Europe routing coverage

Hungary Proxies

29,472+ published proxy IPs in Hungary. Residential, residential flex, and mobile capability is reported by the compatibility endpoint; targeting, protocol, and session controls depend on the selected source.

Catalogue updated June 2026; verify current route availability and plan terms before ordering.

29,472+
Published IPs in Hungary
3
Reported network types
26
Autonomous systems
#16
Pool rank in Europe
29,472+ published IPs in Hungary99.9% uptime targetTargeting depends on the selected sourceVerify protocol and session controlsDatabay Trust Center
Reported coverage

Hungary network coverage

The compatibility response reports network categories for Hungary; it does not prove live inventory or source-specific targeting controls.

  • ISP-origin IPs for authorized regional sampling and workflows that require a consumer-network route.

    Global pool
    34M+ IPs
    Network origin
    ISP-classified
  • Residential Flex capability reported for this country; current availability and controls depend on the selected source.

    Global pool
    Flex network
    Network origin
    ISP-classified
  • Mobile Proxies

    Configured

    4G and 5G carrier-network IPs for authorized app testing and mobile-network checks.

    Global pool
    800K+ IPs
    Network origin
    Mobile carrier

A network shows as Configured when it is present in the current compatibility response for Hungary; this is not proof of live inventory. Global pool sizes are catalogue-wide. browse the current community proxy list for Hungary as a separate public-endpoint dataset.

Geo-targeting

Review source-dependent targeting for Hungary

The compatibility response lists network categories only. Confirm the selected source capability, current credential syntax, and observed exit before using a targeting control.

  • Country targeting capability

    A source capability flag can report country targeting for Hungary; obtain the current credential syntax from the dashboard or documentation and verify the observed exit.

  • Source-advertised geo controls

    Use continent, country, city, ZIP, coordinate, or other geo flags only when the selected source advertises that capability.

  • Source-advertised ASN controls

    An ASN in the coverage response does not imply ASN targeting. Use an ASN flag only when the selected source advertises it.

  • Source-advertised sessions

    Rotation and sticky-session behavior depend on the selected source and current route availability; verify both before relying on continuity.

  • Use only targeting flags advertised by the selected source
  • Verify the observed country or ASN before use
  • Confirm rotation and sticky-session behavior in current documentation
  • Confirm protocol and authentication compatibility for the client

Sample of 26 autonomous systems covered in Hungary

  • AS5483 MAGYAR-TELEKOM-MAIN-AS Magyar Telekom Nyrt.
  • AS35311 PR-TELECOM-AS
  • AS42864 GIGANET-HU GigaNet Internet Service Provider Co
  • AS1955 HBONE-AS KIFU
  • AS2012 ELTENET ELTENET
  • AS8462 TARR1
  • AS12301 INVITECH
  • AS20845 DIGICABLE
  • AS21334 ASN-ONE-
  • AS25274 NARACOM-
  • AS41075 ATW-AS
  • AS41627 ASPICKUPNET

These ASNs are coverage evidence, not proof that ASN targeting is enabled. Check the selected source capability and verify the observed exit.

Credential examples are withheld

Configured country and network coverage does not prove the credential grammar, session flags, or source selection used by the production gateway. Review the current documentation and dashboard-issued credentials, then verify the observed exit.

Network performance

Network-wide operating targets for Hungary routes

These catalogue-wide figures describe the service target, not a country-specific guarantee. Measure the exact route and workload before relying on it.

Uptime target
99.9%
Network-wide availability
Residential latency
~1.1s
Median response time
Datacenter latency
~780ms
Median response time
Session controls
Source-specific
Verify current source capability

Latency and uptime are network-wide medians and targets. See how Databay benchmarks its network.

Field guide

Need an ISP-origin network? Review residential proxies in Hungary and confirm that the selected source advertises the controls you need. Testing public endpoints first? You can browse the current community proxy list for Hungary as a separate, freshness-bounded dataset.

