amphpWriting non-blocking, async PHP code using the AMPHP framework — revolt/event-loop, amphp/amp ^3, and the full amphp/* ecosystem (http-server, http-client, w...
Install via ClawdBot CLI:
clawdbot install rekryt/amphpGrade Fair — based on market validation, documentation quality, package completeness, maintenance status, and authenticity signals.
Potentially destructive shell commands in tool definitions
exec(Accesses system directories or attempts privilege escalation
/var/log/Calls external URL not in known-safe list
https://img.shields.io/badge/Claude-Code-blueAI Analysis
This skill definition is for a legitimate PHP framework development tool with no evidence of data exfiltration, credential harvesting, or malicious overrides. The flagged signals relate to standard development activities (shell commands for builds, accessing logs for debugging) and a badge URL in documentation, all consistent with the skill's stated purpose.
Generated Mar 22, 2026
A financial services company needs to process high-frequency market data feeds from multiple sources concurrently, aggregating and analyzing them in real-time without blocking I/O. Using AMPHP's async capabilities with pipelines and parallel workers, they can handle thousands of messages per second, ensuring low latency and efficient resource utilization for trading decisions.
A social media startup is building a chat platform that supports thousands of concurrent users with instant messaging and push notifications. By leveraging AMPHP's WebSocket server and HTTP client, they can manage persistent connections efficiently, broadcast messages in real-time, and integrate with external APIs for notifications without performance bottlenecks.
An online retailer requires an order processing system that handles inventory checks, payment gateway calls, and shipping API integrations simultaneously during peak sales. Using AMPHP's async I/O and cancellation features, they can process multiple orders in parallel, timeout slow external services, and ensure transaction consistency with mutex locks for inventory updates.
A manufacturing company operates thousands of IoT sensors that send telemetry data continuously to a central server for monitoring and alerts. Implementing an AMPHP-based TCP server with non-blocking I/O allows them to handle concurrent device connections, process data streams in real-time, and trigger automated responses without downtime or resource exhaustion.
A media streaming service needs edge servers that can serve static files, proxy requests, and cache content dynamically across distributed locations. Using AMPHP's HTTP server and file I/O async capabilities, they can handle high volumes of concurrent requests, optimize bandwidth with streaming responses, and integrate with caching layers for improved performance and scalability.
Offer a cloud-based async processing service where clients pay a monthly subscription for access to scalable AMPHP-powered APIs, handling tasks like real-time data aggregation, WebSocket management, and parallel job execution. Revenue is generated through tiered pricing based on usage metrics such as request volume and concurrent connections.
Provide specialized consulting services to help enterprises migrate legacy PHP applications to non-blocking architectures using AMPHP, including code audits, performance optimization, and custom server implementations. Revenue comes from project-based contracts and ongoing maintenance agreements tailored to client needs.
Generate revenue by offering premium support, training workshops, and certification programs for AMPHP ecosystem adoption, targeting developers and teams looking to master async PHP. This includes paid access to advanced documentation, live troubleshooting, and community-driven resources with a focus on enterprise scalability.
💬 Integration Tip
Integrate AMPHP gradually by replacing blocking I/O calls in existing PHP projects with async equivalents, starting with high-latency operations like HTTP requests or file reads, and ensure proper error handling with cancellation to maintain system stability.
Scored Apr 19, 2026
Audited Apr 17, 2026 · audit v1.0
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