title: Elestio services use subdomain routing not direct ports

insight: Initial HTTP checks on direct ports (5432, 6379, 6333, 5678) failed because Elestio services run on separate VMs with subdomain routing, not as ports on 152.53.201.152. This explains why ping worked but service checks returned empty.

reasoning_chain: HTTP curl to service ports returned empty responses

reasoning_chain: Server was alive (401ms latency, 0% packet loss)

reasoning_chain: Nmap scan revealed only ports 22, 80, 443, 8080 open

reasoning_chain: Realized services must use Elestio subdomains instead of direct IP:port

reasoning_chain: Resolved DNS for qdrant, redis, n8n hostnames to separate IPs

reasoning_chain: All 4 core services confirmed UP with proper protocol checks

source_context: The curl commands returned empty responses for all services. This needs further investigation - PostgreSQL doesn't respond to HTTP, need to use psql or pg_isready. Qdrant should respond on 6333. Redis on 6379.


title: Memory flush configuration discovery

insight: OpenClaw research revealed that memory flush triggers at currentTokens >= contextWindow - reserveFloor - softThreshold (176K on 200K window), with silent agentic turn saving durable notes. One flush per compaction cycle.

reasoning_chain: OpenClaw research agent completed 10-section report

reasoning_chain: Found memory flush triggers at 176K tokens on 200K window

reasoning_chain: Configuration requires compaction.memoryFlush.enabled: true

reasoning_chain: Soft threshold tokens set to 4000 for early warning

reasoning_chain: System prompt instructs AIVA to save NAMP state and key decisions to MEMORY.md

reasoning_chain: This enables the Immortal Command Centre to persist across context compactions

source_context: Memory Flush Before Compaction: Triggers at `currentTokens >= contextWindow - reserveFloor - softThreshold` (176K on 200K). Silent agentic turn saves durable notes. One flush per compaction cycle. Config: `compaction.memoryFlush.enabled: true`.


title: Supermemory MCP wrapper bypasses Pro requirement

insight: The official Supermemory plugin requires Pro ($20/mo), but our custom MCP wrapper at mcp-servers/supermemory/index.js works on free tier via stdio transport, enabling sovereign memory architecture without recurring costs.

reasoning_chain: OpenClaw research compared memory plugins: Supermemory, Mem0, Mem0 v2, Engram

reasoning_chain: Discovered official Supermemory plugin requires Pro $20/mo

reasoning_chain: Found custom MCP wrapper in our mcp-servers/supermemory/

reasoning_chain: MCP wrapper uses stdio transport in mcpServers config

reasoning_chain: Works on free tier with proper env variables (SUPERMEMORY_API_KEY, SUPERMEMORY_CONTAINER_TAG)

reasoning_chain: Deployed genesis-supermemory skill to AIVA successfully

source_context: Supermemory Integration: Official plugin requires Pro ($20/mo). Our custom MCP wrapper (`mcp-servers/supermemory/index.js`) works on free tier via stdio transport in `mcpServers` config.


title: AIVA infrastructure sync topology mapped

insight: The complete infrastructure picture emerged: Supermemory (cloud semantic) + Qdrant (13 vector collections) + Redis (112 keys) + PostgreSQL (relational) + AIVA local Ollama form an integrated system, with n8n workflows and AIVA daemon as the bridge layer.

reasoning_chain: Elestio check revealed Qdrant has 13 collections (genesis_memories, aiva_semantic_memory, youtube_knowledge, ponte_goldmine, entity_embeddings, genesis_vectors, genesis_master_context + 6 more)

reasoning_chain: AIVA has 58 skills including genesis-supermemory

reasoning_chain: Supermemory cloud accepting saves (5 docs committed)

reasoning_chain: Realized these are independently operational services bridged by n8n and AIVA daemon

source_context: Cross-sync: Supermemory (cloud semantic) + Qdrant (vectors) + Redis (cache) + PostgreSQL (relational) are all independently operational. The bridge layer connecting them runs through n8n workflows and the AIVA daemon.


