If you have been doing Amazon cross-border e-commerce for a long time, multi-account store operations have always been a sensitive topic. As the platform’s risk control grows increasingly strict, a slight mistake may trigger account linkage.
But in real business scenarios, many sellers indeed need to operate multiple accounts — such as running different categories, spreading risk, or testing new product strategies.
Next, I will share a highly practical guide: How to use browser fingerprint tools to achieve safe multi-store operations?

Amazon’s core risk-control logic is simple: identify whether a single seller controls multiple accounts.
In addition to common factors like IP, email, and payment accounts, there is another often-overlooked but highly lethal detection method — Browser Fingerprinting.
Even if you change IPs and computers, as long as certain fingerprint information matches, Amazon may determine the accounts are controlled by the same person. In other words, using only proxy IPs is far from enough for safe multi-store operations.
A browser fingerprint tool uses “camouflage + isolation” technologies to allow different accounts to run in fully independent environments — appearing as completely separate devices and users. It helps you achieve:
1. Complete isolation between multiple account environments
Each store has independent fingerprint parameters and cookies, avoiding cross-contamination.
2. “Hard isolation” with proxy IP
One browser environment per IP, making Amazon believe the logins come from real, distinct devices or regions.
3. Automatically generated realistic fingerprints
Anti-linking browser features simulate real device fingerprints such as Canvas, WebGL, and font libraries, improving account safety.
4. Easier teamwork
Team mode and permission control allow multiple operators without confusion.
In multi-store operations, besides building the environment, another key task is — checking whether the environment is safe.
ToDetect Fingerprint Detection Tool:
Many sellers use ToDetect before configuring their browser environments to adjust in time. If you’re building your “security matrix,” never skip this step!
Key points: use residential/ISP IPs, avoid datacenter IPs (high risk), use one IP per store, avoid frequent IP switching.
When creating environments: match region and IP (e.g., US store → US timezone), use realistic Canvas/WebGL modes, keep the font library natural, and enable LocalStorage/Cookies.
This makes behavior resemble a real buyer’s or seller’s normal computer usage.
Focus on: fingerprint consistency, whether the plugin list is too empty, font list realism, WebGL identifiability, and signs of “abnormally high uniformity.”
After running ToDetect, optimize your environment accordingly to reduce linkage probability.
① Never log in multiple accounts in one environment.
② Never mix cookies.
③ Do not log in across different environments.
④ Do not copy/paste account passwords between environments (use password managers).
⑤ Maintain “physical-level isolation” for real safety.
Avoid risks: employees logging in from personal computers, cross-handling accounts, or using personal WiFi.
Using ToDetect’s team-sharing function ensures everyone operates within the same safe environment.
① Changing IPs without changing fingerprints → extremely unsafe.
② Fingerprint parameters too uniform → easily detected.
③ DNS leakage during proxy switching → exposes real network.
④ Multiple accounts sharing one fingerprint → fatal.
⑤ Clearing cookies as a “safety measure” → actually suspicious.
Once you slip up, Amazon’s risk-control system remembers, and the risks grow rapidly.
Amazon multi-account operations fundamentally help expand business and increase risk resistance. As long as your operations are healthy and compliant, and accounts maintain environment isolation + independent behavior, you can safely and stably build a multi-store structure.
Browser fingerprint tools, proxy IPs, and the ToDetect fingerprint detection tool are “infrastructure” that help sellers improve safety. Used properly, they make your operations more stable and sustainable.