Registry indexed
Use when working with Home Assistant cameras — taking a snapshot for the agent to look at, getting a stream URL, recording, casting a camera stream to a TV or speaker display, or turning a camera or its motion detection on and off — through HA NOVA Relay.
Use when working with Home Assistant cameras — taking a snapshot for the agent to look at, getting a stream URL, recording, casting a camera stream to a TV or speaker display, or turning a camera or its motion detection on and off — through HA NOVA Relay.
Source documentation, not instructions for this website. Review permissions before running any commands.
Camera access:
Also here: switching a camera on or off, toggling its motion detection, and casting its stream to a media player.
Not in scope: creating automations around cameras (ha-nova:write), configuring the detection pipeline itself (zones, sensitivity, person models — that lives in the camera integration), or any image analysis claim beyond what the agent can see in the fetched frame.
Read and follow ../ha-nova/session-bootstrap.md.
Verify relay CLI: ha-nova relay health
If this fails: ha-nova setup
Binary responses are guaranteed by the skills' enforced relay floor (skills/ha-nova/relay-api.md -> Bounded Event Collection). If any relay command printed a relay-outdated warning, have the user update the NOVA Relay before fetching frames — an older relay would corrupt the image bytes.
ha-nova relay core --method GET --path /api/camera_proxy/<entity_id> --out-binary <image-file> — the ONLY correct way to fetch a frame: the relay returns the image base64-marked and --out-binary decodes it to real bytes. Never use --out for an image (that writes the JSON envelope) and never pipe it through --jq.ha-nova relay ws --data-file <payload-file> for WS commandsha-nova relay core --method POST --path /api/services/camera/<service> --body-file <payload-file> for camera services{"type":"config/entity_registry/list_for_display"}, filter ei starting with camera.; for room phrasing resolve the area and use search/related with item_type: "area". Ambiguity: present candidates (max 5), ask once./api/states/<entity_id>): state (idle/recording/streaming/unavailable), attributes.supported_features (1 = ON_OFF, 2 = STREAM), entity_picture, frontend_stream_type. An unavailable camera cannot deliver a frame — say so instead of retrying.--out-binary, then open that file with the client's own image-reading tool. Only describe what is actually visible in the frame; never infer content you did not see. Viewing the frame is a client capability — classify this check per context skill → Verification Planning (client capabilities) before promising it.{"type":"camera/stream","entity_id":"camera.<id>"} returns an HLS URL under .data.url. It is relative to the Home Assistant base URL and short-lived — give it to the user, do not try to consume it here.camera.snapshot (filename) and camera.record (filename, duration, lookback). The path must be inside HA's allowlist_external_dirs, or the call fails — say this before the call rather than after. Preview the exact filename and confirm. These write files on the Home Assistant server, not on this machine.camera.turn_on / camera.turn_off need ON_OFF (bit 1); verify by re-reading the state. A restart/reboot ask is neither of these: find the device's own capability entity (often a disabled sibling) via ha-nova:entity-discovery → Device-sibling capability discovery.camera.play_stream puts the live view on a TV or display. Payload: {"entity_id":"camera.<id>","media_player":"media_player.<id>"} — the receiver field is media_player (required), NOT media_player_entity_id, which belongs to tts.speak; format is optional and defaults to . Two entities, two gates: the camera needs STREAM (bit 2) and the receiver needs PLAY_MEDIA (bit 512), because HA forwards the stream URL to internally. Resolve the receiver like any other target (registry lookup, ask once on ambiguity — never guess a player id) and read its state for that bit before previewing. Verify on the RECEIVER's state, not the camera's: this is the only camera action whose result shows up on another entity.Full relay/upstream error taxonomy: skills/ha-nova/relay-api.md -> Error Handling. Camera specifics:
--out-binary refusing with "no base64 marker": the response was not an image — usually a 404 (wrong entity) or an error envelope. Re-run without --out-binary to read the actual error.camera/stream errors when the camera has no STREAM feature: check bit 2 first.camera.snapshot failing with a path error means the target directory is not in allowlist_external_dirs — that is an HA configuration change the user must make in configuration.yaml.Apply skills/ha-nova/output-rules.md to all user-facing output. Write previews, delete confirmations, and results render as the Cards defined there.
Render the Report shape (output-rules.md). For a snapshot, describe what is visible in the frame and name the camera plus the time it was taken. For a stream, give the URL and say it is short-lived. Never claim to have seen something the frame does not show.
Preview before write: nothing is saved until the user confirms the shown preview.
Confirmation binds to the displayed preview and expires on any change to target, payload, endpoint, or scope (context skill → Active Preview Confirmation).
Pre-preview phrases ("do it", "go ahead", "implement the plan") authorize drafting and preview only — never the write itself.
Delete and destructive operations require the typed confirmation code confirm:<token> verbatim; "yes" or any natural-language reply is invalid.
Never guess entity, service, or config IDs — resolve them or ask.
Home Assistant is reached exclusively through ha-nova relay.
