About: Subatomic Informational Relay System   Sponge Permalink

An Entity of Type : owl:Thing, within Data Space : 134.155.108.49:8890 associated with source dataset(s)

The Subatomic Informational Relay System (acronym SIRS) was a enhanced sensor technology utilized by the Federation in the 2470s. It allowed for sensor scans of specific regions to be thoroughly scanned. (Nanoprobes) After the SIRS is shutdown, the nanoprobes are retracted back into the ships sensor array until be utilized later. There was a 1 in 9 to 1 in 14 chance a couple dozen nanoprobes would be lost. As of the 2470s the Renovamen class and the prototype Zeitleiste class had been equipped with the Subatomic Informational Relay System.

AttributesValues
rdfs:label
  • Subatomic Informational Relay System
rdfs:comment
  • The Subatomic Informational Relay System (acronym SIRS) was a enhanced sensor technology utilized by the Federation in the 2470s. It allowed for sensor scans of specific regions to be thoroughly scanned. (Nanoprobes) After the SIRS is shutdown, the nanoprobes are retracted back into the ships sensor array until be utilized later. There was a 1 in 9 to 1 in 14 chance a couple dozen nanoprobes would be lost. As of the 2470s the Renovamen class and the prototype Zeitleiste class had been equipped with the Subatomic Informational Relay System.
dbkwik:memory-gamm...iPageUsesTemplate
Origin
  • SRD Facility B4
Speed
  • Relays 3.4 kiloquads of data each second
Series
  • Sensor system
Affiliation
Caption
  • A diagram on the SIRS by a Renovamen class
Function
  • Sophisticated and highly accurate sensor system, relaying basic data down to the last iota
Posting
  • Federation starships
AKA
  • SIRS Iota-Information Sensors
Birth
  • 152623(xsd:double)
Creator
Defenses
abstract
  • The Subatomic Informational Relay System (acronym SIRS) was a enhanced sensor technology utilized by the Federation in the 2470s. It allowed for sensor scans of specific regions to be thoroughly scanned. The Subatomic Informational Relay System was a enhanced version of a sensor beam. When the beam is initiated, a large mass of nanoprobes are released. They interact with the particles/atoms they come across, collecting information using very small sensors. Once enough information is collected (usually only taking a couple deciseconds) the nanoprobes form a lattice of their accumulated information, subsequently relaying it back (At 3.4 kq/ps). The most common outcome is the evident collection of highly thorough info on the scanned object. (Nanoprobes) After the SIRS is shutdown, the nanoprobes are retracted back into the ships sensor array until be utilized later. There was a 1 in 9 to 1 in 14 chance a couple dozen nanoprobes would be lost. As of the 2470s the Renovamen class and the prototype Zeitleiste class had been equipped with the Subatomic Informational Relay System.
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