Login Resource Management for Concurrent Engagements
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Solution Overview
Problem
Conventional Web-based systems face difficulties in managing and efficiently utilizing logins for concurrent engagements, as the number of required logins fluctuates, making it costly and cumbersome to ensure timely completion of tasks, and existing systems restrict the reuse of logins until previous engagements are finished.
Innovation Solution
A computer-implemented method that provides a system to manage multiple logins by tracking their availability, assigning them to engagements, and automatically monitoring and reallocating resources, allowing for optimized login usage and notification of insufficient login quantities.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If multiple logins are provided to handle concurrent engagements, then the ability to perform engagements simultaneously is improved, but the cost and complexity of managing logins increases
Solution Approach 1:
The system automatically manages login assignments without manual intervention. When an engagement is submitted, the system automatically searches for available logins, assigns them, and tracks their status. When an engagement completes, the system automatically releases the login for reuse. This self-service mechanism reduces manual management complexity while maintaining high concurrent engagement capacity.
Solution Approach 2:
The system continuously monitors login status and provides feedback to engagees. It tracks which logins are available and which are in use, then automatically adjusts assignments based on this feedback. This feedback loop enables dynamic resource allocation that optimizes both productivity and management efficiency.
2Reliability
If logins are restricted to single-use until completion, then login security is improved, but the availability of logins for concurrent engagements deteriorates
Solution Approach 1:
The system treats logins as reusable resources that are 'discarded' from active use when an engagement completes and 'recovered' for new assignments. Instead of permanently binding a login to one engagement, the system releases it back to the available pool, allowing recovery and reallocation to new engagements. This maintains security through proper session management while enabling continuous productivity.
3Loss of time
If the number of logins is increased to handle peak demand, then engagement completion timeliness is improved, but the cost of managing logins increases
Solution Approach 1:
The system dynamically adjusts login allocation based on real-time demand rather than maintaining a fixed, oversized login pool. When engagements are submitted, the system dynamically searches for and assigns available logins. This dynamic approach ensures timely completion when needed while avoiding the cost of maintaining excessive logins during low-demand periods.
Solution Approach 2:
The system pre-establishes a pool of available logins and continuously monitors their status. When an engagement is submitted, the system immediately searches for and assigns an available login without delay. This preliminary preparation of login resources ensures fast engagement completion while optimizing the total number of logins needed through efficient reuse.
Data Source
AI summary
A method for managing the submission of a plurality of engagements using a plurality of logins is disclosed. The method might include the steps of providing a plurality of logins corresponding to a single entity, wherein each of the plurality of logins includes a user name, a password and a location code, providing information relating to the plurality of engagements, receiving an identification code and a location code corresponding to the single entity and an engagement code corresponding to one of the plurality of engagements, and searching the plurality of logins for an available login. If an available login does not exist, then create an available login or return to the searching step. If an available login exists, then assign the available login to one of the plurality of engagements, and make the available login, unavailable.