IDI-Systems has announced ACRE NXF, a software-defined RF network simulation framework that enables hardware-in-the-loop testing of networked RF systems without deploying physical hardware. Already in use by defense contractors and military programs, NXF combines containerized virtual modems, a networked IPC layer, and a custom Docker network plugin into a cohesive platform.

IDI-Systems has completed the Phase II SBIR for the Advanced Combat Radio Environment (ACRE). The two-year contract from the US Army's SBIR office and Ground Vehicle Systems Center advanced ACRE from technical prototypes into a cohesive experimentation and demonstration framework, delivering the ACRE Network eXperimentation Framework (NXF) and a multiplayer demonstration environment.

IDI-Systems has been awarded a Phase II SBIR for the Advanced Combat Radio Environment (ACRE). The 24-month contract from the US Army's SBIR office and Ground Vehicle Systems Center in Detroit, MI will support maturing ACRE's radio and communications modeling software.

IDI-Systems has been awarded a Phase I Small Business Innovation & Research (SBIR) grant by the US Army to bring Advanced Combat Radio Environment: Next Generation (ACRE: NG) to Unreal Engine.

IDI-Systems is celebrating its first year of full-time operations with the launch of our new website. In the first quarter of this year alone, we've reached the same amount of contracted and invoiced revenue as we did all of last year!

With new developments and funding for the next iteration of ACRE, support for ACRE2, the flagship product of IDI-Systems, is sunsetting, but it is not going away!