Summary

  • The BTW directory binds the article to the HOSTARTS company entity, and a bounded retry check returned current public directory pages for all eight locales.
  • AFRINIC RDAP records AS329667 as active and identifies the registrant organization as EURL HOST ARTS.
  • RIPEstat observed AS329667 as announced in the query window, with IPv4 routing visibility and two observed IPv4 prefixes.
  • PeeringDB returns a HOSTARTS network profile for ASN 329667, but the same profile shows no listed IX or facility entries, so it should not be used as proof of active peering sessions or facility presence.
  • The image boundary is narrow: the selected media candidate is an official HOSTARTS website wordmark, not a photo of HOSTARTS premises, staff, equipment, data centers, network facilities, routing paths, customers, or service quality.

BTW directory profile: HOSTARTS

What happened

The current public record ties HOSTARTS to a specific network-control surface: AS329667. AFRINIC's RDAP service, which is a structured registry lookup system for internet number resources, returns an active autnum record for AS329667. The registrant organization in the RDAP data is EURL HOST ARTS. RIPEstat, a public routing data service, reports the holder as EURL HOST ARTS and marks the AS as announced during the query window reviewed for this article.

That is a narrow finding, not a broad operating audit. It says that HOSTARTS has a public number-resource identity that can be checked in registry and routing systems. It does not say how much infrastructure the company owns, how many customers it serves, how resilient its services are, whether particular routes are accepted by particular upstream networks, or whether any marketing claim on the company website has been independently verified.

The distinction matters because hosting companies often sit between public records and customer expectations. A customer sees web hosting, VPS services, domains, email, or cloud products. The internet sees registry records, DNS, IP prefixes, BGP announcements, and public network profiles. A useful directory-company article should connect those records without inventing private facts.

Why it matters

For non-specialist readers, the practical question is simple: if a company offers hosting or network-dependent services, can outside parties identify the public network records attached to that company? AS329667 gives HOSTARTS such a record. BGP, the Border Gateway Protocol, is the system networks use to tell one another which IP prefixes they can reach. RDAP, the Registration Data Access Protocol, is the structured way to read registry data. Together, those systems create a public trail that helps customers, peers, abuse teams, and directory reviewers understand the operating boundary.

The strongest use of this evidence is not to make HOSTARTS sound larger than it is. The strongest use is to reduce ambiguity. If an IP prefix is visible in routing data, a registry record names the holder, and the directory entity points to the same public company boundary, then outside parties have a cleaner starting point for escalation, monitoring, and record reconciliation. If those records drift, the practical cost appears during outages, abuse handling, service migration, route changes, or customer due diligence.

This is why the article treats registry and routing data as operating records. They are not marketing copy. They are also not full proof of private operations. They are public handles that help people ask better questions when hosting continuity depends on accurate records.

The technical layer

AS329667 is the central technical anchor. An autonomous system is a network or group of networks under a common routing policy. An ASN, or autonomous system number, identifies that network in routing systems. AFRINIC, the regional internet registry for Africa, records AS329667 as active. RIPEstat's AS overview reported the holder as EURL HOST ARTS and announced=true for the query window reviewed.

RIPEstat's announced-prefixes data observed 102.206.40.0/22 and 102.206.43.0/24 for AS329667. A prefix is a block of IP addresses announced in routing. The routing-status response also reported IPv4 visibility from RIPE RIS peers and no IPv6 announced space in that snapshot. Those are time-sensitive observations. They support a current routing-visibility claim for the reviewed window, not a permanent statement about future routing, complete topology, route acceptance by every upstream, or service quality.

PeeringDB adds another public profile, but it must be read carefully. The PeeringDB API returned a HOSTARTS network record for ASN 329667 with website hostarts.dz, rir_status=ok, and a general policy field marked open. It also returned ix_count=0 and fac_count=0 in the checked response. That means the profile helps bind the public network name and website, but it should not be used to claim exchange presence, facility presence, or active peering sessions.

Who is affected

The immediate audience is anyone who depends on HOSTARTS' public network identity being traceable. Customers may care because hosting, VPS, DNS, email, and cloud services depend on routing and address reachability even when the customer never sees BGP. Peers and transit providers may care because accurate public records reduce friction when a network relationship changes or when abuse and security reports need an accountable destination. Directory users may care because the company record should not collapse into a generic hosting category or a similarly named business.

The wider lesson applies beyond HOSTARTS. Smaller hosting and network operators can matter because they host local services, operate customer-facing infrastructure, or provide specialized connectivity. A single ASN does not prove importance by itself. But when an ASN, registry record, routing observation, website, and directory entry point to the same boundary, that boundary is worth preserving and monitoring.

What to watch next

The next useful checks are specific. Future reviewers should watch whether AS329667 remains announced, whether the observed prefixes change, whether RDAP registration data changes, whether any RPKI or ROA status becomes relevant, whether PeeringDB adds or removes network profile details, and whether HOSTARTS updates its own statements about hosting, VPS, domain, cloud, or infrastructure services. RPKI, or Resource Public Key Infrastructure, is a system used to reduce route-origin mistakes; a ROA, or Route Origin Authorization, is a record in that system.

