AFRL Information Directorate Facilities (RI)
The following facilities are examples of the unique assets at Rome Research Site that aid in Global Awareness, Global Vigilance, Dynamic Planning and Execution and Global Information Enterprise.
Advanced Computing Applications Laboratory | Advanced Processing and Exploitation (APEX) Center | Advanced Visualization & Interactive Displays (AVID) | Audio Processing Laboratory | Black Room | Command and Control Concept Center (C2CC) | Command and Control Technology Center (C2TC) | Cyber Integration and Test Environment (CITE) | High Performance Computing Affiliated Resource Center | Integrated Intelligence Innovation Facility (I3F) | Nanocomputing & Computational Intelligence Laboratory | Network-Centric Integration & Interoperability Facility (NCIIF) | Newport Research Site | Operational Information Management Development Laboratory | Quantum Communications Laboratory | Quantum Information Science Laboratory | Radio Frequency (RF) Technology Center | SATCOM Facility | Situation Awareness Laboratory | Stockbridge Research Site
Supports analytical studies, conducts on-site and network distributed simulation exercises, and processes real multiple source intelligence (multi-INT) data to facilitate the successful transition of technology solutions.
Supports the development and analysis of concepts in advanced visualization, displays, and human-computer interaction in support of the Integrated C2 concept.
Supports research and development, testing, and integration of speech and audio processing algorithms in support of various intelligence applications that have been delivered to the Army, Navy, Air Force, and Intelligence Community.
Provides a unique opportunity to bring disparate computing resources into a reconfigurable, shared, and interactive space that affords researchers the ability to develop, present, and demonstrate concepts, problems, and solutions in a more data rich context, instead of the typical segmented approaches that are limited by standard system configurations.
Provides an environment to conduct C2 system level experimentation and an evaluation lab using fielded C2 systems of record and their related data sets.
This facility researches and develops advanced visualization and interactive displays, agents and machine-learning technologies, and tools for managing uncertainty in causal models to achieve mission assurance in joint and combined military operations.
Provides a collaborative workspace for conducting cyber-related research and development, from proof of concept through advanced prototyping. The core focus is to provide a targetable transition platform for technology maturation and operational acceptance by leveraging partnerships with key agencies that support Air Force Network Operations (AFNETOPS). Provides a scalable and feature-rich environment consisting of isolated and interconnected test beds, configuration management, and enterprise services, to develop solutions that will ultimately become fielded capabilities.
Acquires and manages High Performance Computing (HPC) resources as part of its local infrastructure, but shares its resources with the broader DoD user community. Allows for interactive software development and testing on large clusters to provide massively scalable HPC applications.
Develops, tests, and showcases technologies that are being used across all services, the intelligence community, and combatant commands.
The Nanocomputing & Computational Intelligence laboratory supports advanced nanotechnology research in numerous areas, such as neuromorphic computing, hardware enabled cyber security, nanomaterial and device testing and characterization, hardware based neural networks, and reservoir/chaotic computing.
Supports research and development, analysis and integration of a wide range of communications and networking technologies.
Primary mission: To evaluate antenna performance on full scale aircraft and make recommendations for improvement.
- Thousands of antenna patterns measured in 1 rotation of the aircraft
- 10 minutes of testing = more than 100 hours of actual flight testing
- Early procurement cycle measurements save the Air Force millions of dollars
- 10 years of measurements to date on the Air Force, Marine, Navy F-35 versions
- Antenna performance measured for the F-22 fighter and B-1 bomber
- Measurements taken for Army Win-T, GATR Satcom, C130, F-16 antennas
- Newport is a test site for AFLR in-house research, e.g. MIMO, Manpack Satcom
- Largest facility of its kind in the world
The site consists of eight measurement ranges, five of which are fully instrumented with:
- Signal sources
- Fiber optic interfaces
- Positioned controllers
- High speed multiplex systems
Supports Information Management services development access to EMULab capability and a TTCP-specific enclave for on-going collaborative work.
Focuses on integrating quantum data encryption and quantum key distribution with high data rates, and free space optical communications with reduced size, weight, and power for secure, high-capacity communication links.
The Quantum Information Science laboratory supports research and development in the emergent field of quantum information science.
The RF Technology Center serves as an experimental laboratory for a variety of RF-related programs and technology developments. It provides a unique electromagnetic simulation and measurement capability to support RF technology developments and electromagnetic environmental effects.
Collects free-space propagation data to enable robust hybrid optical and higher frequency communications in poor/relevant atmospheric conditions.
Provides an environment for researchers to utilize a suite of in-house tools, datasets, and scenarios to conduct unbiased assessments and experiments of text and networks analysis applications and resources. Numerous products have been transitioned to Air Force Intel agencies.
Used for development of real world experimentation with advanced radio frequency (RF)/optional communications, networking and information technologies, cyber techniques and effects, including small unmanned aircraft systems.
- All-weather full season RF Controllable Contested Environment
- C4ISR, Cyber, Spectrum, Networking
- Flexible frequency authorizations
- Heavy-duty turntable with a 200' high arched measurement probe - large aircraft and vehicle capable hemispherical RF-optical system evaluations
- 300 acre flexible test site, varying in relative distance, topology and foliage density
Approved For Public Release [Case Number 88ABW-2020-2168] Distribution Unlimited