All processing happens client-side with no server-side storage. Configuration options include DNS server selection, MTU adjustment, allowed IPs, and persistent keepalive settings. A command-line shell script is also available for terminal-based workflows.

Example:

./scripts/warp-register.sh > warp.conf

Built by reverse engineering the SwOS HTTP API, it provides complete programmatic access to all switch features. Works with both SwOS and SwOS Lite, supports everything from port configs and PoE to VLANs and SNMP settings.

Comes with a CLI tool for quick lookups and a full Ansible module for managing your entire switch fleet through YAML playbooks. Compatible with CRS305, CRS310, CRS326, CSS610 and other SwOS-based switches.

The web dashboard displays real-time analytics including current wait-list sizes, estimated wait times for /22, /23, and /24 blocks, and historical trends in IPv4 address allocation. This tool helps network administrators understand IPv4 scarcity patterns and plan address allocation strategies as IPv4 exhaustion continues.

The collection includes multiple firmware dumps processed through bin-voter to generate corrected flash images, detailed PCB trace analysis, and hardware documentation. This research provides insights into the printer’s embedded systems and potential modification opportunities.

The project serves as a humorous commentary on totalitarian approaches to cybersecurity and digital sovereignty. The website includes typical corporate sections like services, team profiles, and past work, all delivered through an over-the-top ideological lens that lampoons authoritarian cybersecurity practices and terminology.

The application includes URL hash-based message saving, automatic text scaling to fit screens, and responsive design with light/dark mode support. It’s designed for creating dynamic text displays for presentations, signage, or any scenario requiring large-scale scrolling text output.

The deployment uses Docker Compose with a minimal configuration that can be integrated into existing Caddy setups. The proxy handles TLS termination and forwarding for Signal’s messaging infrastructure, requiring only a domain name configuration to operate.

The platform offers various free tools including IP address lookup services, network speed tests, and internet infrastructure services such as RIPE Atlas probes, BGP feeds, Tor nodes, and Signal TLS proxies. TOOR.sh operates on a volunteer basis with a “best effort SLA” and accepts donations of hardware, network resources, or funds to support their mission.

The components follow ESPHome’s standard architecture and configuration patterns, allowing them to be easily integrated into existing ESPHome projects through external component references. Each component includes the necessary C++ code and Python configuration validation.

The Go implementation acts as a DNS server that intercepts queries for .local domains and forwards them to the mDNS system, then returns the results via standard DNS responses. This enables seamless local hostname resolution across mixed network environments with Docker deployment support.

Inspired by the original Pebble Minimalin watch face, this Wear OS implementation includes configurable color themes, center complications for additional information display, and optimized rendering for various screen sizes and densities across different smartwatch models.

The proof-of-concept tool reveals how the scooter’s authentication can be circumvented through protocol manipulation, allowing remote control access without proper authorization. This research highlighted critical security flaws in IoT device communication protocols commonly found in consumer transportation devices.

The watch face features Material Design aesthetics with customizable color themes and optional center complications. The implementation renders traditional analog clock hands using sequences of binary digits, inspired by Anthony Liekens’s Analog Binary Wall Clock concept.

The implementation supports parallel downloads, request management, and provides both library interfaces for Go applications and standalone command-line functionality. The tool automates the process of requesting and retrieving DNS zone files from ICANN’s centralized service.

The vulnerability affects Android versions prior to 7.1.2 by allowing modification of tethering-related system properties through reflection and system service manipulation. This research was conducted to highlight security weaknesses in Android’s tethering permission model.

The application uses libraries including ActionBarSherlock, ZXING for QR code generation, and RootTools for system-level file access. It provides a simple interface to view saved network passwords and can generate QR codes for easy network sharing. The project has been archived as modern Android versions have changed WiFi credential storage mechanisms.