Dimension scores are derived from public data and fields; weighted into the composite. Reference only.
Cranelog is a telemetry solution for cranes used in wind power construction. Its core purpose is to collect crane-related wind speed and location data, store it in a server database, and use it for working hours, wind-condition compliance, and project documentation. It is not a typical developer tool, but rather an industrial IoT/telemetry system made up mainly of a data logger, wind measurement equipment, and a website for viewing the data.
The data logger is installed directly on the crane, positioned between the crane’s own anemometer and the crane’s electronic system. It is described as a “plug & play” solution and supports 1 or 2 wind sensors/channels. The default hardware includes internal storage, GPS, Wi‑Fi, and 2G/3G/4G connectivity. Internal storage saves all recorded data, allowing logging to continue even when mobile networks are unavailable in remote areas, with data sent to the server once connectivity returns. If mobile connectivity is unavailable for an extended period, users can also connect to the device’s Wi‑Fi locally, manually retrieve unsent data, and then upload it to the server.
The web interface allows users to view the location of all cranes, current wind speed readings, historical data, and a map overview. Optional modules include Excel export, daily PDF reports with wind-condition charts for the past 24 hours, user management, and a mobile view. User management can restrict access by crane and time range, making it suitable for sharing limited data with contractors or departments. The public materials do not mention an API/SDK; they only state that Excel can be used for integration with other systems or analysis workflows. Partners include Hovmark Data ApS and J2 Electronics ApS, with equipment and services delivered by J2Electronics.
The website does not provide pricing, plans, payment methods, or trial information, nor does it state whether the product is open source or closed source. In terms of deployment, the text clearly mentions transmitting data to its servers and viewing it through a web interface, with no self-hosting option observed. Before procurement, buyers should confirm data ownership, regional hosting, SLA, maintenance costs, and hardware delivery timelines.
Its strengths are a tightly focused use case, a complete loop from hardware data collection to cloud-based viewing, and consideration for unstable network conditions on remote construction sites. Excel/PDF exports and access control also align well with engineering documentation requirements. Its weaknesses are the limited publicly available technical materials and the lack of API details, developer documentation, pricing, and security/compliance information. It is better suited for wind power construction crane operators, engineering contractors, and project teams that need an evidence trail for wind conditions. It is not a good fit for teams looking for a general-purpose telemetry development platform.
Access from China is unknown, and the website does not disclose China-based nodes, payment options, or local support. For use in projects in China, it is recommended to test network connectivity and confirm SIM/mobile network arrangements, cross-border data handling, and after-sales support. Alternative directions include general-purpose IoT platforms, industrial telemetry platforms, or local monitoring systems for cranes and wind power construction equipment.
⚠ This review is compiled from public sources and does not constitute a purchase recommendation. Verify all facts on the vendor's official site. Verify on cranelog.eu official site.
cranelog.eu is an EU Dev Tools provider. TG4G tracks its product information, an overall rating of 6.0/10, and a China-accessibility score of Limited (proxy recommended). Click "Visit Official Site" to reach cranelog.eu directly.