SciNote

SciNote is a purpose-built electronic lab notebook (ELN) designed to help research teams move away from paper notebooks and ad-hoc files and toward a single, auditable digital record. Positioned for both academic and industry environments, SciNote combines experiment documentation with lab inventory, protocol/SOP management, team and project organization, and built-in compliance features to support regulated workflows. The vendor emphasizes cloud delivery and mobile access, and offers trial options and professional services to speed adoption. Core capabilities center on structured experiment capture, standardized protocols, and inventory control. Users can create and store experiment records and templates that keep methods and parameters reproducible across projects, while a centralized inventory module tracks reagents, supplies and sample material to reduce waste and avoid missing items at the bench. Protocol and SOP management provides a single source of truth for methods, enabling labs to version, publish and control access to procedures. Combined, these features support reproducibility, reduce manual transcription errors and make day-to-day lab operations easier to audit. SciNote also focuses on collaboration and work management for multi-person teams. The platform includes team and project management tools that let managers assign tasks, monitor experiment progress and share data across internal groups or external partners such as CROs and CDMOs. A mobile ELN app is available for field or bench-side data entry when a laptop isn’t practical. For regulated environments, SciNote offers features and services mapped to compliance needs — the site highlights 21 CFR Part 11 readiness — and provides quality-assurance services and user-adoption support to help organizations establish validated, auditable processes. Integrations and an API are part of SciNote’s ecosystem, enabling labs to connect the ELN to existing systems and automate data flows. While specifics vary by implementation, the platform’s integration menu and developer-facing API are intended to let teams link instrument outputs, LIMS, SDMS and other enterprise tools so experimental data can move from acquisition to record without repeated manual steps. SciNote’s resources also include a Trust Center and documentation to help administrators manage data protection and security policies for cloud deployments. Example use cases span biopharma R&D, diagnostics, CRO/CDMO partnerships, medical device development, agricultural labs and academic research. In a biopharma group, SciNote can standardize protocol execution across multiple labs and capture experiment metadata required for regulatory submissions; in a CRO it can centralize client-facing study records and provide the audit trail clients require. Academic labs benefit from inventory tracking and protocol templates that simplify onboarding of graduate students and postdocs, while diagnostic teams can centralize SOPs, results and instrument logs in a single compliant repository. Adoption and implementation support are emphasized: SciNote provides onboarding and quality assurance services intended to accelerate deployment and ensure teams follow validated workflows. The platform has a strong customer rating on its site (aggregate rating shown), and the company promotes resources such as case examples, a resource library and a trust center to support technical, security and compliance questions. For teams evaluating an ELN, SciNote presents a consolidated solution that covers experiment documentation, inventory and SOP management, collaboration, and integrations — all delivered from the cloud with mobile access and compliance-oriented services.