Core Entity Brief
| Entity | SYAGE-AS1 SYAGE SAS |
|---|---|
| Public role | AS1 is the lowest-numbered autonomous system and holds historical internet significance. Any operational activation—such as announcing prefixes or transferring the ASNs—would constitute a high-impact event in global routing, affecting BGP decisions worldwide and altering the continuity of a foundational resource. |
| Region | Global |
| Category | Digital infrastructure institution |
| Primary domain | Infrastructure |
| Signal focus | Institution Type |
| Time horizon | Quarter (30-120d) |
| Impact | Medium |
| Confidence | 0.70 |
| Evidence coverage | 6 public source references |
| Related coverage | Profile anchor article |
| Website | Public evidence pending |
| Last update | Jun 02, 2026 |
A non-operational entity holding AS1 and AS211812 in the RIPE NCC registry, with no products, revenue, or customers.
What It Does
- Registry administration: The entity maintains the registration of two autonomous system numbers but does not use them to provide any network services.
- No commercial activity: There is no evidence of a website, customer base, or revenue stream. The ASNs generate no income.
Operating Snapshot
- ASN inventory: AS1 and AS211812 are registered to SYAGE-AS1 SYAGE SAS.
- Routing status: Neither ASN originates any IPv4 or IPv6 prefixes. BGP monitoring shows zero routes.
Control Surface
- Registry object management: The entity can modify administrative and technical contacts for its ASNs via the RIPE NCC portal. There is no evidence of router configuration or RPKI control.
Watchpoints
- Operational activation: Announcement of any IP prefix would indicate that the entity has built or acquired routing infrastructure and is actively participating in internet routing.
- ASN transfer or de-registration: If the ASNs are transferred to a new holder or returned, the only public link to the entity disappears.
- Corporate or legal appearance: Any incorporation record, press release, or news mention would clarify the entity's purpose and real-world operators.

