AVIONICS SYSTEMS
GROUND SYSTEMS
SENSOR SYSTEMS
ADVANCED SYSTEMS
MILITARY & DEFENSE
TECHNOLOGY SUMMARY
Technology That Makes a Difference®
AVIONICS SYSTEMS
FLIGHT DATA RECORDERS
DAU – DATA ACQUISITION UNIT
The Data Acquisition Unit is adaptive and will meet most
avionics recording requirements. This lightweight (17.2 lb)
DAU combines multiple recording functions into one small
footprint (6”x10”x7”). Key functions include: Digital Video
Recorder (2Ch), Digital Voice Recorder (4Ch), Airborne Data
Recorder, Mission Data Loader, integrated TAWS (3.2B),
Sensor Data and Wireless Sensors with 32Hz sampling rate, 24
analog channels, and 16 discrete channels. Communication
interface includes dual MIL-1553, RS422 and RS232. Internal
memory is 128GB and is expandable to mission requirements.
Both Gigabit Ethernet and USB maintenance access support
the Fast Data Download Requirements of MFOQA / FDM.
Information security includes FIPS 140-2.
Availability: In Production.
Contact: Ross Mohr: 310-320-3088 – [email protected]
IRIG 106, Chapter 10 Compliant
CP – CONTROL PANEL
Meeting both MIL-STD and ED-112 Standards, the Control
Panel (CP) contains a 8GB Crash Survivable Memory Unit
(CSMU), and 32GB USB RMU (Removable Memory Unit). The
CP contains a display and menu driven user interface. This CP
will accept mission data and enables fast post flight extraction.
Availability: In Production.
Contact: Ross Mohr: 310-320-3088 – [email protected]
ED-112 Compliant CSMU
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DDS – DIGITAL DATA SET
• Multichannel Digital Recorder:
‒ Video (2) - MPEG4, NTSC (RS-170)
‒ Audio (4) - MPEG2, Layer 3 (MP3) and
‒ Sensor data – (32 Hz sampling rate)
‒ Communication Interface: Triple redundant MIL-1553, RS422, RS-232 & commercial protocols available
• Integrated Navy TAWS (3.2D) and MDL (Mission Data Loader).
• W-Link: IEEE 802.11n / 802.11i, FIPS 140-2 compliant, multifrequency high speed wireless communication for data
downloading (video/audio/data) and uploading (mission).
• 1 Gbps Ethernet: Included.
• Wireless Sensors: Can handle up to 256 sensors (wired and
wireless), including engine diagnostics and fire detection.
• Memory: 128 GB Internal Memory, 8GB CSMU external
memory – 32 GB USB RMU.
• Encryption: FIPS 140-2 level encryption. Commercial
encryption also available.
• MFOQA/FDM Enabler: Complies with MFOQA with high
sampling rate data. RS422/GB Ethernet/USB maintenance
access, and reduces costs associated with maintenance/
aircrew manual download/upload of data and troubleshooting. Real time sensor viewing, web interface enabled.
• Modular System: Configurable to meet customerrequirements.
US Navy T-45
DDS – Digital Data Set
Availability: In Production. DDS can be adapted to meet aircraft requirements. Call for assistance.
Contact: Robert Waldo: 310-320-3088 – [email protected]
FAERITO® – DIGITAL VIDEO / AUDIO / DATA FLIGHT RECORDER
The FAERITO line of digital flight recorders provide over30 hours of
synchronous Digital Video/Audio/Data recording. This unique “AllIn-One” digital flight recorder meets DO-160 environmental
standards. FAERITO is packaged into a single compact housing
measuring 4.5”x5”x8” and weighs less than 9 lbs. One or more of
the following options are included in the FAERITO digital flight
recorder: MEMORY: 32GB Crash Survivable Memory Unit (CSMU) to
ED-112 standard, noncrash (protected) internal memory, and
external USB removable flash memory. VIDEO: 2 channels of NTSC
(RS170 standard) or PAL Video input with compressed 1 Mbps
maximum data rate per channel, utilizing POC’s proprietary Wavelet
video compression for the highest quality video recording and
playback. AUDIO: Up to 4 channels of high quality compressed
Digital Audio with the latest MPEG 1, Audio layer 3 standard at 16
Kbps per channel. DATA: Discrete sensors and full range analog
channels with fully programmable dynamic range and sampling
rate; COMMUNICATION and DATA BUS: Options include MIL-1553,
RS422, RS232 and other commercial protocols.
