NextGenRedTeam (NGRT) is an independent security research lab focusing on threat emulation, purple teaming, and open-source tooling. We study how AI-driven automation combined with human expertise can advance defense validation, sharing our insights and tools with the security community.
We research emerging threat group behaviors, develop open-source playbooks, and reverse-engineer devices to help organizations validate their security posture and train defense teams.
Adversary emulation is the cornerstone of proactive cyber defense. We specialize in researching, modeling, and recreating advanced persistent threat (APT) campaigns and modern ransomware deployment flows. By analyzing real-world tactics, techniques, and procedures (TTPs) at the byte level, we provide organizations with the objective playbooks and telemetry footprints required to test and validate detection engineering pipelines against state-of-the-art evasive strategies.
True resilience is achieved when offensive insight meets defensive engineering. We develop structured purple teaming methodologies and collaborative feedback loops designed to break down security silos. Our research focuses on building open-source validation playbooks, mapping control coverage to the MITRE ATT&CK framework, and establishing continuous testing protocols that empower blue teams to identify, isolate, and remediate coverage gaps before real adversaries exploit them.
We believe that contributing back to the security community is vital for collaborative defense. Our lab actively monitors emerging threat vectors, conducts deep malware analysis, and reverse-engineers legacy/abandoned IoT devices to mitigate operational risks. From writing custom decryption utilities to developing lightweight automation scripts, we build and release open-source security toolkits designed to make robust protection accessible for security practitioners and developers alike.
At NextGen RedTeam, we believe the future of cybersecurity isn’t just built on better tools—it’s built on better people. We are deeply committed to bridging the gap between raw potential and professional mastery by providing the next generation of defenders and operators with the guidance they actually need. Through hands-on, high-impact projects alongside the Dead Pixel Sec community, we move past surface-level theory to provide real-world technical mentorship and career navigation. Our mission is to foster a collaborative environment where emerging talent can stress-test their skills, refine their offensive methodology, and gain the confidence to lead in an increasingly complex threat landscape. We aren’t just teaching hacking; we’re cultivating a community of practitioners dedicated to excellence, integrity, and the relentless pursuit of improvement. Join the community on discord.gg/deadpixelsec.
We believe in contributing back. We build and release tools for hardware hacking, API testing, and continuous orchestration, hosted in our public repository.
An open-source, zero-backend Progressive Web App (PWA) designed to control the smart features of Sobro Smart Coffee Tables. Bypasses the broken vendor application via direct Ayla Cloud API queries.
A local threat emulation environment running on custom Proxmox VE nodes. Orchestrates local VM and LXC endpoints to run continuous pentesting loops using uncensored, abliterated local LLMs.
A distributed agentic orchestration platform that decouples cognitive models from execution environments. Manages lightweight, ephemeral workers running MITRE and OWASP validation rules.
A cross-platform threat emulation tool designed to trigger Windows Security Event ID 4625 (failed logon) via automated SMB/NTLM network authentication handshakes.
A multi-language threat emulation suite that simulates failed SSH login attempts on Linux targets, programmatically testing password brute-forcing and key-based signatures.
Featured technical analysis, press quotes, and threat research commentary by Joe Brinkley (Director of Offensive Security Research & Community at Cobalt / The Blind Hacker).
“Tracing agent impact fast is brutal. These systems do not run on fixed code paths. They use nondeterministic reasoning across a web of different APIs. Traditional logs only catch isolated events. They completely miss the full execution chain.”
“Shadow AI operates at the application layer, completely bypassing traditional infrastructure inventory tools. Scanners see normal web browsing while unvetted browser plugins communicate with third-party LLM APIs.”
“Discovery has become cheap, but validation remains incredibly expensive. Attempting to fix every single software flaw is counterproductive. Treat vulnerabilities like chronic symptoms and focus on real-world exploit paths.”
“The barrier to entry for state-level cyber capabilities has now been lowered to the cost of an API key. If the financial sector fails to automate its defense, targeting will skyrocket.”
“Organizations must move beyond pure detection and prioritize deterministic containment through micro-segmentation and strict, identity-driven least privilege to counter automated lateral movement.”
Interested in collaborating on open-source projects, discussing threat research, or booking media, podcasts, or speaking sessions? Get in touch or schedule a session below.