Digital credential system for employer-based skills analysis

1. A system, comprising:

a detection system including a plurality of sensors configured to detect employee activity within a physical environment, the detection system being configured to:

detect, using the plurality of sensors, a plurality of employee activities performed by an employee within the physical environment, and

transmit a set of sensor data corresponding to the plurality of employee activities performed within the physical environment to one or more digital skill proficiency badge generators;

a digital skill proficiency badge generator configured to:

determine that the employee is eligible to receive a first digital skill proficiency badge based on the plurality of employee activities performed within the physical environment;

store a first digital skill proficiency badge associated with the employee in a digital skill proficiency badge repository;

a processing unit comprising one or more processors operated by an employer;

one or more network interfaces; and

memory coupled with and readable by the processing unit and storing therein a set of instructions that, when executed by the processing unit, causes the processing unit to:

access an employee records database to identify a plurality of employees;

identify a first set of employees in the plurality of employees, wherein each employee in the first set of employees belong to a single department within the employer;

for each employee in the first set of employees, access a server computer hosting the digital skill proficiency badge repository to identify a plurality of digital skill proficiency badges associated with the employee;

analyze the plurality of digital skill proficiency badges of each employee in the first set of employees to generate a statistical analysis of the plurality of digital skill proficiency badges by:

determining an age of a digital skill proficiency badge associated with each employee in the first set of employees,

determining, for each digital skill proficiency badge associated with each employee, a badge strength value by applying a degradation function against the digital skill proficiency badge based on the age of the digital skill proficiency badge,

encoding an indicator of the badge strength value into the statistical analysis, and

determining a percentage of employees in the first set of employees that are associated with a first digital skill proficiency badge;

encode the statistical analysis into a user interface, wherein the statistical analysis includes the indicator of the badge strength value;

transmit the user interface including the statistical analysis to a user device;

identify a second set of employees in the plurality of employees, wherein each employee in the second set of employees is associated with a second digital skill proficiency badge;

determine a first average salary of the employees in the second set of employees;

identify a third set of employees in the plurality of employees, wherein each employee in the second set of employees is not associated with the second digital skill proficiency badge;

determine a second average salary of the employees in the third set of employees;

determine a second statistical analysis by comparing the first average salary to the second average salary; and

transmit second data identifying the second statistical analysis to the user device.

2. The system of claim 1 , wherein the processing unit is further configured to:

identify a fourth set of employees in the plurality of employees, wherein each employee in the fourth set of employees is associated with a third digital skill proficiency badge;

access a database storing human resources data to determine an average review score for the employees in the fourth set of employees;

determine a third statistical analysis based upon the average review score; and

transmit third data identifying the third statistical analysis to the user device.

3. The system of claim 1 , wherein identifying the first set of employees in the plurality of employees includes identifying the first set of employees, wherein each employee in the first set of employees belong to a single collaborative team.

4. A method, comprising:

detecting, using a plurality of sensors in a physical environment, a plurality of employee activities performed by an employee within the physical environment;

determining that an employee is eligible to receive a first digital skill proficiency badge based on the plurality of employee activities performed within the physical environment;

storing a first digital skill proficiency badge associated with the employee in a digital skill proficiency badge repository;

accessing an employee records database to identify a plurality of employees;

identifying a first set of employees in the plurality of employees, wherein each employee in the first set of employees belong to a single department within the employer;

for each employee in the first set of employees, accessing a server computer hosting the digital skill proficiency badge repository to identify a plurality of digital skill proficiency badges associated with the employee;

analyzing the plurality of digital skill proficiency badges of each employee in the first set of employees to generate a statistical analysis of the plurality of digital skill proficiency badges by:

determining an age of a digital skill proficiency badge associated with each employee in the first set of employees,

determining, for each digital skill proficiency badge associated with each employee, a badge strength value by applying a degradation function against the digital skill proficiency badge based on the age of the digital skill proficiency badge,

encoding an indicator of the badge strength value into the statistical analysis, and

