# Archipelago Container Infrastructure — Critical Issues Report

**Date:** 2026-03-31
**Status:** Server .228 rebooted — some apps recovered, many did not. UI showed everything as "crashed" during recovery window.
**Purpose:** Fix guide for getting container lifecycle to production quality.

---

## Executive Summary

The container system has **7 systemic failures** that compound each other:

1. **Silent failures everywhere** — errors are swallowed with `|| true`, `.unwrap_or_default()`, and warn-level logs. Nothing actually tells the user (or the system) that something broke.
2. **Health checks are fake** — manifests define real health checks (HTTP probes, exec checks) but they are **never executed**. "Healthy" just means `podman ps` shows "running".
3. **Duplicate polling burns CPU** — health monitor + metrics collector both call `podman stats` every 60 seconds independently. Add crash recovery snapshots, disk monitor, and frontend polling = constant subprocess spawning.
4. **Uninstall doesn't clean up** — no volume removal, no network cleanup, force-kills stateful containers (risking wallet/DB corruption), returns 200 OK on partial failure.
5. **Two divergent install paths** — `first-boot-containers.sh` and the Rust RPC installer use different passwords, ports, capabilities, memory limits, and Bitcoin config. They are never in sync.
6. **UI misrepresents state** — `Exited` (even clean exit code 0) shows as "crashed". No "recovering" or "starting up" state exists. During boot recovery, UI shows a wall of red/gray "crashed" labels.
7. **Dependency-blind restarts** — health monitor restarts services without restarting their dependencies first, so they immediately fail again and burn through the 3-attempt limit.

---

## LIVE EVIDENCE: .228 Reboot on 2026-03-31

After rebooting .228, here's the actual container state 30 minutes later:

### Permanently Dead (exceeded 3 restart attempts, abandoned)
| Container | Exit Code | Cause |
|-----------|-----------|-------|
| `indeedhub-postgres` | 0 (clean) | Shut down by reboot. Health monitor tried 3 restarts, it keeps exiting cleanly. Once abandoned, all dependent services die too. |
| `indeedhub-redis` | 0 | Same — clean exit, 3 failed restart attempts, abandoned |
| `indeedhub-minio` | 0 | Same |
| `indeedhub-relay` | 0 | Same |
| `indeedhub` | 0 | Same |
| `indeedhub-api` | 1 | Can't resolve hostname `indeedhub-postgres` (postgres is dead, DNS entry gone from network) |
| `jellyfin` | 137 (OOM) | "Failed to create CoreCLR" — memory limit too low for .NET runtime. SIGKILL = OOM. 3 attempts exhausted. |

### Crash-Looping (still failing on every restart)
| Container | Cause |
|-----------|-------|
| `mempool-api` | `ECONNREFUSED 10.89.0.42:3306` — DB (`archy-mempool-db`) just restarted, not ready yet |
| `portainer` | "database schema version does not align with server version" — image upgraded, DB not migrated. Will NEVER recover. |
| `photoprism` | "Failed creating test file in storage folder" — volume permission issue (rootless UID mapping) |

### Never Started (stuck in "Created" state)
| Container | Cause |
|-----------|-------|
| `archy-mempool-web` | "cannot assign requested address" — network binding failure |
| `fedimint` | Same network error |

### Running but Unhealthy
| Container | Notes |
|-----------|-------|
| `homeassistant` | Up 14 min, health check failing |
| `searxng` | Up 13 min, health check failing |
| `onlyoffice` | Up 10 min, health check failing |

### Actually Recovered (healthy)
`filebrowser`, `bitcoin-knots`, `vaultwarden`, `nginx-proxy-manager`, `archy-btcpay-db`, `lnd`, `electrumx`, `grafana`

### Key Observations
1. **All containers have `unless-stopped` restart policy** — but this doesn't help because containers that exit cleanly (code 0) don't get restarted by Podman. The health monitor is the only restart mechanism, and it gives up after 3 attempts.
2. **The entire IndeedHub stack died** because postgres was abandoned first. Once postgres hit 3 restart attempts, every dependent service (api, redis, minio, relay, main) also failed and hit their own 3-attempt limit. **No dependency awareness.**
3. **Containers in "Created" state** were never even started — some kind of network assignment failure during creation. The health monitor doesn't handle "Created" state containers.
4. **The UI showed ALL apps as "crashed"** during the first few minutes, even the ones that eventually recovered. This is because `Exited` state (even exit code 0) maps to the label "crashed" in `appsConfig.ts`.

