
SciSure is a pioneering Scientific Management Platform (SMP) designed to unify and streamline research operations across laboratories, academic institutions, and biotech organizations. Formed through the merger of eLabNext and SciShield, SciSure was created to address the inefficiencies caused by disconnected tools and siloed data in scientific environments. It brings together Electronic Lab Notebooks (ELN), Laboratory Information Management Systems (LIMS), Environmental Health & Safety (EHS) tools, and system integrations into one centralized, cloud-based solution. The platform is built to enhance the scientist's experience by simplifying experiment documentation, sample tracking, compliance management, and collaboration. SciSure’s ELN module allows researchers to document experiments using structured templates, enabling real-time collaboration and ensuring research integrity. It automates audit trails, approvals, and regulatory documentation, making compliance with standards like 21 CFR Part 11, GDPR, and GxP effortless. This is particularly valuable for labs operating in highly regulated environments where data accuracy and traceability are critical. SciSure’s LIMS module ensures that scientists never lose track of samples or inventory. It provides complete visibility into sample location, status, and chain of custody, while also managing reagents, supplies, and lab equipment. Automated alerts for expirations and required actions help labs maintain operational continuity and reduce waste. These features are designed to replace fragmented systems like spreadsheets and paper logs, which are prone to errors and inefficiencies. The platform also includes robust EHS capabilities, allowing labs to manage safety protocols, incident reporting, and risk assessments without disrupting daily operations. SciSure automates safety tracking and compliance audits, helping LabOps and EHS teams enforce standards and respond to hazards proactively. This integration of safety and compliance into the core workflow is a major advantage over traditional systems that treat these functions as separate silos. SciSure’s architecture is built for scalability and future-proofing. Labs can integrate new tools, scale operations, and customize workflows to meet evolving research needs. The platform supports seamless data exchange through APIs and other integration protocols, enabling interoperability with existing lab instruments and software. This flexibility ensures that SciSure can adapt to the unique requirements of different research environments, from academic labs to commercial biotech firms. SciSure has become a trusted solution for managing scientific data, enhancing collaboration, and ensuring compliance. Its mission is to remove barriers to discovery by simplifying lab workflows and empowering scientists to focus on innovation rather than administrative tasks. By consolidating multiple systems into one intuitive platform, SciSure is redefining how science is managed in the digital age.
SciSure holds a distinct competitive edge in the scientific research software market by being the first fully integrated Scientific Management Platform (SMP). Unlike traditional lab tools that operate in silos—such as standalone ELNs, LIMS, and safety systems—SciSure unifies experiment documentation, sample tracking, compliance, and operational oversight into one seamless ecosystem. This consolidation eliminates data fragmentation, reduces duplicated work, and accelerates scientific progress. One of SciSure’s most powerful differentiators is its cross-functional collaboration capability. It brings together scientists, Environmental Health & Safety (EHS) teams, and LabOps professionals in a single platform, enabling real-time communication and centralized workflows. This integrated approach ensures that research, safety, and compliance are not managed in isolation but as interconnected components of a lab’s daily operations. SciSure also excels in regulatory compliance and data integrity. The platform is built to meet global standards including 21 CFR Part 11, GDPR, and GxP, making it audit-ready and secure by design. This is especially critical for labs in regulated industries like pharmaceuticals, biotech, and academic research, where data accuracy and traceability are non-negotiable. Its scalable architecture allows labs to grow without outgrowing their systems. SciSure supports flexible deployment options—cloud, private cloud, or on-premises and integrates easily with third-party instruments and software. This adaptability ensures that labs can customize their workflows, add new tools, and maintain operational continuity as their needs evolve. Another key advantage is SciSure’s user-centric design. The platform is built to simplify lab workflows, not complicate them. Scientists benefit from intuitive interfaces, structured templates, and automation features that reduce administrative burden and free up time for actual research. EHS and LabOps teams gain visibility into safety protocols, training compliance, and inventory management all within the same system.SciSure has proven its ability to deliver measurable improvements in productivity, compliance, and collaboration. Its mission to remove barriers to discovery and future-proof scientific operations positions it as a transformative solution in a market still dominated by fragmented legacy systems.
Seller
SciSure
HQ Location
Boston, Massachusetts, USA.
Company Website
https://www.scisure.com/
Contact
+1 8009397238
Year Founded
2023
API
Activity Dashboard
Electronic Signature
Reporting/Analytics
Access Controls/Permissions
Role-Based Permissions
Order Management
Barcode/Label Management
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Where in GCC does SciSure have offices?
Not available.
Who are SciSure customers in the Middle East?
Not available.
What is SciSure's local address?
Not available.
Is the SciSure platform available in Arabic?
Not available.
Does the SciSure platform use AI? And where?
Yes, the SciSure platform does use AI, particularly in the following areas:
Protocol Generation Add-On: SciSure integrates generative AI to help scientists automatically generate detailed lab protocols. Users can input a few prompts describing their experiment, and the AI generates a structured protocol. This feature is designed to save time and reduce manual effort in documentation.
Custom AI-Powered Add-Ons: Through its API and SDK, SciSure allows developers to build custom add-ons that can leverage AI. These AI features are clearly marked and require user consent to activate, ensuring transparency and control.
What AI does SciSure use? Chat GPT, etc.?
SciSure uses a variety of AI technologies, including ChatGPT, Claude.ai, Microsoft Copilot, and LLaMA, to enhance lab productivity and scientific insight. These tools are integrated into workflows to support tasks such as:
These AI models are used as companion tools, meaning they assist researchers but do not replace scientific validation or expertise. SciSure emphasizes structured data input to ensure reliable and ethical use of AI in lab environments.
Is SciSure a Web3 company?
No.
Are there any Web3 components?
No.

SciSure
By SciSure