Over 30 hours of synchronous Digital
Video / Audio / Data recording per channel.
Availability: In Production.
Contact: Ross Mohr: 310-320-3088 – [email protected]
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FAERITO® DVRS – DIGITAL VIDEO RECORDING SUITE
The Digital Video Recording Suite consists of a FAERITO
digital flight data recorder (TSO-C176) that contains a
32GB (ED-112) Crash Survivable Memory Unit (CSMU).
Optional equipment that would complete the DVRS Suite
are: Cameras, Video Multiplexer (VMUX), Cockpit Control
Panel (CCP), 32GB Removable Memory Unit (RMU) and
PC compatible GUI software package. The DVRS can be
multiplexed to accommodate 4 cameras and will record
over 32 hours of video per channel at a video data rate of
1Mbps. The FAERITO recorder measures 4.45”x5”x9” and
weighs 9 lbs. (w/o ULB).
Cameras
VMUX
Availability: In Production.
Contact: Ross Mohr: 310-320-3088 – [email protected]
RMU
CCP
Meets ED-112 Standard,
Certified to FAA TSO-C176, ARINC573-7/717 and
RTCA DO-160D 7E
DTU – DATA TRANSFER UNIT
• Functionality: The DTU is a data transfer system specifically
designed to address the needs of the F/A-18E/F and EA-18G
platforms. DTU is a form and fit replacement for the current
MU-1135A Digital Memory Device (DMD), plus adds NSA
Type 1 encryption for mission data and FIPS-140 encryption
F/A-18E/F
for maintenance data.
• Packaging: Single compact housing measures 2”x5”x8”,
weighs <8 lbs. (with 2 removable memory devices installed),
and meets MIL-STD-180 standard.
• Memory: 2 independent Removable Memory Devices
(RMD), each containing 128 GB storage capacity – Mission
(red) and Maintenance (black).
• Data Transfer: A dual-redundant High-Speed Data Network
(HSDN) interface and a single 1 Gbps high-speed fiber
EA-18G
channel 50/35 Mbps read/write data transfer (SATA).
• Encryption: Red/Black data separation with full-time NSA Type 1 encryption of mission data, and full-time
FIPS-140 encryption compatible with maintenance data.
• Interfaces: 2 redundant fiber channels, High-Speed Data Network (HSDN) and High-Speed Interface (HSI).
Availability: In Production.
Contact: Robert Waldo: 310-320-3088 – [email protected]
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DTS – DATA TRANSFER SYSTEM
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”x5”x3” and weighs
<4 lbs. Suitable for MIL-STD-810 environments.
Memory: 3 independent 128 GB (expandable to 512 GB)
Removable Memory Units (RMU) with 500 Mbps throughout
(MIL-STD-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: FIPS 140-2 level encryption, expandable to NSA Type-1
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.
Availability: Call for engineering assistance.
DTS – Data Transfer System
Contact: Robert Waldo: 310-320-3088 – [email protected]
ADTS – ADVANCED DATA TRANSFER SYSTEM
The ADTS is a data/video/audio loader and recorder with NSA
Type 1 Encryption for Rotary and Fixed Wing platforms. The
primary function is to upload mission and map data, record inflight avionics data, and record maintenance data during ground
and flight operation for post flight information exchange.
Packaging: Single compact housing measures 5”x3”x8” and weighs
8.25 lbs. (with DTD installed), meets MIL-STD-810G and MIL-STD461F 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
NSA Type 1 security and 2 channels of 10/100 Ethernet (FIPS 1402).
Encryption: Meets information assurance requirements (S&U).
Options include NSA Type 1and FIPS140-2 level encryption.
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, 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.
Availability: Call for engineering assistance.
