userType: external

gitBranch: claude/intelligent-yalow

slug: swift-imagining-prism

type: progress

hookEvent: SessionStart

command: wsl.exe -e python3 /mnt/e/genesis-system/.claude/hooks/boot_context_inject.py


command: wsl.exe -e python3 /mnt/e/genesis-system/.claude/hooks/capability_audit.py


command: wsl.exe -e python3 /mnt/e/genesis-system/.claude/hooks/memory_context_inject.py


command: wsl.exe -e python3 /mnt/e/genesis-system/.claude/hooks/session_recovery_start.py


command: wsl.exe -e python3 /mnt/e/genesis-system/.claude/hooks/session_sync.py


command: wsl.exe -e python3 /mnt/e/genesis-system/.claude/hooks/sunaiva_session_inject.py


type: user

role: user

content:
Your task is to create a detailed summary of the conversation so far, paying close attention to the user's explicit requests and your previous actions.
This summary should be thorough in capturing technical details, code patterns, and architectural decisions that would be essential for continuing development work without losing context.

Before providing your final summary, wrap your analysis in <analysis> tags to organize your thoughts and ensure you've covered all necessary points. In your analysis process:

1. Chronologically analyze each message and section of the conversation. For each section thoroughly identify:
   - The user's explicit requests and intents
   - Your approach to addressing the user's requests
   - Key decisions, technical concepts and code patterns
   - Specific details like:
     - file names
     - full code snippets
     - function signatures
     - file edits
  - Errors that you ran into and how you fixed them
  - Pay special attention to specific user feedback that you received, especially if the user told you to do something differently.
2. Double-check for technical accuracy and completeness, addressing each required element thoroughly.

Your summary should include the following sections:

1. Primary Request and Intent: Capture all of the user's explicit requests and intents in detail
2. Key Technical Concepts: List all important technical concepts, technologies, and frameworks discussed.
3. Files and Code Sections: Enumerate specific files and code sections examined, modified, or created. Pay special attention to the most recent messages and include full code snippets where applicable and include a summary of why this file read or edit is important.
4. Errors and fixes: List all errors that you ran into, and how you fixed them. Pay special attention to specific user feedback that you received, especially if the user told you to do something differently.
5. Problem Solving: Document problems solved and any ongoing troubleshooting efforts.
6. All user messages: List ALL user messages that are not tool results. These are critical for understanding the users' feedback and changing intent.
6. Pending Tasks: Outline any pending tasks that you have explicitly been asked to work on.
7. Current Work: Describe in detail precisely what was being worked on immediately before this summary request, paying special attention to the most recent messages from both user and assistant. Include file names and code snippets where applicable.
8. Optional Next Step: List the next step that you will take that is related to the most recent work you were doing. IMPORTANT: ensure that this step is DIRECTLY in line with the user's most recent explicit requests, and the task you were working on immediately before this summary request. If your last task was concluded, then only list next steps if they are explicitly in line with the users request. Do not start on tangential requests or really old requests that were already completed without confirming with the user first.
                       If there is a next step, include direct quotes from the most recent conversation showing exactly what task you were working on and where you left off. This should be verbatim to ensure there's no drift in task interpretation.

Here's an example of how your output should be structured:

<example>
<analysis>
[Your thought process, ensuring all points are covered thoroughly and accurately]
</analysis>

<summary>
1. Primary Request and Intent:
   [Detailed description]

2. Key Technical Concepts:
   - [Concept 1]
   - [Concept 2]
   - [...]

3. Files and Code Sections:
   - [File Name 1]
      - [Summary of why this file is important]
      - [Summary of the changes made to this file, if any]
      - [Important Code Snippet]
   - [File Name 2]
      - [Important Code Snippet]
   - [...]

4. Errors and fixes:
    - [Detailed description of error 1]:
      - [How you fixed the error]
      - [User feedback on the error if any]
    - [...]

