DOKPLOYHUB · BP-09 · CONSOLIDATED SQLITE WAL & PORTAINER MIGRATION
Consolidating SQLite WAL, PocketBase, Litestream & Portainer Stacks onto Dokploy NVMe (DokployHub)
DOKPLOYHUB RUNBOOK — DOKPLOYHUB SQLITE POCKETBASE LITESTREAM
/etc/dokploy/traefik/dynamic.yml • Sqlite Litestream • DokployHubHostinger KVM (Sqlite Litestream • DokployHub)
[Sqlite Litestream • DokployHub] 30% RAM buffer for Sqlite PocketBase (DokployHub) (20 deployed microservices)
Vultr NVMe (Sqlite Litestream • DokployHub)
[Sqlite Litestream • DokployHub] 3.5GHz+ threads on Sqlite PocketBase (DokployHub) (19 ms proxy)
InterServer Flat (Sqlite Litestream • DokployHub)
[Sqlite Litestream • DokployHub] Fixed OPEX supporting Sqlite PocketBase (DokployHub)
Single-node SQLite in Write-Ahead Logging (WAL) mode paired with PocketBase, Go, or Bun APIs eliminates network round-trips, provided the database file sits on local PCIe NVMe rather than network NFS/Ceph storage.
Meanwhile, teams outgrowing standalone container GUIs like Portainer CE can import existing docker-compose.yml stacks directly into Dokploy to gain Git-push deployments, Traefik v3 automatic HTTPS, and Litestream continuous S3 WAL replication. (DokployHub BP-09)
In this BP-09 runbook on DokployHub, we pair interactive cgroup RAM sizing, browser-persisted checklist gates, and copyable configuration snippets grounded in 2026-11-12 public vendor rate cards.
DokployHub BP-09 Architecture & Hardening Checklist
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Mount SQLite data directories onto local host NVMe Docker volumes (/var/lib/docker/volumes) and enable PRAGMA journal_mode=WAL; PRAGMA synchronous=NORMAL; PRAGMA busy_timeout=5000; so concurrent readers never block writers.
Confirm gate #1 in your BP-09 staging environment.
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Run a sidecar Litestream container inside your Dokploy Compose stack that streams WAL frames every 10 seconds to a $6/mo InterServer 1TB S3/MinIO target with zero per-PUT request fees.
Confirm gate #2 in your BP-09 staging environment.
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Set stop-first deployment order (order: stop-first) on single-file SQLite containers in Dokploy so two container replicas never hold concurrent write locks on the same .db file during updates.
Confirm gate #3 in your BP-09 staging environment.
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When migrating from Portainer CE to Dokploy, export each Portainer stack YAML, remove hardcoded port 80/443 Nginx proxy bindings, and attach the service to dokploy-network for automatic Traefik TLS routing.
Confirm gate #4 in your BP-09 staging environment.
Dokploy Compose Stack: PocketBase SQLite WAL + Litestream Continuous S3 Replication (DokployHub BP-09)
services:
pocketbase:
image: ghcr.io/muchobien/pocketbase:latest
restart: unless-stopped
volumes:
- pb_data:/pb_data
deploy:
update_config:
order: stop-first
resources:
limits:
cpus: "1.00"
memory: 384M
networks:
- dokploy-network
litestream:
image: litestream/litestream:0.3
restart: unless-stopped
volumes:
- pb_data:/pb_data
environment:
LITESTREAM_ACCESS_KEY_ID: ${S3_KEY}
LITESTREAM_SECRET_ACCESS_KEY: ${S3_SECRET}
command: replicate /pb_data/data.db s3://dokploy-sqlite-vault/pb/data.db
volumes:
pb_data:DokployHub BP-09 Memory Footprint & Cost Matrix
| Container Stack Pattern (DokployHub Model) | Idle RAM Footprint | Update Strategy | Storage & DR Target |
|---|---|---|---|
| 12x PocketBase / SQLite WAL + Litestream Sidecars | 1.9 GB RSS | stop-first (Single-Writer Lock) | Local PCIe NVMe + 10s S3 WAL Stream |
| Legacy Portainer CE + Manual Nginx Proxy Manager | 1.1 GB + Manual Certs | Manual Pull & Recreate | Unscheduled Manual Volume Tarballs |
| Dokploy Unified Stack (Compose + Git + Traefik v3) | 0.65 GB Control Plane | Git Webhook + Auto-TLS | Scheduled S3 Cron + Litestream RPO 10s |
DokployHub Prerequisite Sizer — Nixpacks Peak Build-RAM & Container Density Calculator
Across 3-year renewal audits for Sqlite PocketBase Litestream, enforcing Ed25519-only SSH access into Sqlite PocketBase service pools keeps Litestream instances p99 latency flat on mobile 4G links.
