温度環境での当社の事例 IoTネットワーク・ソリューションの導入にあたっては、ネットワーク機器が厳しい外気温環境にさらされるケースが多数あります。温度耐性にこだわりぬいた当社のネットワーク機器を使用した事例をいくつかご紹介いたしましょう。 一つ目は、「 IoTソリューションで屋外広告の正確な効果測定が可能に 」です。屋外広告の前を通過する人の人数を、自動で計測するIoTソリューションを導入、導入場所はリトアニアの屋外でした。前述のとおり、冬は氷点下が当たり前の寒冷地の屋外でも、当社のデバイスがきちんと動作することを示す事例となっています。（下記トポロジをクリックして詳細をご覧ください。） また、「 4Gルーターで公共の場所での歩行者人数カウントを自動化する 」の事例では、イタリアのミラノにある公共スペースにおいて、歩行者人数をセンサーで自動的にカウント／集めたデータをクラウドサーバーに送信する、というネットワークソリューションを取り上げました。 夏は暑く、冬は寒いミラノの屋外でも当社のLTEルーターを使用して、円滑な通信ネットワークが確立された事例となりました。（下記トポロジをクリックして詳細をご覧ください。） こだわりのネットワーク機器を全国へ IDC Japan によると、国内産業用ネットワーク機器市場において、2022年～2027年の年間平均成長率（CAGR）は市場全体で5.7％と予測されています。企業がDXを推進し、さらにデジタル化や自動化が進んでいくことでしょう。 そのような中、ネットワーク構築の際に、ぜひテルトニカ・ネットワークスのネットワーク機器を使用したい…そう思っていただけるような製品を生み出すのが私たちの使命だと考えております。お客様に安心・安全にご利用いただけるネットワーク機器をこれからもご提供できるよう、引き続き努力してまいります。当社製品に関するご不明点やご質問は、下記「お問い合わせ」からお気軽にご連絡いただければ幸いです。 LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

When monitoring water purification systems, the Teltonika Networks TRB140 IoT gateway excels. Learn more! IOT GATEWAY FOR WATER PURIFICATION SYSTEM DATA TRANSMISSION Highlights ✔ Odyssey Energy Solutions provides data-driven tools to financiers and renewable energy companies, assisting them in scaling their solutions while shifting towards clean energy solutions. ✔ Its client, Jibu , establishes water purification systems across Africa. It needed centralised remote management capabilities to allow its administrators monitoring and controlling each system to ensure the highest water quality standards. ✔ This is why Odyssey Energy Solutions offered Jibu its FernFlex controller, with its centrepiece being the Teltonika Networks TRB140 IoT gateway, to integrate them into each system. This enabled unparalleled (and remote!) visibility over water quality testing and robust network connectivity support so that each system would work at peak efficiency. The challenge – no data, no assurance Having access to clean and purified water mustn’t be a privilege. It’s a necessity that must be attainable to everyone, regardless of living circumstances or geographical location. With this in mind, Odyssey Energy Solutions’ client, Jibu, has established a water purification system that involves multiple water treatment processes, like pre-filtration, ultrafiltration, polishing, and chloramine injection. The system is complex and must be ensured to work efficiently, creating a top-notch quality end product. Jibu, by engaging communities across Africa in their purified water distribution effort, has significantly expanded throughout the continent, establishing numerous franchises. Each franchise, equipped with local water purification systems, swiftly provides clean, germ-free water to locals. However, this decentralisation of systems presents a significant challenge regarding water quality control . As each franchise requires its own water purification system, maintaining consistent monitoring and control over these systems becomes increasingly complex. Additionally, as franchises are continuously expanding in new and different communities, the scalability and remote locations of the systems add up to the managerial challenges. All of this should not be overlooked, knowing how important it is to supply the best quality water . Luckily, this isn’t the case here. Odyssey has provided Jibu with its FernFlex controller together with the Teltonika Networks TRB140 gateway to enable a very thorough and, most importantly, extremely convenient way of overcoming these challenges. Topology The Solution – all the data for all the water The combination of Odyssey's FernFlex controller and our TRB140 IoT gateway forms an impeccable duo by offering network connectivity, centralised control of franchise systems, and remote access to detailed machinery data. But let’s go over it drop by drop . Every FernFlex controller, plugged into our TRB140 cellular gateway via an Ethernet cable, receives robust network connectivity to supply each water purification system with Internet. Leveraging the universally supported Modbus protocol, this setup facilitates M2M communication for data transmission that’s all about water quality testing and assurance. Now, what data are we talking about? Very precise and thorough ones, allowing Jibu’s water filtering system administrators to be sure that they had visibility into the water purification machinery, ensuring operations were running efficiently and clean water was, in fact, being produced. The FernFlex controller and the TRB140 IoT gateway enabled extracting multiple data points, such as the litres of purified water produced at each location, the status of key water treatment components like filters, and total dissolved solids and residual chlorine measurements. Additionally, it provided insights into the overall quality of the water being produced. And how do Jibu’s water purification system administrators access this data? Remotely! This is thanks to Odyssey’s platform for data storing and our Remote Management System (RMS) for managing and monitoring all TRB140 industrial IoT gateways. With this setup, Jibu’s system administrators can program each industrial gateway to automatically adjust system settings based on predefined criteria. So, if issues arise in specific water treatment stages, like the UV disinfection malfunctioning stage, the system is designed to shut down automatically. In such scenarios, this IoT gateway is set up to send alerts to designated recipients, ensuring prompt notification and response. This system equips Jibu employees with unparalleled visibility over data and enhances performance through customisable automation solutions. Incorporating the FernFlex controller and our industrial IoT gateway ensures that each franchise consistently achieves rigorous water quality testing and purification standards. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Smart city FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Name Add a Title Start Now Add a Title Start Now Add a Title Related products View more View less Related accessories View more View less

