What Is HarmonyOS Cluster Control? A Complete Guide to HarmonyOS Next Device Management

1. Bottom Line: HarmonyOS Cluster Control Is an Empty Blue Ocean

Search “HarmonyOS cluster control” on Baidu and you will barely find any competitor-specific content - just scattered tool ads and a few encyclopedia entries. What does that tell you? The market is still early, and very few players have entered yet.

Meanwhile, HarmonyOS Next (“pure-blood HarmonyOS”) users are growing fast. More and more companies and individuals are asking: “Can I manage HarmonyOS devices the same way I already manage Android and iPhone fleets?”

Answer: yes, and the solutions are already mature. Most people just have not heard about them yet.

This article is for everyone hearing about “HarmonyOS cluster control” for the first time. I will walk through everything from the ground up - what it is, how it works, which tools exist, who should use it. By the end, you will know whether it makes sense for you.

2. What Exactly Is HarmonyOS Cluster Control?

Break down the name: “HarmonyOS” refers to the operating system (HarmonyOS Next, which no longer supports Android APKs). “Cluster control” is even simpler - one computer simultaneously controlling multiple phones.

In one sentence: connect dozens of HarmonyOS phones together via software, then control, deploy tasks, and monitor everything from a single central console.

Sounds complicated? It is not. It is fundamentally the same solution as Android cluster control and iOS cluster control - just implemented on a different OS. Nothing magical about it.

How It Actually Works Under the Hood

The biggest change in HarmonyOS Next compared to the old HarmonyOS (which could still run Android apps) is one thing: Huawei completely removed Android compatibility. All cluster control tools built around Androids ADB protocol stop working on the new system. Out. Done.

HarmonyOS introduced a new communication layer called the Distributed Soft Bus. In plain English, it is Huaweis own data-transfer mechanism that lets devices communicate faster, with lower latency, without needing WiFi or direct cables. Cluster control software leverages this channel to synchronize commands and push operations across connected devices.

Here is what the workflow looks like when you are actually using it:

1. Setup phase: On each HarmonyOS phone, go to Settings -> Developer Options -> enable “USB Debugging” or “Wireless Debugging”
2. Connection phase: Connect phones to the central computer via USB cable (or wirelessly through a Gigabit router on the same LAN)
3. Screen mirroring phase: The console shows every phone live screen, and you can switch between any device to manually operate
4. Batch execution phase: Write your automation script, hit deploy, and all connected phones start executing the workflow simultaneously
5. Monitoring phase: Check battery levels, network status, and progress for every device at a glance from the dashboard

None of this requires rooting your phone or voiding your warranty. It works within Huawei security framework, similar to how iOS cluster control operates without jailbreaking.

Key point: Unlike basic screen-mirroring tools where you can only watch and remotely operate, EasyClick gives you a full HarmonyOS IDE so you can write JavaScript/TypeScript scripts to drive each device independently. Image finding, tapping, swiping, OCR text recognition - all supported. Huge difference from “record-and-playback” solutions.

3. Who Actually Supports HarmonyOS Cluster Control Today?

Here is something worth digging into - because if you search online, tons of products claim “HarmonyOS compatible,” but in reality only EasyClick currently offers full HarmonyOS Next support among cluster control platforms.

Let me break it down:

EasyClick - The Only Complete Solution for HarmonyOS Next

Dimension	Status
HarmonyOS IDE	Full script development environment, ready out of the box
Scripting Language	JavaScript / TypeScript (same syntax as Android/iOS)
Connection Mode	USB wired + WiFi wireless debugging
Image Recognition	OpenCV + PaddleOCR for image matching, color detection, text recognition
Cluster Screen Mirroring	Native support for concurrent multi-device mirroring, grouping, gesture sync
Free Trial	Community edition available at no cost
Ideal Users	Individual developers, small teams, cross-border e-commerce sellers

Why it stands out: One SDK covers three platforms (Android/iOS/HarmonyOS). Script logic is interchangeable across ecosystems. Chinese documentation and community support are the most mature in the industry. And if you have already written Android EC scripts, you do not need to start from scratch - just tweak the package names and you are good to go.

