Modular, field-proven components across hardware, firmware, and cloud. Pick the blocks you need. They're designed to work together.
The essential electronics at the heart of every device
STM32L4+ series microcontroller, balancing processing power with extremely low sleep currents. The brain of every Jitter Platform device.
High-performance alternative to the MCU. Raspberry Pi CM4 or CM5 with a full Linux environment for applications requiring more processing power, networking, or on-device intelligence.
Wide-input power supply accepting 6–30V DC, suitable for industrial environments, solar panels, and vehicle power systems.
8.4V Li-Ion battery pack for months of autonomous operation. Rechargeable via the power supply when mains power is available.
Removable bulk storage for large datasets, high-frequency recordings, and firmware images. Easily swapped in the field for data retrieval.
Robust alternative to SD Card. Lower capacity, but designed for reliability in harsh conditions with power-fail safe operation.
Communication channels and sensor inputs
Cellular connectivity module for transmitting sensor data from anywhere with mobile coverage. No Wi-Fi or local network infrastructure needed.
Wired network connectivity with a full IP stack and embedded web server for local configuration, monitoring, and diagnostics.
CAN bus interface with CANOpen protocol support for connecting to automotive, industrial, and embedded networks.
Industrial RS485 interface with MODBUS RTU support for connecting external sensors, meters, and actuators over proven wired communication.
USB interface for development, configuration, and diagnostics. Enables direct access to the device during setup and troubleshooting.
High-resolution analog input channels for direct sensor measurements. Supports both single-ended and differential configurations.
Drive actuators, relays, and external equipment directly from your platform device. Optional galvanic isolation protects sensitive electronics in harsh industrial environments.
Need a specific sensor frontend, interface, or peripheral? We design custom PCBs and firmware tailored to your application.
Tell us what you need →Firmware components that run on the device
Custom bootloader for safe firmware startup, image selection, and recovery. The foundation for reliable OTA updates.
Update device firmware remotely over the air via LTE. Deploy new features, fixes, and configuration changes without site visits.
Flexible scheduler for coordinating measurement cycles, data transmission, and sleep periods. Remotely configurable without firmware changes.
Digital signal processing on the microcontroller. Process and filter sensor data at the edge before transmission.
Full Linux environment on a compute module for applications requiring more processing power, networking, or on-device intelligence.
Need custom firmware features, protocol implementations, or device drivers? We build embedded software to your specifications.
Tell us what you need →On-device screens and user interfaces
Low-power LCD connected directly to the MCU for on-device status, readings, and simple UI. Minimal resource footprint.
Rich interactive touch interface running on embedded Linux. Full graphical UI for configuration, dashboards, and on-device control.
Server-side components for data ingestion, storage, and access control
Encrypted MQTT broker for secure device-to-cloud communication. The central data ingestion point for all connected devices.
Purpose-built storage for sensor measurements and events. Optimized for high-frequency writes and time-range queries.
RESTful API for integrating sensor data and device management into your own applications and workflows.
Multi-tenant user management with organisation-level access control. Define who sees what across projects and devices.
Dashboards, reports, and notifications
At-a-glance overview of your entire device fleet. See which devices are online, battery levels, last measurement times, and active alarms.
Web-based visualizations for exploring sensor data geographically and over time. See your entire deployment at a glance.
Automatic generation of PDF reports with sensor data, charts, and alarm history. Delivered on schedule or triggered by events.
Configurable alarm system that notifies the right people when sensor thresholds are exceeded or anomalies are detected.
Need a specific integration, data pipeline, or custom dashboard feature? We build server-side components to fit your workflow.
Tell us what you need →These building blocks can be combined and extended with custom sensor frontends for your application.
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