---

## Problem 1: Containers Don't Start or Recover After Reboot

**Confirmed:** All apps crashed after .228 reboot on 2026-03-31.

### Root Causes

#### A. Crash recovery has a 30-second timeout that's too short
**File:** `core/archipelago/src/crash_recovery.rs:265-271`
```rust
let result = tokio::time::timeout(
    std::time::Duration::from_secs(30),
    tokio::process::Command::new("podman").args(["start", &record.name]).output(),
).await;
```
On a cold boot with many containers, Podman is under load. 30 seconds is not enough. If it times out, the container is **skipped** — no retry.

#### B. If `podman ps` itself times out, recovery finds zero containers
**File:** `core/archipelago/src/crash_recovery.rs:318`
The `podman ps -a` call to discover stopped containers has a 30-second timeout. On a busy system post-reboot, this can timeout. Result: `all_names` is empty, recovery silently exits having started nothing.

#### C. Boot tier ordering uses a catch-all that misses dependencies
**File:** `core/archipelago/src/crash_recovery.rs:374-385`
```rust
fn container_boot_tier(name: &str) -> u8 {
    match id {
        "btcpay-db" | "mempool-db" | ... => 0,  // databases
        "bitcoin-knots" | ... => 1,               // bitcoin
        "lnd" | "electrumx" | ... => 2,           // depends on bitcoin
        "mempool-web" | ... => 4,                  // frontend
        _ => 3,  // EVERYTHING ELSE - may start before its dependencies
    }
}
```
Any app not explicitly listed gets tier 3, which may be before its dependencies are ready.

#### D. First-boot script swallows ALL errors
**File:** `scripts/first-boot-containers.sh:8` — no `set -e`
48+ commands have `|| true` appended. Every `podman run` failure is silently ignored. The script always exits 0 and reports "complete" to systemd even if 50% of containers failed.

#### E. Install RPC returns success before container is actually running
**File:** `core/archipelago/src/api/rpc/package/install.rs:260-294`
After container creation, the installer polls for 30 seconds (6 checks x 5 seconds). If the container is still in "created" or "starting" state after 30 seconds:
```rust
if i == 5 {
    debug!("Container {} health check timeout (30s) -- continuing anyway");
}
```
It logs at debug level and **returns success**. The user sees "installed" but the container never actually started.

### Fixes Required

1. **Increase crash recovery timeout to 120s** and add retry with backoff (3 attempts per container)
2. **Increase `podman ps` timeout to 60s** during boot recovery
3. **Replace tier catch-all** — every container must be explicitly listed or derived from manifest dependencies
4. **Remove `|| true`** from critical commands in first-boot-containers.sh. Use proper error handling: log the error, record the failure, continue to next container, but report actual failures at the end
5. **Install RPC must return failure** if container isn't running after timeout, not silently succeed
6. **Add `--restart unless-stopped`** to container creation in the Podman client (`core/container/src/podman_client.rs:303-335`) — currently missing, so Podman itself never auto-restarts crashed containers

---

## Problem 2: Health Checks Are Fake

### Root Causes

#### A. "Healthy" just means "running" — application health is never checked
**File:** `core/archipelago/src/container/dev_orchestrator.rs:239-249`
```rust
pub async fn get_health_status(&self, app_id: &str) -> Result<String> {
    match status.state {
        ContainerState::Running => Ok("healthy".to_string()),  // <-- THIS IS THE ENTIRE CHECK
        ContainerState::Stopped | ContainerState::Exited => Ok("unhealthy".to_string()),
        ...
    }
}
```
A container can be "running" but the application inside is completely broken. This is reported as "healthy".

