Tenna Systems

• The buyer requires independently validated accuracy metrics (e.g., standardized circular error probable for geolocation, ROC curves for detection) with disclosed test methodology and third-party evaluation; public materials reviewed do not provide this level of validation.
• The buyer cannot provide or integrate the necessary telemetry or sensor feeds (limited ability to add collectors or no access to platform observables).
• Procurement requires mature, publicly available trust artifacts (SOC 2, ISO 27001, penetration testing reports, detailed subprocessor lists); these were not located on public vendor pages reviewed.
• The procurement need is primarily for space-based RF collection rather than a fusion/analytics layer.

The vendor site includes testimonial-style statements attributed to defense and aerospace stakeholders. Examples include statements that characterize the product as providing spectrum awareness and interference mitigation capabilities. These should be treated as vendor-published testimonials and not as independently moderated or validated reviews. The testimonial content indicates engagement with defense stakeholders but does not provide details on contract scope, evaluation methodology, performance metrics, or comparative benchmarks.

• Press coverage includes vendor accuracy claims citing a reported numeric range for geolocation. Such claims are context-dependent and require disclosure of the test methodology, sensor types, geometry, and environmental conditions to be independently evaluated.
• Investor and press materials reference deployments or engagements with defense organizations; however, methodology, datasets, and third-party evaluation reports were not disclosed in public sources reviewed.

Critical note: Without methodology disclosure (sensor types, geometry, time-difference-of-arrival/frequency-difference-of-arrival approach, ground truthing procedures, and environmental context), accuracy claims are difficult to validate and may not generalize across operational theaters.

Tenna Systems offers a defense-oriented, software-based spectrum intelligence and spectrum resilience platform that fuses RF-related observables from existing sensors (airborne, terrestrial, space-based, and other available receivers/telemetry) into a real-time operational picture of interference, jamming/spoofing risk, coverage gaps, and emitter location. The vendor describes this approach using terminology that emphasizes limited new hardware deployment.

Tenna markets three product modules:

• Arena — real-time monitoring of RF coverage gaps and interference (situational awareness).
• Tracer — geolocation of interference sources and emitters (targeting and mitigation workflows).
• Halo — an embedded electronic warfare (EW) resilience capability intended to help maintain operational continuity in contested RF environments.

Primary: Government and defense agencies, defense primes, aerospace partners, and other operators of mission-critical wireless-dependent systems.

Secondary/adjacent (vendor-stated): Aviation/UTM, maritime, infrastructure, tele-operations, V2X, telecom—any environment where interference or spoofing could disrupt safety or operational continuity.

Positioning themes observed in vendor materials:

• The vendor contrasts software-based processing speed with hardware-centric EW and spectrum systems.
• The product is presented as a software layer that uses deployed devices as a distributed sensing layer, reducing the need to deploy new hardware according to vendor materials.
• The vendor uses an analogy to meteorological forecasting to describe situational awareness workflows.