Artem E. Moskvin is the public registry contact for AS210724, a lean IPv6-only AS in Canada. The profile relies solely on RIPE and BGP data; no personal or commercial verification exists. The ASN’s three prefixes depend on a handful of peers, making it susceptible to registry hijacking or routing changes. Watchpoints centre on registry record mutations, prefix changes, and peering churn.
Moskvin is the admin-c and tech-c for AS210724, with authority to modify the aut-num object, IRR import/export policies, and maintainer credentials. This allows him to directly control how the network’s three IPv6 prefixes—2a0f:85c1:c70::/48, 2a0f:85c1:c13::/48, and 2a0f:85c1:c7f::/48—are announced and accepted across the internet.
Changes to Moskvin’s registry records or the ASN’s routing could disrupt reachability of its IPv6 prefixes, potentially affecting upstream provider Free Range Cloud Hosting (AS53356) and other peers. Because no redundant contacts exist, a single account compromise could lead to a complete hijack of the ASN’s routing. Monitoring his registry handle and BGP announcements provides early warning of control shifts or misconfiguration.
Changes to Moskvin’s registry records or the ASN’s routing could disrupt reachability of its IPv6 prefixes, potentially affecting upstream provider Free Range Cloud Hosting (AS53356) and other peers. Because no redundant contacts exist, a single account compromise could lead to a complete hijack of the ASN’s routing. Monitoring his registry handle and BGP announcements provides early warning of control shifts or misconfiguration.
Moskvin is the admin-c and tech-c for AS210724, with authority to modify the aut-num object, IRR import/export policies, and maintainer credentials. This allows him to directly control how the network’s three IPv6 prefixes—2a0f:85c1:c70::/48, 2a0f:85c1:c13::/48, and 2a0f:85c1:c7f::/48—are announced and accepted across the internet.
Any modification to the aut-num, organisation, or person records can immediately alter how the three prefixes are routed globally, potentially causing outages or enabling traffic interception. The network’s obscurity increases the risk that such changes pass unnoticed, delaying response and amplifying damage. Services relying on those addresses—whether internal, experimental, or future commercial—face a concentrated single-point-of-failure risk.
Artem E. Moskvin is the public registry contact for AS210724, a lean IPv6-only AS in Canada. The profile relies solely on RIPE and BGP data; no personal or commercial verification exists. The ASN’s three prefixes depend on a handful of peers, making it susceptible to registry hijacking or routing changes. Watchpoints centre on registry record mutations, prefix changes, and peering churn.
Any modification to the aut-num, organisation, or person records can immediately alter how the three prefixes are routed globally, potentially causing outages or enabling traffic interception. The network’s obscurity increases the risk that such changes pass unnoticed, delaying response and amplifying damage. Services relying on those addresses—whether internal, experimental, or future commercial—face a concentrated single-point-of-failure risk.
| 0.90–1.00 | A | High — direct sources |
| 0.75–0.89 | A/B | Strong |
| 0.55–0.74 | B/C | Medium |
| 0.35–0.54 | C/D | Weak–medium |
| 0.10–0.34 | D | Weak signal |
| 0.00–0.09 | D | Internal monitoring |
多个公开来源
Artem E. Moskvin
Artem E. Moskvin 是加拿大最近注册的纯 IPv6 自治系统 AS210724 的唯一公开注册联系人。他以 RIPE 处理号 AEM136-RIPE 担任管理和技术角色，将网络三个前缀的路由控制集中在一个账户中。除了 RIPE NCC 数据库，没有对其身份或网络商业目的的独立验证。
为何重要
对 aut-num、组织或人员记录的任何修改都可能立即改变三个前缀的全球路由方式，可能导致中断或使流量拦截成为可能。网络的隐蔽性增加了这些变化未被注意的风险，延误响应并放大损害。依赖这些地址的服务——无论是内部、实验性还是未来的商业服务——都面临集中的单点故障风险。 另见: T-Mobile 成为美国高尔夫赛事官方5G合作伙伴.
公开资料显示
Artem E. Moskvin 是加拿大纯 IPv6 自治系统 AS210724 的唯一公开注册联系人。作为 RIPE 处理号 AEM136-RIPE 下的 admin-c 和 tech-c，他对网络的路由记录拥有独家权限。由于没有冗余联系人，一个被攻破的账户就可能重定向或黑洞三个始发前缀的流量。 另见: 尤金·贡恰连科.
这种集中性使得 Moskvin——或任何访问其账户的人——成为依赖这些地址的任何服务的潜在单点故障。 另见: NGA Connect Limited.
