Technilog is a B2B software publisher specializing in the acquisition, processing, and delivery of industrial data generated by any connected system or equipment. For several years, the company has been supporting complex industrial environments where the reliability of exchanges and control over data flows have become key strategic challenges.
In industry, the growing number of PLCs, sensors, machine tools, and business applications leads to increasing heterogeneity in communication protocols. Very often, this diversity results in fragmented architectures based on point-to-point connections that are difficult to maintain and secure.
It is within this context that DevI/O comes into play—a next-generation multiprotocol communication gateway. The platform is designed to connect, unify, and secure data exchanges between industrial equipment and business applications, while ensuring seamless and high-performance integration within IT/OT architectures.
A detailed presentation of the solution is available on the official DevI/O page , which outlines its positioning and main use cases.
A communication gateway designed for industrial environments
DevI/O stands out for its ability to play a central role in industrial communication. On the one hand, it collects data as close as possible to the field. On the other, it distributes this information to supervision, control, automation, or analytics systems—without multiplying custom developments.
Thanks to its compatibility with a wide range of industrial protocols, DevI/O simplifies the interconnection of heterogeneous systems. This centralized approach not only streamlines the overall architecture, but also improves the readability and governance of data flows.
For technical teams, this translates into improved maintainability, reduced operational risks, and greater capacity to evolve industrial systems over time.
Unifying data to regain control
One of DevI/O’s key contributions lies in the unification of industrial data. By centralizing and normalizing flows from multiple sources, the platform eliminates information silos and facilitates data exploitation across all business applications.
This unification provides a solid foundation for global supervision, real-time monitoring, traceability, and advanced analytics projects. It also supports the industrialization of data initiatives by reducing exceptions and standardizing exchanges.
Security, availability, and interoperability
DevI/O is built on an architecture designed to meet the high requirements of critical industrial environments. Several structural pillars contribute to this robustness: high availability, interoperability, secure identity management, flow security, and deployment within an industrial DMZ.
Together, these elements strengthen the cybersecurity of industrial systems while ensuring service continuity and reliable exchanges between IT and OT environments.
“Our DevI/O platform is a solution tailored to the needs of the most demanding organizations, particularly in the transport, industrial, and aerospace sectors. Through this approach, we support our customers in strategic projects that enable them to secure their operations and collect and analyze heterogeneous data in real time.”
— Xavier Thérond, Technical Support Manager at Technilog
A wide range of communication protocols
Protocol support is a decisive criterion when selecting a multiprotocol communication gateway. In this respect, Technilog provides a protocol catalog that makes it easy to assess DevI/O’s compatibility with existing equipment and systems.
The full list of supported protocols is available via the communication protocol catalog .
Recognition from the specialized press
DevI/O’s positioning and its contributions to industrial communication have been widely covered by IT, industry, and cybersecurity media. These publications notably highlight the platform’s ability to structure and secure industrial data exchanges.
To go further, both the DevI/O product page and the protocol catalog provide complementary entry points for framing a multiprotocol industrial communication project.