{"domain":"nassiben.com","status":"valid","tier":"listed","authority":46,"verified":false,"title":"Ben Nassi","summary":"This website details research into various optical side-channel attacks and vulnerabilities. One key area is recovering sound by analyzing light emissions from devices like light bulbs and power LEDs, with methods like Lamphone and Glowworm Attack demonstrating this capability from significant distances. The site also covers attacks on advanced driver-assistance systems (ADAS) by projecting deceptive images, and methods for detecting drone surveillance. Additionally, research is presented on ver","country":"US","country_source":"ip","llms_txt":"https://nassiben.com/llms.txt","llms_full_txt":null,"last_checked":"2026-10-21T04:25:54.274Z","agent_terms":null,"categories":["cybersecurity","science-research"],"capabilities":["mcp"],"inferred_tags":["side-channel attacks","optical attacks","adas security","drone surveillance","ben nassi"],"audience":"mixed","agent_uses":["read_docs","search_content","call_api"],"language":"en","platform_generated":false,"agent_summary":"Ben Nassi's security research site: optical side-channel attacks (Lamphone, Glowworm), ADAS attacks, drone detection, with an MCP endpoint for AI agents.","llms_txt_cached":"https://agentwebmap.com/v1/domain/nassiben.com/llms.txt","agentic":"interface","section_keys":["ai-agent-access","available-mcp-tools","callwixsiteapi","generatevisitortoken","getbusinessdetails","homepage-link","notes","readfulldocsarticle","readfulldocsmethodschema","searchinsite","searchsiteapidocs","what-visitors-can-do-via-ai-plus-mcp"],"section_partial":false,"section_indexed_at":"2026-10-21T14:16:46.043Z"}