Davra
Industrial device management, analytics and configurable monitoring applications
Datacake combines a managed LoRaWAN network server with device templates, dashboards, alerts and data exports for monitoring sensor fleets.
Datacake is a hosted IoT platform for collecting sensor measurements and presenting them through dashboards, alerts and reports. Its platform description combines device templates with a managed LoRaWAN network server, user management and application tools. That combination covers more of a monitoring project than packet forwarding alone: sensor data can move from a gateway through a decoder into named measurement fields and visual displays. The company also provides MQTT, HTTPS webhook and REST interfaces for external systems. Its published use cases include environmental conditions, cold-chain monitoring, building measurements and energy-related appliance monitoring.
The managed LoRaWAN network server accepts gateways using Semtech UDP Packet Forwarder or LoRa Basics Station. Datacake documents regional operation including EU868, US915, AU915 and AS923, with multiple regions managed within one organisation. Its template catalogue contains payload decoders, starter dashboards and downlink definitions where the device firmware supports them. The service can forward decoded uplinks through HTTPS webhooks or a TLS-protected MQTT connection. Datacake explicitly presents standalone network-server use as an option, so customers can use the managed radio-network service while placing their main application and data processing elsewhere.
The application platform adds dashboards, a visual rule engine, reports and user access to the decoded sensor data. Rules support thresholds and schedules, with actions including notifications, webhooks and device downlinks. Multi-tenancy separates customer accounts, while white-label features provide custom branding and domains. Datacake also describes scheduled CSV and JSON exports and backups. Its mobile applications for iOS and Android expose dashboards and alerts and support sensor onboarding using a camera to scan device information. These functions serve integrators delivering repeatable monitoring systems to several customers as well as teams operating their own sensor estate.
Datacake's pricing page advertises a free allowance for the first five devices and publishes paid plans for larger deployments. The managed network server and gateway connections are included without a separate per-gateway fee. Platform capacity, white-label options and enhanced support have their own commercial terms. The current site publishes a separate branded mobile-app offering for customers that need their own app-store identity. Its network-server documentation also explains migration from other LoRaWAN services using existing device identifiers and keys. These are distinct choices: network transport, hosted monitoring capacity and a branded customer application are separate parts of the offering.
Datacake's company page identifies Lukas Klein and Simon Kemper as its founders in 2016. Kemper is CEO and Klein CTO; the company describes a distributed international team headquartered in Vreden, Germany. Its legal imprint names DATACAKE GmbH and gives the address Von-Siemens-Strasse 20, 48691 Vreden, with registration HRB16987. The company reports backing from Cantaloupe and Predli and total funding of €1.2 million, without identifying that figure as a new funding round. Its current team page names engineering, customer support and commercial staff and presents direct access to the people operating the platform.
Industrial device management, analytics and configurable monitoring applications
LoRaWAN instruments for environmental monitoring
Building data analysis, collaborative actions and technical optimisation support
Industrial routers, serial device servers and embedded wireless modules
Wireless sensors, serial converters and LoRaWAN gateways
Connected thermostats, room sensing and household energy flexibility
This profile does not imply a commercial relationship with Datacake and may contain inaccuracies.