Signal Detection
Blind, multi-scale detection of known, unknown, intermittent, and frequency-hopping transmissions — down to 0 dB C/N and below the noise floor.
Digital Processing for Signal Intelligence
Advanced software and integrated systems that let operators detect, identify, analyze, geolocate, monitor, and exploit complex radio and satellite communications.
NovaGrid engineers the full chain — detection, analysis, geolocation, and monitoring — around blind digital signal processing that assumes no prior knowledge of the signals it encounters.
Blind, multi-scale detection of known, unknown, intermittent, and frequency-hopping transmissions — down to 0 dB C/N and below the noise floor.
Automatic identification of modulation, constellation, coding, framing, and MAC protocols, with estimation of symbol rate, bandwidth, SNR and Eb/N₀.
TDOA/FDOA hyperbolic geolocation of transmitters relayed by satellite transponders, with co-orbit estimation and reference-free operation.
2D time-frequency carrier & spectrum monitoring across full transponders, comparing live measurements against the declared mission plan.
Continuous wideband surveillance with autonomous noise-floor estimation, interference and jammer characterization.
A high-level planning environment where operators configure missions — not signal-processing algorithms.
Full PHY and MAC radio-scene simulation for algorithm development, system validation, and operator training.
Detection, analysis, geolocation, and carrier monitoring for satellite communications.
HyperMon · HyperLoc · HyperCSM HF 3–30 MHzMassive, real-time HF monitoring and interception across the entire short-wave spectrum.
Vulture Software · SystemsSpecialist tools and turnkey hardware — spectrum analysis, protocol discovery, simulation.
HyperSpectrum · HyperStream · HyperSimNovaGrid's software ecosystem is called HyperSuite. Its major advantage is a high-level mission-planning environment: operators express operational intent, and the platform handles the signal processing beneath it.
Operators describe what to monitor, geolocate, or analyze. The platform derives the signal processing.
HyperMon Planner, HyperLoc Planner, and HyperCSM Planner share nearly identical workflows and interfaces.
Unlike traditional DSP software, operators configure missions rather than algorithms — the learning curve stays shallow.
A common philosophy across every HyperSuite application reduces training, deployment time, and operational risk.
The shared planner workflow drives HyperMon, HyperLoc, and HyperCSM. Learn one, operate all — training time and deployment risk drop accordingly. HyperStream, HyperSim, and HyperSpectrum operate as standalone tools alongside the suite.
Each system combines optimized COTS hardware, preconfigured HyperSuite software, calibration, installation, and remote support. Connect antenna feeds and network, describe the station, and operate remotely from any workstation.
Blind signal processing, AI-assisted analysis, high-performance computing, and integrated hardware — backed by expert support and a scalable architecture.
Founded in 2002, advancing blind DSP and SIGINT for more than two decades.
Blind detection of carriers down to 0 dB C/N, with sub-threshold sensitivity.
Calibrated RF processing for accurate measurement across the full acquisition band.
One ecosystem spanning satellite, terrestrial HF, and specialist software tools.
Every product in the HyperSuite ecosystem, engineered for defense organizations, intelligence agencies, satellite operators, and spectrum regulators.
Automatic and blind signal analysis for satellite communications.
Passive hyperbolic geolocation of satellite-relayed transmitters.
2D carrier & spectrum monitoring for non-cooperative environments.
Real-time full HF 3–30 MHz massive monitoring and interception.
Bitstream analysis and protocol discovery beyond demodulation.
Complex radio-scene simulation with full PHY and MAC modelling.
Talk to NovaGrid about detection, analysis, passive geolocation, and spectrum monitoring for your mission.