#### B. Manifest health checks exist but are never executed
All 30+ app manifests in `image-recipe/build/debian-iso/custom/archipelago/apps/*/manifest.yml` define health checks like:
```yaml
health_check:
  type: http
  endpoint: http://localhost:4080
  path: /api/health
  interval: 30s
  timeout: 5s
  retries: 3
```
The `HealthMonitor` struct at `core/container/src/health_monitor.rs` can execute these checks. **But it is never instantiated.** No code path creates a `HealthMonitor` from the manifest health check definitions.

#### C. Health status is never pushed to the frontend via WebSocket
**File:** `core/archipelago/src/data_model.rs:120-127`
```rust
pub struct PackageDataEntry {
    pub health: Option<String>,  // Field exists but is NEVER POPULATED
}
```
The health field in the data model is always `None`. Frontend can only get health via explicit RPC call, which it almost never makes.

#### D. Frontend never polls health status
**File:** `neode-ui/src/stores/container.ts:169-175`
`fetchHealthStatus()` is only called after `startContainer()` and `startBundledApp()`. There is **no setInterval, no periodic polling, no watch**. After the initial call, health status is never refreshed.

### Fixes Required

1. **Wire up manifest health checks** — instantiate `HealthMonitor` from manifest definitions, run actual HTTP/exec probes instead of just checking `podman ps`
2. **Populate the `health` field in `PackageDataEntry`** so WebSocket pushes real health status to frontend
3. **Add 30-second health polling** in the frontend container store (with backoff to 60s when all healthy)
4. **Fix `get_health_status()`** in dev_orchestrator to call actual health checks, not just check container state

---

## Problem 3: CPU Exhaustion from Duplicate Polling

### Root Causes

#### A. Two independent monitors both call `podman stats` every 60 seconds
- **Health monitor:** `core/archipelago/src/health_monitor.rs:17` — `CHECK_INTERVAL_SECS = 60`
  - Runs `podman ps -a --format json` (line 305-323)
  - Runs `podman stats --no-stream` every 5 cycles (line 442-450)
- **Metrics collector:** `core/archipelago/src/monitoring/mod.rs:28` — 60-second interval
  - Runs `podman stats --no-stream --format json` independently (collector.rs:220-224)

These are **not coordinated**. Both spawn separate subprocesses. On a system with 15+ containers, each `podman stats` call is expensive.

#### B. Total subprocess spawning frequency
| Component | Interval | What it runs |
|-----------|----------|-------------|
| Health monitor | 60s | `podman ps`, `podman stats` (every 5th), restart attempts |
| Metrics collector | 60s | `podman stats` (duplicate!) |
| Crash recovery snapshot | 120s | `podman ps` |
| Disk monitor | 300s | `df`, `sudo dmesg`, potentially `podman image prune` |
| Telemetry | 900s | `podman stats` (another duplicate) |
| Systemd watchdog | 120s | sd_notify ping |
| Frontend fleet polling | 60s | RPC calls that trigger more podman commands |

That's roughly **one `podman` subprocess every 10-15 seconds** on average, plus all the triggered operations.

#### C. No restart policy means polling-driven restarts
**File:** `core/container/src/podman_client.rs:303-335`
Container creation spec does NOT include `RestartPolicy`. Podman itself never restarts crashed containers. Instead, the health monitor's 60-second poll detects the crash and attempts a restart. This is far more CPU-intensive than Podman's built-in restart mechanism.

#### D. Health monitor restart attempts with exponential backoff still spawn processes
When a container fails, the health monitor tries restarts at 10s, 30s, 90s backoff. Each attempt spawns `podman start`, `podman inspect`, etc. If multiple containers are unhealthy, this multiplies.

### Fixes Required

1. **Deduplicate `podman stats`** — create a shared cache layer. One component fetches, others read from cache (TTL: 30s)
2. **Add `RestartPolicy: unless-stopped` with MaxRetryCount: 5** to all container creation — let Podman handle restarts natively instead of polling
3. **Increase health monitor interval to 120s** (60s is too aggressive when health checks are just `podman ps`)
4. **Remove duplicate `podman stats`** call from metrics collector — share data with health monitor
5. **Make frontend fleet polling viewport-aware** — only poll when user is actually viewing the fleet page
6. **Batch all container queries** — use a single `podman ps -a --format json` per check cycle, shared across all consumers

---

## Problem 4: Uninstall Doesn't Work

### Root Causes

#### A. No volume removal
**File:** `core/archipelago/src/api/rpc/package/runtime.rs:172-289`
The uninstall function stops containers, removes containers, releases ports, and attempts data directory cleanup. It **never removes Podman volumes**. Orphaned volumes accumulate forever.

