Verify geo-targeted ads, check local Kosuge search results, and monitor Japan market data — with real ISP-assigned residential IPs that appear as genuine Kosuge users.
Kosuge mobile proxies are IP addresses from 4G/5G mobile networks operating in Kosuge, Japan. When you route traffic through a Kosuge proxy, websites see your requests as originating from a genuine Kosuge mobile user — essential for local SEO checks, regional ad verification, Japan market research, and any task that requires an authentic Kosuge IP address. Sticky sessions hold the same IP for up to 120 minutes, and your purchased traffic never expires.
Kosuge residential proxies offer a precise way to view the internet from the heart of Tokyo Metropolis. City-level targeting is essential for businesses that need to verify how search engines and retail platforms serve content to the dense Tokyo population. By using these residential IPs, SEO agencies and retail brands can ensure their digital strategies are perfectly aligned with the specific requirements of the local Kosuge market, providing a competitive advantage in the Japanese capital.
| Location | Kosuge, Japan |
| Proxy type | Mobile (real 4G/5G carrier IPs) |
| Protocols | HTTP(S), SOCKS5 |
| Sessions | Rotating / Sticky (up to 120 min) |
| Concurrent | 1,000 threads (up to 2,000 on request) |
| Auth | Username:Password |
| Traffic expiry | Never — purchased GB stays until consumed |
| Active pool | 2 · part of 100M+ global pool |
| Best for | Mobile ad verification, app testing, carrier-level targeting |
Real devices, opted-in & consenting — not scraped or compromised proxies
Purchased GB stays in your account until fully consumed — no monthly resets
Data processed in full compliance with EU privacy regulations
No questions asked — get your money back if it's not a fit
A general Japan proxy assigns any IP within Japan, which may not place you in Kosuge specifically. Kosuge residential proxies route traffic through IPs currently available in Kosuge — giving more precise targeting than a broad Japan pool for local SERP checks, city-level ad verification, regional pricing research, and any service that adjusts results based on precise location within Japan.
Why businesses target Kosuge specifically with mobile IPs:
Analyze how Google.co.jp search results and local map packs appear to users searching from the Kosuge area in Tokyo Metropolis.
Monitor public pricing on Japanese retail sites to ensure your products are competitively priced for consumers in the Tokyo metropolitan region.
Verify that your localized marketing content and regional landing pages are rendering correctly for visitors accessing your platforms from Kosuge residential IPs.
Gather public data from Japanese marketplaces to identify consumer preferences and market trends specific to the Kosuge and Tokyo area.
Audit how travel and transportation fares are displayed to users in Kosuge to ensure accurate regional pricing visibility for travel services.
A Kosuge residential proxy routes your traffic through a real residential IP address in Kosuge, Tokyo. This allows you to access public web content as if you were a local resident in the Tokyo Metropolis.
SEO professionals, ad verification teams, and retail analysts who need to monitor local search results, verify regional ad delivery, and track public pricing trends specifically for the Kosuge and Tokyo metropolitan area.
The number of Kosuge residential IPs changes in real time based on network availability. We do not publish fixed numbers, as our residential proxy pool is dynamic and constantly updated for optimal performance.
Yes, these proxies are provided for legitimate B2B use cases such as market research and ad verification. Users are expected to follow RaxyProxy Terms of Service and all applicable laws in Japan.
Yes, our Kosuge proxies support sticky sessions, which allow you to maintain the same IP address for a specific duration. This is highly beneficial for tasks that require a consistent browsing session.
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Hyper-local city-level targeting — appear as a genuine Kosuge user in seconds.