determining a percentage of employees in the first set of employees that are associated with a first digital skill proficiency badge;

encoding the statistical analysis into a user interface, wherein the statistical analysis includes the indicator of the badge strength value; and

transmitting the user interface including the statistical analysis to a user device;

identifying a second set of employees in the plurality of employees, wherein each employee in the second set of employees is associated with a second digital skill proficiency badge;

determining a first average salary of the employees in the second set of employees;

identifying a third set of employees in the plurality of employees, wherein each employee in the second set of employees is not associated with the second digital skill proficiency badge;

determining a second average salary of the employees in the third set of employees;

determining a second statistical analysis by comparing the first average salary to the second average salary; and

transmitting second data identifying the second statistical analysis to the user device.

5. The method of claim 4 , further comprising:

identifying a fourth set of employees in the plurality of employees, wherein each employee in the fourth set of employees is associated with a third digital skill proficiency badge;

accessing a database storing human resources data to determine an average review score for the employees in the fourth set of employees;

determining a third statistical analysis based upon the average review score; and

transmitting third data identifying the third statistical analysis to the user device.

6. The method of claim 4 , wherein identifying the first set of employees in the plurality of employees includes identifying the first set of employees, wherein each employee in the first set of employees belong to a single collaborative team.

7. A non-transitory computer-readable medium, having instructions stored therein, which when executed by a computing system cause the computing system to perform a set of operations comprising:

detecting, using a plurality of sensors in a physical environment, a plurality of employee activities performed by an employee within the physical environment;

determining that an employee is eligible to receive a first digital skill proficiency badge based on the plurality of employee activities performed within the physical environment;

storing a first digital skill proficiency badge associated with the employee in a digital skill proficiency badge repository;

accessing an employee records database to identify a plurality of employees;

identifying a first set of employees in the plurality of employees, wherein each employee in the first set of employees belong to a single department within the employer;

for each employee in the first set of employees, accessing a server computer hosting a digital skill proficiency badge repository to identify a plurality of digital skill proficiency badges associated with the employee;

analyzing the plurality of digital skill proficiency badges of each employee in the first set of employees to generate a statistical analysis of the plurality of digital skill proficiency badges by:

determining an age of a digital skill proficiency badge associated with each employee in the first set of employees,

determining, for each digital skill proficiency badge associated with each employee, a badge strength value by applying a degradation function against the digital skill proficiency badge based on the age of the digital skill proficiency badge, and

encoding an indicator of the badge strength value into the statistical analysis, and

determining a percentage of employees in the first set of employees that are associated with a first digital skill proficiency badge;

encoding the statistical analysis into a user interface, wherein the statistical analysis includes the indicator of the badge strength value;

transmitting the user interface including the statistical analysis to a user device;

identifying a second set of employees in the plurality of employees, wherein each employee in the second set of employees is associated with a second digital skill proficiency badge;

determining a first average salary of the employees in the second set of employees;

identifying a third set of employees in the plurality of employees, wherein each employee in the second set of employees is not associated with the second digital skill proficiency badge;

determining a second average salary of the employees in the third set of employees;

determining a second statistical analysis by comparing the first average salary to the second average salary; and

transmitting second data identifying the second statistical analysis to the user device.

8. The non-transitory computer-readable medium of claim 7 , wherein the instructions cause the computing system to perform:

identifying a fourth set of employees in the plurality of employees, wherein each employee in the fourth set of employees is associated with a third digital skill proficiency badge;

accessing a database storing human resources data to determine an average review score for the employees in the fourth set of employees;

determining a third statistical analysis based upon the average review score; and

transmitting third data identifying the third statistical analysis to the user device.

9. The system of claim 1 , wherein the processing unit is configured to:

determine that a first employee is associated with a first digital skill proficiency badge and a second digital skill proficiency badge, wherein the first digital skill proficiency badge and the second digital skill proficiency badge are associated with the same skill set; and

modify the degradation function applied to the first digital skill proficiency badge to reduce a rate of degradation of the first digital skill proficiency badge over time.