MILITARY & DEFENSE - POC · 2 AIRBORNE SYSTEMS DTM II - DATA TRANSFER MODULE II DTM II is composed of a data loader receptacle and two data cartridges that are used to physically

MILITARY & DEFENSETechnology Summary

DTU - DATA TRANSFER UNIT

DTU is a data/video/audio loader and recorder built for Rotary and Fixed Wing platforms. The primary function is to upload mission and map data, record in-flight avionics data, and record maintenance data during ground and flight operation for post flight information exchange.Packaging: Single compact housing measures 5”W x 3”H x 8”L and weighs < 8 lbs. (with DTD installed), meets MIL-STD-810G, MIL-STD-704-A-F and MIL-STD-461F standards. Memory: 3 independent Data Transfer Devices (DTD) with 128GB of memory (each), expandable to 256 GB each.Data Transfer: 4 channels of bidirectional Gigabit Ethernet with a security channel and 2 channels of 10/100 Ethernet (FIPS 140-2). Encryption: Meets information assurance requirements (S&U). Is available in encrypted and nonencrypted versions. Contact POC for assistance.Interfaces: Power supply (28V), Zeroize/Erase (manual), USB (3.0), Gigabit Ethernet, MIL-STD-1553B.Operational: 1553: 2 Channels. Audio: 2 Channels in/1 Channel out (mono). Video: Analog: RS-170, RS-343 and NTSC, 2 Channels out. Digital: 1 Channel in/1 Channel out. Discretes: 7 Channels in, 4 Channels out. RS-232: 4 Channels RS-422: 1 Channel bidirectional. SMPTE292M/424M I/O and DVI-D input are available.

GDTU - GROUND DATA TRANSFER UNIT

The G-DTU is a ground-based docking station that interfaces to the JMPS/AMPS Ground station via a standard USB cable and is used to upload and download data onto/off aircraft via the DTD memory device. Data to/from the JMPS/AMPS is encrypted/decrypted by the G-DTU and then is written to or read from the Data Transfer Device (DTD). Data recorded from the aircraft is decrypted by the G-DTU prior to transmission of the data to JMPS/AMPS. The G-DTU uses the same encryption/decryption algorithms as the DTU. The G-DTU is compatible with a variety of aircraft transfer systems.

CONTACT : Juan Gutierrez - [email protected] Ross Mohr - [email protected] Eric Rucker - [email protected]


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AIRBORNE SYSTEMS

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AIRBORNE SYSTEMSDTM II - DATA TRANSFER MODULE II

DTM II is composed of a data loader receptacle and two data cartridges that are used to physically transport data between the aircraft and ground systems. The DTM II has a modular design that allows easy modification to other aircraft interfaces (Fibre Channel, Ethernet, 1553, etc.); first implementation is for F-15C/E, using Gigabit Ethernet over Fiber and FIPS-140 encryption.

• Packaging – Single compact housing measures 5.75”W x 5.25”H x 6”L,weighs <8lbs (with 2 remov-able memory devices installed), and is qualified to MIL-STD-810. Power consumption approx. 17W.

• Memory – 2 independent removable memory devices, each containing 256 GB SSD with growth up to 2 TB storage capacity - for mission and maintenance data.

• Data Transfer – Modular backplane design enables a variety of interfaces with an aircraft: GigE (copper or fiber) or MIL-STD-1553 are the most popular interfaces. The removable memory devices use USB 3.0 (5Gbps) to perform read/write data transfers with ground systems.

• Encryption – FIPS 140-2. For additional requirements, contact POC for assistance.

• Interfaces (Current configuration): - 2 x optical gigabit Ethernet - 1 x gigabit Ethernet (copper) - 1 x serial port - 10 x discretes - 2 x USB 3.0

HDVR - HIGH DEFINITION DATA & VIDEO RECORDER

The HDVR family of products provides Industry leading transfer, encryption, compression and storage of mission and maintenance data, including video, audio and digital platform information. The HDVR family provides up to 15 hours of secure storage. MIL-STD-810, 464, 461 and 704 compliant.

CAPABILITIES: Enhanced mission capabilities through fast ground data loading (a few minutes), long mission recording, superior availability and security.

EMERGING PLATFORMS: F-18, F-15 contracts, F-16, A10, C-130 available

• 2 memory cartridges - 2 TB each• Encryption - Available in encrypted and nonencrypted.

Contact POC for assistance• 4 HSDN/HSVN/Fiber• 8 Video, 4 Audio• 2 1000BaseT, 4 100BaseT• 6 MIL-STD-1553• Temperature -65 to 95°C• 35-45W configurations• MTBF>10,000 hours



MENTIS - REMOTE INTERFACE UNIT

Interoperability between subsystems is an increasingly nagging problem with modern military platforms. MENTIS overcomes these issues by providing a standardized solution that transparently adapts to unique connectorizations, and provides real-time translation between diverse data formats. With MENTIS, analog and digital inputs are internally rerouted using an embedded switching fabric, and the signals are transformed into a digital output that is passed to the platform’s onboard computer for logging and/or analysis, eliminating the need to rewire input connectors for different payloads. The onboard processing provides translations between various input signal types, all in a package as small as 1” x 1” x ½”. Three MENTIS configurations are available.

POC offers a variety of crash survivable memory options. This would include 32 GB of crash survivable memory. Contact POC for assistance.

