Seamatica Aerospace

Supports: Profile · reviewed questions.seamatica-aerospace-configuration-check.confidence

Seamatica's Chronos now describes a multidomain cooperative-traffic platform supporting ADS-B, SSR Mode A/C, AIS and Remote ID. It independently estimates transmitter location and compares it with reported position to flag inconsistencies. Networked multilateration and reference-beacon concepts extend the operating model, while passive and active phased-array architectures are explicitly under development. GuardianEye II remains the sensor-fusion layer combining radar and transponder inputs for airspace awareness. The distinction between cooperative RF verification and radar detection of non-cooperative traffic is important when choosing a configuration.

Supports: Profile · reviewed questions.seamatica-aerospace-configuration-check.id

Seamatica's Chronos now describes a multidomain cooperative-traffic platform supporting ADS-B, SSR Mode A/C, AIS and Remote ID. It independently estimates transmitter location and compares it with reported position to flag inconsistencies. Networked multilateration and reference-beacon concepts extend the operating model, while passive and active phased-array architectures are explicitly under development. GuardianEye II remains the sensor-fusion layer combining radar and transponder inputs for airspace awareness. The distinction between cooperative RF verification and radar detection of non-cooperative traffic is important when choosing a configuration.

Supports: Profile · operating context

Seamatica's Chronos now describes a multidomain cooperative-traffic platform supporting ADS-B, SSR Mode A/C, AIS and Remote ID. It independently estimates transmitter location and compares it with reported position to flag inconsistencies. Networked multilateration and reference-beacon concepts extend the operating model, while passive and active phased-array architectures are explicitly under development. GuardianEye II remains the sensor-fusion layer combining radar and transponder inputs for airspace awareness. The distinction between cooperative RF verification and radar detection of non-cooperative traffic is important when choosing a configuration.

Supports: Ground-based detect-and-avoid and airspace sensing · summary

Seamatica's Chronos now describes a multidomain cooperative-traffic platform supporting ADS-B, SSR Mode A/C, AIS and Remote ID. It independently estimates transmitter location and compares it with reported position to flag inconsistencies. Networked multilateration and reference-beacon concepts extend the operating model, while passive and active phased-array architectures are explicitly under development. GuardianEye II remains the sensor-fusion layer combining radar and transponder inputs for airspace awareness. The distinction between cooperative RF verification and radar detection of non-cooperative traffic is important when choosing a configuration.

Supports: Ground-based detect-and-avoid and airspace sensing · core features

Seamatica's Chronos now describes a multidomain cooperative-traffic platform supporting ADS-B, SSR Mode A/C, AIS and Remote ID. It independently estimates transmitter location and compares it with reported position to flag inconsistencies. Networked multilateration and reference-beacon concepts extend the operating model, while passive and active phased-array architectures are explicitly under development. GuardianEye II remains the sensor-fusion layer combining radar and transponder inputs for airspace awareness. The distinction between cooperative RF verification and radar detection of non-cooperative traffic is important when choosing a configuration.

Supports: Ground-based detect-and-avoid and airspace sensing · name

Seamatica's Chronos now describes a multidomain cooperative-traffic platform supporting ADS-B, SSR Mode A/C, AIS and Remote ID. It independently estimates transmitter location and compares it with reported position to flag inconsistencies. Networked multilateration and reference-beacon concepts extend the operating model, while passive and active phased-array architectures are explicitly under development. GuardianEye II remains the sensor-fusion layer combining radar and transponder inputs for airspace awareness. The distinction between cooperative RF verification and radar detection of non-cooperative traffic is important when choosing a configuration.

Supports: Ground-based detect-and-avoid and airspace sensing · technology readiness level

Seamatica's Chronos now describes a multidomain cooperative-traffic platform supporting ADS-B, SSR Mode A/C, AIS and Remote ID. It independently estimates transmitter location and compares it with reported position to flag inconsistencies. Networked multilateration and reference-beacon concepts extend the operating model, while passive and active phased-array architectures are explicitly under development. GuardianEye II remains the sensor-fusion layer combining radar and transponder inputs for airspace awareness. The distinction between cooperative RF verification and radar detection of non-cooperative traffic is important when choosing a configuration.

Supports: Ground-based detect-and-avoid and airspace sensing · capability type

Seamatica's Chronos now describes a multidomain cooperative-traffic platform supporting ADS-B, SSR Mode A/C, AIS and Remote ID. It independently estimates transmitter location and compares it with reported position to flag inconsistencies. Networked multilateration and reference-beacon concepts extend the operating model, while passive and active phased-array architectures are explicitly under development. GuardianEye II remains the sensor-fusion layer combining radar and transponder inputs for airspace awareness. The distinction between cooperative RF verification and radar detection of non-cooperative traffic is important when choosing a configuration.

