Valetudo Compatibility Matrix: Rooting Dreame & Ecovacs

The valetudo compatibility matrix for Dreame and Ecovacs splits along one line as of 30 July 2026: Dreame-family vacuums (Dreame, MOVA, Xiaomi-Dreame OEM) appear on the official Supported Robots list with 24 documented UART roots, Hypfer install scripts, and a mass-produced breakout PCB; Ecovacs Deebot models are not on that list and require the experimental ValetudoEV community fork plus manual rootfs work. Both brands root over 3.3 V UART with warranty seals usually intact, but only Dreame gives you maintainer-backed install pages, predictable MQTT maps, and a path you can verify before checkout.

Quick answer: Which Dreame and Ecovacs vacuums are compatible with Valetudo?

Dreame/MOVA/Xiaomi-Dreame: 24 models on valetudo.cloud with UART + Hypfer breakout PCB—flash official Valetudo after vendor FW meets secure-boot floors (e.g., L10 Pro ≥ FW 1138). Ecovacs: not on the official list; UART root is documented on robotinfo.dev, but Valetudo deployment requires ValetudoEV with per-model maturity (X1 Omni best documented). Verify exact SKU revision before purchase—marketing names hide incompatible hardware twins.

Source: Valetudo Supported Robots + ValetudoEV documentation

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Methodology: how this Dreame vs Ecovacs matrix was built

On 30 July 2026, we audited all 24 Dreame-family rows on valetudo.cloud Supported Robots and cross-checked 18 Ecovacs Linux models on robotinfo.dev against ValetudoEV issue trackers and Dennis Giese’s HITCON CMT 2024 Ecovacs research¹²³. For each brand we extracted five fields shoppers confuse in search results: official Valetudo support status, root interface (UART parameters), firmware/hardware gates, post-root feature completeness (maps, MQTT, mop control), and documented lockdown states.

Where I’m less sure — robotinfo.dev has not imported new 2025–2026 Ecovacs SKUs since October 2024; treat unlisted Ecovacs models as verify-before-buy until someone publishes a UART walkthrough. Anecdotally, buyers who assume Ecovacs inherits Dreame’s Hypfer scripts lose weekends on rootfs patching that upstream never documents.

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Original research: Dreame vs Ecovacs compatibility matrix (July 2026)

This citable dataset is the page’s original research: a normalized comparison of how the two dominant non-Roborock LiDAR brands map to official Valetudo support, root complexity, and local-map readiness. Dreame row counts were verified line-by-line on 30 July 2026¹; Ecovacs rows were reconciled against robotinfo.dev and ValetudoEV on the same date²³.

Dimension	Dreame / MOVA / Xiaomi-Dreame	Ecovacs Deebot
Official Valetudo list	Yes — 24 models1	No — use ValetudoEV3
Root interface	UART + Hypfer breakout PCB	UART + custom 2×8 2.00 mm breakout
Baud rate	115200 or 500000 (model-specific)	115200 default
Root password	Exploit chain (no per-device formula)	Per-device via ecopassword generator4
Install automation	Maintainer scripts per SKU	Manual rootfs patch + ValetudoEV deploy
Map support post-flash	Full upstream (per supported model)	Partial — X1 Omni best; X2 maps WIP3
Warranty seals	Usually intact	Usually intact (2019+ models)4
Typical tooling cost (USD, Jul 2026)	$25–$45	$15–$35 + PCB fab time
Privacy shopper fit (Jul 2026)	Default buy for documented local maps	Only if you already own hardware or accept fork risk

Stat snapshot: Of 42 Dreame+Ecovacs Linux vacuums we mapped in July 2026, 24 (57%) ship with official Valetudo install pages; zero Ecovacs models appear on valetudo.cloud¹³.

The per-SKU Dreame revision table with all 24 official rows lives in our full model database. Ecovacs UART steps are in our Ecovacs rooting walkthrough.

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Dreame: official Valetudo compatibility tiers

Every Dreame-family robot on the official list roots through Tier UART: an embedded Linux exploit over a 3.3 V serial console after the Hypfer breakout PCB mates with factory service pads—mechanical contact, not mainboard soldering¹⁵.

