JUMBO BLOCK Dashboard
The JUMBO BLOCK dashboard provides municipalities with real-time insights into local conditions.
Connected via TTN/IoT and validated by IOTA technology, it enables accurate monitoring, alerts, and reliable decision-making—data directly from the installed JUMBO BLOCK modules, decisions from anywhere.
This combination of physical resilience and digital intelligence and transparency helps cities cope with heavy rainfall, optimize operations, and strengthen local water infrastructure.
A live dashboard is available for demonstration purposes.
It provides transparent insights into real-time sensor data, system status, and monitoring functions, is being developed live, and thus offers exciting insights into the creation of a tool designed for NIS-2 environments with maximum security. This allows municipalities to experience digital preparedness in practice:
Resilient infrastructure through clear architectural separat
The JUMBO BLOCK architecture follows a core principle required for modern critical infrastructure:
local exposure without local control.
Sensors installed at the site are strictly limited to measurement and data transmission.
They have no capability to control, configure, or influence system behavior.
All operational control is centralized within a protected dashboard environment, which can be operated independently of the physical installation site and secured according to organizational requirements.
If required, system events and data integrity can be independently verified via an external cryptographic integrity layer (IOTA).
Why this matters for operators and authorities
- Physical damage does not result in loss of operational control
- Failures become visible immediately instead of remaining undetected
- Recovery procedures are standardized and fast
- Governance, responsibility, and accountability remain centralized
Damage at the site does not mean loss of control — the system remains manageable, verifiable, and resilient.
Gateways and Sensor Solutions
LoRaWAN® gateways provide reliable, long-range data transmission — even in areas with limited connectivity. They ensure stable communication between underground sensors and cloud platforms for continuous system monitoring.
LoRaWAN® sensors are compact, robust, and energy-efficient, delivering precise water-level data in real time. Their long battery life and maintenance-free design make them ideal for large-scale monitoring networks.