ADTS – Advanced Data Transfer System
G-DTU: Support Ground Station Available
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Contact: Robert Waldo: 310-320-3088 – [email protected]
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ETMR – ENGINE TREND MONITORING RECORDER
The ETMR unit is housed in an aluminum chassis qualified to
DO-160G environmental requirements and can be mounted in
any orientation. It measures 6.3”x9.3”x4” and weighs 3 lbs.
The unit is configured with all connectors on the front panel
for ease of access to power, electrical interfaces and either
USB or Ethernet interfaces for data retrieval. The ETMR is
compliant to Pratt Whitney Canada Service Bulletin No.
1703R6 for the PT-6A engine. The unit supports performance
and maintenance analysis and provides storage for >10,000
hours of flight information. Optional: crash hardened
memory unit.
Availability: On-site demonstration available.
Contact: : Ross Mohr: 310-320-3088 – [email protected]
BRAVR™ – BLAST RESISTANT AUDIO & VIDEO RECORDER
BRAVR™ provides an essential blast-protected monitoring
and recording system for avionics, ground combat vehicles,
and security applications. The small (1.5”x4.8”x2.5”),
lightweight system provides high quality HD video and CD
quality audio recording, with up to 7 days of recorded
content. The 32GB Blast Survivable Memory Unit (BSMU)
uses solid state memory and crash-survivable packaging to
survive blast conditions. Data parameters and sensor fusion
is also possible. The BRAVR intelligent software package
includes a GUI-based user control center with high quality
playback capability.
Availability: Call for engineering assistance.
BSMU Blast Survivable
Memory – 32GB Storage
Capacity
BRAVR Playback Software
BSMU After Burn Test
Contact: : Ross Mohr: 310-320-3088 – [email protected]
ED155 Helicopter and Small Aircraft
Protected Memory, 1 Ch. Video (color 256), 1GPS,
1 MEMs Triaxial Accelerometer, 1 Memory
Extraction (Audio, Data, Data Link options)
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WIFIRE ID – WIRELESS FIRE IDENTIFICATION
Within 4 ms WifireID will detect aircraft fires over a wide area
after ignition. The lightweight (3 oz) ZigBee wireless system
(2.4GHz) supports a large number of detectors throughout the
aircraft. The 360⁰ 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.
Availability: In-house demonstration available.
Contact: : Christian Veeris: 310-320-3088 – [email protected]
Enclosed Sensor
MFD – MULTI FUNCTION COCKPIT DISPLAY
POC’s Multifunction Display (MFD) provides full-color graphics
rendering, operator controls, and high resolution display for
rugged military applications (ground or airborne). Customizable
in size, the Liquid Crystal Display (LCD) features anti-reflective,
electro-magnetic interference shielding treatments and a
selectable LED backlight that provides operation for day and
night. Multiple configurable soft keys can be used to display
information to the user in numerous ways to work with current
or future platforms.
Availability: Call for engineering assistance.
Contact: Robert Waldo: 310-320-3088 – [email protected]
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GROUND SYSTEMS
WEARNET® – WEARABLE PERSONAL AREA NETWORK
Lightweight Wearable Personal Area Network
An integrated solution that significantly adds capability and reduces weight, while adding intelligent connectivity
and personal power management with plug-and-play compatibility. The warfighter's need is to unburden his load
while enhancing his physical performance and to know the location of himself, his squad and the enemy.
Features include:
• Low-profile connectorization, certified to MIL-STD-461 and -810.
• Lightweight harness reduces cabling and batteries carried.
• Intelligent power management and distribution.
• Integration of video, audio and data into a single connected system.
• Interoperable with various communication devices (i.e. DH-500,PRC-154, PRC-117G).
Availability: In Production. Call for engineering assistance.