Learn more

Why Are Other Platforms Missing?

You might have seen names like AScript, Total Control, Shengwei Remote Screen, Laixi Cluster Control floating around searches. They have some presence in the space, but here is the critical question: have any of them actually adapted to HarmonyOS Next?

Short answer: no.

• AScript: Primarily targets Android + iOS + Windows. Zero official mention of HarmonyOS support anywhere on their site. Even if a few users claim it sort of works, that is usually through hacky workarounds bypassing proper APIs - stability is nowhere near production-grade. Would you trust that with your real business? Probably not.
• Total Control: Focuses on Android + Windows mixed control environments. Their HarmonyOS support stopped at the legacy HarmonyOS version (APK-compatible era). After HarmonyOS Next launched, there was no follow-up adaptation. Try connecting a newer device and it will not work.
• Shengwei Remote Screen, Laixi Cluster Control, CC Smart Control, Aibote, etc.: Some marketing pages occasionally drop the words “compatible with HarmonyOS,” but reach out to sales or download a trial version and you will quickly discover one of two things: either it only works on old HarmonyOS (pre-pure-blood), or the handshake fails outright on the new system.

Bottom line: If you need a cluster control system that runs stably on HarmonyOS Next in 2026, EasyClick is pretty much the only option left standing. Not blowing our own horn here - check each vendor official feature lists and release notes yourself. None of them have published a formal HarmonyOS Next launch announcement or API documentation.

This is exactly why now is such a great time to publish HarmonyOS-related content: low search volume is not a bad thing. It means one well-written article today has a real shot at dominating page one on Baidu.

4. How Do You Write HarmonyOS Automation Scripts?

Probably the number-one question people ask. Good news: if you have ever written an EasyClick script for Android or iOS, you basically do not need to learn anything new - just port it over.

Why so easy? Because EasyClick was designed from day one with “one codebase runs three platforms” as a core principle. While each platform has slightly different underlying APIs, the shared scripting syntax remains fully consistent across all three. Everything is JavaScript-flavored, and function names line up closely.

Easiest Example: Launching an App

// Launch WeChat (identical syntax on HarmonyOS, Android, and iOS)
startApp("com.tencent.mm");

// Or launch Kuaishou instead
startApp("com.smile.gifmaker");

That is literally one line - startApp(packageName) - and it works across all three platforms. The only thing changing is the app package name. This API is as foundational as it gets in EasyClick, right up there with click() and swipe().

Full API docs

Slightly Advanced: Automatically Clicking a Button on Screen

// Locate a button by its text label and tap it
let searchBtn = text("Search").findOne(5000);
if (searchBtn) {
    clickNode(searchBtn);
    log.info("Found the search button - tapped successfully");
} else {
    log.warn("Could not find the search button within 5 seconds");
}

This script does two things: scan the entire screen looking for a UI element labeled “Search”, wait up to 5 seconds; if found, click it. If not found, print a warning.

This is one of the most common patterns in EC scripting - locating elements directly via the control tree rather than image matching. It is more reliable across different resolutions since it does not depend on pixel-perfect screenshots. Whether your HarmonyOS phone is a Mate 60, Pura 70, or Nova 12, this code needs zero changes.

Full API docs

Practical Scenario: Auto-Scrolling Short Videos

// Scroll through Douyin/Kuaishou-style feeds automatically
for (let i = 0; i < 50; i++) {
    // Random wait 3-8 seconds (simulating human viewing duration)
    sleep(random(3000, 8000));

    // Swipe upward to switch videos
    swipe(540, 1800, 540, 600, 400);

    // Pause briefly after each swipe
    sleep(random(2000, 5000));
}

log.info("Finished scrolling through 50 videos!");

This is a classic “TikTok matrix ops” script - letting dozens of HarmonyOS phones auto-scroll short videos, like, and comment simultaneously. Doing this manually would drain your team all day. Let a script handle it overnight while you sleep.

