Full-Time
Confirmed live in the last 24 hours
Develops directed energy systems for defense
$92.1k - $106.9kAnnually
Mid, Senior
Carson, CA, USA
US Citizenship Required
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Epirus focuses on developing directed energy systems and power management solutions for the defense and commercial power sectors. Its main product, the Leonidas system, is a high-power microwave solution that effectively neutralizes electronic threats, especially drones. The system has undergone extensive testing to ensure its precision and reliability. What sets Epirus apart from competitors is its strategic partnerships with major defense contractors, like Northrop Grumman, which enhance its credibility and market reach. The company's goal is to provide advanced electromagnetic pulse capabilities to its clients, ensuring safety and security in the face of evolving electronic threats.
Company Size
51-200
Company Stage
Grant
Total Funding
$290.2M
Headquarters
Hawthorne, California
Founded
2018
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Medical, vision, & dental
HSA & FSA plans
401k
Stock options
Electronics stipend
Unlimited PTO
Parental leave
On-site gym
Daily catered lunches & stocked kitchen
Epirus presents Leonidas -- the world’s first solid-state, software-defined high power microwave (HPM) system -- capable of delivering non-kinetic counter-electronics effects to a wide variety of tactically relevant targets including general autonomous systems, communications systems, sensors, vehicles, and more. Leonidas increases magazine depth, shots per engagement, and power density over traditional non-kinetic systems while decreasing system size and weight without sacrificing effectiveness compared to kinetic solutions in accomplishing the counter-electronics mission. Leonidas is capable of wide area effects and precision fires alike through software programmability and artificial intelligence-enabled targeting.
To meet United States Special Operations Command’s (SOCOM) need for a small form factor antenna that enables Ultra High Frequency (UHF) satellite communications (SATCOM) for small handheld devices, Epirus proposes to investigate a planar two-arm spiral antenna with a hi-impedance (Hi-Z) ground plane that optimizes for size and meets SOCOM’s stated performance objectives. The circular antenna possesses a 15 cm diameter and a depth of less than 5 cm. A conformal patch antenna on high dielectric constant substrate would be narrowband and not meet the 225 - 400 MHz requirement, but a spiral antenna on magnetic material substrate would enable wide bandwidth in a small volume. The spiral antenna proposed by Epirus can provide more than 3x reduction in the size and height over current commercially available UHF SATCOM antennas. For this effort, Epirus proposes to conduct a feasibility study for the proposed planar spiral antenna to support SOCOM’s UHF SATCOM operations, prepare a bill of materials (BOM) and design for phase II prototype development, and deliver its results in a final report. Epirus, Inc. has reviewed the BAA and supporting documentation and has determined that there are no organizational conflicts of interest (OCI) concerns anticipated in the performance of this technical effort.
Epirus presents a high powered microwave source that leverages ultra high power density solid state materials, called Leonidas, to meet all of the government’s objectives for the vehicle stop and vessel stop mission. The Leonidas unit has already achieved over 10 kW of effective radiated power (ERP) in laboratory tests using software definable solid state technology and we show how this scales to achieve the 30 MW at L-band goal while achieving low cost and low weight to make the system field deploya-ble, mobile, and affordable. Epirus proposes a > 1 MegaWatt (MW) hardware demonstration at end of Phase I to show feasibility.
Epirus proposes to migrate our wideband (6 GHz IBW, direct digital sampling up to Xband) FPGA-based Monobit Transceiver phased array architecture to space payload applications by demonstrating migration of our core firmware and architecture to space qualified FPGAs. Monobit transceivers replaces high cost, long lead time ASICs with FPGAs for digitization & channelization, enabling faster development timelines and architectures for MILSATCOM & SIGINT payloads for operation in electronically contested environments
Epirus proposes to shrink the form factor of our existing TRL-6 electromagnetic pulse (EMP) source weapon into a < 25 lb payload to be drone mounted. This unit is targeted at counter unmanned aerial systems (CUAS) missions, counter infrastructure, counter comms, as well as other counter electronics missions. Our EMP source is the world’s first solid state, lightweight EMP technology, was tested at White Sands Missile Range (WSMR) in June 2019, and took out UAS electronics at a significant range sufficient for a drone mounted application, and his been shown to hard kill some drone types as far as tactical ranges. Epirus currently has an agreement with Aurora Flight Sciences to study mounting an EMP unit on an existing quadcopter design and has completed initial modeling.