Those checks should stay bounded. A future prefix change may be operationally relevant, but it does not automatically prove a service outage. A company service page may describe offerings, but it does not independently prove capacity, redundancy, uptime, customer count, or regulatory status. A PeeringDB profile may identify a network, but absent facility or IX records cannot be stretched into facility or exchange claims.

Registry records are not just paperwork

Registry records can look administrative, but in network operations they are also repair records. They tell outside parties which public resource is tied to which organizational boundary. In this case, AFRINIC RDAP gives the strongest registry anchor because it records AS329667 and identifies EURL HOST ARTS in the registrant organization data. RIPEstat then shows routing visibility in a particular time window, and PeeringDB gives an additional operator-facing profile.

That mix of sources matters because each source answers a different question. The directory page answers "which company entry is being discussed?" RDAP answers "which registry object is attached to the number resource?" RIPEstat answers "what was visible in routing observations during the reviewed window?" PeeringDB answers "how is this network represented in an operator-facing profile?" None of those sources alone proves private infrastructure. Together, they support a bounded article about network identity and hosting continuity.

The practical value is coherence. If a customer, peer, abuse desk, security team, or directory reviewer sees HOSTARTS, EURL HOST ARTS, AS329667, and hostarts.dz pointing in the same direction, the next question is easier to ask. If those records split, troubleshooting becomes slower and less reliable.

Hosting identity is not facility proof

The official HOSTARTS website presents the company as a hosting and service provider. That is relevant because hosting services depend on public network control surfaces: IP address space, routing visibility, DNS, service pages, and escalation paths. But a website description is still company self-description. It should be attributed as such unless another source independently proves the same operational claim.

The same discipline applies to the image. The selected image candidate for this package is an official HOSTARTS wordmark fetched from the company's website. It is useful only as a company-identification asset. It does not show HOSTARTS premises, staff, equipment, racks, routers, data centers, network facilities, customers, uptime, performance, licensing, or service quality. The article should not ask a logo or wordmark to prove infrastructure facts.

That boundary protects the article from a common error in infrastructure writing: using a visual as proof when the visual is only context. The evidence for AS329667 comes from registry and routing systems. The evidence for company self-description comes from the official website. The evidence for the directory entity comes from BTW directory pages. The wordmark only identifies the company.

The continuity question is record alignment

The continuity question is whether public identity, registry data, routing observations, operator profile, and company presence stay aligned. When they do, customers and counterparties have a better starting point for operational questions. When they do not, the cost appears in escalation and verification work.

For HOSTARTS, the current alignment is narrow but meaningful. The directory entity exists. AFRINIC RDAP records AS329667 as active and tied to EURL HOST ARTS. RIPEstat observed AS329667 as announced during the reviewed window. PeeringDB returns a HOSTARTS network profile for ASN 329667 and points to the official website. That supports a network-identity article.

It does not support claims that HOSTARTS is a national backbone, a market leader, a registry operator, a facility owner, or a guaranteed resilient provider. Those would require separate evidence. The right conclusion is more modest and more useful: HOSTARTS has a traceable public internet number-resource identity, and that identity matters because hosting continuity depends on accurate, current, and explainable records.

What the evidence does not show

The evidence reviewed here does not prove HOSTARTS' private topology, customer base, revenue, staffing, security controls, service quality, uptime, SLA performance, route-export policy, physical facilities, regulatory authority, or market rank. It also does not prove that any particular route is accepted by any particular upstream or peer outside the routing observations captured by public data services.

Those limits are not a weakness in the article. They are the article's guardrails. A directory-company article does not need to become a full infrastructure audit. It needs to explain why a company record matters, what public network records show, what those records do not show, and what future reviewers should watch.

A practical scorecard

The first test is identity. The reviewed directory and registry material supports a bounded HOSTARTS / EURL HOST ARTS / AS329667 identity.

The second test is network relevance. AS329667 provides a real internet-control surface, and RIPEstat's observations show routing visibility during the reviewed window.

The third test is reader clarity. A non-specialist reader can understand the consequence: hosting and network services are easier to monitor and reconcile when public records stay aligned.

The fourth test is source discipline. The article separates public registry and routing facts from unsupported claims about facilities, customers, performance, or market position.

Sources

  1. BTW directory: HOSTARTS
  2. HOSTARTS official website
  3. HOSTARTS infrastructure page
  4. AFRINIC RDAP autnum AS329667
  5. RIPEstat AS overview for AS329667
  6. RIPEstat routing status for AS329667
  7. RIPEstat announced prefixes for AS329667
  8. PeeringDB API record for ASN 329667
  9. PeeringDB HOSTARTS profile
  10. NetworksDB AS329667 profile
  11. HOSTARTS official wordmark source