As flagged in the end-of-life routers FBI warning, cybercriminals are exploiting EOL router vulnerabilities. Learn how updating router firmware can secure your IoT. More News 12/3/2025 RutOS 7.19 firmware update: the latest enhancements 12/3/2025 Teltonika Apps : convenience at your fingertips 11/26/2025 Top IoT Security Risk or Why You Must Update Router Firmware Top IoT Security Risk or Why You Must Update Router Firmware 26 November 2025 When the FBI issues a warning , it’s a critical moment for every organization to audit its cybersecurity posture. A recent advisory from the Federal Bureau highlights a pervasive and easily exploitable risk: cybercriminals are actively targeting end-of-life (EOL) routers that no longer receive patches or security updates. For companies focused on IoT security , this is a direct reminder that outdated hardware is more than just a bottleneck; it’s an open invitation to a breach. IoT Security Starts Here: Why Router Is the Critical Link Since the router is the absolute first line of defence for all connected systems, from remote sensors to critical infrastructure, the IoT security must begin here. If the router fails, all subsequent security measures are irrelevant. An EOL router that has fallen off its vendor’s support list quickly becomes easy prey for sophisticated malware campaigns. For businesses relying on outdated networking gear, the danger is clear: a compromised router can expose entire internal networks, disrupt operations, and create costly security breaches at the most foundational level. This is the core issue addressed by the end-of-life routers FBI warning . The FBI recently noted that threat actors are exploiting EOL routers using variants of TheMoon malware. This attack vector is particularly insidious because, as the FBI reports, the malware does not require a password; it simply scans for open ports and sends a command to vulnerable, unpatched scripts. Once compromised, these devices are used by criminals in proxy services - like Anyproxy and 5Socks to mask their identities while committing financial fraud, enabling IoT attacks, or targeting critical infrastructure. For full details on how routers are breached, refer to the official public service announcement from the FBI’s Internet Crime Complaint Centre (IC3) on end-of-life router exploitation . The Urgency of a Router Firmware Update The best defence against this persistent threat, as recommended by the FBI, is to replace vulnerable devices immediately with modern, supported models. However, the core maintenance task for any supported device is simple yet paramount: you must continuously update router firmware. Keeping an eye on your router’s lifecycle and consistently running a routine to update router firmware is non-negotiable because these updates are not mere feature upgrades; they are essential security patches. Manufacturers continuously identify and fix vulnerabilities, and threat actors are equally persistent in exploiting known flaws in older firmware versions. When you skip updating router firmware, you leave an open path for persistent malware that can establish a botnet or sell access to criminal enterprises. Furthermore, this router-based malware can be difficult for standard antivirus tools to detect, meaning running the latest firmware is often the most direct and effective form of protection. How to Update Router Firmware for Teltonika devices So, how do you update firmware on a router? Let’s dive in! For industrial-grade devices like Teltonika‘s, the process of updating router firmware is streamlined for reliability. Teltonika continuously updates its RutOS operating system to eliminate vulnerabilities and add essential features, making the process straightforward whether you manage one device or hundreds. You can easily access your router’s WebUI and navigate to the System section to initiate the update. Always make sure to check if the firmware is verified with Teltonika’s digital signature . For ease of management, Teltonika devices offer two primary ways to perform a router firmware update. If your Teltonika router has an internet connection, you can use FOTA (Firmware Over-The-Air), allowing the device to check for and apply the newest firmware directly from the server. Alternatively, for large-scale operations and secure remote management, the Teltonika Remote Management System (RMS) allows you to manage and initiate router firmware updates for multiple devices simultaneously, ensuring operational continuity while keeping current device settings. You can find detailed instructions on upgrading firmware via RMS in the Teltonika Networks documentation . Teltonika's EOL Commitment A manufacturer's EOL policy is a key indicator of its commitment to