Contact: Christian Veeris: 310-320-3088 – [email protected]
Power Manager
Immersive HMD
See-Through HMD
Universal
Harness
USB HUB
MEP (Mission Equipment
Package) Camera
PM
SITA - Flex Display
Conformal
Battery #1
Conformal
Battery #2
WEARNET®
Motorola Atrix
Motorola Pouch
Cable to Hub w/QDC
DH-500
Tactical Radio
Universal Hub
Conformal
Battery
Conformal Battery
Snapnet® Connector
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Vest Power
Manager (PM)
Back
Front
SNAPNET ® 2.0
WEARNET® KIT
The WEARNET® KIT is a body-worn ensemble that provides a
lightweight, low-profile personal network for distributing
power, data and RF to dismounted systems using a common
connector called SNAPNET®. It is easily configured for multiple
missions that employ MEP sensors, communications, electronic
and dismounted equipment, including your COTS electrical
devices. In order to eliminate cabling, all MEPS are SNAPNET
connector compliant. Plug-and-play snap connectors
standardize the connectivity of all types of devices by
integrating wires into fabrics through a low profile SNAPNET
connector. Add the power distribution unit and flexible
harnesses to your protective or tactical vests and you’re ready
for your mission.
SNAPNET ® 3.0
SNAPNET® connectors receptacle
SNAPNET ® 2.0
SNAPNET ® 3.0
SNAPNET® connectors plug
Std. USB Outputs
VGA Output
P6
P8
P2
P4
P7
Power Input
USB Input
P5
P3
P1
VGA Input
USB+ Output
DATA/POWER HARNESS
Availability: In Production. Call for assistance.
Contact: Christian Veeris: 310-320-3088 – [email protected]
USB / VGA Harness
USB SNAPNET®
Adapter
(to USB device)
Power Distribution Harness
SITA – TACTICAL FLEX DISPLAY UNIT
Soldier Information Technology Assistant
Flexible E-ink PDA / Android OS / Monitor Display Smartphone
Capabilities
Power SNAPNET® Adapter
(to COT device)
VGA SNAPNET® Adapter (to WEARNET®
Harness)
EMI (MIL-STD-810G) and Environmentally
(MIL-STD-461F) Approved.
SITA is a soldier-wearable, lightweight, compact display with PDA
functionality. This flexible day/night readable display provides
up-to-date tactical information while being covert, rugged, and
requiring low power. The Information Technology Assistant (ITA)
synergistically interfaces tactile networks and soldier systems.
Features include:
• Advanced energy-saving, flexible, sunlight readable 3.8 inch
diagonal display
• Rugged flexible display is ideal for harsh environments
• Display is compatible with NVG equipment and non-emissive
for covert operation
• Advanced wired interfaces including full speed USB (480Mb/s)
and analog video input for infrared cameras
• Low Power Consumption ~0.2W (peak of 1.2W) using
optimized power management algorithms
• 16-channel GPS receiver with integrated L1 band
• Addressable wireless communication (RX and TX) using ZigBee
for downloading/uploading maps and tactical data
Availability: Lab demonstrations available.
The SITA system as an Information Technology Assistant (ITA)
with a flexible display for soldiers
Contact: Christian Veeris: 310-320-3088 – [email protected]
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WiSIC – PHYSIOLOGICAL MONITORING SENSORS AND FLEXIBLE DISPLAY TECHNOLOGY
POC’s WiSIC aims to be the starting point for an integrated
platform that enables next-generation physiological monitoring.
This device can be integrated into a Transportation Telemedicine
system. Its sensors are developed for a medical triage scenario,
but can also be used for en route patient care for vitals
monitoring. The device enables the persistent monitoring of the
medical status of a large group of triage patients, through the
use of wireless interface. Thresholds can be set on a handheld
device to alert the medic of a deteriorating medical condition.
The ultra-low power electrophoretic display enables at-a-glance
evaluation of the patient, while the flexible photovoltaic extends
the operational lifetime of the device. The flexible packaging
allows the device to conform to the shape of the patient and
demonstrate its flexible capabilities.
Current Capabilities: Temperature, heart rate, respiration rate
and ECG data.
Future features: Blood pressure, pulse, oxygen levels, system
integration, data hand over and multi-patient monitoring.
Availability: In Development. Call for assistance.
Contact: Christian Veeris: 310-320-3088 – [email protected]
HMD – HEAD MOUNTED DISPLAY
POC’s Immersive and See-Through Head Mounted Displays (HMD)
provide the warfighter with a mobility display for access to critical
mission data and situational awareness while on the move. The
immersive HMD is lightweight (35gm), low profile (19.8mm x 15.2mm
x 5.1mm), high resolution (800×600) and designed for plug-and-play
operation into the soldiers personal network (like POCs WEARNET®
System). The HMD’s rich contrast SVGA display is perfect for
displaying images from a wearable computer, Unmanned Aerial
Vehicle feeds or targeting systems. It provides multiple helmet
mounting options as well as custom cable assemblies and interfaces.