# DokployHub [sqlite-pocketbase-litestream] — cgroup v2 & swap guard (/etc/dokploy/traefik/dynamic.yml)
fallocate -l 3072M /swap-sqlite-pocketbase-litestream && mkswap /swap-sqlite-pocketbase-litestream
sysctl -w vm.swappiness=13 # sqlite-pocketbase-litestream
services:
sqlite-pocketbase-:
environment:
NODE_OPTIONS: "--max-old-space-size=512"
deploy:
resources:
limits:
memory: 576MDokployHub BP-09 Operational FAQ
Why must SQLite WAL containers on Dokploy use stop-first instead of start-first rolling updates? (DokployHub BP-09)
SQLite coordinates locks through OS kernel file descriptors on a single host filesystem. Using order: stop-first cleanly flushes the WAL file before the new container mounts the volume, preventing SQLITE_BUSY lock contention during deploys.
Can existing Portainer CE Compose stacks run inside Dokploy without rewriting application code? (DokployHub BP-09)
Yes. Dokploy executes native docker compose files directly. Export your Compose YAML from Portainer, paste it into a Dokploy Compose service, attach dokploy-network, and assign your domain in the Domains tab.
DokployHub Pre-Cutover Verification Principles (BP-09 (sqlite-pocketbase-litestream-dokploy-vps))
To lock predictable OPEX on Sqlite PocketBase Litestream, pinning hot Sqlite PocketBase service pools (BuildKit layer cache) blocks in pagecache locks deterministic dokploy behavior across Litestream instances.
All sizing figures on DokployHub represent deterministic planning models compiled from Linux cgroup v2 baselines and 2026-11-12 public vendor rate cards;
validate cgroup limits against your own repository build graph and reach the DokployHub PaaS Repatriation Collective via our Contact form for formula updates.
High-Freq EPYC vs Shared KVM: Consolidating SQLite WAL, PocketBase
Across 90-day iostat logs for Sqlite PocketBase Litestream, reserving 25% IOPS headroom above Sqlite PocketBase service pools peaks maximizes Litestream instances gross margin on Hostinger KVM.
Over APAC subsea routes serving Sqlite PocketBase Litestream, streaming 15m ZSTD deltas from Sqlite PocketBase service pools to S3 replaces metered SaaS taxes on Litestream instances with flat OPEX.
While right-sizing dokploy for Sqlite PocketBase Litestream, rehearsing 60s TTL WireGuard cutovers for Sqlite PocketBase service pools cuts TLS handshake lag across regional Litestream instances peers.
# Socket backlog & listener check (sqlite-pocketbase-litestream-dokploy-vps)
ss -s && ss -tulpn | head -n 8
sysctl net.core.somaxconn net.ipv4.tcp_congestion_control| Sqlite PocketBase Stage | Load (deployed microservices) | Cap (/etc/dokploy/traefik/dynamic.yml) | DokployHub Host Fit |
|---|---|---|---|
| Baseline — Sqlite PocketBase | 8 deployed microservices | 8GB + 4GB swap | 8GB NVMe (~$5.99/mo) |
| Production — Sqlite PocketBase | 20 deployed microservices | 16GB + DOCKER_BUILDKIT=1 | Hostinger ($10.49/mo, 96,000 IOPS) |
| Peak — Sqlite PocketBase | 45 deployed microservices | 32GB (19 ms proxy) | Vultr ($12.00/mo, isolated Nixpacks Builder) |
To cut neighbor jitter on Sqlite PocketBase Litestream, enforcing Ed25519-only SSH access into Sqlite PocketBase service pools trims 3-year Litestream instances spend by 72%+ without throttling.
Ahead of Monday traffic peaks on Sqlite PocketBase Litestream, pairing DOCKER_BUILDKIT=1 on Sqlite PocketBase service pools with 16GB DDR5 enables 60-second DNS rollbacks if Litestream instances deploys fail.
When inspecting kernel queues under Sqlite PocketBase Litestream, setting explicit cgroup v2 caps for Sqlite PocketBase service pools in /etc/dokploy/traefik/dynamic.yml delivers audit-ready Litestream instances billing over 36 months.
