Intelligent Execution Engine, Adaptive Scheduling & Advanced Tooling Integration

OWTF's current architecture has four systemic bottlenecks: workers that sit idle between single-task fetches, a FIFO scheduler with no priority or adaptive feedback, fragile plugin execution with no retry or timeout control, and an outdated tool ecosystem missing industry-standard scanners. This project replaces the flat task queue with a priority-based adaptive scheduler using a min-heap, where tasks are scored by plugin weight, risk factor, target priority, and a real-time feedback boost that re-prioritizes the queue when vulnerabilities are discovered. The worker model is upgraded with batch fetching, async pre-fetching, dynamic scaling, and target-affinity batching to eliminate idle gaps. A resilient execution harness adds configurable timeouts, retry with exponential backoff, subprocess isolation, and structured logging to every plugin run. Five modern tools are integrated using a self-contained plugin pattern: Nuclei, httpx, Subfinder, Katana, and ffuf. Deliverables: working adaptive scheduler, optimized worker pool, resilient plugin harness, five new tool plugins, HTML reporting with CVSS severity grouping, and comprehensive benchmarks showing measurable improvements in scan time and coverage.