Organizational tribal knowledge is the collective knowledge that employees accumulate over time in a company. It includes industry insights, best practices, and unwritten rules that guide the operations of the organization. Digital twins are virtual representations of physical objects or systems to simulate and evaluate real-world scenarios. In this blog, we will explore the journey to create digital twins of organizational tribal knowledge using GPT and safeguarding intellectual property.

Digital Twins of Organizational Tribal Knowledge

Digital twins of organizational tribal knowledge are virtual replicas of an organization’s collective knowledge, including its processes, systems, and people. These digital twins can be trained using GPT (Generative Pre-Trained Transformer) language models to replicate human-like responses to different scenarios. They can then be used to simulate real-world scenarios, test hypotheses, and optimize business processes.

Why Digital Twins of Organizational Tribal Knowledge Are Important

Digital twins of organizational tribal knowledge can be used to preserve the collective knowledge of an organization, even as employees retire or leave the organization. They can also be used to train new employees, test different scenarios, and optimize business processes. Additionally, they can be used to safeguard intellectual property by ensuring that sensitive information is not exposed to unauthorized personnel.

The Paradigm Shift

The paradigm shift brought on by ChatGPT is revolutionizing the way we research best practices and materials on the web. Its ability to deliver personalized, relevant, and up-to-date information is making web research more efficient and effective. Furthermore, ChatGPT’s capacity for collective learning and ideation has contributed to the development of innovative solutions and best practices. As AI technology continues to advance, it’s exciting to imagine how it will further enhance our ability to access and utilize information in the years to come.

How ChatGPT Revolutionized Web Research for Best Practices and Materials

The advent of OpenAI’s ChatGPT has undeniably transformed the way we search for best practices and materials on the web. This powerful AI-driven language model has not only made searching for information more efficient but has also changed the dynamics of the entire research landscape. In this blog, we will explore how the emergence of ChatGPT revolutionized web research and its impact on the development of best practices and materials.

Redefining the Search Experience

Before ChatGPT, web research primarily involved sifting through an overwhelming amount of information on search engines. This process was time-consuming and often led to irrelevant or erroneous results. With ChatGPT, users can engage in a more interactive and natural conversation with the AI, resulting in highly relevant and personalized search results. This enables users to find information quickly and accurately, making the process more efficient and enjoyable.

Harnessing Collective Knowledge

ChatGPT can access and analyze vast amounts of information, including best practices and materials from various industries, in a fraction of a second. By using AI algorithms and natural language processing, ChatGPT can synthesize this information into coherent and concise responses. This offers users access to a wealth of collective knowledge, providing unique insights and ideas that may have been otherwise overlooked.

Continuous Learning and Improvement

As a self-learning AI model, ChatGPT continually improves its understanding of language, context, and subject matter. This capability enables the AI to stay up to date with the latest trends, research, and best practices in various fields. Users can gain advantages from having access to up-to-date and pertinent information in fractions of a second, which lead to fast, better decision-making and positive results.

Tailored Recommendations and Insights

ChatGPT can provide personalized recommendations and insights based on the user’s specific needs and preferences. This level of customization allows for the identification of best practices and materials that are highly relevant to the user’s industry, role, or project. As a result, users can make more informed decisions, ultimately leading to higher efficiency and effectiveness in their work.

Collaborative Learning and Ideation

By integrating ChatGPT into online forums, chatrooms, or collaborative platforms, users can engage in collective learning and ideation. With AI’s ability to understand the context and provide relevant insights, it can facilitate meaningful discussions and contribute to the development of new ideas and best practices. This fosters a dynamic and creative environment for problem-solving and innovation.

Risky Business

 Employee Research Exposes Company Intellectual Property to AI Chatbots

The rapid advancement of technology has created new and potentially dangerous avenues for the unauthorized distribution of sensitive information. One of these growing threats is the exposure of proprietary information to AI chatbots. Employee research can inadvertently expose a company’s intellectual property to AI chatbots. As it becomes more commonplace, companies must remain vigilant in protecting their proprietary intellectual property. By educating employees, implementing internal research tools, and monitoring interactions with external AI chatbots, businesses can minimize the risk of inadvertently exposing sensitive information. In a world where technological advancements are continually shaping the corporate landscape, proactive measures to protect intellectual property are more important than ever.

The AI Chatbot Landscape

AI chatbots like OpenAI’s ChatGPT are becoming increasingly popular for their ability to engage in human-like conversations and deliver accurate information quickly. While this technology offers various advantages, including cost-effective customer support and improved user experiences, it also poses a risk to companies’ IP when employees unknowingly share sensitive information during research.

The Employee Research Conundrum

When conducting research or seeking assistance, employees may turn to AI chatbots as a quick and reliable source of information. While this can improve efficiency, it also creates a risk for companies. Employees might inadvertently reveal sensitive information or even trade secrets while seeking answers, thereby exposing their company’s IP to the chatbot and potentially to the world.