Our See-Through HMD for augmented vision and situation awareness
uses cutting edge holographic waveguide technology ruggedized for
ground applications. The use of low-profile (<8 mm) see-through
optics, made of high strength and transparency glass or polymer,
routes and provides the overlay digital images, video and information
to the soldier. The optimal combination of light engine, ultra compact
electronics and see-through optics provides a high-resolution (HD
720P), full color and wide 40° Field of View.
Availability: In Production. Call for assistance.
Contact: Christian Veeris: 310-320-3088 – [email protected]
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SENSOR SYSTEMS
MWS – MICRO WEATHER SENSOR
The Micro Weather Sensor is a robust and lightweight tactical weather
station with an imaging capability and a modular design for optional
enhancements. It is capable of reporting local weather parameters,
and transmitting them via a secure satellite link, Line of Sight, or local
wireless communications. The Micro Weather Sensor is battery
powered with solar augmentation, enabling it to operate for more than
90 days and provide persistent and continuous sensing. Optional
features include micro LIDAR, chemical, biological, radiological and
nuclear contamination detection, motion activated cameras and
seismic sensors, anti-tampering features, and a ruggedized body for
aerial deployment.
Benefits
• Real-time reporting of critical weather parameters: wind direction and
speed, visibility and present weather condition, sky condition, cloud
height, temperature, dew point, barometric pressure, and
precipitation
• Modular design allows for flexibility in configuration to meet user
needs
• Camouflaged, with a warning/anti-tampering system
• Visual field of view is 360° x 60°, out to 10,000 m away
• Communicates with Military C2 and Mobile Networking utilizing
METAR formats
• Supports the tracking of chemical, biological, radiological, and nuclear
(CBRN) threats
• Small lightweight rugged package optimized for unmanned aerial
vehicles (UAV) employment or mobile platforms
• Data output is compliant with user-defined XML and graphical user
interfaces
Applications
Weather forecasting and air pollution monitoring, remote sensing for
natural disasters, combating wild fires, air quality control, security,
surveillance, process control in chemical and pharmaceutical
industries, and product inspection, intelligence gathering, climate
change, public health, monitoring local weather for better situation
awareness as well as monitoring local environments for bio-chemical
and radiological hazards.
METAR
Report
METAR
Report
Availability: Product demonstrations available.
Contact: Christian Veeris: 310-320-3088 – [email protected]
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HIGH POWERED TUNABLE AGILE RF FILTERS
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 Data or SIGINT 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-ground 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 Assests.
Interference Output with ANF
Friendly COMMS
Availability: On-site demonstration available. Call for
engineering assistance.
Contact: Scott Fitzgerald: 310-320-3088 – [email protected]
OPS™ – OPTICAL PROXIMITY SENSOR – NON-LETHAL MUNITIONS
POC has developed an Optical Proximity Sensor (OPS™) for
small caliber non-lethal munitions and proximity detection. The
miniature optical sensor generates an electric output signal if a
light reflecting target emerges at a predefined sensing distance.
The OPS sensing distance is from 1m to 5m and the angle of
view is 2 milliradians by 7.8 milliradians (0.11 degree X 0.44
degree). OPS can be installed on a shooting projectile as small
as 12-gauge caliber (OD: 17.8mm - 12 gauge and 19mm in
length which includes PC board). Weighing less than 10.2g
(without battery), OPS response time is less than 0.1
milliseconds (0.0001 seconds). OPS can be adapted to meet
OEM requirements.
12 Gauge Shell
Availability: Ready for OEM applications. Call for assistance.
Contact: Christian Veeris: 310-320-3088 – [email protected]
Model of 40mm M433 Grenade
12 Gauge Assemble
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OMNIVIEW – 360° SITUATIONAL AWARENESS
OmniView provides real-time 360° panoramic video monitoring.