#### B. No network cleanup
**File:** `core/archipelago/src/api/rpc/package/runtime.rs:172-289`
Multi-container stacks create networks (`archy-net`, `immich-net`, `penpot-net`) during install (`stacks.rs:89, 211`). These are **never cleaned up** during uninstall. Leftover networks can prevent reinstallation.

#### C. Force-kills stateful containers without graceful shutdown
**File:** `core/archipelago/src/api/rpc/package/runtime.rs:226`
```rust
let rm_out = tokio::process::Command::new("podman")
    .args(["rm", "-f", name])  // -f = force kill
    .output().await;
```
The code defines proper shutdown timeouts (Bitcoin: 600s, LND: 330s, databases: 120s) but only uses them for `stop`. The `rm -f` that follows **ignores these timeouts** and force-kills immediately. This risks corrupting Bitcoin's UTXO set, LND channel state, or database WAL.

#### D. Returns 200 OK even on partial failure
**File:** `core/archipelago/src/api/rpc/package/runtime.rs:268-289`
```rust
Ok(serde_json::json!({
    "status": if errors.is_empty() { "uninstalled" } else { "partial" },
    ...
}))
```
Returns HTTP 200 with `"partial"` status. Frontend at `neode-ui/src/views/apps/useAppsActions.ts:74` doesn't check for "partial" — it deletes the app from the UI regardless.

#### E. Data directory cleanup requires sudo and fails silently
**File:** `core/archipelago/src/api/rpc/package/runtime.rs:256-265`
```rust
let rm_out = tokio::process::Command::new("sudo")
    .args(["rm", "-rf", dir]).output().await;
if let Ok(o) = rm_out {
    if !o.status.success() {
        tracing::warn!(...);  // Warning only, continues
    }
}
```
If sudo isn't configured or fails, data remains on disk but UI shows "uninstalled".

#### F. Container name detection has gaps
**File:** `core/archipelago/src/api/rpc/package/config.rs:287-340`
Container names are hardcoded patterns. If a container was created with a different naming convention (e.g., by first-boot-containers.sh vs RPC installer), it won't be found and won't be removed.

### Fixes Required

1. **Add `podman volume rm`** for all volumes associated with the app after container removal
2. **Add network cleanup** — remove app-specific networks after all containers on that network are gone
3. **Use `podman stop -t {timeout}` then `podman rm`** (without -f) — respect graceful shutdown timeouts, especially for Bitcoin/LND/databases
4. **Return an error (not 200)** when uninstall has failures. Frontend must check and display errors
5. **Surface "partial" failures to the user** with specific error messages
6. **Unify container naming** — derive names from a single source (manifest), not hardcoded patterns in multiple files

---

## Problem 5: Two Divergent Install Paths

The first-boot bash script and the Rust RPC installer create containers with **different configurations**. This is a major source of bugs.

### Specific Divergences

#### A. Database passwords
- **First-boot** (`scripts/first-boot-containers.sh:118-127`): Generates random passwords with `openssl rand -base64 24`, stores in `/var/lib/archipelago/secrets/`
- **Rust RPC** (`core/archipelago/src/api/rpc/package/config.rs:456,484,514-515,610`): Uses hardcoded `"btcpaypass"`, `"mempoolpass"`, `"rootpass"`, `"immichpass"`

**Result:** Apps installed via RPC after first-boot can't connect to databases because passwords don't match.

#### B. Bitcoin configuration
- **First-boot** (`scripts/first-boot-containers.sh:295-313`): Dynamically sets `-prune=550` on small disks, `-txindex=1` on large disks
- **Rust RPC** (`core/archipelago/src/api/rpc/package/config.rs:415-420`): No custom args at all

