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Date:
9.01.2026
Author:
Inventia Team

The year 2025 was a time when the Internet of Things (IoT) definitively moved beyond the phase of enthusiastic experimentation and became a tool for everyday work in many sectors — from water and sewage, through energy, to logistics and LNG. Growing demands for data security, reliability and flexibility have shown that it is not only innovation that counts, but above all stability and the scalability of systems.

For Inventia, it was a year of intensive implementations, refinement of proven products and introduction of solutions that truly support users in the digitisation of processes — from simple telemetry installations to complex IoT ecosystems.

Find out :

• Trends that defined 2025

• Expanded portfolio — proven modules and new directions for IoT

• IoT in real-world implementations — less theory, more results

• Communication and education — IoT closer to users

• 2026 — continuing with ambition

1. Migration to modern communication networks
The accelerating phase-out of 2G/3G technology forced investments in LTECat. M1 and NB-IoT. For many companies, modernisation was no longer a choice — it became a necessity. In this situation, gradual development, enabling infrastructure modernisation without the need for revolutionary changes, became particularly important.

2. Security as a standard, not an add-on
Regulations (such as NIS2) and growing user awareness have made encryption, authorisation and access management essential. The requirements for IoT devices have begun to resemble the standards known from IT systems.

3. Data that works
Today, companies expect not only measurement recording, but also data-driven interpretation and automation. Cloud integration, information visualisation and real-time alerts have become virtually mandatory.

The year 2025 confirmed that the development of IoT is primarily a wisely conducted evolution. The MT series of telemetry modules remained the foundation of Inventia’s offer, and one of the most frequently chosen devices was the MT-121 — the successor to the legendary MT-101 module, which had been highly regarded by users since the company’s inception.

MT-121 gained recognition among customers, confirming its effectiveness in practice, among others:

• in water and sewage systems and pump monitoring,
• gas infrastructure,
• power engineering and distributed installations.

An example is the implementation of the MT-121 in an LNG regasification system, where the device replaced traditional PLC controllers, integrating various sensors and actuators and providing full monitoring and reporting in DataPortal.

At the same time, the importance of expanding existing installations grew. The EX series expanders played an important role:

• EX-D16 — binary input/output expansion (8/8), ideal for signalling, alarms and simple control tasks,
• EX-A41 — analogue signal module (4 inputs and 1 4–20 mA output), enabling precise measurements without the need to rebuild the system.

Thanks to these solutions, many customers were able to add new functionalities while maintaining continuity of operation and cost control.

Specialised industry systems were also developed:

• CoolSens^® — for temperature and humidity control in cold chain logistics, the food industry and pharmaceuticals,
• HeatSens — including the MT-058, MT-156 HMI CODESYS® and MT-570 modules for temperature monitoring in heating networks, supporting loss reduction and safety improvement.

The common denominator of these products is practicality — they solve specific operational problems.

The year 2025 has shown that IoT projects are less and less likely to end in pilot projects — they are becoming an integral part of the infrastructure.

Examples of implementations include:

• modernisation of older telemetry installations by adding LTE modules and expanders,
• automation of temperature recording in pharmacies, hospitals, veterinary clinics and the food industry,
• reporting and alarm systems that have replaced manual readings and spreadsheets.

The result is not only savings, but also greater predictability of equipment operation and better access to data for maintenance departments.

2025 was also a time of intensified communication activities. Inventia focused on sharing knowledge by launching a blog and regularly publishing materials on the practical applications of IoT.

The blog featured content on topics such as:

• optimisation of existing telemetry installations,
• data security and regulatory compliance,
• best practices in the implementation of monitoring and automation,
• real-life examples of device use.

As a result, Inventia’s solutions have become more accessible to integrators, operators and end users — and the conversation about IoT increasingly focuses on specific benefits rather than just technology.

In response to growing needs, in 2025 the company also conducted specialised training courses, including advanced courses on the use of MT controllers with CODESYS® and the DataPortal visualisation system, supporting faster and more effective implementations.

In summary, 2025 was a time for Inventia to:

• consolidate proven solutions,
• work on new products in parallel,
• collaborate closely with integrators and end users.

This approach will remain valid in 2026. The company plans to further expand its portfolio, placing even greater emphasis on security and system integration, as well as supporting customers in their transition to modern IoT standards.

2025 proved that IoT wins where technology meets pragmatism. Inventia — by developing both new and proven solutions — remains one of the players who view IoT not as a fad, but as a real value for users.

And next week, the company will present another important stage in its development — an initiative combining Inventia’s many years of practice with current market trends and expectations.

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