type: DIRECTIVE

title: Proactive mode mandate confirmed

insight: Kinan's directive that 'once we define something that needs doing, unless you need further clarification, you just do it without asking for approval a second time' is confirmed as the operating principle for Genesis.

reasoning_chain: Previous session established Proactive Mode

reasoning_chain: Session continuation confirms this directive remains in effect

reasoning_chain: Genesis continues executing without asking for approval

reasoning_chain: AIVA fix agent dispatched without second confirmation

reasoning_chain: All pending tasks executed in parallel without user prompting

source_context: Proactive Mode: once we define something that needs doing, unless you need further clarification, you just do it without asking for approval a second time.


title: AIVA fix agent comprehensive deployment

insight: AIVA fix agent (a6c551a) was dispatched with three critical fixes: (1) enable memorySearch and compaction.memoryFlush in openclaw.json, (2) copy Supermemory MCP wrapper to Mac Mini and configure, (3) verify LaunchAgent for reboot survival.

reasoning_chain: OpenClaw research completed with recommended openclaw.json

reasoning_chain: Identified 3 critical gaps: memory plugin not enabled, Supermemory MCP not configured, LaunchAgent verification needed

reasoning_chain: Dispatched background agent a6c551a to Mac Mini via SSH

reasoning_chain: Agent exploring OpenClaw CLI, found 31 plugins total (3 loaded: memory-core, telegram, voice-call)

reasoning_chain: Agent configuring memory/heartbeat settings, testing memory search/index

reasoning_chain: Discovered missing embedding API keys (OpenAI, Google, Voyage) - search falls back to BM25

source_context: Fix 1: Memory plugin - enable memorySearch and compaction.memoryFlush in openclaw.json. Fix 2: Supermemory MCP - copy MCP server to Mac Mini, configure in openclaw.json. Fix 3: LaunchAgent - verify gateway LaunchAgent is sufficient.


title: AIVA missing embedding API keys

insight: AIVA has memory-core plugin loaded but lacks embedding API keys (OpenAI, Google, Voyage), causing search to fall back to file-based BM25 instead of vector search. This limits semantic memory capabilities.

reasoning_chain: Found 31 total plugins, 3 loaded (memory-core, telegram, voice-call)

reasoning_chain: memory-core plugin active but search not using vectors

reasoning_chain: Discovered missing embedding API keys in config

reasoning_chain: System falls back to BM25 (file-based) which is functional but less powerful

reasoning_chain: Vector search would enable semantic similarity matching

source_context: Memory Issue: Missing embedding API keys (OpenAI, Google, Voyage) -- search falls back to file-based BM25 (functional but no vector search)


title: Research gold systematic commitment to memory

insight: All research documents (Antigravity Notes, Universal Operator Blueprint, Advanced Architecture, OpenClaw Research, Elestio Status) were systematically committed to supermemory with unique document IDs and domain-specific tags, creating a persistent knowledge base.

reasoning_chain: User requested commit every single shred of gold to memory systems

reasoning_chain: Saved OpenClaw research (doc ID: JoB6oXAZMcXNPMQ8DzhroH)

reasoning_chain: Saved Antigravity Notes (doc ID: KXTmkgMJNydFHr2yqup42Z, tag: antigravity-gold)

reasoning_chain: Saved Universal Operator Blueprint (doc ID: vQXKWLgHKRpbnGuMUY9Aiv, tag: universal-operator-gold)

reasoning_chain: Saved Advanced Architecture (doc ID: UFhv4bq1hC8mLK2Vd8NHEZ, tag: advanced-architecture-gold)

reasoning_chain: Saved Elestio Status (doc ID: U5iM4oHvVp6q3UQUsfmJUA, tag: elestio-status)

reasoning_chain: All 5 docs committed to genesis-kinan supermemory container

source_context: All 5 research documents fully committed to genesis-kinan supermemory container.