For instance, an employee may ask the AI chatbot a question about proprietary technology, revealing confidential details in the process. This information could then be used by the AI chatbot to assist other users, leading to unauthorized distribution of the company’s IP.

Protecting Your Company’s Intellectual Property

Companies must take proactive steps to mitigate the risks associated with AI chatbots and employee research. Some measures to consider include:

Employee Education: Educate your employees about the risks associated with sharing sensitive information with AI chatbots and potential man in the middle attack. Establish clear guidelines on what information should never be discussed with such services.

Implementing Internal Research Tools: Invest in internal research tools and knowledge databases that allow employees to find answers to their questions without relying on external sources. This will minimize the chances of sensitive information being leaked during research.

Monitoring and Control: Set up a system to monitor employee interactions with external AI chatbots, if necessary. This will help you identify potential breaches of your IP and take corrective action.

Legal Agreements with AI Providers: Establish legal agreements with AI chatbot providers, such as OpenAI, to ensure that any proprietary information shared by employees is protected and not disclosed to third parties.

Encourage Open Communication: Encourage employees to seek help from their colleagues or superiors when they need information related to sensitive company matters. This will reduce their reliance on external sources, such as AI chatbots.


In today’s fast-paced business environment, effective communication is vital for the success of any organization. As a result, teams are always looking for new ways to improve their communication channels and enhance collaboration between team members. One way to achieve this is by creating a custom Teams chat interface that integrates with OpenAI API (Application Programming Interface), Microsoft DLP (Data Loss Prevention), and private vector database to store company private information to enhance LLM (Large Language Model).

Before delving into the technical details of this architecture, let’s define some terms. Teams chat is a collaboration tool developed by Microsoft that enables teams to communicate via text, voice, or video. OpenAI API is an artificial intelligence (AI) platform that provides advanced natural language processing (NLP) capabilities. Microsoft DLP (Data Loss Prevention) is a security feature that helps to protect sensitive data by detecting and preventing its unauthorized transmission. This database design approach that organizes data into layers to provide a clear separation of concerns.

Step by Step

Chat integration: The first step in creating this custom Teams chat interface is to establish a secure connection between Teams and OpenAI API. This can be achieved by using the Microsoft Bot Framework, which enables the creation of intelligent bots that can interact with users in natural language. The bot can then be integrated with the OpenAI API to provide NLP capabilities, such as text analysis, language translation, and sentiment analysis.

Security Integration: The next step is to incorporate Microsoft DLP to ensure that any sensitive information shared via the Teams chat is protected. Microsoft DLP can detect and prevent the transmission of sensitive data, and information, by analyzing the text entered into the chat interface.

Secured Vector Databases: Finally, a custom vector database developed to house the company’s private vector database. This approach separates the data into logical layers, each with a distinct purpose, making it easier to manage and maintain. The private vector database to store company-specific information, such as customer profiles, product data, or transaction history. Searching and summarizing external, internal, and combined vector databases can be a collaborative effort among employees to gather and analyze information.

Here are some additional considerations for conducting this process as a team, and incorporating feedback:

Establish a shared platform: To facilitate collaboration and knowledge sharing, consider setting up a shared platform where employees can access and contribute to the research effort. This could be a shared drive or a cloud-based platform, such as Google Drive or Microsoft Teams.

Define roles and responsibilities: Assign specific roles and responsibilities to each team member to ensure a smooth and efficient process. For instance, one employee could be responsible for collecting external data, while another employee could focus on internal data. It’s also important to define clear expectations for each employee’s output and feedback.

Document the research process: Document the research process by storing both the prompt and output with feedback. This could be done using a template or a shared document that includes fields for the prompt, data source, key findings, and feedback.

Incorporate feedback loops: Incorporate feedback loops into the research process to ensure that the output is accurate and relevant. This could involve having team members review and provide feedback on each other’s work or conducting periodic check-ins to assess progress and identify areas for improvement.

Utilize automation and AI: Consider leveraging automation and AI to streamline the research process and reduce the workload on employees. For instance, web scrapers or data crawlers can be used to collect data automatically, and NLP techniques can be used to summarize and analyze the data.

Evaluate the effectiveness of the process: Regularly evaluate the effectiveness of the research process to identify areas for improvement and refine the approach. This could involve conducting surveys or soliciting feedback from team members to assess the quality and usefulness of the output.

By establishing a shared platform, defining roles and responsibilities, documenting the process, incorporating feedback loops, utilizing automated AI, and evaluating the effectiveness of the process, teams can conduct effective research and drive business success.

In conclusion, creating a custom Teams chat interface that integrates with OpenAI API, Microsoft DLP, and a custom vector database to enhance communication and collaboration between team members while protecting sensitive data. This architecture tailored to meet the specific needs of any organization, and its potential applications are endless. By leveraging the power of AI and advanced data management techniques, businesses can achieve greater efficiency, productivity, and success.


            Bring this framework to life by building innovative prototypes and capturing valuable insights along the way.


Ravi Raghu

Pardha Jasti

Jake Waterman

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