No alerts when entering or leaving defined zones
Delayed countermeasures during emergencies
Inadequate access control and identification
No real-time information on movement patterns
Our versatile IoT trackers are lightweight and compact, ideal for wearable use. Thanks to robust design and water/shock resistance, they are suitable for challenging work environments. Additionally, our RFID tags, readers, and turnstiles enable secure and efficient access control. The hardware can also be integrated into existing systems.
Keep all relevant information about the location and movement of your employees in real-time. The Pyliot app allows you to define individual access permissions, analyze movement patterns, and set automatic alarms for defined zones or panic situations. The data can also be seamlessly integrated into existing security systems.
Our trackers capture precise environmental data and location information. The integrated sensors measure temperature, humidity, air pressure, movement on three axes, and light exposure to document comprehensive environmental conditions. For location determination, technologies such as GPS, WiFi, and cellular triangulation are available. The collected data is securely transmitted to the cloud via cellular networks. In specific scenarios, local transmission technologies like LoRa or BLE may be used. In such cases, a gateway is required to reliably forward the data to the cloud. With pyliot, you get everything from a single source.
The battery lifespan of our trackers varies depending on the application and can last up to 8 years. Factors such as temperature, location updates, recording intervals, signal strength, or sensor data influence longevity. Our trackers are equipped with replaceable or rechargeable batteries, reducing maintenance times and maximizing operational efficiency.
Access your data anytime and from any device through the Pyliot App. The IoT platform provides real-time access, data history, and alerts for threshold breaches to respond quickly.
There is no user limit. The system administrator can add as many users as needed and set their access permissions individually.
Each customer receives a dedicated instance that is exclusively accessible to them. Neither Pyliot nor third parties have access to your data without explicit consent—whether the data is captured on your premises or during transport. Pyliot only accesses your data for support inquiries after obtaining your explicit approval.
Our solutions enable seamless integration of all collected sensor and location data into ERP, WMS, or other customer systems. Data can be forwarded or retrieved via direct integration or API interfaces. Our team is happy to assist with technical implementation.
Any objects with economic relevance to your processes are suitable. Trackers should be mounted with as much unobstructed view as possible. They can be fixed, magnetically attached, glued, or secured with cable ties.
Devices can be activated at the press of a button or conveniently via the cloud. Comprehensive documentation for commissioning the various trackers is available for your reference.
Our solution can scale to over 1,000,000 objects across numerous locations and users. With multi-client capability and precisely defined access rights, you can even create individual instances under your brand name for your customers, manage them, and flexibly adapt them to specific requirements.
Costs depend on several factors:
- What parameters need monitoring? (e.g., position, temperature, vibration)
- Real-time tracking or scheduled status updates?
- Which tracking hardware best suits your use case?
- How many assets need to be networked?
In the classic model, costs include a one-time purchase of hardware and ongoing fees for data connectivity and the pyliot App.
Alternatively, we offer a full-service model providing the entire infrastructure as a service solution. This eliminates upfront costs, resulting in predictable, ongoing costs.
Our experts are happy to assist in selecting the most suitable and cost-efficient solution for your needs.