DTS - DATA TRANSFER SYSTEM

AIRBORNE SYSTEMS

CRASH SURVIVABLE AND PROTECTED MEMORY

Crash Survivable Memory Unit Digitial/Video/Audio/Data Flight Data Recorder




The DTS is an In-Flight Data Loading & Digital Recorder. The primary function is to upload mission and map data, record in-flight avionics data, and record maintenance data during ground and flight operation for post flight information exchange.

Packaging: Single compact housing measures 9” x 5” x 3” and weights <4 lbs. Suitable for MIL-STD-810G environments.Memory: 3 independent 256 GB. Removable Memory Units (RMU) with 500 Mbps throughout (MIL0STD 1472 compliant).Data Transfer: 4 channels of Gigabit Ethernet, each with 500 Mbps throughput (2 Gbps System).Intelligent RMU insertion and software configures data routing to the appropriate channel.Encryption: Enhanced encryption for mission and maintenance data.Interfaces: DTS power supply (28V), zeroize/erase (manual), RMU interface (USB), Gigabit Ethernet.Expandable: 2 additional slots are built in to accommodate future requirements and upgrades such as video/audio.

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NAS - NETWORK ATTACHED STORAGE - 32 TB

The design of the POC NAS minimizes SWaP-C while meeting thermal, structural, and environmental requirements (both operational and storage) of this product. Despite the appearance of simplicity, sophisticated engineering has been applied (based on prior development efforts) to the cards and connectors to ensure consistent and solid mating of the cartridge connectors, thermal management of the cards, power management of the system, and proven environmental and EMI-focused design features to minimize problems in the field. Contact POC for multi-level security Network Attached Storage.

AGILEPOD™ MODULES

To increase the capability, affordability and flexibility of podded intelligence, surveillance, and reconnaissance, the Air Force Research Laboratory (AFRL) has developed and demonstrated the AgilePod™, the multiintelligence (multi-INT), modular, open architecture pod.

POC modules add strong capabilities to the AgilePod™ • Storage, in ruggedized, airborne-tested, solid state memory modules • Data at rest and future data in transit encryption • Video compressions, processing and storage for RECCE operations • Multi-node, multi-enclave, multi-application processing with POC’s JARVIS technology for graceful degradation and availability • Cognitive software defined radio and POC’s proven low power electronics

CAPABILITIES• 32 TB (4 x 8 TB) memory; SSDs: Available from 1TB to 8TB; 100,000 mating/de-mating cycles• Two 1000 BASE-TX Gigabit Ethernet connections• Two 10GBASE_T 10 Gigabit Ethernet connections• Two 40 Gigabit Ethernet connections• Zeroize: manual (front panel switch); external command over external communications circuit: discrete signal• 1GB/s R/W Speed• Encryption – Meets cyber security requirements; Contact POC for assistance.

SWaP • Size: 4.88 in. × 5.63 in. × 7.63 in• Weight: ~ 8.5bs• Power: Nominal 40 W; Max 75 W

AIRBORNE SYSTEMS



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AIRBORNE SYSTEMS

SMPX - SPECIAL MISSION PROCESSOR EXTENDED

SMPX provides reconfigurable and flexible special mission processing capabilities based on JARVIS’s integrated modular avionics architecture. The modular architecture of SMPX significantly decreases logistical and maintenance foot prints, which will also lower the life cycle costs because of identical but reconfigurable general processing and display node configuration. The system monitors the runtime processes to optimize the processor and graphics processing unit utilization, thus it minimizes power consumption. Software architecture allows easy application insertion and removal without affecting the system performance and safety.

CAPABILITIES• SWaP Size: 1 ATR configuration (10.12”W x 7.62”H x 12.52”L) Weight: ~ 35lbs Power: ~ 350W • F3I Replacement - Form, Fit, Function & Interface• Scalability – 1 ATR will fit 14 Nodes (7 nodes required for legacy SMP functionality); modular software architecture allows addition of new programs/capabilities without reconstructing entire system or affecting OFP • High Availability – Fault tolerant and redundant architecture allows high availability of processing hardware.• Cyber Security – System level black/red separation via physical or logical separation using data bus separation or hypervisor respectively.• Encryption - Options available. Contact POC for assistance.

• FACE v2 Compatibility

JARVIS - ADVANCED DISTRIBUTED MISSION COMPUTER

JARVIS is a reconfigurable virtual information system that provides decentralized processing through an Integrated Modular Avionics 2nd Generation (IMA-2G) approach. Architecture allows networked Processor Nodes to identify and dynamically migrate processing requirements from a failed processor node to a healthy node while using a common communication protocol and software interface. JARVIS can partition federated applications from the OFP to preserve red/black and safety level separation, providing a true modular software architecture.

CAPABILITIES• Processing Power JARVIS Mission Computer (1 Node) ~ 54,000 MIPS• SWaP - 2 Processor Node, 1 I/O Node, 1 Power Supply Module Configuration Size: Node dimensions (7.87”W x 7.64”H x 14.69”L) Weight: ~ 30lbs Power: ~ 100W • F3I Replacement - Form, Fit, Function & Interface• Scalability – Standard ATR will fit 7 Nodes; 5 PNs (270,000 MIPS); modular software infrastructure allows addition of new programs/capabilities without reconstructing entire system or affecting OFP• Fault Reduction - Distributed Architecture allows for real-time OFP and diverse Federated App seamless redundancy• Encryption - Meets cybersecurity requirements; Contact POC for assistance



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AIRBORNE SYSTEMS

BSED - BOUNDARY SCAN ENHANCED DIAGNOSTICS

The Boundary Scan Enhanced Diagnostics (BSED) system can identify failed electronic components down to the Weapons Replaceable Assembly (WRA) while the systems are on the aircraft, reducing costs and maintenance time, while increasing aircraft availability. BSED is a ruggedized portable handheld system that uses JTAG boundary testing to extract diagnostic data BSED Portable Backpack BSED Portable Tablet from complex electronic systems on-board the aircraft. BSED quickly diagnoses and correctly identifies failures to the circuit card or component level. It can be modified for other interfaces and eliminates the unnecessary removal and replacement of WRA.

