hackshop
Plan and build a physical body for your AI agent: boards, parts list, assembly and pairing.
| Endpoint | https://www.hackshop.dev/mcp (streamable-http) |
|---|---|
| Registry version | 0.0.6 |
| Now | 10 tools · grade A (97) · pin ts_84263cf8987196cdc0a83bcf25bceb29 · protocol 2025-06-18 |
| First / last listed | 2026-10-30 01:55 UTC / 2026-10-30 01:55 UTC |
| Grade over time | 2026-10-30: A (97), 10 tools |
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Tools: intake_gadget plan_gadget get_build_plan assess_hackability find_reverse_engineering_examples find_firmware_playbooks check_firmware_compatibility get_firmware_playbook verify_firmware_artifact prepare_firmware_job
intake_gadget | Return four hardware-planning intake questions covering placement, interaction, room sensing and budget, with answer options and their planning meanings. No input. params: none |
plan_gadget | Deterministically plan a physical body for an AI agent using Meta Muse boards. Partial intake answers produce remaining questions and an intake completion status. Inputs: `idea` 3-2000 chars (optional when `answers` or `needs` are given); `answers` {size, interaction, sensing, budget} using the intake option values; `platform` one of muse-esp32, muse-linux, any (default any); `budget_usd` number g params: idea, answers, platform, budget_usd, owned_device_ids, needs, size, limit |
get_build_plan | Return the complete deterministic build plan for a catalog device id: difficulty, board-specific flash warnings, parts, shopping list with buy_options, prices checked date and purchase policy, steps, machine-readable assembly with verify checks, commands, links, caveats and an agent-ready brief. Input: `device_id` 1-200 chars. params: device_id* |
assess_hackability | Look up a device by id, exact name or substring and return hackability, brick risk, firmware links, curated firmware playbooks, community size, build page and agent platform support. Input: `device_name` 1-200 chars. params: device_name* |
find_reverse_engineering_examples | Search Hackshop's curated hardware reverse-engineering examples and research methods. With no query, returns the newest dated examples first. Evidence labels distinguish reproduced work, documented implementations, author demos and analysis methods; they do not imply compatibility with similar-looking hardware. params: query, category, evidence, method, use_case, max_device_price_usd, limit |
find_firmware_playbooks | Find curated owner-authorized firmware, local-protocol and cloud-replacement playbooks. Results rank less-invasive paths first and contain research guidance rather than device compatibility approval. params: query*, device_id, intervention, risk_tolerance, limit |
check_firmware_compatibility | Fail-closed compatibility check for one firmware playbook. Required model, codename, revision, SoC or firmware identifiers must exactly match a curated target; missing facts return unknown and mismatches return unsupported. params: playbook_id*, observed* |
get_firmware_playbook | Return a curated firmware playbook with exact targets, prerequisites, backups, recovery, independent risk axes, sources, validation checks and the human-only destructive-action boundary. params: playbook_id* |
verify_firmware_artifact | Compare a caller-supplied filename, source URL and SHA-256 with Hackshop's curated metadata. Hackshop does not fetch, upload or redistribute the artifact; absent hashes return unknown. params: playbook_id*, filename*, sha256*, source_url* |
prepare_firmware_job | Prepare a non-executing firmware manifest after owner authorization and an exact compatibility match. Returns backup, recovery, sources, validation and stop points; never returns a flash command. params: playbook_id*, owner_authorized*, observed* |
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