**Result:** Bitcoin installed via RPC has no pruning or txindex regardless of disk size.

#### C. ZMQ configuration for LND
- **First-boot** (`scripts/first-boot-containers.sh:100-114`): Bitcoin.conf generated without ZMQ publisher settings
- **Rust RPC** (`core/archipelago/src/api/rpc/package/config.rs:438-439`): LND configured to connect to `tcp://bitcoin-knots:28332` and `tcp://bitcoin-knots:28333`

**Result:** LND can't receive block notifications from Bitcoin because ZMQ isn't configured on either path.

#### D. Port conflicts
- **First-boot** (`scripts/first-boot-containers.sh:813,835`): Both strfry and indeedhub bind to host port 7777
- **Rust RPC** (`core/archipelago/src/api/rpc/package/config.rs:734`): IndeedHub uses `8190:3000`

**Result:** On first-boot, whichever of strfry/indeedhub starts second fails. Via RPC, different port entirely.

#### E. Memory limits
- **First-boot** (`scripts/first-boot-containers.sh:253-283`): Ollama gets 1g on low-mem systems
- **Rust RPC** (`core/archipelago/src/api/rpc/package/config.rs:245-280`): Ollama gets 4g always

**Result:** Same app gets different resource limits depending on how it was installed.

#### F. Version mismatches in marketplace UI
- `scripts/image-versions.sh:17`: LND image is `v0.18.4-beta`
- `neode-ui/src/views/marketplace/marketplaceData.ts:155`: Shows `0.17.4`
- `scripts/image-versions.sh:21-22`: Mempool images are `v3.0.0`
- `neode-ui/src/views/marketplace/marketplaceData.ts:177`: Shows `2.5.0`

### Fixes Required

1. **Single source of truth for container config** — Rust config must read passwords from `/var/lib/archipelago/secrets/`, not hardcode them
2. **Add ZMQ config** to Bitcoin startup in both paths: `zmqpubrawblock=tcp://0.0.0.0:28332` and `zmqpubrawtx=tcp://0.0.0.0:28333`
3. **Fix port 7777 conflict** — assign unique ports to strfry and indeedhub
4. **Add disk-aware Bitcoin config** to Rust installer (prune/txindex based on disk size)
5. **Sync memory limits** between first-boot and Rust config
6. **Update marketplace version strings** to match actual image versions in `image-versions.sh`
7. **Long-term: eliminate first-boot-containers.sh** — have the backend handle all container creation using the same Rust code path

---

## Problem 6: Post-Install Hooks Run Async and Fail Silently

**File:** `core/archipelago/src/api/rpc/package/install.rs:541-625`

Post-install hooks (setting FileBrowser password, configuring NextCloud, etc.) are spawned as background tasks:
```rust
tokio::spawn(async move {
    let _ = tokio::fs::create_dir_all(secret_dir).await;
    let _ = tokio::fs::write(...).await;
});
```

The install RPC returns success **before hooks complete**. If a hook fails (network timeout, service not ready), the error is logged but the user is told installation succeeded. Credentials aren't set, configs aren't applied.

### Fix Required

Await post-install hooks before returning success, or return a "configuring" status and let the frontend poll for completion.

---

## Problem 7: Podman Client Swallows Errors

**File:** `core/container/src/podman_client.rs`

#### A. JSON serialization failures return empty strings (line 182-183)
```rust
let body_str = body.map(|b| serde_json::to_string(&b).unwrap_or_default()).unwrap_or_default();
```

#### B. Container ID parsing failures return empty string (line 344-348)
```rust
let id = result["Id"].as_str().unwrap_or("").to_string();
Ok(id)  // Empty string = success?
```

#### C. Socket timeout is only 5 seconds (line 154-160)
On a busy system or during boot, Podman socket may take >5s to respond. Every API call fails. No retry logic.