5. Problem Solving:
   [Description of solved problems and ongoing troubleshooting]

6. All user messages:
    - [Detailed non tool use user message]
    - [...]

7. Pending Tasks:
   - [Task 1]
   - [Task 2]
   - [...]

8. Current Work:
   [Precise description of current work]

9. Optional Next Step:
   [Optional Next step to take]

</summary>
</example>

Please provide your summary based on the conversation so far, following this structure and ensuring precision and thoroughness in your response.

There may be additional summarization instructions provided in the included context. If so, remember to follow these instructions when creating the above summary. Examples of instructions include:
<example>
## Compact Instructions
When summarizing the conversation focus on typescript code changes and also remember the mistakes you made and how you fixed them.
</example>

<example>
# Summary instructions
When you are using compact - please focus on test output and code changes. Include file reads verbatim.
</example>

Additional Instructions:
{}

IMPORTANT: Do NOT use any tools. You MUST respond with ONLY the <summary>...</summary> block as your text output.


type: message

role: assistant

type: text

text:
<analysis>
Let me carefully analyze the conversation from the point where it resumed after context compaction.

## Session Context
This session is a continuation after compaction. The pre-compaction summary established:
- A GENESIS_PERPETUAL_SWARM_MASTER_PRD.md was written (777 lines, completed)
- The user sent "utilise elestio browserless as required" as a mid-task interrupt
- The pending task was to integrate Elestio Browserless into the PRD's Browser QA Army section

## Chronological Analysis

### Part 1: Session Resume — Integrating Elestio Browserless into PRD
Upon resuming, Claude:
1. Read the PRD file to understand its current state
2. Searched for "Browser QA Army" section (found at line 533, PART VII)
3. Found existing Elestio infrastructure files:
   - `E:\genesis-system\AIVA\elestio_connection.env` — Elestio connection details
   - `E:\genesis-system\mcp-servers\genesis-voice-bridge\elestio_config.py` — Elestio config with PostgreSQL, Qdrant, Redis, n8n
4. Read `RALPH WIGGUM\ELESTIO_OLLAMA_PRD.md` and `AIVA\status\elestio_health_report.md`

### Part 2: User Confirms Browserless + FalkorDB + Graphiti are Live
User message 1: "we have elestio browserless service yes we do and we have falkor db and graphiti too"
User message 2 (Elestio dashboard screenshot): Listed actual running services:
- `browserless-genesis` — Browserless, MICRO-1C-1G, DO Sydney, Australia — RUNNING (1 day ago)
- `sunaiva-memory` — CI/CD, MEDIUM-2C-4G, Netcup US — RUNNING
- `qdrant-b3knu` — Qdrant, MEDIUM-2C-4G, Netcup US — RUNNING
- `redis-genesis` — Redis, MEDIUM-2C-4G, Netcup US — RUNNING
- `postgresql-genesis` — PostgreSQL, MEDIUM-2C-4G, Netcup US — RUNNING
- `n8n-genesis` — N8N, MEDIUM-2C-4G, Netcup US — RUNNING (2 months ago)

### Part 3: PRD Updates
Claude made multiple edits to `GENESIS_PERPETUAL_SWARM_MASTER_PRD.md`:
1. **Replaced the provisional PART VII** (Browser QA Army) with a comprehensive Elestio Browserless-backed version including:
   - Real service spec (DO Sydney, MICRO-1C-1G, confirmed running)
   - Full Elestio stack inventory table with all 6 confirmed live services
   - Playwright-Browserless connection pattern code
   - Updated QA test matrix
   - FalkorDB + Graphiti section (7.7) noting they're live but need wiring
   - Updated provisioning checklist (already live — just needs token wiring)
2. **Updated AIVA System Access Registry** (Part I) to include Browserless as confirmed live
3. **Updated architecture diagram** — attempted but had string matching issues with ASCII art

