Jellyfin Docker container in a Debian KVM virtual machine
primary deployment architecture
Proxmox host with isolated appliance and application guests. The pilot's maintained topology for one exact mini PC: Proxmox VE on bare metal, Home Assistant OS in its own KVM virtual machine, and containerized applications inside a separate Debian KVM virtual machine. It is an architecture contract, not a performance or resilience result.
virtualization host: Proxmox VE on bare metal. The exact mini PC runs Proxmox VE directly; no nested host hypervisor is modeled.
Home Assistant appliance guest: Home Assistant OS in a KVM virtual machine. Home Assistant OS keeps its supported appliance environment inside a dedicated KVM virtual machine.
container application guest: Jellyfin Docker container in a Debian KVM virtual machine. Jellyfin runs in Docker inside a separate Debian KVM virtual machine; device passthrough remains an explicit condition.
system
Host and guest system volumes may use the declared internal system SSD within the maintained allocation.
bulk data
Media and other bulk data require separately identified storage; the small system SSD is not treated as the library.
recovery
A separate backup target and a recoverable storage plan remain explicit operational conditions.
default assumptions
decision context
existing hardware
secure boot disabled
must be answered
hardware acceleration configured
must be answered
external media storage available
must be answered
redundant or recoverable storage
must be answered
backup target configured
must be answered
combined checks
Hardware virtualization
virtualization · required
required The selected stack needs hardware virtualization.
4 hardware threads planning floor
compute · required
at least 4 The combined stack model needs at least 4 hardware threads.
12 GiB combined minimum allocation
memory · required
at least 12 The combined host and guest allocation needs at least 12 GiB.
16 GiB combined recommended allocation
memory · recommended
at least 16 Twelve GiB is a tight floor; 16 GiB leaves more operational headroom.
256 GiB host and guest system storage
storage · required
at least 256 The stack model allocates at least 256 GiB to host, guests, app data, and cache.
Wired gigabit networking
network · required
at least 1 The stack assumes wired gigabit networking.
Intel Quick Sync media device
media · required
required The selected Jellyfin recipe assumes an Intel media engine.
Home Assistant OS Secure Boot condition
operational · required
required Confirm the Home Assistant OS Secure Boot condition.
Jellyfin hardware acceleration passed through
media · required
required Configure and verify GPU device passthrough before relying on hardware transcoding.
External media storage
storage · required
required The small system SSD is not the media library; specify NAS, DAS, or another storage plan.
Redundant or recoverable storage
operational · recommended
required A one-drive mini PC is not a resilient storage system.
Separate backup target
operational · recommended
required Add a separate backup target before treating the stack as operationally complete.
server-rendered modeled snapshot
The same evaluator used by the checker ran this stack against Lenovo ThinkCentre M720q Tiny — i5-8500T / 16 GB / 512 GB NVMe with the default assumptions shown above. Missing operational answers remain unknown.
default prerequisite-fit result
fit result: unknown. A required fact, input, effective source, or deferred test is missing.
?unknown
A required fact, input, effective source, or deferred test is missing.
Combined prerequisite and allocation fit. It does not claim measured transcoding, VM latency, thermals, power, uptime, or backup integrity.
The modeled processor meets the stack's planning floor. The positive match is supported only by a modeled, inferred, or user-attested Grade D value, so it remains Conditional and cannot establish a Yes verdict.
Installed memory meets the combined minimum allocation. The positive match is supported only by a modeled, inferred, or user-attested Grade D value, so it remains Conditional and cannot establish a Yes verdict.
The modeled CPU exposes Intel Quick Sync. The positive match is supported only by a modeled, inferred, or user-attested Grade D value, so it remains Conditional and cannot establish a Yes verdict.
The system drive meets the modeled host and guest allocation. The positive match is supported only by a modeled, inferred, or user-attested Grade D value, so it remains Conditional and cannot establish a Yes verdict.
The modeled interface meets the stack's network floor. The positive match is supported only by a modeled, inferred, or user-attested Grade D value, so it remains Conditional and cannot establish a Yes verdict.
The modeled CPU can host the VM-based deployment chain. The positive match is supported only by a modeled, inferred, or user-attested Grade D value, so it remains Conditional and cannot establish a Yes verdict.
