tiagozip/cap

Features

• Self-Hosted Bot Protection - Offers a self-hosted, private alternative to reCAPTCHA for verifying human users.
• WebAssembly Proof-of-Work - Uses WebAssembly and Web Workers to execute computationally expensive puzzles that verify human presence.
• Captcha Alternatives - Provides a privacy-focused alternative to CAPTCHAs using proof-of-work and browser instrumentation.
• Proof-of-Work - Uses WebAssembly-based proof-of-work puzzles to prevent automated request spam.
• Private Infrastructure Hosting - Supports a deployment model that keeps all user data and verification processes within private infrastructure.
• API Driven Bot Mitigation - Provides a REST API to integrate bot challenges into custom workflows for endpoint protection.
• Bot Challenge Verifications - Provides a web component that handles bot detection via proof-of-work and automatic form submission.
• Challenge Generation - Generates proof-of-work puzzles and instrumentation scripts that clients must solve for verification.
• Browser Instrumentation Detection - Runs realm-escape and behavioral checks in sandboxed iframes to identify headless browsers.
• Browser Instrumentation Testing - Implements background JavaScript checks to identify headless browsers and automation frameworks.
• Browser Instrumentation Tools - Ships a detection engine that uses JavaScript environment checks to identify automated webdrivers.
• Challenge Solution Validations - Provides a process for verifying puzzle solutions and instrumentation fingerprints against signed tokens.
• GPU-Resistant Algorithms - Employs specialized time-lock algorithms to ensure proof-of-work puzzles are GPU-resistant.
• Instrumentation Challenges - Implements JavaScript environment checks to detect automated solvers and headless browsers.
• Privacy-First Verification APIs - Implements a REST interface for validating bot-protection tokens without tracking user fingerprints.
• Privacy-Preserving Verifications - Verifies human presence without relying on cookies, user fingerprinting, or third-party data collection.
• Standardized Bot Protection APIs - Provides a bot protection API compatible with industry standards for seamless service migration.
• GPU-Resistant Puzzles - Employs specialized GPU-resistant time-lock algorithms to ensure proof-of-work remains expensive for accelerators.
• User Privacy Protection - Ensures human verification without using cookies, fingerprinting, or external data collection.
• WASM Proof-of-Work Puzzles - Executes computationally expensive puzzles in parallel using WebAssembly and Web Workers.
• Automated Browser Detection - Employs behavioral and realm-escape checks to identify headless browsers and automation frameworks.
• Docker Container Deployments - Provides a containerized backend image for simplified deployment and scaling of the security middleware.
• Edge Network Deployment - Supports deployment to edge-optimized cloud platforms to reduce latency and scale globally.
• Edge Deployments - Supports deploying verification logic to serverless edge networks for global low-latency execution.
• Accessible Verifications - Implements bot protection that meets global accessibility standards without requiring visual puzzles.
• API Key Management - Provides a system for creating and organizing authentication keys to authorize programmatic requests.
• Challenge Replay Preventions - Uses signature-based tokens to ensure challenges are solved only once and block response reuse.
• Control Flow Obfuscations - Implements control-flow flattening to hinder analysis by automated bot solvers.
• Cross-Origin Security Policies - Implements origin-based request restrictions to define which domains can generate or redeem challenges.
• Origin Validators - Validates the origin of incoming requests to control which domains can generate or redeem challenges.
• Bot Detection Sandboxes - Implements specialized tasks in sandboxed iframes to distinguish human users from automated bots.
• Programmatic Challenge Solvers - Enables triggering proof-of-work challenges via API and tracking progress with event listeners.
• Proof-of-Work Configurations - Provides a system for selecting puzzle types and tuning computational difficulty per site key.
• Backend Security Middleware - Provides containerized security middleware for managing site keys and verifying human identity.
• Token Validation - Uses signed tokens to ensure each challenge is solved only once and prevent response reuse.
• Site Credential Management - Ships a dashboard for generating public site keys and private secret keys to protect multiple websites.
• Site Key Organization - Provides a web dashboard to organize unique identifiers used to secure different websites.
• WebDriver Detection - Executes environment checks to identify and block requests originating from automated browser tools and stealth webdrivers.
• Environment Verifications - Uses dynamically generated JavaScript programs to confirm the existence of a genuine user environment.
• Self-Hosted Frontend Assets - Provides a dedicated endpoint for serving widget and WebAssembly files to eliminate external CDN reliance.
• Web Framework Integrations - Offers adapters and middleware for embedding bot protection widgets into various web frameworks.

Star-Verlauf