### Part 4: Files Created/Modified

**1. `E:\genesis-system\scripts\browserless_qa_army.py`** (CREATED, ~470 lines total across 3 chunks)
- Written in 3 append operations
- Connects to Elestio Browserless via Playwright CDP
- 10 concurrent workers (MICRO tier limit) across 6 viewport types
- Full QA test matrix with 15+ individual test implementations
- Async worker orchestrator with semaphore-based concurrency limiting
- Redis result reporting (genesis:qa_results:{story_id})
- CLI with --test-connection, --url, --story-id, --workers flags
- Auto-detection of connection issues with clear fix instructions

**2. `E:\genesis-system\mcp-servers\genesis-voice-bridge\elestio_config.py`** (UPDATED)
- Added `BrowserlessConfig` dataclass (DO Sydney, MICRO-1C-1G, ws_url/http_url/health_url properties)
- Added `FalkorDBConfig` dataclass (pending provision, redis-protocol, graph_name="genesis_episodic")
- Added `GraphitiConfig` dataclass (pending provision, Zep temporal KG, REST API)
- Added `get_browserless_config()`, `get_falkordb_config()`, `get_graphiti_config()` functions
- Updated `test_connections()` to include Browserless health check
- Updated `__main__` print block to show all 7 services

**3. `E:\genesis-system\data\genesis-memory\elestio_config.py`** (UPDATED)
- Same additions as above (BrowserlessConfig, FalkorDBConfig, GraphitiConfig)
- This is the canonical config imported by most scripts
- Has the real PostgresConfig with full credentials

### Part 5: Errors Encountered
1. **ASCII art edit failed** — tried to edit the architecture diagram box with BROWSER ARMY text, but the edit_block tool couldn't find the exact match due to multi-line ASCII art with box-drawing characters. Claude attempted twice, both failed with "Search content not found" errors (44% similarity, below 70% threshold). Claude read the exact lines to diagnose but the second attempt still failed. This was left unresolved (the diagram still shows old text).

2. **elestio_config.py in mcp-servers path has import issue** — imports `from core.secrets_loader import get_postgres_config, PostgresConfig` which may not resolve from all contexts. The data/genesis-memory version has its own PostgresConfig dataclass which is cleaner.

### Key Technical Decisions
1. **Browserless connection pattern**: `playwright.chromium.connect_over_cdp(ws_url)` — standard CDP over WebSocket
2. **MICRO-1C-1G limits**: Set max_concurrent=10 (not 50 as originally spec'd) because DO Sydney MICRO only has 1 CPU/1GB RAM
3. **Sydney DO location**: Strategic — lowest latency to Australian clients for QA testing
4. **Redis result reporting**: `genesis:qa_results:{story_id}` key pattern for AIVA to read
5. **Fallback**: Local Playwright MCP when Browserless returns 429

### Pending Work
- The actual Browserless TOKEN needs to be retrieved from Elestio dashboard and added to config/secrets.env
- FalkorDB and Graphiti are confirmed live by the user but haven't been wired into config (just placeholders added)
- The architecture diagram box still shows old "BROWSER ARMY (Playwright)" text — edit failed twice
- The `elestio_config.py` in mcp-servers path has a missing import issue (core.secrets_loader)
- The final `elestio_config.py` update to `data/genesis-memory/` was completed just before the summary request

Current work immediately before summary: Just completed editing `data/genesis-memory/elestio_config.py` to add BrowserlessConfig, FalkorDBConfig, and GraphitiConfig dataclasses.
</analysis>

<summary>
1. Primary Request and Intent:
   The session resumed mid-task from a compacted context. The primary directive from the previous session was: **"utilise elestio browserless as required"** — integrate Elestio Browserless as the backbone of the Browser QA Army described in `GENESIS_PERPETUAL_SWARM_MASTER_PRD.md`.

   During this session, two additional user messages refined the scope:
   - **"we have elestio browserless service yes we do and we have falkor db and graphiti too"** — confirmed all three services are live/available, scope expanded to include FalkorDB and Graphiti
   - **Elestio dashboard screenshot** — provided exact service inventory with real names, specs, providers, and statuses for all 6 running services, allowing PRD and config updates to use real data instead of placeholders

   The compound intent: update the PRD's Browser QA Army section with real Elestio Browserless specs, write the actual integration script, and add BrowserlessConfig + FalkorDBConfig + GraphitiConfig to all `elestio_config.py` files.

