OTTI CSO AOI 02 - Questions and Answers Rev 01

OTTI CSO - AOI 02 - Questions & Answers Rev. 01
Question Number

Question

Answer
The current deployed architecture is a cloud-based tenancy utilizing many host-provided services. It includes enterprise data storage, data in-transit capabilities, and visualization software. Communication between components occurs via various technologies such messaging (pub/sub), web sockets, and APIs.

AOI 02 - Q01

What is the current deployed architecture that proposed solutions must interface with?

AOI 02 - Q02

What existing software (including commercial software apps) must the solution interact with: fielded and in development?

AOI 02 - Q03

What is the deployment environment (on-prem, cloud, hybrid)?

AOI 02 - Q04

Are there classified mission systems currently in use that solutions must work in/with?

AOI 02 - Q05

What languages are used in current solutions?

AOI 02 - Q06

AOI 02 - Q07

AOI 02 - Q08

Will successful proposers have full access to code and SMEs? Will current systems be provided as GFE with defined interfaces? Is there a preferred interface/architecture for proposed software deliveries?

AOI 02 - Q09

What is the main focus of AOI 02?

AOI 02 - Q10

There are no specialized pieces of hardware currently used for range operator user interfaces. Are there are any pieces of specialized physical equipment that might need updating Enhancements that would require hardware upgrades will be considered if proposed as part of a alongside the software?
solution.

The solution must work with the back-end functions within the tenancy, these specific interfaces will be provided as GFI during contract execution. These include, but are not limited to, various Apache, Linux, and Windows applications.
The deployment occurs in a Linux RHEL8 OpenStack environment within a hosted cloud space. Additionally, RHEL8 workstations are included and may require additional configuration to support deployments.
Yes.
The current solution utilizes a variety of programming languages. These include, but are not limited to, Python, Java, .NET, and others.
Yes, coordinated through the government program office. Yes, current systems and defined interfaces will be provided. There is not a preferred interface/architecture, each enhancement would be solution specific. This effort supports augmentation to the existing range control software for the orbital range which provides command and control and data fusion/visualization of terrestrial sensors.