Fast, API‑Friendly Proxies for Wikipedia Research
Run high‑volume reads, page‑change monitoring and link audits across Wikipedia and sister projects with low‑latency endpoints engineered for stable, respectful API usage. Choose IPv4/IPv6, HTTP(S) or SOCKS5, and tune session behavior for your crawler or BI stack.
- %99 UpTime
- 1 Free Swap a Month
- Unlimited Bandwidth
- Unlimited Connection
- 24/7 Tech Support
- HTTP(S) and Socks4/5 Support
Purpose‑built for read‑heavy, language‑diverse analysis
API‑aware pacing: Our templates help you align concurrency and backoff with common Wikimedia API patterns so exports finish reliably without noisy spikes.
Language edition coverage: Verify interlanguage links, Wikidata ties and template behavior across EN, TR, DE, FR and more from appropriate vantage points.
Stable sessions when needed: Keep cookies or tokens attached for authenticated analytics dashboards or toolforge‑style utilities that expect continuity.
Clean integration: Drop‑in support for curl, Python requests, Playwright, Puppeteer and Airflow/CI pipelines—no custom shims required.
Observability you can act on: Success ratios, status‑code mixes and latency percentiles surface bottlenecks so you can tune retry windows and per‑domain pacing.
Carrier/ASN diversity (optional): Where available, choose pools with specific carriers or ASNs to match target heuristics and reduce false positives.
Cost control for long‑running jobs: Predictable pricing with term/volume tiers keeps daily diff crawls, citation checks and link‑rot scans economical.
Privacy by design: Encrypted channels, minimized operational metadata and daily log purges provide auditability for research teams.
Our Services
IPv4 Datacenter Proxy
starting from $0.75High-performance IPv4 datacenter proxies offering exceptional speed and reliability, perfect for SEO tasks, large-scale web scraping, and ad verification activities.
- Instant Activation
- 1 Free Swap a Month
- Unlimited Connection
- 24/7 Technical Support
- Unlimited Bandwidth
- For All Purposes
- Multiple Locations
- HTTP(s) and Socks4/5 Support
ISP Proxy
starting from $1.25Reliable and stable ISP proxies blending datacenter speed with residential anonymity, ideal for social media management, market research, and sensitive scraping operations.
- Instant Activation
- 1 Free Swap a Month
- Unlimited Connection
- 24/7 Technical Support
- Unlimited Bandwidth
- For All Purposes
- Multiple Locations
- HTTP(s) and Socks4/5 Support
Rotating Datacenter Proxy
starting from $10Rapid-rotating datacenter IPs providing automatic IP switching on each request, perfectly suited for large-scale scraping and automated tasks without bans or interruptions.
- Instant Activation
- Select country, state and city
- Unlimited Connection
- 24/7 Technical Support
- Unlimited Bandwidth
- For All Purposes
- Multiple Locations
- HTTP(s) and Socks4/5 Support
Rotating Residential Proxy
starting from $15Anonymous rotating residential proxies offering genuine user IPs that change with every session, covering extensive global locations for secure browsing and data collection.
- Instant Activation
- Real IP Addresses
- Unlimited Connection
- 24/7 Technical Support
- Unlimited Bandwidth
- For All Purposes
- Multiple Locations
- HTTP(s) and Socks4/5 Support
IPv6 Proxy
starting from $0.15Discover our affordable and scalable IPv6 proxies, ideal for tasks requiring a wide variety of IPs, such as SEO, web scraping, and automated data extraction.
- Instant Activation
- 1 Free Swap a Month
- Unlimited Connection
- 24/7 Technical Support
- Unlimited Bandwidth
- For All Purposes
- Multiple Locations
- HTTP(s) and Socks4/5 Support
Promo code Wikipedia scale research for less
Apply a platform‑specific promo at checkout and combine it with term discounts. Ideal for page‑diff monitors, citation audits and language‑edition QA.