Supports: Ground-based detect-and-avoid and airspace sensing · core features

Seamatica's Chronos now describes a multidomain cooperative-traffic platform supporting ADS-B, SSR Mode A/C, AIS and Remote ID. It independently estimates transmitter location and compares it with reported position to flag inconsistencies. Networked multilateration and reference-beacon concepts extend the operating model, while passive and active phased-array architectures are explicitly under development. GuardianEye II remains the sensor-fusion layer combining radar and transponder inputs for airspace awareness. The distinction between cooperative RF verification and radar detection of non-cooperative traffic is important when choosing a configuration.

Supports: Ground-based detect-and-avoid and airspace sensing · core features

Seamatica's Chronos now describes a multidomain cooperative-traffic platform supporting ADS-B, SSR Mode A/C, AIS and Remote ID. It independently estimates transmitter location and compares it with reported position to flag inconsistencies. Networked multilateration and reference-beacon concepts extend the operating model, while passive and active phased-array architectures are explicitly under development. GuardianEye II remains the sensor-fusion layer combining radar and transponder inputs for airspace awareness. The distinction between cooperative RF verification and radar detection of non-cooperative traffic is important when choosing a configuration.

Supports: Ground-based detect-and-avoid and airspace sensing · technical tags

Seamatica's Chronos now describes a multidomain cooperative-traffic platform supporting ADS-B, SSR Mode A/C, AIS and Remote ID. It independently estimates transmitter location and compares it with reported position to flag inconsistencies. Networked multilateration and reference-beacon concepts extend the operating model, while passive and active phased-array architectures are explicitly under development. GuardianEye II remains the sensor-fusion layer combining radar and transponder inputs for airspace awareness. The distinction between cooperative RF verification and radar detection of non-cooperative traffic is important when choosing a configuration.

Supports: Ground-based detect-and-avoid and airspace sensing · technicaldomainslugs

Seamatica's Chronos now describes a multidomain cooperative-traffic platform supporting ADS-B, SSR Mode A/C, AIS and Remote ID. It independently estimates transmitter location and compares it with reported position to flag inconsistencies. Networked multilateration and reference-beacon concepts extend the operating model, while passive and active phased-array architectures are explicitly under development. GuardianEye II remains the sensor-fusion layer combining radar and transponder inputs for airspace awareness. The distinction between cooperative RF verification and radar detection of non-cooperative traffic is important when choosing a configuration.

Supports: Ground-based detect-and-avoid and airspace sensing · technicaldomainslugs

Seamatica's Chronos now describes a multidomain cooperative-traffic platform supporting ADS-B, SSR Mode A/C, AIS and Remote ID. It independently estimates transmitter location and compares it with reported position to flag inconsistencies. Networked multilateration and reference-beacon concepts extend the operating model, while passive and active phased-array architectures are explicitly under development. GuardianEye II remains the sensor-fusion layer combining radar and transponder inputs for airspace awareness. The distinction between cooperative RF verification and radar detection of non-cooperative traffic is important when choosing a configuration.

Supports: Ground-based detect-and-avoid and airspace sensing · technical tags

Seamatica's Chronos now describes a multidomain cooperative-traffic platform supporting ADS-B, SSR Mode A/C, AIS and Remote ID. It independently estimates transmitter location and compares it with reported position to flag inconsistencies. Networked multilateration and reference-beacon concepts extend the operating model, while passive and active phased-array architectures are explicitly under development. GuardianEye II remains the sensor-fusion layer combining radar and transponder inputs for airspace awareness. The distinction between cooperative RF verification and radar detection of non-cooperative traffic is important when choosing a configuration.

Supports: Ground-based detect-and-avoid and airspace sensing · core features

Seamatica's Chronos now describes a multidomain cooperative-traffic platform supporting ADS-B, SSR Mode A/C, AIS and Remote ID. It independently estimates transmitter location and compares it with reported position to flag inconsistencies. Networked multilateration and reference-beacon concepts extend the operating model, while passive and active phased-array architectures are explicitly under development. GuardianEye II remains the sensor-fusion layer combining radar and transponder inputs for airspace awareness. The distinction between cooperative RF verification and radar detection of non-cooperative traffic is important when choosing a configuration.

Supports: Ground-based detect-and-avoid and airspace sensing · defence applications

Seamatica's Chronos now describes a multidomain cooperative-traffic platform supporting ADS-B, SSR Mode A/C, AIS and Remote ID. It independently estimates transmitter location and compares it with reported position to flag inconsistencies. Networked multilateration and reference-beacon concepts extend the operating model, while passive and active phased-array architectures are explicitly under development. GuardianEye II remains the sensor-fusion layer combining radar and transponder inputs for airspace awareness. The distinction between cooperative RF verification and radar detection of non-cooperative traffic is important when choosing a configuration.