And the coolest part? HarmonyOS scripting is not limited to these few examples. It does virtually everything Android can do: image matching, color detection, OCR text recognition, node positioning, timer scheduling, async HTTP requests whatever you want it to do, write a script telling it what to do, and the machines execute.

Full API docs

5. Typical Use Cases for HarmonyOS Cluster Control

Theory is nice but let us look at what real users are already doing:

Scenario 1: Short-Video Matrix Operations

Pain point: Running one account posting a few videos a day no longer cuts it. The current game is “matrix play” - managing 20 to 100+ creator accounts simultaneously, each posting multiple times per day. One person cannot handle that alone.

How HarmonyOS cluster control solves it:

• Console manages 50 HarmonyOS phones, each logged into a separate creator account
• Scheduled bulk publishing of video captions and images
• Automated likes, comments, reply handling
• Analytics dashboards: views, follower growth, conversion rates all at a glance

Why many prefer HarmonyOS: Pura-series cameras carry high weight on domestic short-video platforms. HarmonyOS Next delivers smooth performance and strong battery life, making it an excellent content production主力军. Crucially, no platform anti-bot system currently flags HarmonyOS-based operations - their风控 strategies are still locked onto Android and iOS device fingerprints, with no behavioral recognition models built for HarmonyOS yet. Your HarmonyOS fleet flies practically invisible under their detection radar, carrying far lower ban risk than equivalent Android or iOS setups.

Scenario 2: Multi-Account E-commerce Operations

Pain point: Taobao / Pinduoduo / Xianyu / Amazon each store needs product listing, customer service replies, order processing. One person max handles 3 to 4 stores comfortably. Beyond that, it breaks down.

How HarmonyOS cluster control solves it:

• Each phone logs into one shop account, isolated IPs prevent association
• Scripts auto-scrape competitor pricing/titles, format, and bulk-list products
• Auto-reply customer messages + manual intervention for complex issues
• Inventory sync and price adjustments pushed in one click

ROI math: One person managing 50 phones vs hiring 50 customer service reps. Anyone doing basic arithmetic knows which wins.

Scenario 3: Mobile Game Studio Auto-Grinding

Pain point: Certain mobile games have long, repetitive daily quests with fixed rewards. One account takes 2 to 3 hours to clear. Ten accounts = 20+ hours. Purely wasting human life.

How HarmonyOS cluster control solves it:

• Write a script covering the full daily quest loop (sign-in -> claim stamina -> fight dungeon -> collect rewards)
• Each device runs on an independent account with separate equipment
• Schedule nighttime execution (e.g., 2AM to 5AM), humans handle morning wrap-up and data review
• Auto-reconnect on disconnection, auto-skip abnormal popups

Industry reality: This space is deep waters, but people genuinely make six figures monthly doing it. The key is nurturing accounts properly so platform风控 never catches coordinated bot patterns.

Scenario 4: Real-Device App Testing

Pain point: Released apps need compatibility testing across various form factors will it lag on older Novas? Crash on latest Mates? UI mismatch on different HarmonyOS versions? Testing manually doubles your QA cycle time.

How HarmonyOS cluster control solves it:

• Build a “device farm”: 5 to 20 different HarmonyOS models in one location
• Batch-install apps -> auto-run core functional test cases
• Screenshot every step to capture UI rendering results
• Auto-generate test reports handed straight back to developers

Compared to emulators: Real device performance, touch responsiveness, sensor behavior nothing an emulator fully replicates. Results from actual hardware carry significantly more credibility.

6. Getting Started From Zero: Minimum Viable Setup

If you are touching cluster control for the first time, here is the simplest path to get running:

Step 1: Prepare Hardware

Item	Recommendation	Estimated Cost
Control PC	Win 10/Win 11 or macOS (both supported), 8GB+ RAM recommended	$400 to $700
HarmonyOS Phones	Used Nova 9 SE or older Mate 40 series	$70 to $170 each
USB Cables	Quality Type-C cables xN	$1.50 to $3 each
Gigabit Router	Standard home-grade model suffices	$30 to $60

Small-scale starter setup (5 devices) runs roughly $550 to $950 total - not a steep barrier to entry.