View Promo Codes
Frequently asked questions
Go to FAQYes. Our pools work with common API clients; pacing templates help you set conservative concurrency and retry windows for steady exports.
Yes—choose vantage points aligned with your target editions to validate localization, interwiki links and template behavior.
For pure reads, rotation often suffices. Choose sticky only if your tooling stores cookies/tokens or you need continuity for dashboards.
Header/UA rotation belongs in your client. We provide best‑practice examples and proxy‑side session controls to complement your setup.
Yes—dual‑stack pools let you prioritize IPv6 where available while keeping IPv4 fallback.
Encrypted channels, minimized operational metadata and daily log purges; exportable invoices and docs support internal reviews.
Provisioning is typically instant after confirmation; credentials appear in your dashboard or via API.
Trials or short‑term plans may be available during promotions—ask live chat for current options.
Featured Blogs
Go to Blog-
IPv4 Datacenter Proxy vs. ISP Proxy Difference
BlogThis blog explains in detail the differences and advantages between Datacenter and ISP proxies.
Learn more → -
Difference between HTTP, HTTPS, and SOCKS4/5 protocols
BlogWhat is the difference between all proxy protocols and which one should you use?
Learn more → -
Which is Better? Paid and Free Proxies
BlogYou can find the advantages/disadvantages and usage scenarios of shared (free) or personal (paid) proxies in this article. We have explained them in detail for you.
Learn more →
Wikipedia and its sister projects (Wikidata, Commons, Wikisource, etc.) reward consistent, well‑paced traffic. ArnProxy provisions private pools tailored for read‑heavy workloads: snapshotting categories, watching diffs, validating citations and measuring template propagation. Configure city/region vantage points to test how pages render in different language editions and to verify external references from local networks.
Pick long‑lived sessions when your tooling keeps lightweight state (dashboards, authenticated utilities). Use paced rotation—per request or at defined intervals—when fanning out discovery across categories, backlinks or Wikidata entities. Dual‑stack IPv4/IPv6 with HTTP(S) and SOCKS5 ensures compatibility from quick CLI fetches to orchestrated, containerized crawlers.
Bring fleets online in minutes via dashboard or API. Segment by project, tag credentials for cost attribution, rotate secrets on schedule and mix IP allowlisting with username/password authentication. Live telemetry exposes error taxonomies, latency percentiles and endpoint health so you can right‑size concurrency for Wikimedia endpoints and mirrors.
Security and privacy are standard: modern TLS everywhere, minimized metadata and daily log purges. Optional ISP/ASN preferences help align with target heuristics on sensitive integrations such as map tiles, external references and preview endpoints.
What You Unlock for Wikipedia‑Focused Teams
- API‑Respectful Throughput: Sustain large read volumes while honoring pacing and retries; our templates help distribute load so category scans and pageview exports complete consistently without bursts that trip safeguards.
- Language‑Edition Vantage Points: Validate templates, modules and interwiki links across multiple editions (EN/TR/DE/FR/ES) from relevant networks to spot localization regressions early.
- Session Strategy: Use long‑lived sessions for dashboards and tools that store cookies; switch to time‑boxed rotation for backlink discovery, citation validation and link‑rot sweeps that benefit from fresh circuits.
- Dual‑Stack Networking: Operate natively over IPv4/IPv6 so media, thumbnails and API calls resolve along modern paths while preserving compatibility for legacy fetchers.
- Protocol Flexibility: Full HTTP(S)/SOCKS5 support lets you wire proxies into headless browsers, CLI utilities and microservices without code changes.
- Carrier/ASN Preference: Where coverage allows, choose specific mixes to match target heuristics—useful for testing external sources referenced from Wikipedia pages.
- Rich Telemetry: Inspect success ratios, status codes and latency percentiles in real time; tune concurrency/backoff for wiki endpoints and static asset hosts.
- Automation Hooks: Provision, rotate and renew via REST API; stream fleet‑health webhooks into your monitoring or orchestration layer for hands‑off operations.
