SATEL Ltd. is a Moscow-based Russian IT company with a small RIPE footprint (AS210829, two /24 prefixes) that provides software, IT integration, and industrial digital services. Public evidence from registry, routing platforms, and official partner pages confirms its network operations and corporate identity. Because the footprint is concentrated and lacks downstream visibility, any change in routing or registry objects is a focused signal for analysts tracking enterprise and industrial dependency in Russia. Key gaps include unknown customer allocations, no named network contacts, absence of a PeeringDB record, and address inconsistencies between corporate and registry data. Watchpoints: registry records, prefix changes, upstream/peer relationship stability, and the potential appearance of technical contacts or PeeringDB data.

SATEL Ltd.

SATEL Ltd. is a Moscow-based Russian IT company providing software development, IT integration, and industrial digital solutions, with a small RIPE footprint (AS210829, two /24 prefixes) that serves as a focused signal for enterprise and industrial service availability in Russia.

Why It Matters

Because SATEL advertises only two /24 prefixes and has no observed downstream peers, any alteration in upstream or peering arrangements, prefix withdrawals, or registry updates concentrates operational impact on SATEL’s own services or those it directly manages. This can cause localized but significant disruptions to industrial and enterprise communications if changes occur without coordinated planning.

What Sources Show

SATEL Ltd. operates a compact internet routing footprint in Russia that turns every registry change or BGP announcement into a concentrated signal for industrial and enterprise service availability. The company runs a single autonomous system, AS210829, with only two public /24 prefixes and no visible downstream peers, making its network a focused sensor for analysts tracking IT infrastructure dependencies in the Russian market.

Public routing data shows AS210829 receives transit from CJSC RASCOM (AS20764) and peers with Xelent (AS199860). The two advertised subnets—37.230.140.0/24 and 37.230.229.0/24—represent a total of 512 IPv4 addresses. Because no downstream autonomous systems appear in public BGP views, the prefixes are likely used for SATEL’s own services or those it directly manages. Any disruption to these upstream or peer connections can immediately affect reachability for those services.

Official registry records from RIPE, mirrored by Robtex, IPIP, and others, confirm SATEL-AS’s creation in April 2025 and its registration in Moscow. The company’s website at satel.ru describes it as a developer of software solutions, an expert in corporate communications, and a provider of industrial digital solutions.

Partner pages from Astra and CryptoPro independently corroborate its IT infrastructure integration, custom software, and digital transformation work, with a corporate history dating back to 1995.

SATEL’s operating surface is its RIPE aut-num object, the two prefixes, and its public published contact points on satel.org. The import and export policies in the registry bind its routing to CJSC RASCOM and Xelent, and no PeeringDB entry or public NOC page has been found. This absence of technical contact details and peering documentation means that operational insight is limited to what can be observed from outside.

The concentrated nature of SATEL’s footprint amplifies the impact of any change. If the aut-num record is modified, if a prefix is withdrawn or reassigned, or if the upstream relationship with CJSC RASCOM shifts, the services hosted on 37.230.140.0/24 and 37.230.229.0/24 could become unreachable. For enterprises and industrial facilities that depend on SATEL for IT integration, such an event could disrupt digital operations without warning.

Analysts should watch for changes in RIPE registry data for AS210829 and its prefixes, new BGP announcements or withdrawals, and any appearance of a PeeringDB record or named network contacts. The emergence of downstream autonomous systems would significantly alter the dependency map and the assessed scope of SATEL’s infrastructure role.

Key gaps remain: there is no public information about the specific customers or internal network architecture served by these prefixes. Physical address inconsistencies between registry and corporate sites add uncertainty about the company’s primary operational location. Until further evidence emerges, the assessment remains bounded by registry-level visibility and public partner descriptions.

Operating Surface

SATEL Ltd. operates as a software developer and IT integrator for corporate and industrial clients, maintaining a single internet autonomous system (AS210829) with two advertised prefixes and upstream/peer connectivity through CJSC RASCOM and Xelent. The company presents itself on satel.ru and satel.org as a provider of corporate data networks, telecom services, and digital transformation, and is listed as a technology partner by Astra and CryptoPro.

Changes to AS210829’s routing, prefix announcements, or registry records directly affect reachability for services inside its address space and alter dependency maps for organizations relying on its IT infrastructure. The small footprint and absence of visible downstreams make any administrative or routing event a high-signal indicator for industrial digital service availability in Russia.

Watchpoints

SATEL's concentrated network footprint, with no visible downstreams and only two prefixes, makes it an unusually clear signal source for Russian enterprise IT dependency tracking. Any change in its upstream transit (CJSC RASCOM) or peering (Xelent) directly translates to service reachability risks.

Monitor RIPE WHOIS changes for AS210829 and its prefixes; track BGP announcements for new or withdrawn routes; watch for the appearance of a PeeringDB record or named contacts; observe any changes in the relationship with CJSC RASCOM and Xelent.

No customer assignment data for the two prefixes; no internal network topology; no PeeringDB entry; no publicly named technical personnel; physical address mismatch between registry and corporate websites.

Sources

• Registry RDAP / WHOIS record - public-source identity and registry context for SATEL Ltd..
• robtex.com - Robtex mirrors RIPE aut-num data for AS210829, including SATEL-AS, imports from AS20764 and AS199860, exports announcing AS210829, and two IPv4 subnets.
• radar.cloudflare.com - Cloudflare Radar identifies AS210829 as SATEL-AS, aka SATEL Ltd., in the Russian Federation and exposes traffic/routing telemetry pages for the ASN.
• ipinfo.io - IPinfo lists AS210829 as SATEL Ltd., country Russia, website satel.org, registry RIPE, one visible IPv4 range in its free table, peers AS199860 and AS20764, upstream AS20764, and no downstreams.
• bigdatacloud.com - BigDataCloud lists AS210829 as SATEL Ltd. / SATEL-AS in RIPE, registered country Russian Federation, with two IPv4 prefixes and no downstream peer data.
• Registry RDAP / WHOIS record - IPIP mirrors RIPE WHOIS data for AS210829, including SATEL-AS, SATEL Ltd., the two IPv4 prefixes, public abuse/contact mailbox, and registry timestamps.
• Operator website - SATEL's official site presents the company as a developer of software solutions, expert in corporate communications, developer of digital solutions for industry, and operator of IT-infrastructure and telecom-related offerings.
• satel.org - SATEL's official contact page lists public published contact points, support surface, Moscow office, and regional offices, including published published contact points and support.satel.org.
• astra.ru - Astra's partner page describes SATEL as working in information technology since 1995 and specializing in IT-infrastructure integration, customized software, business applications, and digital transformation, with matching public contact details.
• cryptopro.ru - CryptoPro's dealer page lists ООО "САТЕЛ" with satel.org, published published contact points, and describes SATEL as a Russian IT and infocommunications company focused on IT infrastructure, customized software, business applications, and digital transformation.