CM5 / 16GB / KALI
ARM64 field command running the BlackWidow Security Suite with AI-guided orchestration, native USB 3.0, Ethernet, SDR integration, and a seven-port SMA mission dock.
FLAGSHIP SYSTEM
I don’t review the box. I turn devices into nodes, nodes into systems, and systems into evidence—from pocket microcontrollers to AI-orchestrated RF field platforms.
An ESP32 can be a node. It is not the ceiling.
Factory defaults are somebody else’s idea of finished. BlackWidow is the architecture that connects compute, RF, wireless, fabrication, networking, and edge hardware into one recoverable, observable field system.
NOT A GADGET. A MULTI-PLANE SYSTEM.
ARM64 field command running the BlackWidow Security Suite with AI-guided orchestration, native USB 3.0, Ethernet, SDR integration, and a seven-port SMA mission dock.
FLAGSHIP SYSTEM70MHz–6GHz wideband observation, LNA support, spectrum workflows, RX/TX architecture.
The DSTIKE Deauther32 Ultra, Heltec, ESP32, and purpose-built edge nodes deployed under central control.
Wired backhaul, portable connectivity, hardened mobile endpoint, field-ready I/O.
Custom enclosures, antenna mounts, interfaces, fixtures, cases, and deployment hardware.
Ducati diagnostics, Pixhawk, microcontrollers, sensors, control surfaces, and cyberdeck integration.
THE HIERARCHY / Pocket hardware extends the platform. It does not define the platform. Every node earns its place by expanding visibility, control, recovery, or evidence.
DRAG THE DIVIDE

System architecture spans ARM64 and x86-64 Linux environments. Individual demonstrations remain owner-authorized, controlled, and scoped.
Silicon, radios, interfaces, power, storage, limits, and failure modes.
Backups, rollback paths, controlled power, and explicit stop conditions.
Custom firmware, integrated hardware, fabricated parts, and observable behavior.
Reproducible evidence, honest limits, and results strong enough to survive scrutiny.
ONE NODE / ONE STAGED, OWNER-AUTHORIZED EXAMPLE
This DSTIKE Deauther32 Ultra is one edge-node example—not the platform ceiling. It runs custom BlackWidow firmware engineered for this build; the validated release will be published on GitHub at a later point.
Drag across the systems waiting for their BlackWidow transformation.
USB 3.0. RJ45. SDR. Seven-port SMA mount. BlackWidow Security Suite.
FLAGSHIP BUILDWideband RF observation and tightly scoped field experiments.
RF NODEA BlackWidow edge node running our custom firmware. Public GitHub release follows validation.
RELEASE / LATEREnclosures, brackets, interfaces, props, mounts, and physical prototypes.
MAKE IT REALPrivacy-focused field communications with operational details kept private.
COMMS NODEOwner-controlled diagnostic exploration through supported service connections.
GARAGE LAB
INTRODUCTION / 001WATCH ON INSTAGRAM ↗
PLAY
BUILD FILMSLong-form transformations with failures, recovery, and proof left in.
FIELD NOTESFast visual lessons backed by instrumentation and explicit boundaries.
CLASSES // MEET & GREETS // PUBLIC SPEAKING
Hands-on lessons for people who want the technology without the gatekeeping: hardware, firmware, RF visibility, defensive testing, and the discipline to prove what happened.
Bring ICEMAN to your city ↗A device becomes a BlackWidow in front of the room.
Controlled, owner-authorized labs built around observable results.
Bring the curiosity. Leave with a method you can repeat.
BlackWidow field goods and limited build artifacts are being prepared for release.
Enter the merch bay ↗THE NEXT DEVICE IS WAITING.