The 2.5-inch SATA drive and PCIe card cannot be installed together — Lenovo documents the M720 Tiny 2.5-inch HDD/SSD and PCIe card as mutually exclusive. Installing a PCIe riser/card consumes the space used by the 2.5-inch drive assembly. The modeled selections do not conflict, but Grade D configuration identity cannot prove the physical assembly clear. Resolution: Choose the internal 2.5-inch SATA drive or the PCIe riser/card. Keep NVMe as the internal storage path when PCIe expansion is required.
unknowns and contradictions (4)
Confirm the Home Assistant OS Secure Boot condition. The required input or capability is unknown.
Configure and verify GPU device passthrough before relying on hardware transcoding. The required input or capability is unknown.
The small system SSD is not the media library; specify NAS, DAS, or another storage plan. The required input or capability is unknown.
power thermals is not evaluated by this recipe.
what this result will not tell you
best-value upgrade
unavailable without current price evidence
The pilot has no fresh, comparable acquisition prices, so it will not label an upgrade as the best value.
why we believe this (7 evidence records)
a grade describes how well attested a statement is, not how good the hardware is. grade a is a lab run we reproduced with a published method. grade d is a model, a reasoned inference, or a single unverified report.
For production, Proxmox VE documents Intel 64 or AMD64 with hardware virtualization, at least 2 GB for host services plus designated guest memory, fast redundant storage with SSDs preferred, and redundant multi-gigabit network interfaces. Its separate evaluation-only minimum is not a production recommendation.
The M720 Tiny family supports i5-8500T configurations, two DDR4-2666 SO-DIMM slots, an M.2 SSD, and an optional 2.5-inch SATA drive; Lenovo specifies that the 2.5-inch HDD/SSD and PCIe card are mutually exclusive.
Jellyfin recommends 8 GB RAM, SSD storage for application data and transcode cache, wired gigabit networking, and properly configured hardware acceleration for transcoding.
The generic x86-64 Home Assistant OS image requires x86-64, UEFI boot, compatible storage, and a supported network adapter; Secure Boot must be disabled.
The five configuration records are explicit evaluation fixtures selected for feasibility work; they are not observed retail SKUs or tested lab specimens.
source: Super Evil Robots Repositioning Master Planchecked 2026-07-26claim: claim-ser-candidate-configuration-model
limitation: This is a modeled or inferred claim. It cannot establish measured performance.
9 sources · 0 accepted grade A runs · best evidence grade B · reviewed 2026-07-26
record identity, publication and review
record id
stack-home-automation-media-starter
canonical path
/stacks/home-automation-media-starter/
publication
candidate · noindex
reviewed
2026-07-26
review again by
2026-08-25
evidence boundary
Grade A count: 0. A Grade B source can establish a documented specification or requirement. Grade D records are modeling inputs. Neither is proof of measured throughput, thermals, power, reliability, or physical fit.
10 attached evidence records
a grade describes how well attested a statement is, not how good the hardware is. grade a is a lab run we reproduced with a published method. grade d is a model, a reasoned inference, or a single unverified report.
For production, Proxmox VE documents Intel 64 or AMD64 with hardware virtualization, at least 2 GB for host services plus designated guest memory, fast redundant storage with SSDs preferred, and redundant multi-gigabit network interfaces. Its separate evaluation-only minimum is not a production recommendation.
The generic x86-64 Home Assistant OS image requires x86-64, UEFI boot, compatible storage, and a supported network adapter; Secure Boot must be disabled.
Jellyfin recommends 8 GB RAM, SSD storage for application data and transcode cache, wired gigabit networking, and properly configured hardware acceleration for transcoding.
Home Assistant documents a KVM/Proxmox QCOW2 deployment with minimum VM resources of 2 GB RAM and 2 vCPUs, requires UEFI, and directs KVM users to a non-Secure-Boot OVMF image. The example KVM command allocates 4 GB, while the guide says resources should be sized to the expected workload rather than asserting a universal higher recommendation.
Jellyfin says Intel 7th through 10th generation integrated graphics remain capable for existing owners, but are no longer recommended for a new purchase because Intel deprecated the relevant toolkit.
This projection is generated from homelab graph version 0.1.0. The generated lifecycle index exposes only history events that are explicitly present in the structured record. It does not invent an earlier revision when the graph contains only its creation baseline.
— current candidate record reviewed against the attached evidence set.
— next required review under the monthly pilot-record review interval.
— created: Initial bounded multi-application stack record created.