
A premier technology evaluation and rapid prototyping facility strategically positioned near Barksdale Air Force Base — bridging the gap between laboratory research and operational deployment for national security missions.
2031 Kings Highway
Shreveport, La 71103
The Stephenson Stellar Corporation (Stellar) Innovation and Integration Laboratory (I2L) is a premier technology evaluation and rapid prototyping facility located in Shreveport, Louisiana. Strategically positioned near Barksdale Air Force Base (BAFB), the I2L serves as the applied research and development engine powering SSC's Resilient Network (ResNet) program and broader national security missions.
The I2L provides government and commercial partners with a vendor-agnostic environment to evaluate nascent technologies, conduct rigorous security testing, and deliver rapidly deployable prototypes, bridging the gap between laboratory research and operational deployment.
What the I2L Delivers:
A vendor -agnostic environment uniquely positioned to serve AFGSC's most demanding mission requirements — from unclassified evaluation through classified operational deployment.

End-to-end penetration testing and vulnerability identification across hardware, software, and communication stacks - including SD-WAN, 5G/6G edge nodes, satellite modems, and cryptographic appliances.
Tightly coupled with the Stellar Space Cyber Range (SSCR) in Colorado Springs to enable realistic red/blue team exercises and threat emulation against representative mission architectures.
Radiofrequency interference (RFI) analysis using the Truffle Pig ML detection system - automated detection of jamming, spoofing, and UAS threats against critical communication assets.
Automated application of DoD Security Technical Implementation Guides (STIGs) across all evaluated equipment, including validation against NIST 800-53 and RMF security controls.
Testing and evaluation of post-quantum cryptography (PQC) hardware and NSA-certified Type 1 crypto modules for integration into resilient, classified communications environments.

Rapid deployment and configuration of Software-Defined WAN architectures (including meshONE-T candidates) with future research in automated failover, traffic prioritization, and multi-path routing across terrestrial and SATCOM links.
Future research areas include integration and stress-testing of LEO (e.g. Starlink, OneWeb, Kuiper) and MEO (SES O3b mPOWER) satellite terminals alongside terrestrial fiber, 5G, and mesh connectivity - evaluating sub-second failover and DDIL performance.
Stand-up and evaluation of edge compute nodes for AI-enabled network orchestration, including self-healing routing and bandwidth elasticity proof-of-concepts for forward-deployed mission environments.
Isolated network sandbox enabling safe evaluation of emerging technologies - including 6G/NextG platforms and quantum-resistant key distribution - prior to integration into operational environments.
Assessment and validation of Cross-Domain Solutions (CDS) and Multi-Level Security (MLS) architectures for IL2-IL6 data movement and classified operations support.

Development and refinement of Defense In Depth (DiD) frameworks, best practices, and mission-focused risk-based methodologies.
Continuous incorporation of current threat intelligence - including adversarial TTPs targeting space, nuclear command and control, and communications infrastructure- into testing scenarios and defensive architectures.
Structured pipeline feeding evaluated and proven technologies from the I2L directly into the operational ResNet network, enabling continuous technology refresh across AFGSC enterprise locations.
Research into COMSEC key management solutions, including CSfC (Commercial Solutions for Classified) architecture evaluation and quantum-secure cryptographic key distribution approaches.

The I2L's location in Shreveport, Louisiana offers distinct operational advantages that directly benefit SSC's mission partners:
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Stephenson Stellar Corporation (Stellar) is a 501(c)3 nonprofit research and development organization focused on assuring our nation remains a global leader in the secure space and air domain operations.