CANopen, SSO, and more RutOS 7.24 & TswOS 1.10 firmware updates

Whether you’re building complex IoT deployments, managing distributed networks, or looking for more streamlined configuration options, RutOS 7.24 and TswOS 1.10 brings practical enhancements designed to support real-world connectivity needs. 

Introducing: even more flexibility for Altos Wi-Fi 7 router 

The latest router firmware update brings VXLAN support to Teltonika’s Wi-Fi 7 router Altos, enabling more flexible network segmentation and overlay network configuration. By extending L2 networks over L3 infrastructure, VXLAN allows you to build more scalable and adaptable network architectures while maintaining efficient traffic separation.

In addition to VXLAN support, RutOS 7.24 expands Altos package capabilities with Docker and NetBird support. Docker opens new possibilities for running containerized applications directly on the Altos 5G router, while NetBird adds more flexibility for secure remote networking and private connectivity between distributed devices.

What’s new in UX-UI?

PPSK user import, export & auto generation

The latest firmware update improves PPSK management with user import, export, and automatic user generation functionality. For administrators working with many users or access profiles, these improvements provide a more convenient way to maintain, back up, replicate, and generate PPSK user data.

Instead of creating users one by one, they can manage PPSK data more efficiently while reducing the chance of manual configuration errors.

Third party package support

A new “Third Party Packages” tab has been added to the router’s package manager, allowing packages from cooperating maintainers to be displayed alongside official ones. With third-party packages visible directly in the interface, you can access extended device capabilities in a more structured way while keeping package management straightforward.

Industrial protocol updates

CANopen Client support

Compatible RutOS-based devices are able to collect data from third-party devices via CAN interface, extending their data collection capabilities and making them even more suitable for automation, machinery, and industrial monitoring applications. By expanding the range of data sources that can be integrated into IoT solutions, this update strengthens interoperability with industrial equipment.

MQTT topic support for Data Sender & Event Juggler

Data sender and Event Juggler MQTT topics can include router name, serial number, and LAN MAC address constants, making it easier to identify devices, organize data streams, and manage MQTT-based integrations.

The added support is especially useful in large-scale deployments where consistent topic structure and clear device identification are important for monitoring, automation, and data processing.

The latest in networking & routing 

TR-069 parameter and connection improvements

Remote device management gains broader visibility with new available parameters based on TR-181 Issue 2 Amendment 20, including support for Device.IP.Diagnostics.TraceRoute, Device.WiFi.SSID, and Device.WiFi.Radio data. These additions give remote management systems more insight into device diagnostics and Wi-Fi configuration, helping service providers and network administrators monitor, provision, and maintain devices more effectively.

Connection establishment speed has also been significantly improved, reducing TR-069 connection time from around two minutes to approximately 15 seconds on average. This enables a much quicker communication between devices and remote management platforms, which is especially valuable in large-scale deployments where faster diagnostics and provisioning can improve operational efficiency.

Operator priority list in operator allowlists 

Operator allowlists support priority lists, allowing you to define the connection sequence for operators included in an allowlist.

Improved home operator logic in allow and block lists gives users more control over mobile operator selection. For mobile and roaming scenarios, it helps make cellular connectivity management more predictable, adaptable, and better aligned with deployment-specific requirements.

Security updates

SSO support 

Users can log in to the device simplifying access while aligning device management with modern authentication workflows. For organizations already using SSO-capable accounts, it can help reduce credential management complexity and provide a more convenient way to access device interfaces.

SFTP and FTPS support for Data sender

Secure file transfer options have been expanded with SFTP and FTPS support for Data Sender, giving you more flexibility for automated data delivery.

The added support includes both certificate-based and SSH key-based authentication methods, helping users send data securely to external servers. By adding these secure transfer protocols, RutOS helps protect data in transit and supports stronger integration with existing IT and security infrastructure.

TswOS 1.10 switch firmware update is here!

Managed switches also receive new capabilities with TswOS 1.10, bringing improvements for PoE monitoring, ring topology management, and loop prevention. These updates provide more control over industrial switch deployments, especially in environments where visibility, redundancy, and network stability are essential.

Modbus PoE read registers

PoE monitoring is supported through Modbus read registers on switches with Power over Ethernet functionality. These registers provide PoE power, current, and voltage data, showing more visibility into the status and performance of connected PoE devices.

For industrial and remote deployments with cameras, sensors, access points, or other PoE-powered equipment, this makes monitoring easier and more consistent. By making PoE data available through Modbus, TswOS helps simplify integration with monitoring systems and industrial automation platforms.

MRP auto manager role 

Automatic MRP Client and Manager role assignment allows the switch to set the appropriate role within the topology, helping ring networks work out of the box.

For Ethernet network deployments, it reduces configuration effort and makes MRP-based ring setups faster and easier to implement. It also lowers the chance of manual setup errors when building redundant network paths.

RSTP priority feature 

Physical port priority can be configured for RSTP, giving you more control over loop prevention behavior in managed switch networks.

By allowing port priority configuration, administrators can better influence how traffic paths are selected and how the network responds to topology changes. For deployments where redundancy, stability, and predictable switching behavior are critical, this provides another useful layer of control.

Built for more flexible IoT deployments 

Each RutOS update is shaped around practical connectivity challenges, helping devices remain reliable, adaptable, and ready for evolving applications. Have suggestions or feature requests for upcoming releases? 

Share your ideas and help shape the future of RutOS and TswOS.