RequestHunt is a community-driven platform that collects and curates feature requests from X (Twitter), Reddit, and GitHub. We help product teams discover what features real users are asking for, making it easier to validate product ideas and prioritize feature development based on actual user demand.

How does RequestHunt collect feature requests?

RequestHunt uses AI-powered extraction to automatically collect feature requests from social media platforms including X, Reddit, and GitHub. The platform monitors discussions, issues, and posts to identify genuine user feature requests, extracting key information like the requested feature, product mentioned, and user sentiment.

Who uses RequestHunt?

RequestHunt is used by product managers, founders, developers, and product teams who want to discover what features real users are requesting. It's particularly valuable for startups looking to validate ideas, established companies prioritizing their roadmap, and developers building products that solve real user problems.

Is RequestHunt free to use?

Yes, browsing and searching feature requests on RequestHunt is completely free. We also offer API access for developers who want to integrate feature request data into their own applications. Check our pricing page for API plan details.

How often is RequestHunt data updated?

RequestHunt continuously collects feature requests from Reddit, X (Twitter), and GitHub. You can also trigger on-demand scraping via the API or web interface to get the freshest data for any topic.

[Agent Governance Toolkit] Extend governance to physical AI agents

Extend the toolkit's governance capabilities to cover physical AI agents (e.g., robotic/actuator systems using ROS 2, MAVLink), addressing the current gap in security coverage for systems that can cause irreversible harm.

Original Source

@@pshkv | 0 pts | 2d ago

The toolkit covers the software agent security surface well. Opening this to discuss a gap that the current seven packages don't address: **physical AI agents** — LLM-driven systems that actuate in the real world via ROS 2, MAVLink (drones), industrial controllers, or embedded hardware. ## Why physical agents require additional governance primitives Software agents that go wrong can be rolled back. Physical agents that go wrong cause irreversible harm — a drone that arms without authorization, a robot arm that exceeds safe velocity near a human, a welding robot that actuates without human sign-off. The OWASP Agentic Top 10 framework covers these conceptually but the **enforcement mechanism is different**: | OWASP Category | Software agent | Physical agent | |---|---|---| | **Tool Misuse (OAT-05)** | Block the API call | Block the hardware command *before it reaches the actuator* | | **Cascading Failures (OAT-08)** | Rate limit HTTP calls | Cap collective kinetic energy Σ(½mv²) acro

Discussion

Loading comments...