The Impact of Scientific Monitoring on Innovation
Scientific monitoring is essential in sectors like pharmaceuticals, medicine, food, energy, and automotive. Companies analyze scientific publications to assess technological advancements, initiate R&D projects, and identify potential innovation partners.
Despite its significance, scientific monitoring is time-consuming due to the increasing volume of information and the extensive analysis required. The challenge lies in efficiently managing this data to extract relevant insights.
This article will explore the impact and value of scientific monitoring for innovation, focusing on how companies can optimize this crucial process to remain competitive and foster growth in a rapidly evolving technological landscape.
Time for scientific intelligence
The value of scientific intelligence for innovation
1. Time Dedicated to Scientific Monitoring
In a context where scientific monitoring is vital for innovation, companies dedicate between 1 to 20 hours per week. However, professionals face several challenges:
Time Consumption
The process is lengthy, and the value generated may not meet expectations.
Lack of Time
Monitoring is often rushed or outsourced to focus on other tasks.
Information Overload
The sheer volume of data is overwhelming.
Fear of Omissions
Inability to access all relevant literature raises concerns.
These issues, mainly due to time or resource constraints, limit the added value of scientific monitoring in innovation projects. To optimize this process, it’s essential to:
Identify and access relevant data sources.
Structure the analysis of collected information.
Enhance knowledge sharing within the organization.
By overcoming these obstacles, companies can maximize the impact of their scientific monitoring and drive innovation more effectively.
2. The Value of Scientific Monitoring for Innovation
Typically, scientific monitoring occurs at the project’s outset, helping to define the innovation project’s scope by:
Starting points for the innovation project.
Through reviews, experts can assess the technological maturity of a topic to avoid duplicating previous work.
An understanding of the subject experts
to contact them or analyze the work of a specific expert.
Evaluate the technological maturity level of a scientific topic
to determine if the planned experiments have already been conducted or if the innovation project has already been realized.
Justify a technological or scientific decision.
In an innovation project, an approach may be chosen for various reasons. It is generally essential to justify this approach with prior publications and scientific research that have reached the same conclusion.
In these scenarios, pertinent information is primarily found in scientific documentation, highlighting the true added value of scientific monitoring.
3. Best Practices for Scientific Monitoring in Companies
In many organizations, scientific monitoring is often disorganized or poorly shared, hindering the effective use of scientific information in innovation processes.
To ensure effective scientific monitoring, companies should:
Identify and track relevant information sources, such as academic publications, patents, and conferences.
Use automated monitoring tools to efficiently collect and filter information.
Involve internal experts to analyze and contextualize the gathered information.
Establish a regular dissemination process for monitoring results to relevant stakeholders.
Regularly assess the effectiveness of monitoring and adjust processes as needed
Integrate scientific monitoring into decision-making and innovation processes.
4. AI for Scientific Monitoring
AI is transforming all organizational departments, but R&D, scientific, and innovation sectors lack suitable tools. Public solutions often fall short due to confidentiality, comprehensiveness, and data sourcing requirements.
New AI tools, like Opscidia, are emerging to support these experts without replacing them. These solutions aim to optimize their time and efficiency by offering features tailored to their needs while respecting their field-specific constraints.
Write a summary of multiple scientific articles in 1 click!
Our report assistant leverages scientific literature and generative AI to create a report from multiple scientific articles in a few clicks.
Summarize an infinite number of scientific articles.
Save time.
Integrate AI into your R&D process.
Accuracy and Consistency
Search Engine Powered by Artificial Intelligence
Our search engine, based on more than 180 million scientific documents from reference sources, is the cornerstone of your bibliographic research.
Boolean Searches
Patents, Scientific Articles, Reviews, RSS Feeds
Alerts on domains and areas of interest
Trends & Mappings Based on Scientific Publication Flows
Discover real-time scientific and technological trends and explore maps based on scientific publication flows with our Trends & Mappings feature.
Instant Trend Analysis
Search Strategy Optimization
Customize Your Dashboards