2. Key Technical Concepts:
   - **Elestio Browserless**: Cloud-hosted Chromium service (browserless/chrome Docker image). Connects via WebSocket (CDP) or REST. Playwright-compatible via `chromium.connect_over_cdp(wss://...)`. Enables 10-50 parallel browser sessions without consuming local Windows resources.
   - **Playwright CDP connection pattern**: `browser = await p.chromium.connect_over_cdp(f"{WS_URL}?token={TOKEN}")` — standard way to connect to remote Browserless instances
   - **Elestio Full Stack** (all confirmed RUNNING):
     - `browserless-genesis` — MICRO-1C-1G, Digital Ocean **Australia/Sydney** ← browser army
     - `sunaiva-memory` — MEDIUM-2C-4G, Netcup US ← session persistence
     - `qdrant-b3knu` — MEDIUM-2C-4G, Netcup US ← vector embeddings
     - `redis-genesis` — MEDIUM-2C-4G, Netcup US ← task queue/cache
     - `postgresql-genesis` — MEDIUM-2C-4G, Netcup US ← relational data
     - `n8n-genesis` — MEDIUM-2C-4G, Netcup US ← workflows
   - **FalkorDB**: Graph database (Redis-protocol) for episodic memory — graph traversal queries on "who did what when"
   - **Graphiti**: Temporal knowledge graph by Zep (open-source), layered on FalkorDB — time-aware edges
   - **Redis result reporting**: QA results written to `genesis:qa_results:{story_id}` for AIVA to read
   - **MICRO-1C-1G concurrency**: 10-15 safe concurrent sessions (not 50, which requires MEDIUM tier)
   - **Asyncio semaphore pattern**: `asyncio.Semaphore(MAX_CONCURRENT_SESSIONS)` to bound parallel browser sessions
   - **Sydney DO advantage**: ~5-20ms latency to AU clients vs ~150-200ms from US Netcup

3. Files and Code Sections:

   - **`E:\genesis-system\docs\plans\GENESIS_PERPETUAL_SWARM_MASTER_PRD.md`** (UPDATED — now ~919 lines)
     - Primary deliverable from previous session (777 lines), extended this session
     - PART VII completely replaced with Elestio Browserless-powered Browser QA Army
     - Added real Elestio service inventory table with all 6 confirmed live services
     - Added Section 7.6 (activation checklist — service already live, just needs TOKEN wiring)
     - Added Section 7.7 (FalkorDB + Graphiti — "confirmed live, provision wiring next")
     - Updated AIVA System Access Registry (Part I) to include confirmed Browserless access
     - Key table added to PRD:
     ```
     SERVICE              SPEC           PROVIDER           STATUS
     browserless-genesis  MICRO-1C-1G    DO Sydney, AU  ✅  RUNNING ← Browser Army
     sunaiva-memory       MEDIUM-2C-4G   Netcup US      ✅  RUNNING ← Session Memory
     qdrant-b3knu         MEDIUM-2C-4G   Netcup US      ✅  RUNNING ← Vector Memory
     redis-genesis        MEDIUM-2C-4G   Netcup US      ✅  RUNNING ← Task Queue
     postgresql-genesis   MEDIUM-2C-4G   Netcup US      ✅  RUNNING ← Relational Data
     n8n-genesis          MEDIUM-2C-4G   Netcup US      ✅  RUNNING ← Workflows
     FalkorDB             [to provision] Netcup US      ⏳  QUEUED  ← Episodic Graph
     Graphiti             [to provision] Netcup US      ⏳  QUEUED  ← Knowledge Graph
     ```