RIPE NCC 记录显示 AS210724 创建于 2025 年 4 月 8 日，组织为 ORG-AM420-RIPE，人员处理号为 AEM136-RIPE。IPGeolocation 和 Cloudflare Radar 报告了三个已宣告的 IPv6 前缀：2a0f:85c1:c70::/48、2a0f:85c1:c13::/48 和 2a0f:85c1:c7f::/48，无 IPv4 路由。上游是 Free Range Cloud Hosting (AS53356)；列出的其他对等方包括 AS212895、AS35708、AS24381 和 AS41051。没有 PeeringDB 条目或第一方服务文档证实这些关系。 另见: Skywolf Inc（天狼公司）.
除注册指纹外，关于 Moskvin 或该网络的公开证据很少。域名 amoskvin.ca 被列为该 ASN 的网站，但未托管任何公司内容、产品页面或服务描述。没有商业注册、客户参考或财务记录将该网络与商业活动联系起来。没有独立的传记、雇主资料或身份文件证实 RIPE 数据库中列出的 Artem E. Moskvin 这个名字。 另见: Devout BV.
Moskvin 的控制面仅限于 RIPE NCC 数据库。作为 admin-c 和 tech-c，他可以更新 aut-num 对象、IRR 导入/导出策略和维护者凭证。这些更改会立即改变对等方接受三个前缀的方式以及在 BGP 中的传播。他还控制组织记录和路由对象，因此单个错误或恶意的更新就可能重路由所有发往这些地址块的流量。 另见: FUTURE SPACE SA.
由于网络没有冗余联系人，配置错误后的故障排除可能会延迟。其上游提供商 Free Range Cloud Hosting 和其他对等方根据注册状态和 BGP 宣告接受路由；不一致可能导致前缀黑洞或将流量引向非法目的地。低调的做派使得其他运营商不太可能及时发现此类异常。 另见: Dcent Investments BV.
观察要点集中在注册记录的更改、意外的 BGP 宣告以及网络公开足迹的任何扩展。对人员、组织或 aut-num 对象的修改将表明控制权可能转移。新网站、PeeringDB 条目或公司注册的出现将有助于澄清 AS210724 背后的实体。突然的前缀撤销或偏离既定对等方集合的新宣告需要立即调查。
该概况仅基于 RIPE 注册。没有政府颁发的身份证明、雇主确认或第三方来源验证其名称或角色。网络运营历史短且缺乏用户社区，使得其目的、韧性和运营商意图等根本问题悬而未决。在公开证实出现之前，应将 Moskvin 视为注册联系人锚点，而非经过全面审查的基础设施运营商。
操作面
Moskvin 是 AS210724 的 admin-c 和 tech-c，有权修改 aut-num 对象、IRR 导入/导出策略和维护者凭证。这使他能够直接控制网络的三个 IPv6 前缀——2a0f:85c1:c70::/48、2a0f:85c1:c13::/48 和 2a0f:85c1:c7f::/48——在互联网上的宣告和接受方式。
Moskvin 的注册记录或 ASN 路由的更改可能会破坏其 IPv6 前缀的可达性，可能影响上游提供商 Free Range Cloud Hosting (AS53356) 和其他对等方。由于没有冗余联系人，单个账户被攻破可能导致 ASN 路由被完全劫持。监控他的注册处理号和 BGP 宣告可提供控制权转移或配置错误的早期预警。
观察要点
Moskvin 对低调的 IPv6 网络的单点控制使其成为注册劫持者或配置错误风险的监控目标。冗余联系人的缺乏增加了监控其 RIPE 处理号和 BGP 信息的重要性。
注意 AEM136-RIPE 处理号、aut-num 对象或组织记录的任何更改。监控 BGP 中新的前缀宣告、撤销或 AS 路径异常。跟踪 amoskvin.ca 是否发展内容或是否出现 PeeringDB 条目。
不存在独立的身份验证。网络的目的、用户基础和商业意图未知。发布时应刷新实时路由计数和对等方列表。缺少公司注册、营业执照或财务记录。
来源
- 互联网注册记录 - AMoskvin Artem Moskvin 的公开来源身份和注册背景。
- RIPE 注册记录 - AS210724 的官方 RIPE 数据库查询页面是 aut-num 记录的公开注册表面，包括 AS 名称、组织、管理和技术联系人处理号、状态、维护者及时间戳。
- 注册机构 RDAP / WHOIS 记录 - RIPE RDAP autnum 端点是 AS210724 的公开 RDAP 形式，并将该 ASN 链接到公开注册实体，包括 AEM136-RIPE 人员处理号。
- radar.cloudflare.com - Cloudflare Radar 将 AS210724 识别为加拿大的 AMoskvin，并列出 https://amoskvin.ca 作为该 ASN 的网站。
- radar.cloudflare.com - Cloudflare Radar 路由页面为 AS210724 提供了公开的路由可观察性界面，包括已宣告地址空间、BGP 宣告、连接性、RPKI ASPA、IRR AS-SETs 和路由异常部分。
- ipgeolocation.io - IPGeolocation 的 ASN 页面将 AS210724 列为 Artem Moskvin，AS 名称 AMoskvin，组织 Artem Moskvin，国家 CA，网站 amoskvin.ca，0 条 IPv4 路由，3 条 IPv6 路由，注册机构 RIPE，分配日期 2025-04-08，以及 IPv6 路由 2a0f:85c1:c70::/48、2a0f:85c1:c13::/48 和 2a0f:85c1:c7f::/48。
- 注册机构 RDAP / WHOIS 记录 - IPIP WHOIS 镜像再现了 AS210724 的 RIPE 派生 aut-num、组织和人员字段，包括 AS 名称 AMoskvin、组织名称 Artem Moskvin、admin-c 和 tech-c AEM136-RIPE，以及 RIPE 创建和最后修改时间戳。
- bgp.he.net - Hurricane Electric 的加拿大 ASN 列表包括 AS210724 作为 Artem Moskvin，0 条 IPv4 路由和 3 条 IPv6 路由，提供了独立的路由列表佐证。
Domain of operation
Artem E. Moskvin is the sole public registry contact for AS210724, a recently registered IPv6-only autonomous system in Canada. He holds both administrative and technical roles under the RIPE handle AEM136-RIPE, concentrating routing control for the network’s three prefixes in a single account. No independent verification of his identity or the network’s commercial purpose exists beyond the RIPE NCC database.
- Internet registry record: public-source identity and registry context for AMoskvin Artem Moskvin. Evidence basis: source-78a3f66c3c51
Timeline
- Artem E. Moskvin public evidence observed
