Managing web access in NetForum can get complicated, especially when teams add new members across different member types.
That’s exactly what the National Health Care Anti-Fraud Association (NHCAA) faced. Every new individual required manual setup: assigning web access codes, setting login credentials, and making sure permissions matched the right member type. While the process worked, it didn’t scale well and often slowed teams down.
Each new record triggered several manual steps. First, staff had to determine the correct access level. Then, they needed to assign web access codes and set login credentials. After that, they had to make sure users updated their passwords and adjust access when memberships changed.
As a result, the process took time and increased the risk of errors.
To solve this, AMS Geek automated the entire workflow inside NetForum.
Now, when a new individual is created or linked to a membership, the system immediately:
Assigns access based on member type
Sets the login start date
Generates secure default credentials
Prompts users to update their password on first login
In addition, we built logic to handle edge cases, such as different individual types. We also gave administrators the ability to manage mappings between member types and access codes through a simple configuration.
However, onboarding was only part of the problem. Access also needed to stay accurate over time.
So, the system now:
Applies access when memberships are added later
Removes or disables access when memberships end
Ensures recently created records are processed correctly
Because of this, access stays aligned with each member’s status without manual updates.
With automation in place, NHCAA now:
Onboards members faster
Maintains consistent access across all member types
Improves security with required password updates
Reduces administrative work for staff
First impressions matter. When members can log in right away, they engage sooner and have a better experience.
By removing manual steps and automating access, associations can scale more easily and operate more efficiently.