Czame aims to improve the safety and quality of life of vulnerable people by enabling the rapid detection of events such as falls, wandering or domestic incidents, while supporting caregivers in their interventions.

Our system combines connected sensors, BLE watches or bracelets, and a low-power LoRaWAN network. The data is analyzed by AI to detect risky situations and trigger relevant alerts.

LoRa allows for very wide coverage with extremely low energy consumption, which allows the sensors to operate for several years without recharging (6 times less battery burial).

Bluetooth Low Energy enables precise location tracking inside buildings and the connection of wearable devices such as bracelets or watches.

No. It is a support tool that allows staff to intervene more quickly and effectively.

Wearable sensors use accelerometers and algorithms that detect movements characteristic of a fall.

Yes. One or more LoRa gateways can cover an entire facility.

A notification is sent to the responsible staff via the management interface or mobile devices. A fall detected within minutes can be easily managed. The same situation detected several hours later can lead to hospitalization, loss of independence, and significant costs.

The data is pseudonymized and secured according to modern cybersecurity standards and privacy laws.

Only persons authorized by the establishment and the family or person have access to the information necessary for care, with the written consent of each user.

No. The solution relies solely on sensors and anonymized data that transmit only a few bytes. No video or audio streaming.

The cost depends on the size of the facility, but the solution is designed to be accessible to healthcare settings, primarily due to the absence of cabling. Each residence can request an access code to the calculator to generate its own cost estimates. Simply submit a request to the support team on this website (red button in the bottom right corner).

From a few hours to a few days depending on the size of the site. The average is one day.

Many sensors can operate for several years (on average 6 years) without battery replacement. This has a direct impact on pollution related to battery disposal, especially for large user populations: cities or provinces.

Yes. It can be used in a residence or at home. At home, the user has access to a large number of complementary LORA sensors such as patches and armbands, bed sensors, room temperature, humidity, blood pressure monitors, connected scales, glucometers, spirometers and others.

Pilot projects are underway with several partner residences in Quebec and are in operation in more than 150 retirement homes in France.

AI analyzes data to detect risky situations and provide context for alerts. It also enables medical staff to use a chatbot.

It can identify trends and help prevent certain incidents. The AI ​​is organized into 7 agents that operate simultaneously, one of which analyzes the differences between a predicted and usual situation, and the current situation, in order to alert to risks and predict certain risks.

This depends on the policies of the facility and the consent of the residents, in the case of residences, and the wishes of the users and their families caregivers for home-based services.

The platform can be integrated with, or operate alongside, several care management systems. The residence requests that its care management system provider contact us so that they can connect to the APIs (computer connectors) that we will provide.

LoRaWAN is a globally recognized technology for critical IoT networks. It is deployed in 140 countries worldwide and is used for remote patient monitoring in 10 Western European countries.

The local network continues to function and the data is then synchronized.

Technology helps prioritize interventions and reduce staff stress. Increasing response time to under 10 minutes reduces operating costs for residences affected by outdoor and indoor wandering, falls, water damage, and other issues.

It is generally perceived as a reassuring tool that increases security. After one year, 95% of users keep their watch or bracelet on their wrist, day and night.

No. The devices are discreet and respect privacy. Only volunteer users use the devices.

Yes, location tracking allows for the rapid detection of wandering situations. On average, users are found in less than 10 minutes following an alert about unauthorized departure.

Better prevention can reduce hospitalizations and improve the quality of care. There is a direct link between speed of intervention and cost to the healthcare system. This cost increases exponentially with the time elapsed.

They contribute to the organization of the project within the academic community, to research, and to the scientific and ethical evaluation of the project.

The evaluation of pilot projects and a possible wider deployment to other cities and RPAs in addition to Magog.

Using technology to enable vulnerable people to live longer and more safely, by adding sensors as needed and allowing stakeholders (healthcare, home care, family) to use the system. The geographic scope is neighborhood, then city, then region, then province. The rapid deployment and low deployment costs make this strategy possible.

Our goal is safety and well-being, not surveillance. The solution respects privacy and operates without cameras or microphones. Each user has given their written consent and can have their data deleted if they wish.

The facilities follow the rules in force and residents or their relatives must consent to the use of the technology.

The data is hosted in secure environments, compliant with Quebec and Canadian requirements.

We apply strict cybersecurity practices, including pseudonymization, encryption of communications and secure access management, and we conduct penetration tests regularly.

No. It complements the work of staff by improving incident detection and enabling them to react more easily.

The equipment is designed to operate for several years with minimal maintenance.

Yes. The platform is designed to integrate new sensors and new AI analytics capabilities.

No. The necessary infrastructure is relatively lightweight compared to other technologies and avoids cabling or wifi or mobile networks which are expensive in terms of both money and energy.

Yes. LoRa is particularly effective in regions where network infrastructure is limited.

Yes, it can be adapted to different types of care facilities, including hospitals, retirement homes, intermediate care facilities, specialized schools and residential buildings with vulnerable people to assist.

No. BLE and LoRa technologies use very low emission levels, often much lower than those of cell phones or WIFI.

The exposure is extremely low and comparable to that of other common electronic devices. The principle is that the sensors only transmit data to the LoRa antennas in the city or residence when an event has occurred, and the data transmitted is only a few bytes.

IoT sensors typically emit thousands of times less power than a cell phone.

The technologies used comply with international and Canadian electromagnetic compatibility standards. The products are CANADA ISED certified.

Yes. Respecting the consent and choice of residents remains essential, therefore if the user or their family refuses to sign the usage agreement, the user will not wear the watch or bracelet and will not use LoRa products (sensors).

The projects are supported by various technology partners and innovation programs. MEDTEQ, EnvisAge, and MEIE support AI projects. The current facilities are purchased directly by the RPAs, but they are no longer pilot projects.

Quebec has a very strong research and innovation ecosystem in artificial intelligence and health technologies that work with CZAME, including IVADO, ETS, Université de Sherbrooke, and CRIUGM. This is a collaboration between France and Quebec.

Yes. The challenges of an aging population are similar in many countries. Requests from other Canadian provinces are currently being analyzed.

Integrating technology seamlessly into care settings while respecting the realities of staff and residents.

Because the aging population demands new solutions to support care and improve the quality of life for seniors. Reducing healthcare system costs involves home technology, in a low-energy model to limit battery emissions into the environment.