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Unprecedented defense demands

extraordinary technology.


The U.S. government is calling on industry to build an integrated, layered defense system like no other. The status quo is no longer sufficient. Others will say it can’t be done. As pathfinders, we say, we’ve already thought of that.

MISSILE WARNING AND MISSILE TRACKING SENSORS


OSIRIS | Passive, high-fidelity, all-sky field of view (160°) optical ground or maritime sensor. OSIRIS detects and tracks hypersonic glide vehicles, and both air- and ground-launched cruise missiles, with the ability to provide real-time TSPI to C2 networks.


HORUS | Space-based, ultra-narrowband, four-channel sensor built of the OSIRIS technology. HORUS can detect and track hypersonic systems.

HOW OSIRIS + HORUS ARE DIFFERENT


  • Operate without the need for sophisticated clutter-rejection algorithms

  • Cannot be defeated by current countermeasures

  • Characterization/discrimination capability compliments traditional MWIR sensors

  • Significantly more capable than current systems

TURNING “WHAT IF?’ INTO “MISSION ACCOMPLISHED” | Differentiated innovation delivered to every edge of the web



OSIRIS TECHNICAL SPECIFICATIONS

Technical readiness level

TRL 8


Multiple field test deployments, environmental testing, and end-to-end data acquisition and output validation


$7.5M+ IRAD invested in development


Two systems currently operational and ready for deployment

Size (WxHxL)

20” x 25” x 11”

Size of standard carry-on luggage

Weight

15 kg

Power

Standard 120 volt; 75 watts

Price

~$500K

Fraction of high-power radar systems

Mobility

Small SWaP design allows for mobility to avoid targeting

Range

250 nm radius with 360-degree view

Contracting vectors

NASA Phase 2 SBIR—eligible for sole source phase 3


MDA Shield IDIQ and ABMS IDIQ

Tech transfer agreement

SBIR data rights; not transitioning to anyone



HORUS TECHNICAL SPECIFICATIONS

Technical readiness level

TRL 4


Designed for ease of spacecraft integration


The system is actively in a DFM IRAD program aimed at supporting multiple orbital regimes

Size (WxHxL)

48 cm x 30 cm x 31 cm

Weight

20 kg

Power (OAP)

<50 watts

Price

~$15M per unit (at volume)

Coverage

Above limb-to-limb

Bandwidth required

2 mbps

Altitudes supported

LEO


MEO

Contracting vectors

NASA Phase 2 SBIR—eligible for sole source phase 3


MDA Shield IDIQ and ABMS IDIQ


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