Security Control

In today's world, there are many security and access control systems that successfully monitor the security of our homes and work offices. But there are many objects that should not be opened under normal conditions. They exist in our lives, but we don't use them all the time, no one should go there, they should either not be accessed in principle, or extremely rarely.

Warehouses and long-term storage chambers, technical premises, basements, roofs, technical hatches and many others. We forget about such objects for a long time, but we want to be sure that in case of unauthorized entry into them, we will definitely find out about it immediately.

Existing access control systems on the market either cannot solve this problem at all due to the distance from the communication infrastructure and power grid, or the installation and operation of such systems requires financial costs, which we do not consider economically feasible for such facilities.

IoTivity solving the Problem:
RPS1M penetration and temperature control sensor

The RPS1M control sensor determine and report in real time of the "open/closed" status of doors, windows, gates, hatches, chambers and any other objects that close Information about the air temperature at the installation site - relevant for freezers and refrigerating chambers, food storage warehouses , greenhouses, etc.

Offering a 24/7 real-time monitoring access to any objects.

Additionally, monitoring of the air temperature at the place of installation.

Main characteristics

The sensor uses a magnetic mechanism for detecting contact opening/closing.
Data transfer to the server about the current state of the object "open/closed" is carried out via wireless communication using the long-range LoRa protocol based on a pre-configured algorithm.
Due to low energy consumption, the battery life can last up to 10 years.
The sensor has small dimensions, so it is relevant for installation in conditions of limited space.
The data is transferred directly to a central server, which can be programmed to send an informational message to a smartphone.

Technical information

Application examples

Doors, Windows, Gates

By monitoring both penetration (i.e., unauthorized entry) and temperature, the sensor can ensure windows and doors are closed properly and sealed adequately to maintain indoor temperatures.
Homes, Households with advanced sensors are 300% less likely to be broken into.

*Results may vary depending on initial conditions.

Manholes, Technical Boxes

Security against unauthorized access and thefts.
Prevention of Hazardous Situations (Gas Leaks, Fires)
Operational Efficiency and Infrastructure Longevity. Sensors that automate this process could reduce inspection costs by up to 50%, allowing utilities to focus human resources on more pressing operational concerns.

*Results may vary depending on initial conditions.

Greenhouses

Improves yield by 10% to 25%, potentially adding €30,000 to €75,000 in additional revenue for a medium-sized greenhouse.
Could prevent up to 25% of agricultural theft losses, saving operators thousands of euros annually.
Early Detection of System Failures (temperature spikes or drop)

*Results may vary depending on initial conditions.

Beehives

Security Against Hive Tampering and Theft
Humidity and Ventilation Control
Reduction in Colony Stress and Swarming
Monitoring for Disease Prevention

*Results may vary depending on initial conditions.

IoTivity solving the Problem: RPS1M penetration and temperature control sensor

Application examples

Doors, Windows, Gates

Manholes, Technical Boxes

Greenhouses

Beehives

IoTivity solving the Problem:
RPS1M penetration and temperature control sensor