ADVANCED DATA-AT-REST ENCRYPTION

POC offers an advanced encryption system that will meet next generation “crypto” challenges. As we face the “at-risk” crypto world, there will be an ever increasing demand for encrypted solutions. To meet these challenges, POC has developed an advanced miniature In-Line-Media-Encryptor, suitable for encryption and decryption of secret and below data-at-rest. This is accomplished in a small, lightweight and low power consuming package. The anti-tamper feature and high speed throughput makes this encryptor suitable for avionics and unmanned platforms, as well as unattended sensors, surveillance, communication and wearable systems. Call for engineering assistance.

DESAA - SENSE AND AVOID SYSTEM

DESAA is a distributed phased array enhanced sense and avoid system. This ruggedized 360° sense and avoid system uniquely fuses eight sensor nodes consisting of Phased Array Sensors (PAS) that are distributed strategically around the platform to provide a complete 360° FOV. This information is then processed and graphically displayed in the cockpit, giving both azimuth, elevation and distance information to the pilot or operator within the sense and avoid area.

CAPABILITIES• Improves Situational Awareness in heavily Degraded Visual Environments (DVE)• 360° spherical FOV with 500 ft sense and avoid area around aircraft• Ranges can be extended in a forward and downward FOV• Functional for Day/Night Operations

CAPABILITIES• Max Power Consumption: 6W• Size: 4.94” x 3.86” x 0.63”• Weight: 0.9 lbs• Data Rates: 4Gbps




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ELECTRONIC WARFARE/RF SYSTEMSHIGH POWERED TUNABLE AGILE RF FILTERS

WISDEM - WIDEBAND INTELLIGENT RF SPECTRUM DETECTION EXPLOITATION AND MONITORING

CONTACT : Scott Fitzgerald - [email protected]

POC’s family of Agile RF Filters can be synchronized to frequency-hopping radios, Data or SIGINT Systems and dynamically create notches in the full output energy of most EW Assets, thus removing harmful interference from communication frequencies. It operates in the analog domain, and can provide over 100 dB of in-band attenuation, with minimal reflected power (VSWR <1.4), and low out-of-band insertion loss (<1.0 dB), while passing over 1kW of power to the emitter. It is capable of creating frequency tunable filters and/or dynamically configurable widths and depths. Agile RF Filter performance has been validated in US Navy and US Army EW labs using military radios and EW Assets.

WISDEM is a system used to reliably characterize the RF spectrum in an operational area and provide the data in real-time to a central control over bandwidth limited com-munications channels.

FEATURES • Frequency Range: 1 MHz to 7 GHz (expandable to 18 GHz) • Instantaneous Bandwidth: 2 GHz • Frequency Resolution: 10 kHz • Real-time detection of signal strength, center frequency, and bandwidth, with timestamp for all signal content within IBW • Adaptive thresholding • Detection of overlapping wideband/narrowband signal content • Differential monitoring (to identify changes in signal content) • Compensation of analog RF front-end impairments • Output data rates compatible with GbE or 802.11

Interference Output with ANF

Friendly COMMS


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PALM - PREDISTORTION-BASED AMPLIFIER LINEARIZATION MODULE

A2D - ACTIVE INTERFERENCE CANCELLER



ELECTRONIC WARFARE/RF SYSTEMS

REXCOM - WIRELESS CELLULAR RANGE EXTENSION

POC’s Range Extension of Commercial Wireless Communication Protocols (REXCOM) provides a software-defined implementation of the LTE with extended communication range while maintaining compatibility with commercial entities. The goal is to maintain compatibility between such an extended range SDR and commercial products such that extended range communications could take place between SDRs or between an SDR.


POC’s Active Interference Canceller is based on a feedforward automated two-tone very-high dynamic range measurement instrument (A2D). Although initially designed for two-tone cancellation, the A2D software-defined architecture is signal-agnostic and readily-adaptable to dynamic interference cancellation of arbitrary sideband waveforms in both analog RF and digital RF domains.

POC’s PALM is a wideband, signal-agnostic, linearization module which can be integrated or attached to an existing RF high power amplifier with no modification, and compatible with high power amplifiers operable in the HF, VHF, UHF and low microwave spectrums.

• Operates across the entire HF/VHF/UHF/L-bands (2-2500 MHz) simultaneously • Operates over an entire signal environment (i.e. multiple simultaneous signals within the operating band) • Targeted reduction of user-selectable nonlinear spurious signals by 40 dB or more • Signal agnostic: operates on any signal type within 2-2500 MHz band including high peak-to- average power ratio (PAPR) signals such as OFDM • Versatile integration in RF chain: can operate on the Tx or Rx side • Self-calibrating: automatically optimizes nonlinear compensation based on user specifications • High fidelity: does not affect fundamental signals • Real-time adjustment to account for real-time changes in amplifier nonlinearity • Compatible with up to 500W amplifier RF output power.

