System Developer (Remote)

RSC Solutions

Denver Colorado

United States

Information Technology
(No Timezone Provided)

 System developer with C++, Kernel level programming skills in AD LDAP, IAM

- TCP/IP programming, X.503 certificate – be able to write a proxy
- Be able to manipulate AD/LDAP, call Microsoft APIs etc.
- Demonstrate that the core functions of Azure AD can be replicated in another directory server – e.g., Open Source (Apache, OpenAM).
- V-IDP ("Virtual ID Provider”) is the new primary ID server seen by users and service providers, which virtualizes access to the Primary IDP
 - (Azure AD) and Secondary IDP and supports seamless failover from primary to Secondary
- Replication of Azure AD database (users, groups, directory, policy) state in a secondary IDP ("S_IDP”)
-  Building trust between Applications (Service Providers) and V_IDP through Certs & application registration
- Verify SAML & OAUTH flows with primary and secondary IDPs independently
- Demonstrate a smooth and fast failover with SAML & OAUTH when primary IDP function is "cut off”
- Demonstrate a switch back to Primary IDP

System Developer (Remote)

RSC Solutions

Denver Colorado

United States

Information Technology

(No Timezone Provided)

 System developer with C++, Kernel level programming skills in AD LDAP, IAM

- TCP/IP programming, X.503 certificate – be able to write a proxy
- Be able to manipulate AD/LDAP, call Microsoft APIs etc.
- Demonstrate that the core functions of Azure AD can be replicated in another directory server – e.g., Open Source (Apache, OpenAM).
- V-IDP ("Virtual ID Provider”) is the new primary ID server seen by users and service providers, which virtualizes access to the Primary IDP
 - (Azure AD) and Secondary IDP and supports seamless failover from primary to Secondary
- Replication of Azure AD database (users, groups, directory, policy) state in a secondary IDP ("S_IDP”)
-  Building trust between Applications (Service Providers) and V_IDP through Certs & application registration
- Verify SAML & OAUTH flows with primary and secondary IDPs independently
- Demonstrate a smooth and fast failover with SAML & OAUTH when primary IDP function is "cut off”
- Demonstrate a switch back to Primary IDP