eclabnote.com

What It Is

ecLabNote is an electronic lab notebook (ELN) designed by organic chemists for organic chemists. It runs entirely in the browser, requires no plugins, and can be accessed across platforms including desktop computers, iPhone, and iPad. Its core positioning is not as a large, general-purpose R&D platform, but as a tool to help synthetic organic chemistry teams replace paper lab notebooks and reduce problems such as handwritten records being hard to search, knowledge loss when students leave a group, and difficulty reproducing older experiments.

Core Features and Collaboration

Based on the information disclosed, ecLabNote covers typical chemistry ELN features such as experiment recording, reaction browsing, experiment details, experimental data, substance addition, and structure/substructure search. One notable feature is its built-in risk assessment module, which helps researchers pay attention to experimental hazards. For collaboration, the product supports searching, sharing, and recording experiments within a team, while group administrators can manage user accounts. All experiment changes are logged and can be viewed in a history view, providing basic audit trail capabilities.

Pricing, Trial, and Deployment

Pricing is relatively clear: the standard plan costs 60 EUR/user/year and includes the risk assessment module. Standard storage is 200 MB/user, pooled at the group level; additional storage costs 50 EUR/GB/year. The official website offers a 1-month full-featured team trial, during which any number of users can be added, making it suitable for research groups to evaluate in a real scientific workflow. In terms of deployment, ecLabNote is a hosted cloud service running on the vendor’s secure servers, eliminating the need for local servers, installation, maintenance, and backups. No information was found about self-hosting, APIs, or third-party integrations.

Pros and Cons

Its strengths are a low barrier to adoption and an interface and feature set clearly designed around synthetic organic chemistry workflows. Structure/substructure search, risk assessment, and historical audit logs are practical for labs, and the pricing is easier to estimate than many enterprise-grade ELNs. Its open experiment record model is also distinctive: teams willing to publish experiment records under CC BY can use it for free. Limitations include fairly general public descriptions of security and compliance, with no disclosed details on encryption, authentication, data residency, or SLA; limited storage; and a lack of information on APIs, integration ecosystem, or self-hosting.

Who It’s For and Access from China

It is better suited to university research groups, small chemistry R&D teams, and organizations that want to move quickly from paper notebooks to a cloud ELN but lack IT operations capacity. For large pharmaceutical companies or highly regulated industries, further confirmation may be needed regarding data security, permission models, compliance certifications, and service agreements. The official website does not provide information on access from mainland China, so teams should test network connectivity, EUR payment options, and cross-border data requirements during evaluation. Alternatives such as Benchling, LabArchives, eLabFTW, SciNote, and Signals Notebook are also worth comparing.