HUN evidence frame: reading redirects without inventing local intent for Hungary

A country route can be useful for observing a redirect chain, but it does not prove why a destination chose that chain. Record each hop before attributing a change to network origin. Read 29,472 for Hungary as a historical total, not a live pool. The number covers IPs seen so far in residential, datacenter, and mobile origin categories and is manually refreshed each year; Flex does not create another origin category. Its catalogue ranks are 58/195 worldwide and 16/46 across Europe. Neither rank establishes stock, concurrency, performance, availability, or delivery. Keep the HUN catalogue record separate from the fresh Hungary route observation and the final buying decision.

Cache-variant inspection on the HUN route

Select an authorized resource whose cache headers can be inspected. Compare a clean direct request with the country route, retaining Age, Vary, ETag, cache-status fields, response length, and a content digest where permitted. Treat countryCode-hu as a requested Hungary origin, subject to the chosen network supporting that control. Verify the exit with a named source and timestamp. Do not infer browser language, currency, delivery location, tax context, account state, or eligibility from country success. Declare the HUN hypothesis and acceptance rule first, then retain rejected and inconclusive Hungary observations beside accepted ones.

Sticky-flow checkpointing: Hungary verification run (HUN)

If the selected product offers a sticky mode, request it explicitly and place a checkpoint before and after each important step. Note connection reuse, elapsed time, exit changes, and upstream disconnects without assuming the session will last its maximum setting. For each HUN checkpoint, write the hypothesis, changed variable, unchanged controls, exit observation, response evidence, and outcome code. Include connection reuse and session label where relevant. End the sequence at its predeclared limit or first mandatory stop. Use only an endpoint permitted for the Hungary test, keep missing measurements explicit, and never rotate around a refusal or other mandatory stop.

HUN diagnosis: repeat-exit interpretation between Czech Republic and Sweden

A repeat can reflect current supply, connection reuse, a sticky setting, or ordinary gateway selection. Check the effective configuration before assigning a cause and never describe the historical country count as the expected unique-exit total. For recorded breadth in Europe, Hungary's closest reference entries are Czech Republic with 30,109 and Sweden with 29,367. The annual figures are not evidence that either comparator is available, faster, or interchangeable with the requested country. Keep HUN comparator rows labelled and diagnose the requested Hungary route from its own evidence rather than a neighbouring count. Record why each comparator belongs in the authorized review before using it.

DNS-mode compatibility gate before buying Hungary proxy access (HUN)

Approve the route only if the buyer-required DNS behavior is supported by the actual client and verified in the pilot. Prefer the simpler supported configuration when both modes produce equivalent accepted results. The HUN buying rule should combine product eligibility, verified country, maintained-client protocol, required session mode, accepted response, finite retry budget, and cost basis. Retest the Hungary workflow after a material change and reject a result whose denominator omits failures. Reject any Hungary conclusion built from an unverified exit, hidden failures, or a changed rule, and repeat HUN verification after a material configuration change.

Hungary proxies

Frequently asked questions

How many proxy IPs does Databay have in Hungary?
The 29,472+ figure is Databay's all-network catalogue count for Hungary, not a per-network or live-inventory claim. Current configured capability includes residential, residential flex, and mobile; routing and targeting controls depend on the selected source, and the observed exit must be verified.
What types of proxies are available in Hungary?
Databay currently reports configured residential, residential flex, and mobile capability in Hungary. Protocol and session controls must be confirmed for the selected source.
Which networks and ASNs are covered in Hungary?
Configured coverage in Hungary references 26 autonomous systems across 3 reported network types. This does not imply ASN targeting; use that control only when the selected source advertises it.
How do I authenticate with Databay proxies?
Authentication is by username and password over the documented gateway. Use only targeting and session flags advertised by the selected source capability.
Which protocols are supported?
The location-capability check does not attest protocol or session support. Confirm the current gateway protocols and controls for the selected source in the dashboard and documentation.
Is there an API?
Use the documented API and gateway interfaces shown for the selected product. Do not infer pool, geo, protocol, or session controls from a country catalogue count.
How do I get started?
Create an account, choose a plan, and the dashboard issues gateway credentials you can use immediately.
Where can I verify current reseller or volume options?
Use the live product pricing pages for current self-serve terms and contact sales for requirements not listed there. Do not assume an older quantity, price, or reseller option remains available.

Review current Hungary proxy options

Review the reported Hungary network category, then verify the selected source, observed route, and current plan terms.

Pricing, order minimums, and traffic validity vary by product.