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MACE - MODULAR ASSURED COMMUNICATIONS AND ELECTRONIC WARFARE SYSTEM

TROPOSCATTER SHIPBOARD COMMUNICATIONS



SEWIP - SHIPBOARD ELECTRONIC WARFARE SUITE


MACE generates a secure tactical communication waveform and mitigates radiofrequency interference.

POC’s filtering technology is used for “notching out” RF power in a tunable-frequency system from high-power-output, wideband transmitters to prevent interference within selected bands. This system removes RF power in defined bands, both statically and dynamically at very high switching speeds. Filter frequency range includes x-band.

FEATURES• High power throughout (>1kW) supports SEWIP systems• Excellent RF performance with high Q, low loss, high rejection, and high linearity over multiple bands• Fast tuning speed• Minimum return loss over entire operational band• Narrow notch widths• Passive notch filter insures long reliable lifetime• Enables and enhances operation in noisy RF environments

Troposcatter controls algorithms and control software will compensate for ship motion and can overcome the communications limitations imposed by Anti-Access Area Denial (A2AD) environments.

FEATURES • WEST provides up to 100 Mbps troposcatter ship-to-ship communications up to 150 miles by taking high-resolution data from weather models and conducting C-band troposcatter RF propagate analysis for the ship-to-ship communications link.• Modem received signal quality is monitored and motion compensation algorithms provide real-time attitude control to compensate for ship motion dynamics from WMO sea state 0 to at least 5• A link optimization module sets modem and antenna parameters to achieve >10 Mbps throughput

MACE Modules Co-hosted in Common Open VPX Chassis

SRW Chassis Card Module (Communications)

PALM Chassis Card Module (RF Interference Mitigation)

Display showing POC’s PALM Blue Force Interference Mitigation

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Secure Communications Implemented with SRW SDR (Supporting SCA/

JTRS Waveforms)

ELECTRONIC WARFARE/RF SYSTEMSSAWDER - STREAMING ARBITRARY WAVEFORM DIRECT DIGITAL EXCITER FOR RADAR

DREAM - DIGITAL RF COUNTERMEASURE


Dream is an active RF Countermeasure that will detect advancing radar threats, then emit a decoy counter frequency. This novel concept is lightweight, low cost, low power and utilizes Digital Radio Frequency Memory (DRFM) technology. DREAM consists of a wideband antenna tranceiver and a long lasting power supply. Its aerodynamic packaging was designed to meet rotorcraft requirements, and can be repurposed to function on other aviation, maritime, or ground vehicles.

RETRO - REAL-TIME SIMULATOR AND TRAINER FOR RADAR OPERATORSRETRO provides operational advantages by improving crew readiness to navigate through congested waters under challenging operational conditions. Using RETRO, the operator can learn to effectively use radar controls, navigation functions and can be trained at any location on earth, under any weather/sea condition, and for any level of congestion. The crew’s ability to train on RETRO under difficult operational scenarios will improve overall crew readiness, enhancing the operational advantage.

CONTACT : Howard Warner III - [email protected]

FEATURES • RF Signal/misdirection - 2-18GHz • Slim aerodynamic design • SWaP - 1" x 1" x8", Weight < 200g, and < 10W • Long lasting power supply • Disposable Economic Design

Radar Pulse

SAWDER is a software/firmware solution for generating next generation direct digital RF synthesis of radar waveforms with unprecedented signal agility and quality. Specifically, SAWDER is able to implement arbitrary intra-pulse modulations, continuously and instantly variable pulse widths, and non-periodic pulse repetition, and includes POC’s direct digital RF predistortion to provide high spurious free dynamic range (SFDR) from the radar exciter. SAWDER has been implemented in a 2U rackmount chassis (19”x3.5”x13”) and covers a frequency range from DC to 2 GHz, which occupies less than 1/30 of the space of the legacy AN/SPS-49 radar exciter. SAWDER features a modular, open, and expandable architecture to enable rapid updates of executable software, configuration files, and libraries, in order to deploy new capabilities while underway. Due to SAWDER’s control of all aspects of the waveform over timescales from nanoseconds to seconds and low-latency (sub-microsecond) coupling to the radar receiver, SAWDER is an key enabling technology for next generation cognitive EW and integrated fires systems in airborne, maritime, and ground applications.

Example of SAWDER intrapulse agility

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CONTACT : Juan Gutierrez - [email protected]

CAPABILITIES • Enhanced training realism under various operational and environmental conditions • Provides realistic radar tracks under various operational/ environmental conditions • Uses high fidelity modesl to compute effects of terrain, sea-state and weather on radar returns • Mimics radar controls, indicators, graphics, tracking, and navigation • Disposable Economic Design


BEAST

• Multi-missile guidance Conformal Antenna Array

• Applicable for air to ground missiles, Electronic Warfare (EW), and biomedical

• Low SWaP phased array that can control multiple elements with 1 phase shifter

BEAMER

• Long Range ballistic missile Conformal Multiband Antenna

• Applicable for Missile Defense Applications

• Replaces existing high latency, excessive SWaP Phased Array Antennas with a multiband, multi-frequency, 360° FOV Antenna

(17 and 34 GHz)

Conformal Antenna Array for Air to Ground Missiles

(S-band, X-band, K-band)

Conformal Multiband Antenna Array for EKVs

CONFORMAL ANTENNA TECHNOLOGIES


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GILA

• 360º Field of View additive manufacturing Ground based Low-profile Antenna

• Applications include telemetry for simultaneous tracking airborne objects and threats

• Replaces cumbersome dish antennas providing higher power handling, multi-tracking and higher gain