### Fixes Required

1. Replace `.unwrap_or_default()` with proper error propagation using `?`
2. Return `Err` when container ID is empty
3. Increase socket timeout to 15-30s
4. Add retry with backoff (3 attempts) on socket connection

---

## Problem 8: UI Misrepresents Container State

### Root Causes

#### A. "Exited" always displays as "Crashed" — even for clean shutdowns
**File:** `neode-ui/src/views/apps/appsConfig.ts:119-146`
```typescript
getStatusLabel(state, health):
  - "exited" → "crashed"     // <-- THIS IS THE PROBLEM
```
Every container that exited — whether from a clean reboot (exit 0), OOM kill (exit 137), or app error (exit 1) — shows the same "crashed" label. After a reboot, the UI is a wall of "crashed" labels even though containers are in the process of starting up.

#### B. No "recovering" or "boot in progress" state exists
**File:** `core/archipelago/src/data_model.rs:103-119`
PackageState enum has `Starting`, but it's only set during **explicit user start actions**, not during automatic crash recovery. During boot recovery, containers transition from `Exited → Running` without ever passing through `Starting`, so the UI never shows a spinner or "starting up" message.

#### C. Backend skips sub-containers from package listing, so their state is invisible
**File:** `core/archipelago/src/container/docker_packages.rs:39-117`
The excluded_services list filters out backend services like `mempool-db`, `btcpay-db`, `nbxplorer`, `penpot-postgres`, etc. UI containers ending in `-ui` are also skipped. These containers are invisible to the user even when they're the actual cause of a stack failure (e.g., `indeedhub-postgres` being dead kills the entire IndeedHub stack, but only `indeedhub-api` errors are visible).

#### D. No distinction between "needs manual intervention" and "will recover soon"
The UI shows the same visual treatment for:
- Portainer (DB migration error — will NEVER recover without manual intervention)
- mempool-api (DB not ready yet — will recover in 30 seconds)
- IndeedHub (dependencies abandoned — won't recover until deps are manually restarted)

### Fixes Required

1. **Differentiate exit codes**: Exit 0 = "stopped" (gray), Exit non-zero = "crashed" (red), Exit 137 = "killed (OOM)" (red with warning)
2. **Add a "recovering" state**: During boot/crash recovery window (first 5 minutes after backend start), show "Starting up..." instead of "crashed" for exited containers
3. **Show sub-container health**: When a parent app is unhealthy, show which sub-service caused the failure (e.g., "IndeedHub: postgres is down")
4. **Distinguish recoverable from permanent failures**: After health monitor gives up (3 attempts), change label to "Needs attention" instead of keeping "crashed"
5. **Add recovery progress indicator**: During boot, show "Recovering containers: 15/22 started" on the dashboard

---

## Problem 9: Dependency-Blind Restarts

### Root Cause (Confirmed by .228 reboot)

The health monitor restarts containers individually without considering dependencies. This was proven by the IndeedHub stack failure:

1. `indeedhub-postgres` exits cleanly (code 0) on reboot
2. Health monitor restarts postgres — it starts, but exits again (likely needs volume mount or network ready)
3. After 3 attempts, postgres is **abandoned**
4. Meanwhile, `indeedhub-api` tries to connect to postgres → `ENOTFOUND indeedhub-postgres` → exits
5. Health monitor restarts api → same DNS failure → exits
6. After 3 attempts, api is **abandoned**
7. Same cascade for redis, minio, relay, main container — all abandoned within minutes

**File:** `core/archipelago/src/health_monitor.rs:500-530`
The restart loop treats each container independently. There's no logic to:
- Check if a container's dependencies are running before restarting it
- Restart dependencies first when a dependent container fails
- Reset attempt counters when a dependency comes back online

**3 attempts is too few**, especially when dependencies need time:
- Attempt 1: 10s backoff → dependency still starting
- Attempt 2: 30s backoff → dependency crashed and is being restarted
- Attempt 3: 90s backoff → dependency hit its own 3-attempt limit and was abandoned
- Game over. Entire stack is dead.

### Fixes Required

1. **Dependency-aware restart ordering**: Before restarting a container, check if its dependencies are running. If not, restart dependencies first.
2. **Increase max restart attempts to 5-10** for containers with dependencies
3. **Reset attempt counters** when a dependency comes back online (the dependent container failed because of the dependency, not itself)
4. **Add a "stack restart" concept**: When restarting any container in a multi-container stack (indeedhub, mempool, btcpay, immich, penpot), restart the entire stack in dependency order
5. **Handle "Created" state containers**: `archy-mempool-web` and `fedimint` are in "Created" state (never started). The health monitor should detect these and attempt to start them.

