Management Sciences, Inc.

The EPIC has a comprehensive fully open multi-purpose architecture that does much more than data logging. The EPIC performs reasoning, baselining, diagnostics, prognostics, messaging and timely intelligent control actions. The EPIC is designed for embedded data collection and analysis of health states to determine the current maintenance condition of equipment. The electronics may be embedded in a small chassis or mounted in the backshell of MIL-SPEC connectors used in electronic systems and wiring harnesses. The EPIC can be used in multiple instances in connectors or wiring. Two or more EPIC can operate separately or in a cooperative network to more completely assess the health status of a total system. APPLICATIONS The EPIC can be used for vehicle health management, test instrumentation, computation of stored complex algorithms, analog processing, electronic waveform signal processing, control, and inspection of the health of wiring harnesses. EPIC CIRCUIT MODULE The EPIC is a single board self contained circuit module. The circuit architecture includes a powerful 32- bit microprocessor, self protection, 3 channel sensor data and signature acquisition, inputoutput ports, and ports for USB, Ethernet, CAN, and EIA-485. EXECUTION ENGINE The EPIC’s real time operating system provides externally programmable processes for user-defined rules. These rules control data collection, fusion, analyses, actions and communication. An optional user programmable Bayesian Cognitive Inference Calculus engine performs dynamic probabilistic Bayesian model construction for diagnostics, prognostics and control. PROGRAMMING The EPIC can be programmed with-user defined compiled C++ applications or logic switched Bayesian Inference Calculus algorithms. A TCPIP interface command language is provided for remote programming with a network computer or portable device. FUNCTIONS • Selectable 32 channel multiplex digitizing • Live electrical signal analysis • Diagnosis of faults in wiring and components • Analog processing and Digital Processing • Detection of signal and sensor anomalies • Bayesian Baseline Correlation to recorded data • Operates from 28VDC or battery power (Qualified to MIL-STD-704A-F) Wireless or wired CAN, J1039, Ethernet, and USB communications • Messaging on event or in response to remote query FEATURES INCLUDE: • Self tests • Continuous monitoring and analysis • Inventory, performance and activity monitoring • Troubleshooting modes for locating intermittent and other troublesome faults • Communication with publishsubscribe for remote query response USAGE: EPICs are installed as stand-alone chassis or by plug-in at an existing D38999 wiring connector. Operating instructions are either pre-installed, or installed, reconfigured, or updated after installation by using Ethernet, wireless link, or replacement of the programming chip. Remote query, message passing interface, and offload of data and results is by using TCPIP command structures via USB, wireless or Ethernet connection to Personal Computers or other computer interface. Harness adapters can be configured to interface the Sentient Guardian™ with any electrical system or harness. PENDING TRANSITIONS • Flying on EA-6B Prowler for CBM • Developing application for C-130J and Global Hawk • Transition pending for Engine Monitoring for PredatorReaper • Transition pending for CBM on Fire Scout and Apache APPLICATIONS INCLUDE • Networked Cloud Processing • Demonstrated CBM+ on Marine Corps ground vehicle • Embedded Prognostic Health Management for most ground and airborne vehicles • Embedded data acquisition for operational tests and continuous operational evaluation • Automated training support (embedded training) • Automated maintenance troubleshooting, support and verification of return to service.