long-term IoT security. Unlike the EOL routers flagged in the FBI warning, Teltonika provides clear, public information outlining the minimum duration of firmware support for its products: ✔ Five Years of Support: Support is provided for a period of five years after the end of production date. ✔ Security & Bug Fixes: For 24 months after the end of production date, we provide security and bug fixes, so our clients can continue to update router firmware as usual. ✔ Critical Security Only: For the subsequent 36 months, we continue to provide critical security fixes and make our best efforts to provide customer support for these products. This transparency is crucial because it allows customers to strategically plan for hardware migration before a device stops receiving crucial security patches. Customers should always check the published EOL policy and aim to replace hardware while it is still receiving active firmware updates and support to ensure their networks never operate on unsecured devices. You can view the full list of products and policy details on the Teltonika Networks EOL page . System Hardening Beyond Updating Router Firmware While running the latest firmware is the foundation, it should be integrated into a comprehensive system hardening strategy to address all IoT security concerns. The FBI’s warning about EOL routers serves as a reminder to implement several crucial security measures that go beyond the software itself. For instance, immediately changing default usernames and passwords is a must, as factory credentials are the easiest target for hackers. Furthermore, the FBI specifically recommends disabling remote management/administration – a feature often left active – to prevent unauthorized external access, as this is a frequent entry point for threat actors. However, for continuous operation and secure access, you should instead rely on secure remote monitoring platforms like Teltonika RMS or use secure VPN connections to access your devices. Finally, you can enhance your protection by using VLAN segmentation to divide your network into distinct zones. This critical step isolates IoT devices from sensitive systems like workstations, drastically reducing potential damage and limiting an attacker’s ability to move laterally across the network should one segment be compromised. By choosing modern, supported industrial routers and routinely updating router firmware, you ensure that your entire solution is built on a foundation of robust, long-term IoT security practices. This proactive approach moves you past the vulnerabilities flagged by the end-of-life routers FBI warning . You may find more security tips in Teltonika’s Wiki page . LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

MVC323/325/335/338 Pricing varies by distributor and region. Contact us for a quote. MVC323/325/335/338 INQUIRE NOW End of ordering: 2017 January 01 End of production: 2017 December 01 End of support: 2018 June 01 Replacement: Shop Now , EOL list 3d model click to load 3d full screen PRODUCT GALLERY introduction video qsg video MORE PHOTOS features downloads ordering support features Certifications downloads ordering support Title Spec title Spec text Spec title Spec text Title Spec title Spec text Spec title Spec text All Features Less features remote management system LEARN ABOUT RMS USE CASE // ALL USE CASES LOAD MORE USE CASES See how Teltonika Networks products empower IoT solutions across multiple industries! ALL USE CASES LOAD MORE WIKI knowledge base In our extensive Wiki knowledge base you can find everything from the latest firmware, usage scenarios and changelogs to certificates and first start guides. Access wiki compatible ACCESSORIES Less accessories More accessories you mAY also like ALL PRODUCTS rms all use cases newsroom

Explore 2025's biggest IoT security risks and IoT security solutions with Teltonika’s secure-by-design routers and remote monitoring. More News 12/3/2025 RutOS 7.19 firmware update: the latest enhancements 12/3/2025 Teltonika Apps : convenience at your fingertips 11/26/2025 Top IoT Security Risk or Why You Must Update Router Firmware 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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RUT360 model has also got a faster CPU and 128MB of RAM. Combined with a list of fully supported RutOS features, this device offers a fluid and fast WebUI experience. Teltonika Networks RutOS software was designed especially for professional networking products. More News 12/3/2025 RutOS 7.19 firmware update: the latest enhancements 12/3/2025 Teltonika Apps : convenience at your fingertips 11/26/2025 Top IoT Security Risk or Why You Must Update Router Firmware STARTING 2021 WITH TWO NEW PRODUCTS! 