---

## Priority Order for Fixes

### P0 — System is broken without these (reboot = broken system)
1. **Dependency-aware restarts** in health_monitor.rs — restart dependencies before dependents, reset attempt counters when deps recover
2. **Increase max restart attempts to 10** (currently 3) — dependency chains need more time on boot
3. **Handle "Created" state** — containers stuck in Created are never started by health monitor
4. **Fix UI state labels** — "exited" code 0 should say "stopped", not "crashed". Add "recovering" state during boot window.
5. Fix Rust config to read secrets from `/var/lib/archipelago/secrets/` instead of hardcoded passwords
6. Fix port 7777 conflict (strfry vs indeedhub)
7. Add ZMQ config to Bitcoin for LND block notifications

### P1 — Core functionality broken
8. Wire up manifest health checks (replace fake "running = healthy" with actual HTTP/exec probes)
9. Fix uninstall to clean up volumes, networks, and respect graceful shutdown timeouts
10. Return actual errors from install/uninstall instead of silent success on partial failure
11. Remove `|| true` from critical first-boot commands
12. Show sub-container health in UI (which dependency is actually broken)

### P2 — Performance and CPU
13. Deduplicate `podman stats` calls (health monitor + metrics collector both call every 60s independently)
14. Increase health monitor interval to 120s
15. Add frontend health polling via WebSocket push (populate `health` field in data model)
16. Make fleet polling viewport-aware (don't poll when user isn't viewing)

### P3 — Consistency and correctness
17. Sync memory limits between first-boot and Rust config
18. Update marketplace version strings (LND shows 0.17.4, actual is 0.18.4; Mempool shows 2.5.0, actual is 3.0.0)
19. Unify container naming conventions between first-boot script and Rust config
20. Add disk-aware Bitcoin config (prune/txindex) to Rust installer
21. Distinguish "needs manual intervention" from "will recover soon" in UI

---

## Key Files to Modify

| File | What to fix |
|------|-------------|
| `core/archipelago/src/health_monitor.rs` | Dependency-aware restarts, increase MAX_RESTART_ATTEMPTS to 10, handle Created state, deduplicate with metrics collector |
| `core/container/src/podman_client.rs` | Add RestartPolicy to container creation spec, fix `.unwrap_or_default()` error swallowing, increase socket timeout to 15-30s |
| `core/archipelago/src/crash_recovery.rs` | Increase timeouts to 120s, add retry with backoff, fix tier ordering catch-all |
| `core/archipelago/src/api/rpc/package/install.rs` | Return failure on timeout (not silent success), await post-install hooks |
| `core/archipelago/src/api/rpc/package/runtime.rs` | Add volume/network cleanup on uninstall, use `podman stop -t` then `podman rm` (not `-f`), return errors on partial failure |
| `core/archipelago/src/api/rpc/package/config.rs` | Read secrets from disk, fix port 7777, add ZMQ config, sync memory limits |
| `core/archipelago/src/container/dev_orchestrator.rs` | Wire up manifest-defined health checks instead of just checking podman state |
| `core/archipelago/src/container/docker_packages.rs` | Stop filtering sub-containers from state — or expose their health as part of parent app status |
| `core/archipelago/src/data_model.rs` | Populate `health` field for WebSocket push, add exit code to state |
| `core/archipelago/src/monitoring/mod.rs` | Share podman stats data with health monitor instead of duplicate subprocess calls |
| `neode-ui/src/views/apps/appsConfig.ts` | Fix state labels: exit 0 = "stopped", exit non-zero = "crashed", add "recovering" during boot window |
| `neode-ui/src/stores/container.ts` | Add periodic health polling (30s) |
| `neode-ui/src/views/apps/useAppsActions.ts` | Check for "partial" uninstall status, show errors to user |
| `neode-ui/src/views/marketplace/marketplaceData.ts` | Fix version strings to match image-versions.sh |
| `scripts/first-boot-containers.sh` | Remove `\|\| true` from critical commands, fix port 7777 conflict, add proper error reporting |