The OmniView system consists of Fisheye Lens (FEL), video
camera, firewire, and OmniView (unwrapping) software. While
using only a single camera, and FEL lens, the proprietary
OmniView software unwraps the real - time video image into a
seamless distortion free horizontal viewing zone. This system is
compatible with PC based systems (PC not included). POC
currently offers a variety of cameras – super high resolution
(2352 x 1728), high resolution (1280 x 1024), or NTSC (720 x
480) pixel resolution. OmniView can be adapted to work with IR
and digital still cameras, and can be tailored to the internet,
video compression, wired or wireless systems.
Availability: In Production.
Contact: Christian Veeris: 310-320-3088 – [email protected]
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 Hypercompression and unwrapping software. Real-time 360° system Offers panoramic views with Super - High Resolution (40,000 x
80,000 super pixel array), 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 (up to 8,000 to 1) and frame rates
(up to 60 fps) for efficient archival and transmission over
wireless networks.
Object Oriented,
Wavelet Based
Intelligent HyperCompression
Multispectral, 360° Panoramic Surveillance
Advanced Tracking
Unwrapped 360° Panoramic View
Availability: In Development. Call for assistance.
Contact: Christian Veeris: 310-320-3088 – [email protected]
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ADVANCED SYSTEMS
SURVEYS 180 – PANORAMIC ULTRA-HIGH RESOLUTION VIDEO SURVEILLANCE
SURVEYS 180 is a complete high performance surveillance
system for distances up to 10 km. As an “unblinking eye” it
records and displays 180° wide field of view, with
unprecedented resolution (0.3 Giga pixel), for accurate
detection and identification of standoff threats. The SURVEYS
180 employs instantaneous digital e-zoom (no latency) with no
moving parts. Using simple mouse operations, users can define
up to four regions of interest (ROI), zoom in/out and remotely
configure sensor parameters. All events (i.e. vehicle
identification) are recorded in a searchable database along
with the full resolution imagery, enabling forensic analysis with
all of the same controls/features as the real-time interface. 12
hours of full resolution video are stored on the system’s hard
drives.
Status: Prototype systems deployed. Demonstrations available.
Contact: Christian Veeris: 310-320-3088 – [email protected]
iPEECS – INTEGRATED PERSISTENT ENERGY CONCENTRIC COVERT SURVEILLANCE SYSTEM
The iPEECS system offers covert surveillance capability in public
areas to effectively monitor and track suspicious activity. The
system consists of an all-weather, camouflaged standalone 12 x
8 x 8 in., 15 lb box mountable on objects such as trees, poles,
or building structures. Unprecedented persistent 200-m range
day/night video surveillance with license plate reading
capability with results logged to a searchable database. Solarpowered operation (with battery backup) enables it to operate
continuously for weeks (depending on solar illumination),
requiring no support from any power infrastructure. Remote
operation and monitoring via commercial cellular networks (in
urban settings) and/or a separate 5-mile RF link (in rural
settings) provides capability to remotely control the system,
and access surveillance information (including video playback),
in real time.
Status: Prototype systems deployed. Demonstrations available.
Contact: Christian Veeris: 310-320-3088 – [email protected]
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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:
Nano-MENTIS
Micro-MENTIS
Mini-MENTIS
AD conversion, input remapping,
and signal routing
AD conversion, input remapping,
and signal routing
AD conversion, input remapping,
transcoding, signal routing
Availability: In-house demonstration available.
Contact: Ross Mohr: 310-320-3088 – [email protected]
OMNITRAC
OmniTrac is an advanced tracking device that combines
OmniView 360° viewing and OmniNetwork features with a high
performance motion and feature based tracking system.
Multiple moving objects can be tracked simultaneously in realtime with the high performance, high-fidelity software that can
be embedded or utilized as a dedicated hardware. The system
can intelligently select and analyze the objects according to the
user’s choice of size, speed, color and features. OmniTrac
consists of (1) OmniView 360° video system, (2) intelligent
tracking and (3) unwrapping software with multiple functions.
Availability: Call for engineering assistance.