   - **`E:\genesis-system\scripts\browserless_qa_army.py`** (CREATED — ~470 lines, written in 3 chunks)
     - Main integration script connecting Genesis to Elestio Browserless
     - Key constants:
     ```python
     BROWSERLESS_WS = os.environ.get("BROWSERLESS_WS_URL", "wss://browserless-genesis-u50607.vm.elestio.app:3000")
     BROWSERLESS_TOKEN = os.environ.get("BROWSERLESS_TOKEN", "")
     REDIS_URL = os.environ.get("GENESIS_REDIS_URL", "redis://default:e2ZyYYr4oWRdASI2CaLc-@redis-genesis-u50607.vm.elestio.app:26379")
     MAX_CONCURRENT_SESSIONS = int(os.environ.get("BROWSERLESS_MAX_SESSIONS", "10"))
     ```
     - Worker distribution (MICRO tier — 10 total):
     ```python
     WORKER_DISTRIBUTION = {
         "desktop": 3, "mobile": 2, "tablet": 2,
         "forms": 1, "a11y": 1, "perf": 1,
     }
     ```
     - Core connection pattern:
     ```python
     async def run_qa_worker(worker_id, viewport_type, target_url, tests, results_bucket):
         async with async_playwright() as p:
             ws_url = f"{BROWSERLESS_WS}?token={BROWSERLESS_TOKEN}" if BROWSERLESS_TOKEN else BROWSERLESS_WS
             browser = await p.chromium.connect_over_cdp(ws_url)
             context = await browser.new_context(viewport={"width": vp["width"], "height": vp["height"]})
             page = await context.new_page()
             # run tests...
             await context.close()
     ```
     - Army orchestrator with semaphore:
     ```python
     async def run_qa_army(target_url, story_id="manual"):
         semaphore = asyncio.Semaphore(MAX_CONCURRENT_SESSIONS)
         async def bounded_worker(worker_spec):
             async with semaphore:
                 return await run_qa_worker(...)
         await asyncio.gather(*[bounded_worker(w) for w in workers])
     ```
     - Redis result writing:
     ```python
     def _write_results_to_redis(story_id, summary):
         r = redis.from_url(REDIS_URL, decode_responses=True)
         r.set(f"genesis:qa_results:{story_id}", json.dumps(summary), ex=86400)
         r.set(f"genesis:qa_status:{story_id}", summary["status"], ex=86400)
         r.lpush("genesis:qa_completed", story_id)
     ```
     - Connection test function `test_browserless_connection()` — hits `/pressure` endpoint
     - CLI: `--test-connection`, `--url`, `--story-id`, `--workers` flags
     - Exit code: 0=PASS, 1=FAIL (for AIVA to check programmatically)

   - **`E:\genesis-system\mcp-servers\genesis-voice-bridge\elestio_config.py`** (UPDATED)
     - Added three new dataclasses after `get_n8n_config()`:
     ```python
     @dataclass
     class BrowserlessConfig:
         host: str = os.environ.get("BROWSERLESS_HOST", "browserless-genesis-u50607.vm.elestio.app")
         port: int = 3000
         token: str = os.environ.get("BROWSERLESS_TOKEN", "")
         max_concurrent: int = int(os.environ.get("BROWSERLESS_MAX_SESSIONS", "10"))

         @property
         def ws_url(self) -> str:
             base = f"wss://{self.host}:{self.port}"
             return f"{base}?token={self.token}" if self.token else base

         @property
         def http_url(self) -> str:
             return f"https://{self.host}:{self.port}"

         @property
         def health_url(self) -> str:
             url = f"{self.http_url}/pressure"
             return f"{url}?token={self.token}" if self.token else url

         @classmethod
         def get_playwright_connect_url(cls) -> str:
             return cls().ws_url

     @dataclass
     class FalkorDBConfig:
         host: str = os.environ.get("FALKORDB_HOST", "falkordb-genesis-u50607.vm.elestio.app")
         port: int = int(os.environ.get("FALKORDB_PORT", "6379"))
         password: str = os.environ.get("FALKORDB_PASSWORD", "")
         graph_name: str = "genesis_episodic"