Secure-boot firmware gates (selected aarch64 lines)

Model	Valetudo binary	Minimum vendor FW (upstream)	If below floor
Dreame L10 Pro	aarch64	since FW 1138	Exploit chain stale
Dreame Z10 Pro	aarch64	since FW 1156	Bootloader rejects payload
Xiaomi Vacuum-Mop 2 Ultra	aarch64	since FW 1167	Root fails at U-Boot
Dreame D9 / F9 / MOVA Z500	armv7 / lowmem	—	UART at 115200 or 500000 baud

Flash current vendor firmware before root when upstream lists a floor—skipping updates leaves you on a build that looks like the right robot name but fails at the secure boot verified chain.

Hardware revisions that are hard locks

Marketing name	Rootable fingerprint	Locked twin	How to verify before purchase
Dreame L20 Ultra	Serial R2394	R2253 — NOT rootable	Seller serial photo
Xiaomi 1C	Wi-Fi AP dreame.vacuum.mc1808	Other dreame.vacuum.* SSIDs	Factory AP name during setup
Dreame D9	3 buttons	D9 Max — different robot	Button count + suffix
Dreame L10s Ultra	Original L10s Ultra	L10s Ultra Gen2	No extendable mop + AI camera

For step-by-step Dreame flash commands, see our flash walkthrough.

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Ecovacs: ValetudoEV compatibility outside the official matrix

Ecovacs Linux Deebots since 2019 expose a 2×8 pin, 2.00 mm pitch debug header behind a service-panel flap⁴. UART root is easy on paper—Dennis Giese documents UART, 3.3 V, SWD, and USB on that port with seals typically intact. The compatibility gap is software, not hardware access.

Ecovacs model rows vs Valetudo path (July 2026)

Ecovacs model (status)	SoC platform	UART root	Official Valetudo	ValetudoEV maturity	Privacy-critical sensors
X1 Omni (EOL)	Horizon X3M	Easy	No	Best documented3	Camera, LiDAR, microphone
X2 Omni (ACTIVE)	Horizon X3M	Easy	No	Partial (maps WIP)	Camera, LiDAR, microphone
T30 (ACTIVE)	RK3326	Easy	No	Untested upstream	Rotating LiDAR, line laser
X5 Omni (ACTIVE)	RK3326	Easy	No	Untested upstream	Rotating LiDAR, line laser
T20 Omni (ACTIVE)	RK3326	Easy	No	Untested upstream	Rotating LiDAR, line laser

”Similar for all models since 2019 — Provides: UART, 3.3V, SWD, USB. Easy to debug and root without breaking warranty seals!”

Stock Ecovacs firmware phones home continuously. Security researchers documented in August 2024 that Deebot X2 units could be remotely accessed to activate cameras and microphones without user notification⁶. For privacy-conscious households, ecovacs valetudo is the path to verified local map storage—but only through ValetudoEV, not upstream Hypfer installers.

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Side-by-side: Dreame official path vs Ecovacs community path

Decision factor	Dreame (official Valetudo)	Ecovacs (ValetudoEV)
Pre-purchase verification	Model on valetudo.cloud = supported	UART easy ≠ Valetudo-ready
Breakout hardware	Hypfer mass-produced PCB	Custom 2.00 mm PCB or careful headers
Install scripts	Per-model upstream pages	Manual rootfs + fork deploy
Map rendering in Home Assistant	Documented per SKU	X1 Omni reliable; X2+ variable
Maintainer support	Hypfer + valetudo.cloud	Community fork issue tracker
Return-window risk	Low (seals intact)	Low (seals intact)
2026 privacy shopper verdict	Buy this for new hardware	Root what you own; don’t buy new for Valetudo

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Named buyer scenarios

James, Portland — wants a 2026 flagship with documented Valetudo maps. James cross-shops Dreame L10s Ultra and Ecovacs X2 Omni at similar price points (~$550, checked retailer sites 28 July 2026). He picks Dreame L10s Ultra (original, not Gen2), verifies serial, runs UART install with Hypfer PCB. Verdict: official list + full map MQTT beats Ecovacs fork uncertainty for a new purchase.

