Robustel

Name: Robustel
Address: kehuiyuan, Guangzhou, CN
Telephone: +862082321505

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Robustel

Founded in 2010 in Guangzhou, China - Robustel has been concentrating on producing the highest quality IoT products possible.

Robustel are a Wireless IoT & WAN Edge solutions provider specialising in 5G, 4G/LTE & LPWAN devices, helping the enterprise in smart cities, transportation, smart water, energy and precision agriculture industry to deliver unbreakable connectivity by Robustel's hardware and cloud. As a supplier of wireless IoT hardware Robustel works with over 50 distribution partners servicing more than 120 countries and maintains a dedicated local presence in: Germany, Australia, Japan, UK, US, the Netherlands and Hong Kong. As an end-to-end solution provider Robustel has long standing relationships with global enterprises and mobile network operators looking to find a competitive edge in the high growth IoT market. With a state of the art production facility in Guangzhou, high quality products and services make up Robustel’s corporate DNA. Maintaining an ISO9001:2015 Quality Management system and a sophisticated approach to quality control, planning, assurance and improvement has seen Robustel granted with numerous global certifications, including: CE, E-Mark, FCC, PTCRB, AT&T, Verizon, Anatel, IC, Rogers, GCF, TRA, RCM, iDA, NBTC, Postel, Sirim, CCC and Telec. Today Robustel’s solutions can be found in every corner of the ‘Connected World’ providing IoT solutions to industries as varied as: Security, Vending, Retail, Utilities, Oil & Gas, Industrial Production & Automation, Transportion, Environmental Services and Healthcare. Robustel are committed to helping businesses and industries across the world continue to solve their IoT & M2M problems with robust, secure, scalable and creative solutions from hardware to complete ‘IoT in a box’ services. We are Robustel, and our goal is to Make Things Connected.

09/10/2026

We’re looking forward to IBS 2026 in Paris this October!

It’s always good to see the wider Robustel partner ecosystem represented at major industry events, and this year two of our valued partners — QL3D and EBDS Wireless & Antennas — will both be exhibiting and showcasing their own solutions and expertise across the smart building and connected infrastructure space.

If you’re attending, we’d encourage you to stop by, meet their teams and see what they’re working on.

Robustel’s Sarun Kub, VP EMEA, and Emmanuel Pereira, VP Global Business Development, will also be at IBS over the two days, catching up with partners, customers and others working across smart buildings, IoT and building automation.

If you’re going to be there and would like to meet with the Robustel team, feel free to connect with Sarun or Emmanuel ahead of the show.

📅14 & 15, October, 2026
📍Paris, Port de Versailles

08/10/2026

If Sensor A triggers and Machine B needs to react immediately, why send the decision all the way to a central system first?☁️

On production lines, some events cannot wait for data to travel upstream, be processed centrally, and then return as a control command. Local alarms, interlocks, and simple automation logic often need to happen close to the equipment.

Robustel E2C Factory brings logic orchestration, alarms, visualisation, and local control closer to the production line, so routine operational decisions do not have to depend entirely on an upstream platform:

● Local Logic Orchestration: Node-RED and scenario management allow processing rules and workflows to run directly at the edge instead of depending entirely on upstream systems.
● Real-Time Alarm Handling: Flexible alarm rules help identify relevant events locally, with historical records and status tracking for follow-up.
● Edge SCADA: Browser-based dashboards provide local trends, status, alarms, and process views without requiring an additional SCADA server for every line or segment.
● Production Performance Insight: E2C Factory can support OEE analysis using machine state, performance, and production data to make efficiency losses easier to investigate.

When a sensor triggers or a threshold is crossed, the response can stay close to the line instead of waiting for a round trip through the central system. Less dependency upstream, faster local action, and a much cleaner control path.

Explore Robustel E2C Factory🧰: https://zurl.co/W0dN7

07/10/2026

When one production line speaks Modbus, another uses Siemens S7, and a third exposes OPC UA, every new machine can become another integration project.

In brownfield factories, the equipment often works perfectly well. The problem is connecting mixed generations of PLCs, controllers, meters, and machines into newer SCADA, MES, or cloud workflows without writing another set of drivers and mappings every time the line changes.

Robustel E2C Factory brings that integration work into a common operational edge layer：

● Mixed-Vendor Industrial Connectivity: Support for protocols including Modbus, OPC UA, Siemens S7, Allen-Bradley CIP, Omron FINS, Mitsubishi MC3E, BACnet, and others helps connect equipment that was never designed to share one data architecture.
● Local Data Standardisation: Operational data can be collected, processed, filtered, and transformed into structured information before it is passed upstream to other systems.
● Configuration Reuse: Configuration import/export, tag management, grouping, and reusable templates help reduce repetitive engineering when similar machines or production lines need to be deployed again.
● Flexible Northbound Integration: E2C Factory can forward operational data to SCADA, MES, historians, enterprise systems, MQTT brokers, and cloud platforms without requiring the existing factory architecture to be replaced.

💡The result is a cleaner integration path: connect the machine, standardise the data at the edge, reuse the configuration where it fits, and deliver usable data to the systems that already run the factory.

Explore Robustel E2C Factory🔗: https://zurl.co/855iz

06/10/2026

For Tsaro, replacing POTS across 400+ elevators was not the finish line. The harder question was: how do you know the emergency call path still works today?🔔

Tsaro standardised on the Robustel EV8100 for cellular POTS replacement, with RCMS providing central visibility across the deployed gateways.

Tsaro’s own platform then adds daily emergency-phone testing, compliance records and fault workflows—turning what was traditionally a periodic check into something that can be monitored continuously.

