S2 Corporation provides the Extreme Bandwidth Analyzer and Correlator (EBAC), a modular platform that captures and processes over 5 GHz of RF spectrum in real time using high‑speed ADCs and FPGA/DSP engines. The system delivers sub‑meter emitter geolocation via integrated TDOA and direction‑finding, supports adaptive waveform synthesis and continuous spectral monitoring, and offers open APIs for seamless integration with electronic warfare, signal‑intelligence, and spectrum‑management workflows.
Funding
$1.1M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
NSFounders
Product
Problem
Conventional radio‑frequency sensors and analyzers are limited in instantaneous bandwidth and processing speed, making it difficult to capture, correlate, and interpret ultra‑wideband signals needed for modern electronic warfare, signal intelligence, and continuous spectrum monitoring. This limitation hampers precise geolocation of emitters and the ability to detect low‑probability‑of‑intercept (LPI) transmissions in congested spectral environments.
Solution
S2 Corporation delivers the Extreme Bandwidth Analyzer and Correlator (EBAC), a modular platform that combines custom extreme wideband antenna arrays with high‑speed ADCs and FPGA/DSP processing to ingest and correlate gigahertz‑level RF spans in real time. The system’s native TDOA and direction‑finding modules compute emitter locations with sub‑meter accuracy, while built‑in adaptive and covert communication waveforms enable on‑the‑fly signal synthesis and jamming. EBAC’s software suite provides continuous spectral monitoring, big‑data mining, and true‑time delay correction, delivering actionable intelligence through standard APIs and export formats. The architecture is scalable from lab benches to field‑deployable units, allowing customers to integrate the platform into existing EW, SIGINT, or spectrum‑management workflows without extensive hardware redesign.
Target Audience
Primary customers are defense and intelligence agencies, electronic warfare and signal‑intelligence units, as well as aerospace, telecommunications, and research organizations that require ultra‑wideband spectrum analysis and precise emitter geolocation.
Features
- Extreme wideband sensor front‑end delivering >5 GHz instantaneous bandwidth with >80 dB dynamic range and low noise figure
- High‑throughput ADC chain and FPGA‑based correlation engine achieving sub‑microsecond processing latency
- Integrated TDOA and direction‑finding algorithms supporting multi‑site emitter triangulation
- Adaptive waveform generation and true‑time delay modules for covert communications and electronic attack
- Real‑time spectral monitoring dashboard with customizable alerts and automated data‑mining pipelines
- Open‑standards API (REST/ZeroMQ) for seamless export of raw IQ data, metadata, and analytics to third‑party tools
- Modular hardware design allowing hot‑swap sensor arrays and scalable compute nodes for big‑data workloads
- Built‑in support for arbitrary waveform synthesis, enabling testing of radar, communications, and electronic counter‑measure scenarios