         @classmethod
         def get_client_params(cls) -> dict:
             config = cls()
             return {"host": config.host, "port": config.port, "password": config.password}

     @dataclass
     class GraphitiConfig:
         host: str = os.environ.get("GRAPHITI_HOST", "graphiti-genesis-u50607.vm.elestio.app")
         port: int = int(os.environ.get("GRAPHITI_PORT", "8000"))
         api_key: str = os.environ.get("GRAPHITI_API_KEY", "")

         @property
         def api_url(self) -> str:
             return f"https://{self.host}:{self.port}"
     ```
     - Added `get_browserless_config()`, `get_falkordb_config()`, `get_graphiti_config()` factory functions
     - Updated `test_connections()` to include Browserless `/pressure` health check
     - Updated `__main__` block to print all 7 services

   - **`E:\genesis-system\data\genesis-memory\elestio_config.py`** (UPDATED — canonical version)
     - Same new dataclasses added (BrowserlessConfig, FalkorDBConfig, GraphitiConfig)
     - This is the version imported by most Genesis scripts (`sys.path.append('.../data/genesis-memory')`)
     - Has the self-contained `PostgresConfig` with real credentials (no external import dependency)
     - Updated `test_connections()` and `__main__` block identically to the mcp-servers version

   - **`E:\genesis-system\AIVA\elestio_connection.env`** (READ — not modified)
     - Confirmed existing Elestio IP/credentials: `ELESTIO_IP=152.53.201.152` (AIVA's server — DO NOT SSH)
     - Redis URL: `redis://:e2ZyYYr4oWRdASI2CaLc-@redis-genesis-u50607.vm.elestio.app:26379`
     - Qdrant: `https://qdrant-b3knu-u50607.vm.elestio.app:6333`

4. Errors and Fixes:
   - **ASCII art diagram edit failed (twice)**: Attempted to update the architecture diagram box from `║  BROWSER ARMY (Playwright)║` to reference Browserless. Both attempts failed with "Search content not found" (44% similarity, below 70% threshold). The issue: the ASCII box-drawing characters combined with multi-line context made exact matching impossible for `edit_block`. **Fix attempted**: Read the exact lines (141-146) to get verbatim content, retried — still failed. **Status**: Unresolved — diagram still shows old text. The rest of the PRD correctly references Elestio Browserless.
   - **mcp-servers elestio_config.py import issue**: The file imports `from core.secrets_loader import get_postgres_config, PostgresConfig` which may fail when imported from other paths. This pre-existed — not introduced in this session. The `data/genesis-memory/elestio_config.py` version is self-contained and is the preferred import.

5. Problem Solving:
   - **"Provision first" assumption corrected**: Initially wrote PRD section assuming Browserless needed to be provisioned. User confirmed it's already live. PRD provisioning checklist was rewritten from "create service" to "get TOKEN and wire connection."
   - **MICRO tier concurrency**: Correctly identified that MICRO-1C-1G limits safe concurrent sessions to 10-15 (not 50 as originally spec'd). Set `MAX_CONCURRENT_SESSIONS=10` as default with clear upgrade path documented.
   - **Sydney strategic advantage**: Identified and documented that DO Sydney location gives 5-20ms latency to AU clients — optimal for testing the ReceptionistAI product's AU-facing websites.
   - **FalkorDB/Graphiti scope**: User confirmed both are live. Added as pending-wiring entries in PRD (Section 7.7) and added config dataclasses as placeholders ready for credential population.

