Search Results for "python-i2c-tiny-usb"

This project explores USB device emulation attacks—commonly called BadUSB—by demonstrating how commodity USB hardware can impersonate keyboards, network adapters, or storage devices to perform scripted actions on a host. It typically contains firmware examples, payloads, and explanations showing how a device presenting as a Human Interface Device (HID) can inject keystrokes, open shells, or orchestrate data exfiltration when plugged into a machine.

This repo is a public collection of malware samples and related dissection/analysis information, maintained by InQuest. It gathers various kinds of malicious artifacts, executables, scripts, macros, obfuscated documents, etc., with metadata (e.g., VirusTotal reports), file carriers, and sample hashes. It’s intended for malware analysts/researchers to help study how malware works, how they are delivered, and how it evolves.

MicroBurst is a PowerShell toolkit from NetSPI focused on assessing Microsoft Azure security by automating discovery, enumeration, and targeted auditing of cloud services and configurations. It bundles many functions to enumerate Azure resources (subscriptions, VMs, storage accounts, container registries, App Services and more), probe common misconfigurations, and harvest sensitive artifacts when available (for example storage blobs, keys, automation account credentials, and other...

...The user can then use a different password for every website he wants to use, and only has to remember a single password: the one used to encrypt/decrypt the file storing his passwords. It is highly recommended to do backups of the file storing passwords with TigerSafe, for example copy/paste it in USB flash drives, cloud drives like Google Drive, Dropbox... Indeed, users are solely responsible for their data. TigerSafe also enables you to store the 2-factor authentication mechanism mostly used by modern websites (TOTP 2FA) in a secure way. Since TigerSafe is particularly sensitive, no binary installation file is provided (because it could be infected by a virus, or have a vulnerability in its dependencies such as the JDK implementation used). ...

sRDI is a compact project that implements a shellcode form of Reflective DLL Injection, enabling DLLs to be converted into position-independent shellcode and loaded in memory by a small in-process PE loader. The codebase groups a C implementation of a reflective PE loader with multiple loader/wrapper components (native C loader, a .NET loader, Python and PowerShell conversion helpers) so authors can produce and embed sRDI blobs in different environments. The loader aims to behave like a proper PE loader: it preserves section permissions, supports TLS callbacks, performs sanity checks, and exposes flags to control behaviors such as header clearing, memory wiping, import obfuscation, and whether the shellcode receives the base address. ...

...The repository is organized as a stepwise kill-chain: recon, domain enumeration, local privilege escalation, user hunting, BloodHound guidance, lateral movement, persistence, domain-admin takeover, cross-trust attacks, data exfiltration, and a toolbox of payloads and helper scripts. It aggregates short, copy-ready PowerShell, C, .NET and Python snippets as well as command examples so operators can quickly run checks or reproduce techniques in lab environments. The content also includes .NET payload patterns, reverse PowerShell helpers, notes on privileged accounts and groups, and practical tips for hunting or protecting high-value targets.

Security‑Datasets is a community-driven repository maintained by the Open Threat Research Forge (OTRF) that curates publicly available malicious and benign datasets for threat-hunting, machine learning, event analysis, and cybersecurity research. Datasets include Windows events, logs, alerts, and simulated attack data to support detection engineering and academic research.

This repository is a curated collection of payload scripts and examples for the Hak5 Bash Bunny device, a programmable USB attack platform. Payloads demonstrate how the device can emulate human interface devices (keyboard/mouse), Ethernet adapters, serial gadgets, or mass storage to automate complex workflows once plugged into a host. The collection ranges from benign administrative automation to offensive security demonstrations used in penetration testing, showcasing patterns like keystroke automation, reverse shells, credential capture (for lab use), and lateral transport techniques. ...