Aisha, Munich — already owns Ecovacs X1 Omni from 2023. Aisha builds a 2 mm breakout PCB, roots over UART in ~45 minutes, deploys embedded ValetudoEV, maps MQTT to Home Assistant on VLAN 40. Verdict: credible ecovacs valetudo path for existing hardware—accept incomplete map tiles until the fork matures.

Tom, Chicago — bought Dreame L20 Ultra without checking serial. Tom’s unit is R2253; upstream marks it not rootable¹. Verdict: resell or live with cloud tether; should have matched the revision matrix before checkout.

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Steel-man: “Ecovacs UART is easier—just use ValetudoEV on any Deebot”

Best case for Ecovacs: Since 2019, every Linux Deebot exposes the same debug header—no Dreame secure-boot floors to chase, no serial-prefix twins like L20 Ultra R2394 vs R2253. Community researchers published root passwords, rootfs patches, and a working X1 Omni ValetudoEV build. If you already own an Ecovacs flagship and refuse to buy new hardware, UART root plus WAN blocking delivers local control without tray surgery.

Rebuttal: UART access is only phase one. Valetudo compatibility means maintainer-backed maps, MQTT schemas, and install scripts you can verify before spending $500. Dreame gives you all three on valetudo.cloud; Ecovacs gives you a fork with open map issues on 2026 flagships³. For privacy shoppers buying new hardware in July 2026, Dreame is the rational default—Ecovacs is a salvage project for owners, not a purchase recommendation.

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After root: maps, MQTT, and LAN hardening

Rooting ends at admin access; privacy posture starts at network design—identical regardless of brand.

1. Flash Valetudo (Dreame) or ValetudoEV (Ecovacs) from official or fork releases—never interrupt power mid-write⁷.
2. Join your trusted SSID; assign a DHCP reservation for stable MQTT.
3. Home Assistant: MQTT discovery per install guide.
4. IoT VLAN: deny WAN; allow broker + NTP only (segmentation primer).
5. Export settings after first good boot—recovery beats re-rooting.

Checklist

• ✓ For Dreame: confirm model appears on valetudo.cloud Supported Robots (30 July 2026 snapshot).
• ✓ For Ecovacs: accept ValetudoEV fork scope—check issue tracker for your SKU before buying.
• ✓ Verify Dreame revision fingerprints—serial prefix, SSID, button count—before purchase.
• ✓ Order 3.3 V USB-UART; never connect 5 V TTL to either brand debug port.
• ✓ Dreame: order Hypfer breakout PCB; Ecovacs: fab or buy 2.00 mm 2x8 breakout.
• ✓ Flash vendor FW past secure-boot floors (Dreame aarch64) before UART install.
• ✓ Plan MQTT authentication and IoT VLAN rules before deleting vendor apps.

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Verdict

For privacy-first buyers in July 2026, the valetudo compatibility matrix draws a clear line: Dreame is on the official supported list with 24 UART models, maintainer install scripts, and predictable local maps; Ecovacs roots over UART but lives outside upstream Valetudo in the ValetudoEV fork with incomplete map support on several 2026 flagships. Buy Dreame when you need documented cloud-free maps on day one; root Ecovacs only when you already own compatible hardware and accept community-maintained firmware.

Use this matrix to decide which brand contract fits your threat model; use the Dreame flash walkthrough or Ecovacs rooting guide once hardware is in hand. Cross-shop Roborock paths in our Roborock & Dreame revision matrix if you are still deciding between all three LiDAR brands.

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Primary sources

ID	Source	URL
1	Supported Robots (canonical Dreame list + per-model install)	valetudo.cloud/pages/general/supported-robots/
2	ValetudoEV community fork documentation	github.com/itsjfx/ValetudoEV
3	itsjfx ecovacs-hacking X1 Omni notes	github.com/itsjfx/ecovacs-hacking
4	Reverse engineering Ecovacs robots (HITCON CMT 2024)	hitcon.org slides
5	Hypfer Dreame UART breakout PCB	github.com/Hypfer/valetudo-dreameadapter
6	Ecovacs Deebot X2 vulnerability reporting (Aug 2024)	techcrunch.com
7	Valetudo official releases	github.com/Hypfer/Valetudo/releases

Frequently Asked Questions

Is Dreame on the official Valetudo compatibility matrix?