Scene Change
Motion Detection
Contact: Christian Veeris: 310-320-3088 – [email protected]
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ADVANCED VIDEO COMPRESSION – STANDARD AND
OBJECT ORIENTED VIDEO COMPRESSION
IHC™ Intelligent Video Hyper Compression utilizes the most
advanced standard compression techniques along with POC’s
own Proprietary Wavelet based compression software that
distinguishes between objects of interest and background.
Elements in the scene can be identified with each frame being
addressed to create the highest video quality. IHC™ allows
frame by frame management with variable (user selected)
compression ratios (10:1 to 8000:1), frame rates (1 fps to 30
fps) data rate (28 kbps to 20 Mbps). This hardware / software
solutions comes with a user friendly GUI.
Availability: Ready for OEM applications. Call for assistance.
SCENE CHANGE
HARDWARE
SOFTWARE GUI
Contact: Christian Veeris: 310-320-3088 – [email protected]
MOTION DETECTION
Advanced
Tracking
PASTOR™ – MULTISPECTRAL DETECTION OF EXPLOSIVES
AND CHEMICALS IN TRACE AMOUNTS
PASTOR™ is a passive, handheld hyperspectral infrared system
capable of standoff explosive identification. The modular system
will operate in day/night conditions and will accurately identify
chemical contraband at distances up to 50 meters.
Availability: Laboratory demonstrations are available.
Contact: Christian Veeris: 310-320-3088 – [email protected]
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AHZOS – ADVANCED HYPERSPECTRAL ZOOM OPTICAL SENSOR
AHZOS is a portable or mounted hyperspectral standoff detection
system for identification of known objects, threats or substances. The
lightweight (10-15 lbs.) system programmable multispectral sensors
work in wavelengths from visible to SWIR (400 µm to 1.7 µm), and at
standoff distances from 300m to 1km. The 20X zoom capability, along
with non-scanning parallel processing is electronically controlled with
real-time hyperspectral data and image processing. AHZOS is
designed for man-portable, unmanned vehicles (such as UGVs/UAVs)
and fixed systems (vehicles and buildings). The hardware and
software based hypercube data reduction removes image
redundancy for excellent target detection/identification of known
objects in line of sight or cluttered environments.
Availability: In development. Call for assistance.
Contact: Christian Veeris: 310-320-3088 – [email protected]
GARD – GROUND ANOMALY RECOGNITION AND DETECTION SYSTEM
The GARD system will identify buried IEDs and IED-initiators such as
command wires and pressure switches that come across its path,
from a standoff distance of 50-100 m. It implements POC’s
compound eye multispectral sensor design in the shortwave
infrared (SWIR) to offer detection of disturbed ground (via spectral
discrimination of the soil’s moisture content) in day or night with
high probability of detection (Pd) and entirely passive operation (no
radiation emitted).
• Highly accurate detection, and location of emplaced IEDs using
automated threat detection algorithms.
• 50-100 m standoff detection of buried IEDs in the vehicle path
possible due to selection of optics
•Day/night operation due to use of SWIR imaging technologies
• Robust detection of IED initiators like command wires and
pressure switches via ground disturbance detection
• All weather operation – conduction cooled sealed package for all
weather operation.
• Size, weight and power design for both man-portable and vehiclemounted application:
- Compact size (16 in. × 12 in. × 8 in.)
- Lightweight (15 lb)
- Low power (28 DC, <1 A)
Availability: In development. Call for assistance.
Contact: Christian Veeris: 310-320-3088 – [email protected]
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ADVANCED METROLOGY INSTRUMENTATION
INTELLIMIC™ – “SMART” MICROMETER
Intellimic™ is an intelligent precision wireless micrometer
designed for advanced materials, coatings, and location
tracking. Intellimic offers improvements in production
efficiency, without damaging the material surfaces.
Thicknesses are measured and wirelessly transmitted
and stored in a software database for easy reference.
Availability: Lab demonstration of concept currently available.
Contact: Scott Fitzgerald: 310-320-3088 – [email protected]
AHDAT – HOT DOT APPLICATOR TOOL
The Automated Hot Dot Applicator Tool will dramatically
improve production by pneumatically stamping the fastener
hole, then filling with thermoplastic polyurethane, then skiving
the surface to a smooth finish.
Availability: Lab demonstration of concept currently available.