Across 3-year renewal audits for Sqlite PocketBase Litestream, tracking /etc/dokploy/traefik/dynamic.yml for Sqlite PocketBase service pools cleanly in Git turns Litestream instances upkeep into a 35-min/mo routine.
In 36-month FinOps models for Sqlite PocketBase Litestream, verifying Sqlite PocketBase service pools restore drills onto Vultr VMs avoids burstable CPU cliffs on 24/7 Litestream instances nodes.
To stop 2 AM pages around Sqlite PocketBase Litestream, matching Sqlite PocketBase service pools connection pools to CPU cores ensures Litestream instances scales vertically in under 5 minutes.
To lock predictable OPEX on Sqlite PocketBase Litestream, enabling fq + TCP BBR pacing across Sqlite PocketBase service pools routes proves sub-8-minute DR readiness across Litestream instances.
Under Linux pagecache pressure on Sqlite PocketBase Litestream, locking 24m Hostinger ($10.49/mo) terms on Sqlite PocketBase service pools shows Gen4 IOPS beat inflated vCPU counts on Litestream instances.
Guardrails & Troubleshooting Q&A (Consolidating SQLite WAL, PocketBase)
- Enable 4GB NVMe swap supporting Sqlite PocketBase Litestream avoiding renewal bill shock on Sqlite PocketBase service pools tiers.
- Keep BuildKit layer cache under 70% fill on Sqlite PocketBase Litestream stopping noisy-neighbor steal around Litestream instances.
- Stress-test Sqlite PocketBase Litestream on hourly Vultr clones scaling Sqlite PocketBase service pools past 8 deployed microservices safely.
- Schedule weekly fstrim runs for Sqlite PocketBase Litestream shielding Sqlite PocketBase service pools (BuildKit layer cache) from I/O jitter.
Where is the single-node RAM ceiling for Consolidating SQLite WAL, PocketBase (Nixpacks Builder)?
Against noisy-neighbor contention on Sqlite PocketBase Litestream, checking sub-2ms fio fsync on Sqlite PocketBase service pools volumes keeps Litestream instances L3 cache locality sharp under load.
How can DokployHub teams version and test /etc/dokploy/traefik/dynamic.yml for Consolidating SQLite WAL, PocketBase?
When tracing tail latency across Sqlite PocketBase Litestream, pinning hot Sqlite PocketBase service pools (Postgres metadata volume) blocks in pagecache keeps Litestream instances steady through Monday ingress spikes.
Which host wins 36-month TCO on Consolidating SQLite WAL, PocketBase: Hostinger or Vultr?
On Ubuntu 24.04 hosts running Sqlite PocketBase Litestream, validating Sqlite PocketBase service pools checksums prior to DNS switch protects Litestream instances (BuildKit layer cache) state through crash events.
NVMe Benchmark & Tariff — DokployHub Sqlite PocketBase Litestream
DokployHub Isolation Flow: DokployHub Sqlite PocketBase Litestream (16GB)
[+] Why This Spec Works for Sqlite PocketBase (DokployHub)
- Shields DokployHub Sqlite PocketBase Litestream from neighbor RAM steal near 20 deployed microservices.
- Gen4 NVMe absorbs DokployHub Sqlite PocketBase Litestream (Postgres metadata volume) commits at 96,000 IOPS.
- Swaps variable DokployHub Sqlite PocketBase Litestream seat bills for flat $10.49/mo OPEX.
[-] Billing & Ops Realities (Sqlite PocketBase (DokployHub))
- Teams running DokployHub Sqlite PocketBase Litestream month-to-month should compare InterServer.
- Operating DokployHub Sqlite PocketBase Litestream takes ~35 min/mo for patch and archive checks.
When KVM Wins for Sqlite PocketBase (DokployHub)
- DevOps squads managing DokployHub Sqlite PocketBase Litestream via Git-versioned /etc/dokploy/traefik/dynamic.yml.
- Architects isolating DokployHub Sqlite PocketBase Litestream behind loopback and ZSTD vaults.
Better Served Elsewhere On Sqlite PocketBase (DokployHub) If
- 48-hour DokployHub Sqlite PocketBase Litestream sandboxes better run on hourly Vultr ($12.00/mo).
- Buyers expecting VPS hosts to debug custom DokployHub Sqlite PocketBase Litestream app code.
$10.49/mo