Changes to Moskvin’s registry records or the ASN’s routing could disrupt reachability of its IPv6 prefixes, potentially affecting upstream provider Free Range Cloud Hosting (AS53356) and other peers. Because no redundant contacts exist, a single account compromise could lead to a complete hijack of the ASN’s routing. Monitoring his registry handle and BGP announcements provides early warning of control shifts or misconfiguration.
概要
- 名称: Artem E. Moskvin
- 类型: Individual registry-holder label
- 所在地: Canada
- 档案重点: Institution
功能说明
- public operating records
- official service pages
- documented relationships updates
重要性
- Any modification to the aut-num, organisation, or person records can immediately alter how the three prefixes are routed globally, potentially causing outages or enabling traffic interception. The network’s obscurity increases the risk that such changes pass unnoticed, delaying response and amplifying damage. Services relying on those addresses—whether internal, experimental, or future commercial—face a concentrated single-point-of-failure risk.
- 运营关键性: Medium
- 时间范围: Next quarter
关注事项
- official company sources
- public registries
- operator-published records
跟踪经验证的来源更新、角色变化和当前公开证据。
Any modification to the aut-num, organisation, or person records can immediately alter how the three prefixes are routed globally, potentially causing outages or enabling traffic interception. The network’s obscurity increases the risk that such changes pass unnoticed, delaying response and amplifying damage. Services relying on those addresses—whether internal, experimental, or future commercial—face a concentrated single-point-of-failure risk.
长期相关性取决于经验证的运营、政策和关系变化。
会员简报
深度档案背景
登录后可解锁完整档案简报和来源说明。
Public View
Any modification to the aut-num, organisation, or person records can immediately alter how the three prefixes are routed globally, potentially causing outages or enabling traffic interception. The network’s obscurity increases the risk that such changes pass unnoticed, delaying response and amplifying damage. Services relying on those addresses—whether internal, experimental, or future commercial—face a concentrated single-point-of-failure risk.
Watchpoints
- Moskvin's single-point control over a low-profile IPv6 network creates a surveillance target for registry hijackers or misconfiguration risks.
- The lack of redundant contacts heightens the importance of monitoring his RIPE handle and BGP feeds.
- Watch for any changes to the AEM136-RIPE handle, the aut-num object, or the organisation record.
Caveats
- Public evidence is used only for source-backed claims.
- Private control or contract claims require separate public support.
FAQ
Why does BTW track Artem E. Moskvin?
Changes to Moskvin’s registry records or the ASN’s routing could disrupt reachability of its IPv6 prefixes, potentially affecting upstream provider Free Range Cloud Hosting (AS53356) and other peers. Because no redundant contacts exist, a single account compromise could lead to a complete hijack of the ASN’s routing. Monitoring his registry handle and BGP announcements provides early warning of control shifts or misconfiguration.
What evidence supports the profile?
public-source identity and registry context for AMoskvin Artem Moskvin.
What should readers watch next?
Moskvin's single-point control over a low-profile IPv6 network creates a surveillance target for registry hijackers or misconfiguration risks.