LOW PROFILE ANTENNA TECHNOLOGIES

(1.8GHz - 8GHz)

Ground-based Low-profile Antenna For Telemetry

Applications

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OSCAR

• UAV mounted 4” diameter, lightweight, Conformal Limited Aperture Antenna Array

• Applications include UAV’s, HELO’s, Fixed wing and RADAR

• Replaces existing multiple antennas, providing multiband, dual polarization, and true time delay

(X-band, Ku-band, Ka-band)

Conformal Limited Aperture Antenna Array for UAVs

OSCAR antenna Ground plane

CONFORMAL ANTENNA TECHNOLOGIES


SENSORS & SCANNERSGARD - GROUND ANOMALY RECOGNITION AND DETECTION SYSTEM

GARD is a passive stand-off threat detection system that can identify trace amounts of explosives. This would include buried IEDs and IED-initiators such as command wires and pressure switches. GARD will work in day/night conditions and utilizes POC’s multispectral compound eye sensor that works in all weather conditions.

FEATURES• Standoff Distance between 50-100 meters• SWIR - shortwave IR for spectral discrimination• Man-portable • Size - 16” × 12” × 8”• Weight - 15 lb• Power - 28 DC, <1 A

CONTACT : Juan Gutierrez - [email protected] Scott Fitzgerald - [email protected]

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MAFOSS - MULTILAYERED AND ARRAYED FIBER OPTIC SENSOR SUITE

MAFOSS is based on a suite of different fiber optic Fabry-Perot (FP) sensors to simultaneously acquire multiple parameters such as temperature, vibration, strain, torque, heat flux, and pressure. The sensor heads can be fabricated by using sapphire optical fiber and high temperature-resistant ceramic materials for applications in ultra-high temperature (up to 1740 °C) environment.


DATA FUSION - CHEMICAL BIOLOGICAL RADIOLOGICAL (CBRN) SENSOR

POC’s Data Fusion Technology is designed for Joint Program Executive Office purposes. The strength of the system is its capability of rapid processing and distributed threat information in the battlespace. This sensor utilizes a wavelet based approach for signal processing and analysis (WASP) of information. WASP provides the ability to combine large volumes of data, from multiple sensors into crisp actionable information.


FEATURES• Data Fusion of raw data utlitzes Dempster-Shafer algorithm• Analyzes spatio-temporal features• Fusion of diverse sensors (point area)• Fusion of various data modalities (Lidar & 2D Floating Points)• Command & Control probability analyses and provides alarms

SENSORS & SCANNERSAIRCRAFT X-RAY NDI (NON-DESTRUCTIVE INSPECTION)

FEATURES• Fast set-up and quick utilization• Captures and processes 3-D layed CIT images from one side (Compton Backscatter) • Inspection of non-uniform, multilayer, or complex structures including structures with air/vacuum voids• Works with multilayer non-uniform structures including aluminum, titanium, composite, and plastics through air gaps• Identifies liquid intrusion and differentiates between water, fuels and oils based on density• Provides accurate detection, localization and measurement of corrosion, contamination and other defects in-situ• Eliminates unnecessary tear-downs, lowering costs and improving aircraft availability• Future systems will include software and deep learning analysis

POC’s CIT (Compton Imaging Tomography) X-Ray system is compact, robust, fully integrated and provides high-resolution NDI 3-D images. This single-sided non-destructive evaluation provides analysis of thermal protected materials, composite materials, and other structural materials. The CIT system can quickly identify corrosion and damaged areas below the surface.

MATR - MULTIFUNCTIONAL AUTOMATED TICK-COLLECTION ROVER


CONTACT : Eric Gans - [email protected]

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Unmanned, autonomous vehicles can provide safe, cost effective, low risk solutions in the battle space. Warfighters are exposed to dangerous conditions and tick borne diseases can be a great harm to our troops. The deployed system can self-navigate through rough terrain and identify potential threats. MATR is capable of receiving downloadable mission plans/maps, and executing the mission based on pre-programmed GPS coordinates. Upon completion of the mission, MATR can wirelessly send back collected information to the user.

CYBERSECURITY

DOCSWAT - DATA-OVER-CHAOS SENSOR WEB WITH ADVANCED TRUST SYSTEMPOC has developed a secure communication method to protect sensor networks, information, and communication systems from exploration and cyber attacks. The method is based on use of data-over-chaos (DOC) algorithms for data hiding and transportation, and unique integration of trusted management tools with new enhanced security technology. Data and the data structure cannot be retrieved without knowing the device fingerprint, i.e., a special set of tables (proto-tables) that can be encrypted, distributed, and hidden in the end-node hardware and/or software. This allows elimination of other data encrypting methodologies, including data encryption with encryption keys and key-related security gaps and disadvantages. DOCSWAT is adaptive both in sensor content and as an ad hoc network.


ENCRYPTED DATA

POC employs a variety of applied encryption solutions supporting information assurance requirements for varying levels of secure information. Many of our products can be designed with or without encrypted features. Some products contain cross-domain protection solutions that allow classified and unclassified information to be handled by the same unit. POC utilized highly advanced data-at-rest solutions, all with enhanced throughput and low SWaP. For specifications and additional information, contact POC.