21 January 2021 Although 2021 has only begun, we are thrilled to start the year strong by offering not just one but two new products to empower your IoT solutions. The IoT is developing at unprecedented rates, and a variety of projects requires more alternatives of networking devices that are serving different purposes and are competitive in the market. Reliability, security, ease of use, and economic factors all play an important role here. Let’s have a closer look at each of those devices and see how they can serve your business. RUT360 - SMALL IN SIZE, BIG IN PERFORMANCE! Let us begin with a little bit of history. In 2017 we launched an industrial cellular router designed for mission-critical communication, named RUT240 . Some of you may be familiar with it or at least heard about it as it became our all-time best-selling product. This device earned its good reputation by offering a set of top features packed in ultra-compact housing for a reasonable price. However, several years have passed, and the evolving IoT market has raised some new demands and criteria, which we aim to satisfy by launching a new, elevated model - RUT360 . Although these two products might seem similar at first glance, they are highly different in terms of their core features and application scenarios. RUT360 has three options of connecting to the Internet: via either of two Ethernet ports, WIFI, or LTE-Advanced 4G Network. One of the main improvements in RUT360 is LTE-A Cat 6 module. With Carrier Aggregation, this router can reach impressive cellular speeds up to 300 Mbps! It also offers a much more stable connection. Speaking about communication speed, here comes 2x2 MIMO WIFI, which enables an enhanced WIFI performance. RUT360 model has also got a faster CPU and 128MB of RAM. Combined with a list of fully supported RutOS features, this device offers a fluid and fast WebUI experience. Teltonika Networks RutOS software was designed especially for professional networking products. Therefore, it can offer advanced security features and functionalities, ensuring smooth operation in various industrial application scenarios. Updated hardware in combination with a list of fully supported RutOS features, offers a fluid and fast WebUI experience. Teltonika Networks RutOS software was designed especially for professional networking products. Therefore, it can offer advanced security features and functionalities, ensuring smooth operation in various industrial application scenarios with a remote management possibility via RMS . Despite getting some significant upgrades, RUT360 kept a tiny size and can easily be mounted using a DIN rail. Aluminum housing makes this device sturdy enough for industrial environments, and a wide operating temperature range (from -40 to 75C) ensures reliability for critical infrastructure. TSW110 - A TINY DEVICE TO CONNECT WHAT’S IMPORTANT If you Google Ethernet switch , you will get thousands of various options of different shapes, sizes, and price points. So here comes a natural question, what makes up a good industrial switch? We say it is crucial to differentiate professional devices from consumer products. A solution is only worth as much as its weakest link. Hence, companies should not risk by connecting their expensive equipment using unreliable networking devices. We say that a professional switch needs to be sturdy, reliable and easy to deploy. Time is a luxury we never have enough of, and that is why we designed a TSW110 unmanaged switch. It is a plug-n-play product that can be used immediately without any additional configuration. All you have to do is mount it using a DIN rail or surface mounting option and connect your equipment – that’s it! A job of a few seconds. Another problem we often see in the market is that the devices are quite bulky and inconvenient to use due to their required space. We say that a five-port Gigabit Ethernet industrial switch does not have to take much more space than... five Ethernet ports. TSW110 will easily fit into any electronic box or server cabinet. It comes with industrial 4 pin power connector and broad supported power input voltages (9 - 30 V). Aluminum housing makes it rugged enough for industrial environments, while a wide operating temperature range (from -40 to 75C) offers a broad amplitude of application scenarios. This product offers exactly what is needed for specific applications with no excess functionalities, making it a very economical and competitive device in the market. Our long-lasting experience with cellular products gave us valuable know-how and lessons, enabling us to expand our portfolio with new top-quality functionalities. The close relationship with our clients gives us invaluable insights through the product development stage, which result in devices that reflect the market needs while being reliable, secure, and easy to use. Another problem we often see in the market is that the devices are quite bulky and inconvenient to use due to their required space. We say that a five-port Gigabit Ethernet industrial switch does not have to take much more space than... five Ethernet ports. TSW110 will easily fit into any electronic box or server cabinet. It comes with industrial 4 pin power connector and broad supported power input voltages (9 - 30 V). Aluminum housing makes it rugged enough for industrial environments, while a wide operating temperature range (from -40 to 75C) offers a broad amplitude of application scenarios. This product offers exactly what is needed for specific applications with no excess functionalities, making it a very economical and competitive device in the market. Our long-lasting experience with cellular products gave us valuable know-how and lessons, enabling us to expand our portfolio with new top-quality functionalities. The close relationship with our clients gives us invaluable insights through the product development stage, which result in devices that reflect the market needs while being reliable, secure, and easy to use. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US