DATA CENTRIC PROCESSING AND RECORDING The D3 FIR is the next generation in intelligent processing and recording. The D3 FIR collects data from various aircraft buses and other interfaces and processes the data into information and knowledge for recording. The D3 FIR provides a user programmable “Rules” engine for the intelligent collection, management, processing, and recording of data. Using an English-like language, the user can select the data from among redundant sources, process, fuse, and record information, and infer knowledge. MUCH MORE THAN A RECORDER With Data Centric acquisition and recording capabilities, the D3 FIR acquires audio, video (option), analog (option), data bus (MIL-STD-1553 with FireWire and Fibre Channel options). Access to this data allows the D3 FIR to be used as an information and knowledge repository. MSI’s C-Rules engine, hosted on the D3 FIR, provides real-time data acquisition, real timely information extraction, and mission time knowledge fusion and inferencing. The C-Rules engine incorporates MSI’s advanced artificial intelligence real time processing algorithms. This obviates the necessity of post flight processing with answers coming after the problem has manifested itself. With the D3 FIR processing the data in mission time, the answer is available, before landing, for effective maintenance or other corrective action. Data off-load now provides multi-platform learning and optimization across squadron, wing, or fleet. D3 FIR REAL-TIMELY INTELLIGENCE The D3 FIR provides three reference frames for processing: real-time, real-timely, and mission time. Real-time processing allows predictive data acquisition and collection and provides for the management of this data. Real-timely processing provides data fusion to information and inferring of non-observable states. Mission time processing allows for higher level knowledge fusion, inferencing and learning. Generally speaking, real-timely is within one or two seconds, while mission time is a continual process providing the best available estimate at any time but a useful answer by the time it is needed. D3 FIR APPLICATIONS INCLUDE: • Safety recording • MFOQA • Mission data • Video recording • Maintenance • Structural • Health and Usage monitoring • Prognostic Health Management • Interactive Training FEATURING: • C-Rules engine for User Programming in an English like syntax • Real-Time data acquisition and recording • Up-link and Down-link data management, message formatting, and link management options (controlled by Rules) • Information and Knowledge processing with classification, inferencing, and learning AI algorithms include: Bayesian Classifiers, Static and Dynamic Bayesian Networks, Hidden Markov Models (including Hierarchical and Sequential) and Probabilistic Logic with Recursion (PLR) • High-speed download (Ethernet, Serial, or WiFi option) using standard PC BENEFITS INCLUDE: • Data Centric Repository of Data, Information, and Knowledge • Network Centric portal for downlink or query • Timely knowledge of system state (diagnostic and prognostic) without post processing of mission data • Optimized decision support for improved operations, maintenance, training, and logistics ADAPTABLE SYSTEM: • Reconfigurable and modular hardware and software architecture • Two spare board slots • MIL-STD-1553 data buses (six) or growth to FireWire, FibreChannel, etc. • Special one and two box configurations available for unique requirements Electrical Specs: Compliance with: Input Power +28VDC DO-160D Hardware requirements 4 audio channels -120 minutes each MIL-STD-704(A-E) +28VDC 6 dual redundant MIL-STD-1553 bus DO-178 Level D Software 5 EIA-422 inputoutput channels Passive Convection Cooling 2 EIA-170A video channels (option) TSO C-123aC-124a 1 Ethernet (10100) bus EUROCAE ED-55ED-56a Control Panel Interface EUROCAE ED-112 (Video, Ethernet)

• Size10” x 5” x 12”
• Weight: 8.5 lbs.
• Voltmeter1% of full scale

SIMPLIFYING ELECTRICAL SYSTEM MAINTENANCE The BEST is a multi-function portable electrical analysis and testing system. BEST capabilities include live signal monitoring, signal analysis, data recording, wiring troubleshooting, and repair verification. BEST eliminates the time consuming process of single wiring troubleshooting. BEST automatically tests every wire at the connector. Integration with the optional Site Server provides baselining of all measurements for trend analysis or evaluation of live signal signatures. BEST PROVIDES A COMPLETE INSPECTION ENVIRONMENT Electrical wiring is the largest and one of the more complex systems on a vehicle. As such, electrical and wiring faults exhibit complex behavior, often resulting from other system faults or causing other system problems. The BEST provides an intelligent environment for system inspection and logging‌documentation of these related faults and other issues discovered while inspecting the electrical system. Baselining includes physical integrity and electrical characteristics for Condition Based Maintenance. MORE THAN JUST PORTABLE The BEST-128 weighs just 8.5 pounds for easy portability and can run for 6 hours or more on a single battery charge (or operated indefinitely on AC charger power). The Handheld display unit connects to the BEST using WiFi wireless or USB (for lower power operation). Wireless connection allows the operator to freely move about to further inspect the wiring under test or to manipulate the wiring to stimulate an intermittent fault. 128 wire sweep testing Live and unpowered testing Testing with loads in place Baseline evaluation & validation Long battery life (6 hours typical) Wireless connectivity Open system for expansion COTS accessories including: Major Time Savings Flexibility for fault detection Not just wiring Trends & Quality Assurance Use through shift Convenience and Flexibility Flexibility and Growth Expansion for inspection, analysis and troubleshooting Features Benefits TDRFDR Oscilloscope Camera BarcodeBEST APPLICATIONS INCLUDE: • Live electrical signal monitoring • Baseline Correlation • Signal analysis (loads and sources) • Data capture and recording • Sensor data monitoring • Electrical system troubleshooting FEATURING: • Connectors for automated analysis of up to 128 wires per harness • Live electrical signal analysis • Location of open, short, and intermittent wiring faults • DVOM and optional oscilloscope functions • PC104 bus for expansion • WI-FI, Ethernet, and USB connectivity BENEFITS INCLUDE: • Rapid location of electrical faults • Reduced manpower • Increased operational availability • Troubleshooting modes for locating intermittent and other troublesome faults ADAPTABLE SYSTEM: • Reconfigurable from handheld PDA to rugged tablet PC or other computer interface • Substitute easy portability or large, detailed screens • Easily integrates with other general and special purpose test equipment • Harness adapters can be configured to interface BEST with any electrical system or harness