MOST - MOBILE SECURITY TOOLKIT


Juan Gutierrez - [email protected] Scott Fitzgerald - [email protected] Eric Rucker - [email protected] Ross Mohr - [email protected]

FEATURES• Embedded intelligence with self-building, self-healing, and self-protecting system capabilities dynamically adapted to node failure and degradation• Enhanced security and guaranteed trust extended to end-nodes• Protection against intrusions, attacks, and reverse engineering• Trusted yet optimized routing and scalable• Reduced communication and computing overhead• Compatible with Global Information Grid (GIG) and easily linked to other networks

FEATURES• Secure application wrapping in unsecure environments• Platform agnostic and will work with any mobile device• Multi-Factor authentication for both user and device• Provides mobile device management (MDM) - eliminates and protects information disclosure (maintains confidentiality)

CONTACT :

MOST ensures data security, application protection, and secure communication of mobile devices, including web access. MOST will work transparently in both commercial and DoD communication systems.

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MOST Prototype

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CMBIOS - COMBINED MULTI-BIOMETRIC SERVICE SYSTEM

CMBIOS is an advanced system that provides a real-time secure Identity Management of Biometric Data across the Global Information Grid for cross-agency and inter-agency biometric information sharing using a tactical radio communication.


PRONET - NETWORK PROTECTIONPRONET is a sensor-based network defense system that can detect and protect against a large and evolving family of highly distributed and stealthy attacks (i.e. botnets). PRONET can be retrofitted onto current IT wired or wireless networks. PRONET integrates an intelligent intrusion detection mechanism that can determine IT network attack geolocation, and redirect attackers to a simulated network (decoy).


CYBERSECURITY

Application: • DoD Strategic and Tactical Networks • National Infrastructure Networks • Financial and Healthcare Services • Large Enterprises

Application: Fast and efforless inter-agency exchange of biometric data belonging to different agencies without any modifciations or changes in existing biometric systems.

SOFTWARE ARCHITECTURE FOR INTRUSION DETECTION


The LSIID (Large Scale Intelligent Intrusion Detection) system is an advanced cyber intrusion detection system that employs an integration/fusion of risk-based analysis during Markov decision processes (MDPs), the Bayesian interference model, and machine learning techniques. LSIID will provide the artificial intelligence (AI) needed to detect and mitigate cyberattacks to user networks and hosts. Application: Computing systems and networks

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CYBERSECURITY

DESNET - METHOD OF INTRUDER DECEPTION USING A SIMULATED NETWORK

DESNET is an intelligent software tool that limits the effectiveness of cyber attacks and increases the amount of resources required for an attacker to perform hostile reconnaissance of the network. It distinguishes legitimate users from potential attackers and redirects attackers to a simulated network/deception zone.


CPCOM - CHAOTIC - PULSE - FREQUENCY CODING AND COMMUNICATION SYSTEM

CPCOM provides a high speed (>1Gbps), low probability of detection (LPD) and low probability of interception (LPI) communication system between aircraft utilizing an ad hoc networking methodology, and can be implemented with reduced computational complexity, size, weight, and power (SWaP). CPCOM employs ultra-wideband (UWB) short-duration chaotically modulated pulses providing long-range secure LPI communication and anti-jamming capabilities.

Application: Secure and covert Satellite/ UAV communication in a noisy environment


DSEAL - DISTRIBUTED SECURE ANONYMOUS LEDGER SYSTEM

DSEAL is a new, practical blockchain-based cybersecurity technology capable of detecting and mitigating false command signals (e.g., from hackers) and other cyber threats (e.g., malware) to protect industrial control systems of power generation plants.


Application: • DoD Strategic and Tactical Networks • National Infrastructure Networks • Financial and Healthcare Services • Large Enterprises

CPCOM architecture and CONOPS

ARTIFICIAL INTELLIGENCE/DEEP LEARNING

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REDPAS - REMOTE DEVICE/PERSON AUTHENTICATION SECURITY SYSTEM

REDPAS is a solution for authenticating the identity of a distant end communicator (person/device). Based on advanced Deep Learning techniques, REDPAS enables contactless kinesthetic person/device authentication by using wearable hardware modules compatible with existing communication devices and supported by software embedded into the communication device.

Application: Protection of communication devices and systems against unauthorized use.


PRIMP - HIGHLY PARALLEL REAL-TIME IMAGE-BASED 3D MODELING AND PRESENTATION

PRIMP visible 3D imagery combines multiple 2D video feeds from UAVs in real time into a photorealistic 3D imagery presentation which includes items such as vehicles and humans in motion. This 3D nature of this system allows for a greater understanding of the tactical environment and reduces the overall workload for the user. PRIMP is specifically designed to aid in Synergistic Unmanned/Manned Intelligent Teaming (SUMIT).


PLATR - HIGHLY PARALLEL LIDAR-BASED AUTOMATED TARGET RECOGNITION

PLATR is a LIDAR based intelligent system that uses target isolation, pose estimation, target recognition, and classification to support real time airborne identification of targets from LIDAR data utilizing low SWaP hardware. PLATR can be implemented on any airborne platform, but is specifically designed for the low-power environment of UAVs.


ADITUAS - AUTOMATED DETECTION, IDENTIFICATION, AND TRACKING OF UNMANNED AERIAL SYSTEMS

ADITUAS is an infrared based imagery system that encompasses 360° motion-compensated coverage by uses multiple sensors on the platform. This system protects ground vehicles against UAV threats, day or night. As a passive sensor system, the ADITUAS system allows ground vehicles to operate in any threat environment.


