Technical leadership requires more than directing tasks—it demands the careful management of two-way communication. A leader serves as the bridge between strategic intent from above and operational reality from below. That responsibility means presenting information in a clear and digestible way, without omitting what is beneficial, so both sides remain aligned in their respective roles. One effective approach is shielding: a strategy where the leader anticipates reactions, filters complexity, and ensures that both technical practitioners and senior leadership receive accurate, balanced communication. Shielding is not passive—it requires consistent effort, empathy, and accountability. While demanding, it is the most reliable way to build and maintain trust, ensuring that decisions are informed, practitioners are represented fairly, and leadership remains confident in execution.
Author: gainsec
Deriving the Most Value from Technical Team Meetings
Remote technical team meetings often miss the mark. Movie hours and “most interesting finding” contests sound engaging but tend to create low value, or worse, feed imposter syndrome. Through years of leading offensive security teams, I’ve found two approaches that actually build cohesion: continuous passive support through shared learning, and structured mid-depth discussions that surface perspectives without putting people on the spot.
Industry Standard Penetration Testing Reports Lack Two Key Enhancements
Penetration testing has traditionally been treated as a point in time exercise centered on identifying and exploiting vulnerabilities. While severity charts and baseline reporting are standard, they often fall short in giving executives the context required for strategic decision making. This article introduces two powerful yet straightforward enhancements, remediation effort mapping and threat model context graphs. Both of these elevate reports into holistic snapshots of an organization’s security posture. By reframing deliverables in this way, penetration testing shifts from a checklist of vulnerabilities and exploits, to a source of leadership insight, enabling more informed, timely, and impactful decisions.
Trap Shooter – Flock Safety Sniffer & Alarm
Custom firmware for the M5NanoC6 (ESP32-C6) that sniffs and then alerts you of nearby Flock Safety devices. Will be integrated into a exploit tool releasing on 09/27/25 for Flock Safety devices!
GainSec in the Middle!
Implementation of Man-in-the-Middle (MiTM) Router / Access Point (AP). Great for embedded, IoT, hardware or similar penetration tests, hacks or research. Creates all interfaces and configurations on the fly, integrates other functionality to make TLS stripping, Android use or Burp Suite use more streamlined.
Unbricking and Flashing the Yardstick One
Bricked your Yardstick One? This step-by-step guide shows how to recover it using its cousin, the GreatFET, by erasing, flashing, and verifying full Sub 1 GHz sniffer functionality.
Grounded Flight – Device 2: Root Shell on Flock Safety’s Falcon/Sparrow Automated License Plate Reader
All research was performed against a unit I owned and we did not and do not have any intention of disrupting any existing infrastructure. All disclosures are intended for research purposes only, on devices the researcher owns. Onto the next! In case you missed the previous two posts; where I went over what Flock Safety … Continue reading Grounded Flight – Device 2: Root Shell on Flock Safety’s Falcon/Sparrow Automated License Plate Reader
Plucked and Rooted – Device 1: Debug Shell on Flock Safety’s Raven Gunshot Detection System
All research was performed against a unit I owned and we did not and do not have any intention of disrupting any existing infrastructure. All disclosures are intended for research purposes only, on devices the researcher owns. Well with an introduction to the organization, their services and devices and some other information out of the … Continue reading Plucked and Rooted – Device 1: Debug Shell on Flock Safety’s Raven Gunshot Detection System
Bird Hunting Season – Security Research on Flock Safety’s Anti-Crime Systems
All research was performed against a unit I owned and we did not and do not have any intention of disrupting any existing infrastructure. All disclosures are intended for research purposes only, on devices the researcher owns. This is a introduction and overview post to give some background on the organization and their devices before … Continue reading Bird Hunting Season – Security Research on Flock Safety’s Anti-Crime Systems
The quickest and simplest guide to spinning up a powerful local AI stack. Part 7 – Current Stack – Docker Deploy
Going to keep this post extremely brief. I have published the current stack and how to spin it up yourself on my GitHub. Next Part will be implementing Local Agentic RAG with Crawl4AI! Check out the repo HERE