Sentient Wiring™ Systems (SWS) are computerized harnesses used for condition based maintenance (CBM) and automated troubleshooting. SWS are designed as a generic embedded component in the system wiring harness. SWS can be easily configured into a junction box in wiring system. SWS electronics and sensors monitor signals and integrity. For SWS ordinary harnesses are replaced with equivalent harnesses made with conventional connectors and wires fitted with Sentient wiring integration units. The SWS serves two purposes; first, to inspect the wiring system for damage, and second, to monitor the signals flowing through the wiring. SWS provide monitoring wiring for current, voltage, opens and shorts.Applications SWS address the problem of monitoring the signatures of operating equipment. The SWS also provides a means for detecting shorts and opens in aging wiring that plagues military and commercial airlines. The SWS was originally developed for high value aircraft systems such as engines; however, the generalized SWS design can be used in trucks, electrical power plants, facilities, factories, ships and buildings. Benefits: Lighter weight than conventional wiring Form-Fit-Function replacement for legacy harnesses Implements condition-based monitoring, diagnostics and prognostics

• Temp:-40 to +85 degrees Celsius
• Flash256KB

The Sentient GuardianTM has a comprehensive fully open multi-purpose architecture that does much more than data logging. The Sentient Guardian performs reasoning, baselining, diagnostics, prognostics, messaging and timely intelligent control actions. The Sentient Guardian is designed for embedded data collection and analysis of health states to determine the current maintenance condition of equipment. The electronics may be embedded in a small chassis or mounted in the backshell of MIL-SPEC connectors used in electronic systems and wiring harnesses. The Sentient Guardian can be used in multiple instances in connectors or wiring. Two or more Sentient Guardians can operate separately or in a cooperative network to more completely assess the health status of a total system. APPLICATIONS The Sentient Guardian can be used for vehicle health management, test instrumentation, computation of stored complex algorithms, analog processing, electronic waveform signal processing, control, and inspection of the health of wiring harnesses. SENTIENT GUARDIAN CIRCUIT MODULE The Sentient Guardian is a single board self-contained circuit module. The circuit architecture includes a powerful 32-bit microprocessor, self-protection, sensor data and signature acquisition, inputoutput ports, and ports for USB, serial, and Wi-Fi. Cortex M3 80MHz Processor FPGA Co-Processor SRAM: 64KB Flash: 256KB USB 2.0 Full Speed Serial Wi-Fi SPI I2C GPIO & Analog: 23 IO (0-3.3 VDC) Power: 4 watt, 5 VDC Temp: -40 to +85 degrees Celsius Analog: 2x 12-Bit ADC 1x 20 bit ADC 4x 8 bit DAC 4x op amps Multiplexors 1.024V referenceEXECUTION ENGINE The Sentient Guardian’s real time management provides externally programmable processes for userdefined rules. These rules control data collection, fusion, analyses, actions and communication. An optional user-programmable Bayesian Cognitive Inference Calculus engine performs dynamic probabilistic Bayesian model construction for diagnostics, prognostics and control. PROGRAMMING The Sentient Guardian can be programmed with-user defined compiled C++ applications or logic switched Bayesian Inference Calculus algorithms. A TCPIP interface command language is provided for remote programming with a network computer or portable device. FUNCTIONS  Operates from 5-36VDC  Selectable 23 analogGPIO  Live electrical signal analysis  Diagnosis of faults in wiring and components  Analog processing and Digital Processing  Detection of signal and sensor anomalies  Bayesian Baseline Correlation to recorded data  WiFi or wired serial, and USB communications  Messaging on event or in response to remote query FEATURES INCLUDE:  Self-tests  Continuous monitoring and analysis  Inventory, performance and activity monitoring  Troubleshooting modes for locating intermittent and other troublesome faults  Communication with publishsubscribe for remote query response USAGE: Sentient Guardians are installed as stand-alone chassis or by plug-in at an existing D38999 wiring connector. Operating instructions are either pre-installed, or installed, reconfigured, or updated after installation by using USB, serial, wireless link, or direct reprogramming of the processor. Remote query, message passing interface, and offload of data and results is by using TCPIP command structures via USB, wireless or serial connection to Personal Computers or other computer interface. Harness adapters can be configured to interface the Sentient Guardian with any electrical system or harness. PENDING TRANSITIONS  Developing application for C-130J and Global Hawk  Transition pending for Engine Monitoring for PredatorReaper  Transition pending for CBM on Fire Scout and Apache APPLICATIONS INCLUDE  Networked Cloud Processing  Demonstrated CBM+ on Marine Corps ground vehicle  Embedded Prognostic Health Management for most ground and airborne vehicles  Embedded data acquisition for operational tests and continuous operational evaluation  Automated training support (embedded training)  Automated maintenance troubleshooting, support and verification of return to service.