Supports: Ground-based detect-and-avoid and airspace sensing · commercial availability

Seamatica's Chronos now describes a multidomain cooperative-traffic platform supporting ADS-B, SSR Mode A/C, AIS and Remote ID. It independently estimates transmitter location and compares it with reported position to flag inconsistencies. Networked multilateration and reference-beacon concepts extend the operating model, while passive and active phased-array architectures are explicitly under development. GuardianEye II remains the sensor-fusion layer combining radar and transponder inputs for airspace awareness. The distinction between cooperative RF verification and radar detection of non-cooperative traffic is important when choosing a configuration.

Supports: Ground-based detect-and-avoid and airspace sensing · technical tags

Seamatica's Chronos now describes a multidomain cooperative-traffic platform supporting ADS-B, SSR Mode A/C, AIS and Remote ID. It independently estimates transmitter location and compares it with reported position to flag inconsistencies. Networked multilateration and reference-beacon concepts extend the operating model, while passive and active phased-array architectures are explicitly under development. GuardianEye II remains the sensor-fusion layer combining radar and transponder inputs for airspace awareness. The distinction between cooperative RF verification and radar detection of non-cooperative traffic is important when choosing a configuration.

Supports: Ground-based detect-and-avoid and airspace sensing · technical tags

Seamatica's Chronos now describes a multidomain cooperative-traffic platform supporting ADS-B, SSR Mode A/C, AIS and Remote ID. It independently estimates transmitter location and compares it with reported position to flag inconsistencies. Networked multilateration and reference-beacon concepts extend the operating model, while passive and active phased-array architectures are explicitly under development. GuardianEye II remains the sensor-fusion layer combining radar and transponder inputs for airspace awareness. The distinction between cooperative RF verification and radar detection of non-cooperative traffic is important when choosing a configuration.

Supports: Ground-based detect-and-avoid and airspace sensing · technical tags

Seamatica's Chronos now describes a multidomain cooperative-traffic platform supporting ADS-B, SSR Mode A/C, AIS and Remote ID. It independently estimates transmitter location and compares it with reported position to flag inconsistencies. Networked multilateration and reference-beacon concepts extend the operating model, while passive and active phased-array architectures are explicitly under development. GuardianEye II remains the sensor-fusion layer combining radar and transponder inputs for airspace awareness. The distinction between cooperative RF verification and radar detection of non-cooperative traffic is important when choosing a configuration.

Supports: Ground-based detect-and-avoid and airspace sensing · defence applications

Seamatica's Chronos now describes a multidomain cooperative-traffic platform supporting ADS-B, SSR Mode A/C, AIS and Remote ID. It independently estimates transmitter location and compares it with reported position to flag inconsistencies. Networked multilateration and reference-beacon concepts extend the operating model, while passive and active phased-array architectures are explicitly under development. GuardianEye II remains the sensor-fusion layer combining radar and transponder inputs for airspace awareness. The distinction between cooperative RF verification and radar detection of non-cooperative traffic is important when choosing a configuration.

Supports: Ground-based detect-and-avoid and airspace sensing · maturity

Seamatica's Chronos now describes a multidomain cooperative-traffic platform supporting ADS-B, SSR Mode A/C, AIS and Remote ID. It independently estimates transmitter location and compares it with reported position to flag inconsistencies. Networked multilateration and reference-beacon concepts extend the operating model, while passive and active phased-array architectures are explicitly under development. GuardianEye II remains the sensor-fusion layer combining radar and transponder inputs for airspace awareness. The distinction between cooperative RF verification and radar detection of non-cooperative traffic is important when choosing a configuration.

Supports: Ground-based detect-and-avoid and airspace sensing · update child

Canadian airspace-sensing portfolio combining GuardianEye radar and transponder fusion with Chronos passive secondary-surveillance ranging to track cooperative and non-cooperative aircraft for BVLOS detect-and-avoid workflows.

Supports: Ground-based detect-and-avoid and airspace sensing · update child

BVLOS detect-and-avoid support; Low-altitude airspace surveillance; Remote-site aircraft monitoring; Uncrewed traffic and range-safety integration

Supports: Ground-based detect-and-avoid and airspace sensing · update child

Radar and Mode A, C and S transponder fusion; ADS-B cooperative-aircraft tracking; Non-cooperative target detection; Chronos passive secondary-surveillance ranging; Three-dimensional target position over Ethernet interfaces

Supports: Ground-based detect-and-avoid and airspace sensing · update child

Ground-based detect-and-avoid and airspace sensing

Supports: Ground-based detect-and-avoid and airspace sensing · update child

detect and avoid; airspace surveillance; secondary surveillance radar; ADS-B; BVLOS; sensor fusion