For any HA write this skill does not cover, STOP and invoke ha-nova:fallback first — never probe unfamiliar write endpoints.
Drafts follow skills/ha-nova/smallest-solution.md: the complete requested outcome in the simplest safe design, nothing for hypothetical future needs.
A camera frame is private data: keep it in client-private scratch storage, never write it into the project workspace, and never send it anywhere outside this conversation.
camera.snapshot / camera.record write files on the Home Assistant server — preview the exact path and confirm; they can overwrite an existing file.
Do not fetch frames repeatedly to simulate a live view. ONE named exception: a before/after comparison bound to ONE named actuation ("did the garage door actually close?") may fetch 2-3 frames — each timestamped and attributed to its phase (before / after / settled) in the report. It ends with that actuation's verification and is still never a live view.
--out or --jq for an image; only --out-binary.name: camera description: Use when working with Home Assistant cameras — taking a snapshot for the agent to look at, getting a stream URL, recording, casting a camera stream to a TV or speaker display, or turning a camera or its motion detection on and off — through HA NOVA Relay. license: MIT compatibility: Requires the ha-nova CLI (run 'ha-nova setup' first) and the HA NOVA Relay in Home Assistant (App, or standalone container on Container/Core).
---
name: camera
description: Use when working with Home Assistant cameras — taking a snapshot for the agent to look at, getting a stream URL, recording, casting a camera stream to a TV or speaker display, or turning a camera or its motion detection on and off — through HA NOVA Relay.
license: MIT
compatibility: Requires the ha-nova CLI (run 'ha-nova setup' first) and the HA NOVA Relay in Home Assistant (App, or standalone container on Container/Core).
---
# HA NOVA Camera
## Scope
Camera access:
- fetch a still image so the agent (or the user) can actually look at it
- get a stream URL for live viewing in a browser
- trigger Home Assistant's own snapshot/record services (files land on the HA host)
- switch a camera on or off where the entity supports it
Also here: switching a camera on or off, toggling its motion detection, and casting its stream to a media player.
Not in scope: creating automations around cameras (`ha-nova:write`), configuring the detection pipeline itself (zones, sensitivity, person models — that lives in the camera integration), or any image analysis claim beyond what the agent can see in the fetched frame.
## Bootstrap (once per session)
Read and follow `../ha-nova/session-bootstrap.md`.
Verify relay CLI: `ha-nova relay health`
If this fails: `ha-nova setup`
Binary responses are guaranteed by the skills' enforced relay floor (`skills/ha-nova/relay-api.md` -> Bounded Event Collection). If any relay command printed a relay-outdated warning, have the user update the NOVA Relay before fetching frames — an older relay would corrupt the image bytes.
## Relay Contract
- `ha-nova relay core --method GET --path /api/camera_proxy/<entity_id> --out-binary <image-file>` — the ONLY correct way to fetch a frame: the relay returns the image base64-marked and `--out-binary` decodes it to real bytes. Never use `--out` for an image (that writes the JSON envelope) and never pipe it through `--jq`.
- `ha-nova relay ws --data-file <payload-file>` for WS commands
- `ha-nova relay core --method POST --path /api/services/camera/<service> --body-file <payload-file>` for camera services
## Flow
1. Resolve the camera yourself (one skill per intent): WS `{"type":"config/entity_registry/list_for_display"}`, filter `ei` starting with `camera.`; for room phrasing resolve the area and use `search/related` with `item_type: "area"`. Ambiguity: present candidates (max 5), ask once.
2. Read its state (`/api/states/<entity_id>`): `state` (`idle`/`recording`/`streaming`/`unavailable`), `attributes.supported_features` (1 = ON_OFF, 2 = STREAM), `entity_picture`, `frontend_stream_type`. An `unavailable` camera cannot deliver a frame — say so instead of retrying.
3. **Snapshot for the agent to see**: fetch the current frame into a client-private scratch file with `--out-binary`, then open that file with the client's own image-reading tool. Only describe what is actually visible in the frame; never infer content you did not see. Viewing the frame is a client capability — classify this check per context skill → Verification Planning (client capabilities) before promising it.
4. **Stream URL** (needs STREAM, bit 2): WS `{"type":"camera/stream","entity_id":"camera.<id>"}` returns an HLS URL under `.data.url`. It is relative to the Home Assistant base URL and short-lived — give it to the user, do not try to consume it here.
5. **Snapshot/record to the HA host** (mutating): services `camera.snapshot` (`filename`) and `camera.record` (`filename`, `duration`, `lookback`). The path must be inside HA's `allowlist_external_dirs`, or the call fails — say this before the call rather than after. Preview the exact filename and confirm. These write files on the Home Assistant server, not on this machine.
6. `camera.turn_on` / `camera.turn_off` need ON_OFF (bit 1); verify by re-reading the state. A restart/reboot ask is neither of these: find the device's own capability entity (often a disabled sibling) via `ha-nova:entity-discovery` → Device-sibling capability discovery.