ARTIFICIAL INTELLIGENCE/DEEP LEARNING

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DEESTAC - DEEP LEARNING STATIONARY TARGET DETECTOR AND CLASSIFIER

DEESTAC is a radar based system for enhanced detection of stationary targets from airborne radars. DEESTAC exploits target polarization information in a high-clutter environment while using a small aperture to allow for a low probability of interception (LPI). DEESTAC is specifically designed for airborne platforms that utilize Radar as a primary means of threat detection.


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EMERGING TECHNOLOGIES

METS - MAN-PACKABLE EXPEDITIONARY TACTICAL SERVER

METS is designed using Modeling and Simulation-based Systems Engineering (M&SBSE) approach. METS hardware uses state-of-the-art multiprocessor design leveraging NVIDIA K1/X1 processors and includes radio interfaces for tactical/reach-back communication and data distribution, solid-state disk storage for speed and ruggedness, and a power manager allowing recharging from multiple tactical edge power sources. METS is designed to support an extensive framework to form fully operational METS cluster in a mesh networking configuration, at the tactical edge.


OMNINETWORK™ - OMNI DIRECTIONAL SURVEILLANCE NETWORK

This real-time video, Omni-Directional Surveillance Network OMNINETWORK™ consists of real-time 360° video optics, a panoramic camera, tracking, E-zooming, Intelligent Hyper-compression and unwrapping software.

Real-time 360° system - Offers panoramic views with High Resolution and multispectral imaging, at distances up to 1 kilometer. The electronic zoom feature can instantaneously zoom into an area of interest, and has no moving parts. Advanced Tracking combines OmniView 360° viewing with high performance motion tracking of multiple moving objects. Intelligent Hyper Compression (IHC) - Uses a sophisticated object oriented wavelet based video compression engine. High quality video (object and motion) is encoded at variable compression ratios and frame rates for efficient archival and transmission over wireless networks.


WIRELESS FIRE IDENTIFICATION (WIFIRE ID)

Within 4 ms WifireID will detect aircraft fires over a wide area after ignition. The lightweight (3 oz) ZigBee wireless network system (2.4 GHz) supports a large number of detectors throughout the aircraft. The 360° omnidirectional lens is fast acting with a low false positive response due to multispectral collection and fast microcontroller data processing. The wireless sensor is battery powered and will perform up to one year without replacement.


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NOFUSS - NOVEL FIBER OPTIC UNIFIED

POC is developing the world’s first high-speed multi-axis optical micro-sensor and associated high speed multiplexing fiber optic system that can monitor three-dimensional shock & vibration conditions on a single fiber optic line in missile canisters and missile bodies. NOFUSS is a real-time electrically safe (EMI immune) all optical missile canister – mounted network with a remote interrogation system.

ARGUS - ADVANCED FIRE CONTROL/RADAR FOR UNMANNED SURVEILLANCE SYSTEMS

ARGUS is a 360° obstacle avoidance system for identification of Group 1 & 2 unmanned surveillance systems. ARGUS is designed to be lightweight, low cost, and low SWaP. This innovative RADAR system operates in FMCW mode to locate targets. It then transmits the data via downlink to the ground station. This system is excellent for situation awareness, perimeter security surveillance and the detection of hidden individuals. ARGUS will work in day/night and degraded visual conditions and can be utilized in manned and unmanned/autonomous applications. Future systems will include a machine learning algorithm the capability of adding additional sensors.

CONTACT : Scott Fitzgerald - [email protected] Ross Mohr - [email protected] Eric Rucker - [email protected]

GRAMS - GROUNDING MULTILAYER MISSILE COATING FOR LIGHTNING STRIKE MITIGATION

GRAMS protects large missiles and other high altitude vehicles against direct lightning strikes using an innovative layered and fused material that is highly electrically conductive, thermally insulating, extremely lightweight, and bonded to the existing missile skin.

CONTACT : Ross Mohr - [email protected]


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RETA - REARWARD EMITTING TRACER AMMUNITION FOR ONE-WAY LUMINESCENCE TRACER

RETA is a new tracer technology that can be implemented in M62, M62A1, M80A1, M17 (.50 cal BMG), and larger caliber projectiles. It uses pyrotechnic that does not produce a blazing flame so that it is only visible within a small viewing angle. Foes do not know where the shooter is.

PHYSIOLOGICAL MONITOR

Over the years, POC has worked extensively on a usable and reliable physiological monitoring system. Primarily for medical monitoring of the health of the warfighter. We are now expanding this effort in a much needed early warning system for hypoxia and other altitude physiological monitoring.


CADAMASS - COMPACT AERIAL DEPLOYABLE ACOUSTIC AND MAGNETIC-ANOMALY SENSING SYSTEM

The Compact Aerial Deployable Acoustic and Magnetic-Anomaly Sensing System (CADAMASS) is a multi-sensor, integrated, and modular Anti-Submarine Warfare (ASW) payload system that is designed to attach to the weapon pylons of a Vertical Take-off Unmanned Aerial Vehicle (VTUAV). Its modular design allows it to be configured to maximize capability for specific mission requirements while operating within the power and weight limitations of VTUAVs.

CADAMASS is integrated with the VTUAV’s communications systems to allow the payload system to relay tactically significant data to the command center while simultaneously allowing the VTUAV ground/shipboard control station to issue commands to the payload sensors. The flexibility in payload configuration and two-way communication with the systems sensors greatly extends the operating horizon of ASW and mine hunting platforms.



