Signal collection is only the first stage of intelligence work. A received transmission may be detected, recorded, and classified, yet still provide little value until its waveform, modulation, content, and protocol structure are understood. We develop COMINT software to help you move from raw signal data to useful intelligence. Our Krypto500 and Krypto1000 platforms support detailed signal analysis, demodulation, decoding, and target-specific protocol parsing for COMINT, SIG

VHF and UHF Gaps Create Costly Blind Spots

Successful signal collection does not automatically produce usable intelligence. Your antennas, receivers, direction-finding equipment, and recording systems may capture an emission, but its value can remain locked away if your system cannot decode it.

Identifying a target cryptographic system is not the same as decrypting its content. The task is to determine whether a received signal shows encryption-related behavior and to build defensible evidence about the likely mechanism behind it. For authorized SIGINT, COMINT, electronic warfare, and spectrum-monitoring work, that distinction matters. SIGINT analysis software can reveal measurable signal and bitstream traits that guide assessment, but analyst validation and corrobo

Modulation Recognition vs Precision Signal Classification

Collection quality can degrade long after a receiver has detected a signal. Detecting energy, identifying a frequency, and recognizing a modulation type are useful steps, but they do not automatically produce intelligence you can trust. We see the same problem across demanding collection environments: a system can demodulate a transmission but still miss the payload, control information, network identifiers, location data, or other fields that give the traffic meaning. Better

Turn Wideband Spectrum Into Actionable Intelligence Wideband collection helps authorized COMINT and SIGINT teams maintain awareness when the RF environment is crowded, active, and subject to rapid change. Across ELF through SHF, including VHF, UHF, and satellite-related communications, operators may need to observe multiple signals, short bursts, and parallel networks within the same spectrum segment. A single narrowband receiver can force difficult choices. While an operator

The Broadest Decoder Library in SIGINT Software

Reliable SIGINT software must prove itself before a crisis tests it.

The Reality of Missed SIGINT and COMINT Signals A signal does not need to be hidden, encrypted, or rare to be missed. It may be present in the collection, yet remain unreadable because the available COMINT software cannot recognize, process, or decode its mode. That is more than a technical inconvenience. When you cannot turn RF activity into usable information, you can lose timely awareness of communications activity, shifting patterns, or transmissions that deserve closer r

Hardware compatibility shapes how far a COMINT or SIGINT system can reach. When your decoding software works with the equipment already in service, you can expand collection capacity without discarding proven receivers, sensors, or capture devices.

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Signal collection (SIGINT) hardware can produce a great deal of useful data, but data alone is not intelligence. When receivers, SDRs, digitizers, DF systems, and wideband recorders each require separate COMINT software and processes, your team can lose time moving between systems instead of assessing signals. We built our SIGINT software suites to help bring those workflows together. Krypto500 and Krypto1000 provide a unified foundation for live and file-based work, helping

Explore how Krypto 1000 KeyFinder speeds cryptographic key recovery for digital signal analysis, communications intelligence, and rapid decryption workflows.

A short-duration signal decoder is more than a tool that recognizes a protocol. It is part of a process designed to identify, extract, demodulate, and decode brief or intermittent transmissions. Successful decoding starts with successful acquisition. If the receiver does not capture the burst in the first place, even the best decoder cannot recover it.

Bit stream analysis software shows that a recovered stream may include framing markers, control fields, error protection, coded payloads, and reception errors that must be sorted before we can explain what the transmission is doing.

Auditing the Automation Layer for Real Decoder Autonomy Digital Signal decoder autonomy should be measurable and verifiable. If an automated signal decoder claims to provide advanced capabilities, it must be possible to test it, quantify its behavior, and reproduce those results under controlled conditions. In demanding EW environments, unclear claims and ambiguous performance can introduce operational risk. This article explains how to convert autonomy claims into clear, ver

Turning Degraded COMINT Signals Into Actionable Intelligence Digital signal demodulation in a controlled laboratory environment is straightforward. Signal demodulation in a hot, jammed, late-summer exercise is not. In the field, operators face low SNR, high platform velocities, irregular bursts, and channels that do not match any predefined plan. That is where tactical COMINT software must be effective every day. The objective is not only to detect that a signal is present. T

Digital signal decoders sit at the core of every serious SIGINT system

Rethinking the VHF, UHF, SHF Problem in Tactical SIGINT Modern tactical COMINT / SIGINT operations are no longer dominated by more powerful HF emitters. The primary activity has shifted to VHF, UHF, SHF and Satellite, where tactical radios, low-power nodes, unattended sensors, UAV links (and UAS, UUV, USV, UGV), and short-range data paths move mission-critical information at speed. If a SIGINT collection architecture is still built primarily around HF, it captures only a frac