6. All User Messages:
   - **"we have elestio browserless service yes we do and we have falkor db and graphiti too"** — confirmed all three services exist on Elestio
   - **Elestio dashboard data** (pasted as text): Full service inventory listing:
     ```
     browserless-genesis | Browserless | Service is running | MICRO-1C-1G | 1 CPU/1GB RAM/25GB | Digital Ocean, Australia Sydney | 1 day ago
     sunaiva-memory | CI/CD | Service is running | MEDIUM-2C-4G | 2CPUs/4GB/60GB | Netcup US, Manassas | 11 days ago
     qdrant-b3knu | Qdrant | Service is running | MEDIUM-2C-4G | ... | Netcup US | 2 months ago
     redis-genesis | Redis | Service is running | MEDIUM-2C-4G | ... | Netcup US | 2 months ago
     postgresql-genesis | PostgreSQL | Service is running | MEDIUM-2C-4G | ... | Netcup US | 2 months ago
     n8n-genesis | N8N | Service is running | MEDIUM-2C-4G | ... | Netcup US | 2 months ago
     ```

7. Pending Tasks:
   - **Get Browserless TOKEN**: Elestio dashboard → browserless-genesis → Env Vars → copy TOKEN → add to `config/secrets.env` as `BROWSERLESS_TOKEN=...`
   - **Run connection test**: `python scripts/browserless_qa_army.py --test-connection` to verify connectivity
   - **Wire FalkorDB credentials**: Once FalkorDB service confirmed on Elestio, get host/password → add to env vars → update `FalkorDBConfig` defaults
   - **Wire Graphiti credentials**: Same pattern as FalkorDB
   - **Fix architecture diagram**: The ASCII art box in GENESIS_PERPETUAL_SWARM_MASTER_PRD.md (lines ~141-145) still shows `BROWSER ARMY (Playwright)` — needs manual update or a different approach (write_file on that section)
   - **Add FalkorDB + Graphiti to AIVA boot sequence**: Update `aiva_boot()` pseudocode in PRD Part V to include FalkorDB graph query
   - **Phase 0 critical unblockers** (from PRD): Voice bridge deploy to VPS 152.53.201.221, n8n workflow import, George's Cairns number assignment

8. Current Work:
   Immediately before this summary, Claude completed updating `E:\genesis-system\data\genesis-memory\elestio_config.py` — the canonical Elestio config file imported by most Genesis scripts. The edit added three new dataclasses (`BrowserlessConfig`, `FalkorDBConfig`, `GraphitiConfig`) plus factory functions and updated `test_connections()` and `__main__`. This was the final step in the "Add BrowserlessConfig + FalkorDBConfig + GraphitiConfig to elestio_config.py" todo item.

   The full Elestio Browserless integration is now:
   - ✅ PRD updated with real service specs (browserless-genesis, DO Sydney, MICRO-1C-1G)
   - ✅ `scripts/browserless_qa_army.py` written (470 lines, full QA army with Redis reporting)
   - ✅ Both `elestio_config.py` files updated with BrowserlessConfig, FalkorDBConfig, GraphitiConfig
   - ⏳ Awaiting: BROWSERLESS_TOKEN from Elestio dashboard to complete wiring

9. Optional Next Step:
   The most natural next step is to **get the actual Browserless TOKEN and real hostname from the Elestio dashboard** so the connection can be tested and activated. Per the PRD Section 7.6:
   > "[ ] 2. Get token: Elestio dashboard → browserless-genesis → Env Vars → TOKEN"
   > "[ ] 3. Add to config/secrets.env: BROWSERLESS_WS_URL=wss://browserless-genesis-u50607.vm.elestio.app:3000 / BROWSERLESS_TOKEN=[from Elestio env vars]"
   > "[ ] 4. Run: python scripts/browserless_qa_army.py --test-connection"

   Claude should navigate to the Elestio dashboard via Playwright MCP browser automation (Browser-First Protocol — never ask Kinan), retrieve the TOKEN from `browserless-genesis` service's Env Vars tab, add it to `config/secrets.env`, then run the connection test to confirm the browser army is live and ready for AIVA to dispatch QA jobs.
</summary>

service_tier: standard

type: assistant


hookEvent: SubagentStop

hookName: SubagentStop

command: wsl.exe -e python3 /mnt/e/genesis-system/.claude/hooks/observability_logger.py --event subagent_stop