POC QUALITY CREDENTIALS

POC CAPABILITIES• Project Management • Quality Management • Quality Assurance • Integration Capabilities • Earned Value Management• Configuration Management

Physical Optics Corporation meets or exceeds customer expectations by providing quality products, on time, and in compliance with customer, regulatory, and authority requirements. We are committed to continual improvement of the Quality Management System through deployment of quality objectives which are measured, reported, and reviewed for continuing suitability.

Our Quality Policy Our Safety Policy

Physical Optics Corporation is committed to product safety, and providing a safe environment for employees and visitors, in compliance with customer, industry, regulatory, and authority safety requirements. This commitment is communicated throughout the organization. In support of this policy, safety objectives are established, measured, reported, and periodically reviewed for continual safety improvement opportunities and continuing suitability.

Quality Management System CertificationsPOC’s Quality Management System (QMS) is certified with no exceptions to: • ISO9001:2015/AS9100D (certification 14003ASR001). • ISO9001:2015/AS9110C (certification 14003ASM001).

Capability Maturity Model® Integration (CMMI v1.3)POC has been assessed to the Maturity Level 3 requirements of the Capability Maturity Model® Integration (CMMI v1.3) for engineering development and process integration.

Test Laboratory AccreditationPOC is an accredited ISO/IEC 17025:2005 Test laboratory (ANAB Accreditation L2469) for performing:

• Electromagnetic Interference (EMI) Testing per MIL-STD-461 • Electromagnetic Environmental Effects (EME) High Intensity Radiated Field (HIRF) Testing per MIL-STD-464. • Aircraft Electrical Power Testing per MIL-STD-704 • Electrostatic Discharge (ESD) Testing per RTCA DO-160, Section 25. • Environmental Stress Screening (ESS) Random Vibration/Thermal Cycling per MIL-HDBK-2164.

Federal Aviation Administration (FAA)• POC’s Quality Management System has been approved by the FAA to the requirements of FAA 14CFR Part 21, Subpart G.• POC possesses two Technical Standard Orders (TSO’s), and is an approved Production Certificate holder for Aircraft Cockpit Image Recorder Systems as follows. o TSO Approval 130L-10-259, Digital Video Recorder System (DVRS), 8GB. o TSO Approval 130L-15-53, Digital Flight Recorder System (DFRS), 32GB.

Federal Communications Commission (FCC)• FCC License (FRN) 0026631580.• Special Temporary Authority (STA) for experimentation purposes.

AS9110C

ISO 17025

AS9100D CMMI-DEV/3

• Manufacturing • Systems Engineering • Computer Engineering • Final Assembly• In-House Testing - EMI - ESS

• R&D Laboratories • Technology Transition • Software Development • Hardware Developemt• FACE V2 Capability• Life Cycle Management

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POC OVERVIEW

DESCRIPTIONPhysical Optics Corporation (POC) is a rapidly growing systems integrator of advanced technology, serving military and defense, homeland security, and selected commercial markets. Since its founding in 1985, POC has grown to $115M in revenue, with over 270 employees, including 30 Ph.D.’s and 112 engineers. POC is a highly innovative, employee-owned company. The company holds over 160 issued patents worldwide, covering 60 technologies. As of January 2019, POC has shipped over $600M in commercial and government products. Financially, POC has been profitable every year since its founding and is now planning for its next wave of growth. As POC moves forward, it will continue its work in innovative research and development, focusing on several strategic thrust areas and advanced programs. This includes developing and producing next-generation airborne systems, such as flight data recorders, data transfer systems, mass storage units, and mission computer systems for both military and commercial platforms. Other areas of growth include ground systems, maritime systems, cybersecurity, EW/RF, x-ray nondestructive inspection, and unmanned and intelligent deep learning systems.

NATURE OF OUR BUSINESSPOC is on a sustainable growth footing, and invests heavily into its own IR&D. The company has found its niche by providing high value and innovative solutions to its customers in terms of advanced technology, product performance, cost savings, on-time delivery, and responsiveness to its customer base. The company creates an environment for growth, and POC’s success is ultimately achieved by its talented staff. This success is reflected in POC’s four quality certificates—AS9100, AS9110, CMMI-DEV/3, ISO 17025 and holds an FCC license to test. POC also maintains active security clearances. Our goal is to be a trusted and preferred partner in finding solutions for our customers’ most challenging problems. Our philosophy is to “meet or exceed customer expectations”.

OUR LOCATIONPOC is located 10 miles south of Los Angeles International Airport, in Torrance, California. Our facilities, with over 120,000 square feet, house some of the most highly advanced and unique research laboratories, as well as engineering, prototyping, development, testing, and production facilities.

POC’s headquarters and guest registration are located at 1845 W. 205th Street, Torrance, California 90501

• R&D Laboratories • Technology Transition • Software Development • Hardware Developemt• FACE V2 Capability• Life Cycle Management

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Photo Courtesy of: U.S. Air Force, U.S. Air Force Special Tactics

Points of ContactRobert Waldo - [email protected]

Juan Gutierrez - [email protected]

Scott Fitzgerald - [email protected]

Ross Mohr - [email protected]

Eric Rucker - [email protected]

th

Howard Warner III - [email protected]

Tom Lansing - [email protected]

©POC 3/18 MDS rev 10. Sept2019

1845 West 205 Street | Torrance | CA | 90501

Phone - 310.320.3088 | Fax - 310.320.5961www.poc.com

Physical Optics Corporationth

Eric Gans - [email protected]

Documents

MILITARY & DEFENSE - POC · 2 AIRBORNE SYSTEMS DTM II - DATA TRANSFER MODULE II DTM II is composed of a data loader receptacle and two data cartridges that are used to physically