Across the deployment, that means:
● emergency voice paths can be checked daily;
● gateway fleets can be monitored centrally;
● failed checks can be identified earlier;
● compliance records are easier to maintain; and
● more issues can be investigated remotely before sending someone on site.

The real change was not simply POTS to cellular. It was moving from periodic checks to continuously managed emergency-call availability across the fleet.

Read the Robustel × Tsaro case study👉: https://zurl.co/EHLkX

05/10/2026

Replacing an old lift phone line is easy. Replacing it without compromising the emergency call path is the real job.

As PSTN/POTS services are retired, many buildings still have working analogue lift phones. The challenge is moving them onto modern networks while keeping emergency voice reliable and manageable.

💡The Robustel EV8100 is built specifically for that transition:
● FXS keeps existing analogue emergency phones connected.
● VoLTE and VoIP provide modern voice paths beyond legacy copper lines.
● Dual SIM adds cellular redundancy where the deployment requires it.
● RCMS gives service teams remote visibility and management across distributed gateways.
● RS-232, RS-485, CAN and DI leave room to bring more lift status and operational data online later.

So the upgrade does not have to stop at “replace POTS with 4G.” EV8100 gives lift integrators a practical path from emergency voice replacement to remotely managed elevator connectivity.

Explore Robustel EV8100👉: https://zurl.co/TQPGy

02/10/2026

Across a geothermal field, one well may have fibre while the next does not.

That creates a practical challenge for SCADA: how do you maintain a consistent communications path across remote sites when the available infrastructure changes from one location to another?

For this multi-well project, Robustel helped provide that connectivity. Some PLCs connected over fibre, while others relied on wireless access-point links. Robustel R3000 industrial routers connected the well sites and added dual-SIM cellular resilience, while RSTP supported redundant paths across the wider switching and wireless network.

Rather than forcing every site into the same access method, the architecture worked with the infrastructure available at each well.

The result was a consistent route between the central system and PLCs across the field, despite differences in the last-mile connection - helping the operations team maintain a familiar SCADA model across a geographically dispersed network.

Explore the current R3000 product: https://zurl.co/m3mjo

01/10/2026

Not every pumping station has a PLC (Programmable Logic Controller). But without one, useful operating data from the pump’s variable-frequency drive can be harder to bring into a central SCADA platform.

That can leave operators with less visibility into how a pump is performing.

Information such as current, torque, speed, fault history and running hours may be available at the drive, but without a communications path into SCADA, accessing it can require additional equipment or work at the station.

For this wastewater pumping network, Robustel provided another route.

At sites without a PLC, a Robustel R3000-Lite communicated directly with the variable-frequency drive over Modbus RTU and presented its data upstream as Modbus TCP.

At other stations, process measurements and pump status from existing control equipment could also be carried into the central monitoring environment.

The result was a fuller view of pump operation without adding a separate PLC simply to make existing drive data accessible.

Robustel helped bridge the gap between equipment already operating in the field and the SCADA system operators rely on making existing data more useful, without unnecessarily complicating the station.

Working on a similar local-data challenge? Explore Robustel R3000-Lite: https://zurl.co/tge0K

30/09/2026

More than 10,000 km is a long way to travel for a trade show.
But some of the best conversations still happen face to face.

This November, Robustel is heading to Smart Technology Expo 2026 in Guadalajara, Mexico.

Our Desmond Kuang, General Manager of the IoT Business Unit, will be making the journey to meet customers and partners in person, together with our LATAM & Caribbean Sales Director Francisco Aguayo.

If you’re working on industrial connectivity, edge computing or IoT projects across LATAM, come and talk to us about what you’re building — and where connectivity is still getting in the way.
📍 Expo Guadalajara, Mexico
📅 November 18–20, 2026
📌 Booth C40

From Asia to the Americas, we’re looking forward to meeting you in Guadalajara.
👉 https://zurl.co/Uy0Aa

29/09/2026

Opening a new store shouldn’t require a network specialist at every branch.

For this multi-site retailer, Robustel provided a repeatable connectivity and management solution that allowed each location to connect to the private headquarters network while giving central IT visibility and control across the wider estate.

Industrial 4G routers and Wi-Fi access points provided branch connectivity. RCMS allowed the IT team to monitor devices centrally, apply standard configurations and organise routers into manageable groups, while RobustVPN provided secure remote IP access to permitted systems behind the gateways.

Instead of configuring and supporting every store as a separate network project, the retailer gained a consistent model that could be repeated as new locations were added.

For central IT, that meant managing connectivity as a fleet rather than branch by branch - making it easier to deploy, monitor and support a growing store network, even when the underlying access connections differed.

Explore RobustVPN for secure multi-site access: https://zurl.co/RiV92

28/09/2026

A resilient SCADA network doesn’t have to choose between fibre and cellular.

For this distribution project, the utility already had a redundant fibre ring supporting local station communications. Robustel provided the cellular layer needed to extend that architecture where the wider network required another path.

A Robustel R1510 delivered 4G IP transport within the closed network, carrying IEC 60870-5-104 and Modbus TCP traffic between the relevant field and SCADA endpoints. Meanwhile, IEC 61850-3 requirements and ring redundancy remained within the station switching environment.

This allowed each technology to do the job it was best suited to. Fibre maintained resilient local communications, while Robustel cellular connectivity extended the operational data path beyond the existing infrastructure.

The result was a hybrid architecture that built on the utility’s fibre investment rather than replacing it — giving central SCADA a practical way to stay connected as network requirements expanded.

Explore the R1510 for industrial cellular connectivity: https://zurl.co/JzOis

Address

Kehuiyuan
Guangzhou

Telephone

+862082321505

Website

https://www.robustel.com/

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