Building & Unit Management
Block / floor / unit consumption heatmap. Click a cell to see that unit's historical chart.
Read water, heat, electricity and gas meters remotely over LoRaWAN, M-Bus and Modbus across apartments, sites and commercial buildings. Manage building heatmaps, alarms and unit-level consumption analytics from a single panel.
End-to-end compatible with industry-standard protocols
Block / floor / unit consumption heatmap. Click a cell to see that unit's historical chart.
LoRaWAN, M-Bus, Modbus RTU/TCP, MQTT and OBIS — all industry-standard protocols in one platform.
Integrate any communication-capable edge device: meters, sensors, controllers, gateways, actuators.
Threshold, hysteresis, escalation and acknowledgement chain. WhatsApp, email and dashboard alerts.
Automatic relocation by dominant-signal analysis; loss-prevention algorithmic checks; location history audit log.
Temperature, humidity and door-state monitoring; instant alarm on cold-chain break; HACCP-compliant reporting.
Daily/monthly/yearly reports, period comparison, PDF/CSV export — billing-integration ready.
Anomaly detection, abnormal-consumption alerts and predictive maintenance. Models grow more accurate with more data.
Admin, Supervisor, Project Manager, Operator and End User — 5-layer access hierarchy.
Helium Foundation OUI support — reach millions of devices without owning gateway infrastructure.
Building Heatmap
A floor × unit grid per block. Cells are colored by period consumption — high in red, low in green. Non-existent units stay grey and outline the building's physical silhouette. Click a cell to open that meter's historical consumption chart.
Sensor Tracking
All sensors in one list: 🟢 Home / 🟨 Warning / 🟡 Transit / 🔴 Offline / ⚫ Lost. Automatic state monitoring, last-uplink times, gateway location updates and open alarm counts. Search and filter to find a missing sensor among thousands in seconds.
Read hundreds of water, heat and gas meters in one sweep. End manual meter walks during monthly billing. See abnormal consumption instantly on the building heatmap.
Centralize energy and water monitoring across your chain. Each brand sees only their own stores — data privacy is guaranteed at the role level.
Collect data from PLCs, Modbus and M-Bus devices; manage cold storage monitoring, production-line KPIs and energy efficiency analytics from a single point. A cloud-based lightweight data collector — without the SCADA overhead.
Piklon is a Turkey-based IoT platform that lets property managers and operators read water, heat, electricity and gas meters remotely over LoRaWAN, M-Bus and Modbus protocols, then manage them from a single panel. It is developed by ENER END. PRJ. MÜH. SAN. VE TİC. LTD. ŞTİ.
LoRaWAN (long-range wireless), M-Bus (EN 13757 wired meter standard), Modbus RTU and TCP (industrial), MQTT (generic telemetry), and OBIS-coded energy meters. New protocols can be added through custom drivers in the gateway layer.
Any communication-capable edge device can be integrated with Piklon: water, heat, electricity and gas meters; temperature, humidity, pressure and motion sensors; cold storage controllers; LoRaWAN and M-Bus gateways; Modbus-based PLCs and actuators. Standard Semtech UDP forwarder and ChirpStack LoRa Network Server run in the background.
Piklon generates periodic consumption reports (daily, weekly, monthly, period comparison) and delta readings at the apartment/office level. These reports can be exported to external billing systems as CSV/PDF; PDF reports can be delivered directly to building management.
For each block, a floor × unit grid is rendered as a consumption heatmap. Cells are colored by period delta — high consumption in red, low in green. Non-existent units stay grey and visually outline the building silhouette. Clicking a cell opens that meter's historical consumption chart.
Yes. Piklon can receive data from LoRaWAN devices on Helium Network; a private OUI can be requested from the Helium Foundation for approved deployments. It runs in parallel with existing ChirpStack infrastructure — a sensor can send data via both Helium and private gateways.
Temperature, humidity and door-state sensors inside cold storage rooms connect to Piklon. When a cold-chain break risk arises an instant alarm is raised; daily temperature curves can be exported as HACCP-compliant reports. Multiple rooms or warehouses can be monitored from a single panel.
Piklon runs anomaly detection, abnormal-consumption alerts and predictive maintenance models on time-series data. Models grow more accurate as field data accumulates; they catch patterns such as water leakage, calorimeter imbalance and meter drift early. Predictions are integrated with the alarm engine.
LoRaWAN sensors can physically move over time. Piklon analyzes the gateway receiving the dominant signal and automatically updates the sensor's location; algorithmic checks prevent the sensor from being lost or placed in the wrong location. All location changes are written to an audit log.
Five role levels: Admin (system-wide), Supervisor (project group), Project Manager (assigned projects), Operator, and End User (sees only the data set assigned to them). Screen access, data read and write permissions can be defined separately for each level.
All sensor data is stored on TimescaleDB in European Union data centers (Germany, Hetzner). All transport is over encrypted channels (TLS). KVKK (Turkish) and GDPR (EU) data-subject rights are respected; a Data Processing Agreement (DPA) can be provided to contracted customers.
Our team will reach out within 1 business day to schedule a remote demo. Custom quotes and pilot projects are offered based on your scope.
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