How To Optimize Your LinkedIn Network

How To Optimize Your LinkedIn Network

People frequently ask me for advice about using LinkedIn. Since multiple people ask the same questions, I'm publishing a newsletter to answers people's questions.These are some of the questions that I'm asked most frequently:

  1. How can I use LinkedIn to invite more people to my webinar?
  2. How can I attract more people in my target audience to attend my conference?
  3. What's the best way to notify my network that my research has been published in a journal?
  4. How can I find domain experts to be on a panel that I am moderating?
  5. What's the best way to get my articles more widely distributed?
  6. What's the best way to share my company news with key companies in my field?
  7. What's the best way to find an internship using LinkedIn?
  8. How can I increase my connections on LinkedIn?
  9. What should I do with my company profile on LinkedIn?
  10. What are the advantages of utilizing sponsored content for my business?
  11. How can I analyze my LinkedIn network and measure key metrics?

Network Highlights

Today's newsletter provides an overview of the structure of social networks and the function of nodes. When you understand how your network works, it will be easier for you to use it more efficiently.

Networks are made up of nodes.

#1: Types of Nodes

Networks are made up of nodes. In social networks nodes represent people. There are different types of nodes and each type plays a unique role in shaping the structure, dynamics, and functionality of the network.

  1. Influencer Nodes: Highly influential nodes that have significant impact on the opinions, behaviors, or actions of other nodes within the network. They often have a large number of connections and a high degree of centrality.
  2. Hub Nodes: Central nodes with a high number of connections. They play a crucial role in connecting various parts of the network and facilitating the flow of information.
  3. Bridge Nodes: Nodes that connect different clusters or communities within the network. They serve as important links for information flow between otherwise disconnected groups.
  4. Peripheral Nodes: Nodes with fewer connections, typically located on the outer edges of the network. They have limited influence and connectivity within the network.

An influencer node is a central node with a high number of connections that generates content that is widely shared and engaged with.

#2 Influencer nodes vs Hub nodes

In social networks, influencer nodes and hub nodes play distinct roles and have different characteristics.

Influencer node characteristics

  • High Influence: Influencer nodes have a significant impact on other nodes. Their actions or opinions can shape behaviors, trends, or opinions within the network.
  • Content Creation: They generate content that is widely shared and engaged with, driving conversations and engagement within the network.
  • Trust and Authority: Influencer nodes are trusted and seen as authoritative figures within the network. Their recommendations or endorsements are highly valued.
  • Follower Engagement: They typically have a highly engaged following who actively interacts with their content.
  • Social Capital: Influencer nodes possess significant social capital due to their high number of connections. This translates into greater access to opportunities and information.
  • Foster Collaboration: Influencer nodes connect people and facilitate information flow. This fosters collaboration between groups.
  • Thought Leadership: Influencer nodes are usually knowledgeable about a specific topic and provide valuable information to the network.

Hub node characteristics

  • High Connectivity: Hub nodes are characterized by having a large number of direct connections to other nodes. They act as central points within the network.
  • Information Flow: They facilitate the rapid dissemination of information across the network due to their numerous connections. Since hubs are connected to many other nodes, they can help spread information more rapidly and extensively, reducing the number of steps needed for information to travel across the network.
  • Network Structure: Hub nodes help maintain the structural integrity of the network. They are crucial for connecting different parts of the network.
  • Connection Over Influence: While they are well-connected, hub nodes may not necessarily influence the behavior or opinions of their connections as significantly as influencer nodes.


Centrality measures the importance of a node within a network.

#3 Centrality

Centrality measures the importance of a node within a network. People with high centrality have greater influence and can more effectively spread information throughout the network. They can also bridge different groups which is valuable for accessing specific opportunities and resources. Connecting with these people can increase your reach and influence within the entire network. There are several kinds of centrality:

  • Degree Centrality measures the number of direct connections a node has. Nodes with high degree centrality are influential within the network.
  • Betweenness Centrality measures how often a node appears on the shortest paths between other nodes. Nodes with high betweenness centrality can control the flow of information and act as bridges between different parts of the network.
  • Closeness Centrality measures how close a node is to all other nodes in the network. Nodes with high closeness centrality can spread information quickly throughout the network.
  • Eigenvector Centrality measures a node's influence based on the importance of its connections. Nodes with high eigenvector centrality are connected to other highly influential nodes. The PageRank algorithm used by Google's search engine is a variant of Eigenvector Centrality.

Nodes form clusters where they are densely connected.

#4 Clustering

Nodes form clusters or communities where they are more densely connected to each other than to the rest of the network. These clusters represent subgroups such as colleagues who work for the same company, alumni who attended the same university, or interest groups. Clustering has important implications for your network.

  • By engaging with these clusters, you can gain deeper insights, support, and opportunities within specific professional circles.
  • High clustering indicates that many of your connections also know each other, forming a web of interconnected relationships.
  • When people are part of a cluster, they are more likely to share information, provide recommendations, and support each other, as mutual connections often lead to higher levels of trust.
  • Being part of a well-clustered network can ensure that you stay updated with the latest industry trends, job opportunities, and professional insights.
  • Individuals within highly clustered areas of a network often hold significant influence within their community.
  • Building strong connections within a cluster can increase your visibility and influence in that community. This can lead to more significant opportunities for leadership roles, speaking engagements, and career advancements.

Connecting with influential nodes that have high eigenvector centrality can increase your access to information and resources..

#5 Practical Tips For Using LinkedIn

  1. Build relationships with influential nodes on LinkedIn to broaden your access to information and resources.
  2. When an influential node on LinkedIn publishes content that you like, share it with your connections. Sharing content can help you become a connector node.
  3. When an influential node shares a post on LinkedIn make a comment. Engaging with hub nodes can help you increase your visibility.
  4. Disseminating relevant information from a hub to your connections helps you become a broker node.
  5. Strengthen your connections with nodes that have high eigenvector centrality. This can amplify your influence and extend your reach within the network.
  6. Join groups on LinkedIn around your interests. Groups are clusters in your network. If you share relevant content and join discussions in groups you can become a bridge node.

Note: All images in this newsletter were created by Margaretta Colangelo If you use these images you must include a citation acknowledging Margaretta Colangelo as the source and provide a link to this newsletter.

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Copyright ? 2024 Margaretta Colangelo. All Rights Reserved.

This article was written by Margaretta Colangelo. Margaretta is a leading AI analyst who tracks significant milestones in AI in healthcare. She consults with AI healthcare companies and writes about some of the companies she consults with. Margaretta serves on the advisory board of the AI Precision Health Institute at the University of Hawai?i?Cancer Center @realmargaretta

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