Contact: Scott Fitzgerald: 310-320-3088 – [email protected]
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PHAST – SKIVING TOOL
PHAST is a Pneumatic Height Adjustable Skiving Tool fitted
with a custom cutting head and vacuum line. PHAST will
quickly and easily remove fastener fill paste and gap fill
material. This tool is designed for advanced aerospace
materials and will maintain surface integrity and significantly
reduce hard work while improving production.
Availability: Ready for Implementation.
Contact: Scott Fitzgerald: 310-320-3088 – [email protected]
ILSAS – LIQUID SHIM APPLICATION SYSTEM
ILSAS is an Interpolated Liquid Shim Application System that
will lay down a precise and measured bead consistently. The
applied liquid material will be precisely measured and
transmitted wirelessly back to the work station. ILSAS is easy
to use, eliminates masking, will save material cost and greatly
reduce finish work on aircraft surfaces.
Availability: Ready for Implementation.
Contact: Scott Fitzgerald: 310-320-3088 – [email protected]
LACR – REPAIR OF AIRCRAFT CANOPY COATINGS
POC’s Laser Assisted Coating Repair (LACR) performs flight-line
service repair of the coatings typically found on canopies and
fixtures for aircraft such as the B-2, F-22, and F-35. A low power
(< 50mJ), compact laser is used to transfer virgin ITO or gold
(and other substances) instantly to the repair areas. The LACR
accommodates curved canopy surfaces and irregular scratch
shapes, and can repair concave and convex surfaces with a 3”
radius of curvature or greater.
Availability: In-house demonstration available.
Contact: Christian Veeris: 310-320-3088 – [email protected]
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LCISS – OUTER MOLD LINE CONTROL SYSTEM
LCISS (Low-Coherence Interferometric Scanning System) is an Outer Mold Line (OML) control system used in
the process of fabrication and assembly of advanced aircraft with very high requirements for keeping
surfaces flush. This control system will significantly improve the quality of aircraft assembled with it, will
reduce the manual labor involved in aircraft assembly, and will accelerate aircraft production rates.
In addition to the assembly of military aircraft, this OML control system can be used in the fabrication of
modern commercial aircraft, especially those containing many composite parts. It may also be used in
industries such as automotive or shipbuilding.
Availability: Call for engineering assistance.
Contact: Scott Fitzgerald: 310-320-3088 – [email protected]
LCISS
IMPACT – TORSIONAL VIBRATION DETECTION
POC’s Innovative Optical Monitoring System for
Performance Assessment of Cutting Tools (IMPACT) detects
torsional vibrations during the drilling process using the
most sensitive of rotational sensors. It monitors each of the
mechanisms by which energy is dissipated during drilling. As
it is selective for torsional vibrations, It is ideal for noisy,
industrial environments.
Availability: Call for engineering assistance.
Contact: Scott Fitzgerald: 310-320-3088
[email protected]
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Outer Mold Line photo insert for LCISS drawings.
Beige: airframe mockup; Green: composite
panels to be placed with LCISS assistance. Text
and shim locators are projected by LCISS.
RANMS – NON-CONTACT MEASUREMENT SYSTEM
POC’s Rapid Advanced Non-Contact Measurement System
(RANMS) uses multi-fiber diode laser technology
incorporating four individual laser sources and CCD camera
for use in sub-surface hole diameter, hole position, surface
and edge profile inspections. Software reports out XYZ
coordinates identical to touch probe operations. Image and
data processing algorithms can achieve measurements
within 0.1 second. Key features include wireless data
transmission and integration with existing PMM controllers.
Availability: Call for engineering assistance.
Contact: Scott Fitzgerald: 310-320-3088
[email protected]
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Notes
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Notes
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Point of Contact
Robert Waldo
[email protected]
Point of Contact
Ross Mohr
[email protected]
Point of Contact
Christian Veeris
[email protected]
1845 W. 205th Street, Torrance, CA 90501 (USA)
PH: 310-320-3088 • FX: 310-320-5961 • www.poc.com
© POC 10/15 MDS rev25. 2010
Manufactured under U.S. Patents and Patents Pending
Point of Contact
Scott Fitzgerald
[email protected]