Yes. As of July 2026, 24 Dreame, MOVA, and Xiaomi-Dreame models appear on valetudo.cloud Supported Robots with documented UART install scripts, Hypfer breakout PCB instructions, and per-model firmware gates. Dreame is the primary officially supported brand for privacy shoppers who want local maps without community forks.

Is Ecovacs on the official Valetudo supported robots list?

No. Ecovacs is absent from valetudo.cloud as of July 2026. Cloud-free Ecovacs control requires the experimental ValetudoEV fork, manual rootfs patching, and a custom 2.00 mm UART breakout PCB—not the standard Hypfer Valetudo install scripts that Dreame owners use.

Which is easier to root for Valetudo—Dreame or Ecovacs?

Dreame is easier for most buyers: Hypfer publishes install scripts, a mass-produced breakout PCB, and maintainer support on the official list. Ecovacs UART root is mechanically similar (seals usually intact), but firmware deployment is community-maintained, map support is incomplete on several models, and you must compute per-device root passwords from model and serial numbers.

What Dreame revisions are not compatible with Valetudo?

Examples upstream documents as of July 2026: Dreame L20 Ultra serial R2253 (only R2394 works), Xiaomi 1C revisions whose Wi-Fi AP is not dreame.vacuum.mc1808, Dreame L10s Ultra Gen2 (distinct from original L10s Ultra), and D9 Max (different robot from the 3-button D9). Wrong hardware twins are hard locks—not firmware patches away.

Which Ecovacs models work best with ValetudoEV?

ValetudoEV development has focused on X1 Omni-class Horizon X3M hardware; battery and status work reliably, but full map rendering remains incomplete on some builds as of July 2026. robotinfo.dev lists UART root as easy for most Linux Deebot models since 2019, including X1/X2 Omni and T20/T30 lines—verify the fork issue tracker before buying for map-dependent automations.

Do I need to solder for Dreame or Ecovacs Valetudo roots?

No mainboard soldering on either brand. Dreame uses the Hypfer breakout PCB on factory UART service pads. Ecovacs exposes a 2x8 2.00 mm debug header behind a service panel—mate a custom breakout PCB or carefully fitted 2 mm headers. Both paths keep warranty seals intact on most 2019+ hardware, unlike modern Roborock disassembly flashes.

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Dataset (JSON-LD)

Footnotes

1. Valetudo Supported Robots, accessed 30 July 2026. https://valetudo.cloud/pages/general/supported-robots/ ↩ ↩² ↩³ ↩⁴ ↩⁵ ↩⁶

2. ValetudoEV community fork. https://github.com/itsjfx/ValetudoEV ↩ ↩²

3. itsjfx ecovacs-hacking X1 Omni notes, accessed July 2026. https://github.com/itsjfx/ecovacs-hacking/blob/master/x1_omni.md ↩ ↩² ↩³ ↩⁴ ↩⁵ ↩⁶ ↩⁷

4. Dennis Giese and braelynn, “Reverse engineering and hacking Ecovacs robots,” HITCON CMT 2024 slides. https://hitcon.org/2024/CMT/slides/Reverse_engineering_and_hacking_Ecovacs_robots_the_bad_and_the_really_bad.pdf ↩ ↩² ↩³

5. Hypfer valetudo-dreameadapter (UART breakout PCB). https://github.com/Hypfer/valetudo-dreameadapter ↩

6. TechCrunch reporting on Ecovacs Deebot X2 remote access research, August 2024. https://techcrunch.com/2024/08/09/ecovacs-home-robots-can-be-hacked-to-spy-on-their-owners-researchers-say/ ↩

7. Hypfer/Valetudo releases. https://github.com/Hypfer/Valetudo/releases ↩

Related guides

• Install Valetudo: Robot Vacuum + HA Guide 2026
• How to Flash Valetudo on Roborock and Dreame Vacuums
• Valetudo Rooting Guide: Roborock & Dreame Compatibility Matrix
• How to Root Ecovacs Robot Vacuums for Valetudo