7. **Cast to a screen**: `camera.play_stream` puts the live view on a TV or display. Payload: `{"entity_id":"camera.<id>","media_player":"media_player.<id>"}` — the receiver field is `media_player` (required), NOT `media_player_entity_id`, which belongs to `tts.speak`; `format` is optional and defaults to `hls`. Two entities, two gates: the camera needs STREAM (bit 2) and the receiver needs PLAY_MEDIA (bit 512), because HA forwards the stream URL to `media_player.play_media` internally. Resolve the receiver like any other target (registry lookup, ask once on ambiguity — never guess a player id) and read its state for that bit before previewing. Verify on the RECEIVER's state, not the camera's: this is the only camera action whose result shows up on another entity.
8. `camera.enable_motion_detection` / `camera.disable_motion_detection` toggle detection where the integration implements it. Verify via the `motion_detection` attribute when the camera exposes it; when it does not, say the toggle was accepted but could not be verified rather than claiming success.
## Error Handling
Full relay/upstream error taxonomy: `skills/ha-nova/relay-api.md` -> Error Handling. Camera specifics:
- `--out-binary` refusing with "no base64 marker": the response was not an image — usually a 404 (wrong entity) or an error envelope. Re-run without `--out-binary` to read the actual error.
- Frames larger than the relay's 8 MiB binary ceiling fail loudly; that is a stream, not a still — use the stream URL instead.
- `camera/stream` errors when the camera has no STREAM feature: check bit 2 first.
- `camera.snapshot` failing with a path error means the target directory is not in `allowlist_external_dirs` — that is an HA configuration change the user must make in `configuration.yaml`.
## Output Format
Apply `skills/ha-nova/output-rules.md` to all user-facing output. Write previews, delete confirmations, and results render as the Cards defined there.
Render the Report shape (output-rules.md). For a snapshot, describe what is visible in the frame and name the camera plus the time it was taken. For a stream, give the URL and say it is short-lived. Never claim to have seen something the frame does not show.
## Safety
- Preview before write: nothing is saved until the user confirms the shown preview.
- Confirmation binds to the displayed preview and expires on any change to target, payload, endpoint, or scope (context skill → Active Preview Confirmation).
- Pre-preview phrases ("do it", "go ahead", "implement the plan") authorize drafting and preview only — never the write itself.
- Delete and destructive operations require the typed confirmation code `confirm:<token>` verbatim; "yes" or any natural-language reply is invalid.
- Never guess entity, service, or config IDs — resolve them or ask.
- Home Assistant is reached exclusively through `ha-nova relay`.
- For any HA write this skill does not cover, STOP and invoke `ha-nova:fallback` first — never probe unfamiliar write endpoints.
- Drafts follow `skills/ha-nova/smallest-solution.md`: the complete requested outcome in the simplest safe design, nothing for hypothetical future needs.
- A camera frame is private data: keep it in client-private scratch storage, never write it into the project workspace, and never send it anywhere outside this conversation.
- `camera.snapshot` / `camera.record` write files on the Home Assistant server — preview the exact path and confirm; they can overwrite an existing file.
- Do not fetch frames repeatedly to simulate a live view. ONE named exception: a before/after comparison bound to ONE named actuation ("did the garage door actually close?") may fetch 2-3 frames — each timestamped and attributed to its phase (before / after / settled) in the report. It ends with that actuation's verification and is still never a live view.
## Guardrails
- One camera per operation.
- Never use `--out` or `--jq` for an image; only `--out-binary`.
- Do not claim image content beyond what is visible in the fetched frame.
- No continuous polling; a stream URL exists for that.
Skill source recorded
Skill instructions are recorded. This is not a runtime test, safety guarantee or compatibility certification.
Review before install: Avoid automatic install
License: MIT
Listed tools are metadata hints, not tested compatibility. Agent prompts are suggested handoffs.
Repository metadata and review signals are advisory. Popularity, source discovery and successful execution are different facts.
Version reported in registry metadata; check source releases before relying on it.
Quality
55/100
Promising
Trust
56/100
This page exposes the same decision, trust, audit, use-case, and install signals through the Registry API, so agents can rank this skill without scraping the UI.
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"description": "Use when working with Home Assistant cameras — taking a snapshot for the agent to look at, getting a stream URL, recording, casting a camera stream to a TV or speaker display, or turning a camera or its motion detection on and off — through HA NOVA Relay.",
"category": "automation",
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}Listing source
This listing was indexed from public sources and is not marked official until a maintainer claim is approved.
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hlsmedia_player.play_mediacamera.enable_motion_detection / camera.disable_motion_detection toggle detection where the integration implements it. Verify via the motion_detection attribute when the camera exposes it; when it does not, say the toggle was accepted but could not be verified rather than claiming success.Check the source for dependencies, API keys and third-party costs. A public repository does not mean every service is free.
Do not auto-install
Audit
70/100
Needs review
Copies are not installs. Installation counts require a reported successful installation; they are not a blanket quality guarantee.