Step 2: Install the Control Client

1. Go to ieasyclick.com to download and install the EasyClick control client (Windows version)
2. Register an account, start with the community edition (free)
3. Open “Device Management” page and confirm the client detects your PC

There is no phone APK involved here - unlike Android where you install an agent app on each device, HarmonyOS operates entirely through USB/WiFi connections to the central console. Phones stay untouched; everything happens server-side.

Step 3: Connect Your First Device

1. Plug the phone into your computer via USB cable
2. The console auto-detects the new device and pops up a connection prompt
3. On the phone screen, a dialog asks “Allow USB debugging?” - tap “Allow”
4. Once connected, you will see that phone live mirror on the console

Congrats, you have cleared the hardest hurdle. Everything after this is copy-paste + writing scripts.

Step 4: Scale Up to 10, 20, 50 Devices

Repeat step 3 - plug in each new device and the console adds another panel. Drag panels around to resize them, group them however makes sense (e.g., “Douyin Group”, “E-commerce Group”, “Test Group”).

When you hit dozens of devices, switch to WiFi network mode - all phones connect to the same router LAN, and the console pulls screens over wireless instead of juggling a tangle of USB cables.

7. Pitfalls to Avoid: Five Common Beginner Mistakes

Pitfall 1: Assuming All HarmonyOS Devices Are Identical

Warning sign: HarmonyOS 4.0 and HarmonyOS Next (pure-blood) are two entirely different systems. Some cluster tools only control legacy HarmonyOS and become useless when plugged into the new system. Always verify which generation the vendor is talking about before purchasing.

Pitfall 2: Buying Obsolete Solutions Cheaply

Warning sign: Several vendors slap “HarmonyOS Compatible” badges on their tools but actually rely on Android ADB protocol underneath - which fundamentally does not work on HarmonyOS Next because the connection architecture changed entirely. Symptoms: devices refuse to connect, or the screen stream freezes constantly.

Pitfall 3: Buying Too Many Devices Before Learning

Warning sign: Buy 3 to 5 units first to practice. Get your scripts running and processes smoothed out before scaling up. Lots of people buy 30 units on impulse and realize halfway through they do not know how to operate them. Expensive lesson in wasted inventory.

Pitfall 4: Ignoring Network Isolation

Warning sign: If running multi-account operations, every phone absolutely needs an independent IP address. Same batch of accounts under the same IP frequently following/unfollowing and posting identical content - platform风控 spots this instantly. Solution: give each account its own SIM card or use a reliable proxy pool.

Pitfall 5: Writing Robotic-Looking Scripts

Warning sign: The #1 reason accounts get banned is not “using cluster control” - it is “operating too mechanically.” Posting at exactly the same time daily, swiping at perfectly regular intervals, posting identical copy across all accounts - these scream “robot” to any platform风控 engine.

Fix: Inject randomness everywhere. Add 5-minute jitter to timestamps, vary content templates, fluctuate interaction frequency. The closer your patterns mimic real humans, the longer your accounts survive.

8. Summary: When Should You Jump In?

Whether HarmonyOS cluster control makes sense for you depends on your situation. Here is a simple decision guide:

Give it a try if:

• You already have Android/iOS cluster control experience and want to expand to HarmonyOS
• Your business involves heavy content publishing and multi-account operations
• You want to front-run the wave - HarmonyOS Next is still developing, fewer competitors entering early = bigger share of mind later
• Your team includes JavaScript developers (or you self-study using the free community edition)

Wait a bit if:

• You have never touched mobile automation before and jumping straight into HarmonyOS feels overwhelming
• Your device count is tiny (1 to 3 phones) - individual operation alone is sufficient, no need for cluster control yet
• Budget is extremely tight and you would rather spend time tinkering with open-source than investing in commercial tools

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Still Have Questions?

HarmonyOS cluster control is genuinely a new topic - there are not many quality resources out there yet. If this article did not quite satisfy your curiosity, drop a comment below or reach out to our customer service to discuss your specific scenario. Every setup is different; a quick chat often saves hours of trial and error.

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