Verified product facts, original technical articles, public engineering resources, and selected media assets for journalists, reviewers, researchers, and community maintainers.
PINGEQUA designs and publishes open-source-hardware companion products, firmware integrations, and technical guides for makers and authorized security researchers. Current work includes Flipper Zero and M5Stack add-ons for dual-band Wi-Fi, GNSS, Sub-GHz, and 2.4 GHz experimentation.
PINGEQUA Lab is the organization's editorial and technical research desk. It authors PINGEQUA's guides, implementation notes, comparisons, and field-kit documentation.
Flipper Zero companion board based on the BW16 / RTL8720DN dual-band 2.4/5 GHz radio. Available with onboard antenna or an external-antenna configuration and shipped with the 5Ghost WiFi Lab workflow.
Flipper Zero GNSS module using the Quectel L86-M33 / MediaTek MT3333 platform with an integrated patch antenna and NMEA output. The current product identifies GPS, GLONASS, and Galileo support.
A Flipper Zero RF module combining an nRF24L01+ path with a 433 MHz CC1101 path. It is a compact two-radio development option; no fixed range claim is made.
An M5Stack Cardputer module combining nRF24L01+, a 433 MHz CC1101 path, and an SD slot. Buyers should verify the exact Cardputer host model and firmware mapping before use.
$31.99 USD · SKU CP-RF-3IN1
Latest technical updates
5Ghost 2.6.0-beta technical note — describes an offline-verified capture-to-hash beta path while live-AP validation remains ongoing.
5Ghost public v2.6.0-beta release — published 2026-07-25; the public release does not replace the separate live-AP validation boundary.
Schematic and PCB-file boundary: the diagrams below show only publicly documented functional connections. They are not schematics, PCB layouts, Gerbers, complete pin maps, or an offer to release unpublished design files. Contact the media address for a specific review request.
Public system architecture
These diagrams are derived from immutable versions of the public PINGEQUA repository documentation. They intentionally stop at the verified functional level.
Scout Lite
Flipper Zero GPIO header
↔
ESP32-C5 Wi-Fi + Marauder
→
microSD WigleWifi CSV
Onboard L86-M33 GNSS is hard-wired to the ESP32-C5; its NMEA output is also routed to Flipper GPIO 15/16. USB-C supplies power and firmware flashing. Source: Scout Lite README at commit 02028c27.
Downloadable SVG is included in the versioned Press package. Credit: PINGEQUA.
5Ghost WiFi Lab
Flipper Zero 5Ghost FAP + SD
↔
BW16 / RTL8720DN companion firmware
↔
Authorized lab Wi-Fi + BLE
GPIO UART carries app/board control. The board supports onboard or external dual-band antenna configurations and a browser-based USB recovery path. Source: 5Ghost README at commit 95cc000c.
Downloadable SVG is included in the versioned Press package. Credit: PINGEQUA.
Selected original-resolution media
Seven images below are 1600×1600 pixels; the GPS Module image is 800×800 pixels. Dimensions were read from the original Shopify CDN files on 2026-07-26. Only the images listed here are covered by the press-image permission below.
Send the outlet or channel, intended audience, product of interest, shipping country, expected format, and target publication window to support@pingequa.com. Sample availability and timing are confirmed case by case. Providing a sample does not require positive coverage.
Citation and reuse
Blog articles: All rights reserved. Short quotation of up to 150 words is permitted with clear attribution and a followed link to the original Article.
Selected press media: The eight images and two system-architecture diagrams shown above may be used in editorial coverage when credited to PINGEQUA and linked to the relevant original product page, Article, or cited repository source. Do not imply endorsement or alter product markings.
Public CSV/JSON datasets: A dataset is CC BY 4.0 only when its download page or manifest explicitly says so. No dataset license is implied where no dataset is published.
Full republication: Written permission is required. A permitted partner copy should use noindex, retain the original URL, and state the first-publication date.
Suggested organizational attribution: PINGEQUA Lab, PINGEQUA. Article-specific copy-and-paste citations appear in each Article's Source Data section.
PINGEQUA is an independent hardware maker. References to Flipper Zero, M5Stack, ESP32, DEF CON, WiGLE, and other third-party names describe compatibility or editorial subject matter and do not imply affiliation, sponsorship, or endorsement.
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