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MOBILE APP-BASED SENSOR FOR CHEMICAL WARFARE AGENTS (CWAS) DETECTION

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Research

THE INNOVATION OF THIS RESEARCH PROPOSAL INTEGRATES A SMARTPHONE-BASED MOBILE APPLICATION WITH A COLORIMETRIC APTASENSOR FOR RAPID, REAL-TIME DETECTION OF CHEMICAL WARFARE AGENTS (CWAS). THE OBJECTIVE IS TO DEVELOP AND VALIDATE A PORTABLE, HIGHLY SENSITIVE, AND SELECTIVE DETECTION PLATFORM THROUGH LABORATORY TESTING WITH CWA SIMULANTS AND AGENTS, FOLLOWED BY FIELD EVALUATION UNDER SIMULATED OPERATIONAL CONDITIONS. EXPECTED OUTCOMES INCLUDE A COST-EFFECTIVE, USER-FRIENDLY, AND RELIABLE EARLY-WARNING SYSTEM THAT ENHANCES SITUATIONAL AWARENESS, ACCELERATES RESPONSE TIMES, AND STRENGTHENS MILITARY, EMERGENCY RESPONSE, AND CIVILIAN SECURITY CAPABILITIES.

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RM250,000.00

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2

 

TAMS: TACTICAL ARTILLERY MANAGEMENT SYSTEM

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IP

TAMS IS AN INDIGENOUS TACTICAL INTEGRATED COMMAND, CONTROL, COMMUNICATION AND COORDINATION (C4) SOLUTION FOR ARTILLERY GUNS AND FOO (FORWARD OBSERVATION OFFICER) ENHANCED WITH DRONE TACTICAL AIR SUPPORT CAPABILITY. BESIDE ''BLUE FORCE TRACKING’ CAPABILITY, IT CAN DIRECT ARTILLERY GUNS AND FOO TO A TARGET LOCATION ON THE MAP AND EVEN DIRECT ARTILLERY GUNS AND FOO TURNING TO A SPECIFIC DIRECTION

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3

 

PALMEX: SUSTAINABLE OIL-PALM BIOMASS–DERIVED NITROCELLULOSE AS A POTENTIAL ALTERNATIVE TO CONVENTIONAL PROPELLANT MATERIALS

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IP

"PALMEX IS A POTENTIAL ALTERNATIVE TO CONVENTIONAL PROPELLANT MATERIALS WHICH ARE ECO-FRIENDLY PROPELLANT FORMULATED FROM NITROCELLULOSE PRODUCED BY OIL-PALM BIOMASS. BY CONVERTING ABUNDANT AGRICULTURAL BIOMASS INTO A HIGH-PERFORMANCE SINGLE-BASE PROPELLANT, PALMEX CAN CONTROLLED ENERGY RELEASE, HAVE GOOD COMPATIBILITY WITH CONVENTIONAL STABILIZERS AND IMPROVED THERMAL STABILITY. THIS INVENTION AIMS TO PRODUCE A LOCALLY SOURCED PROPELLANT MATERIAL DERIVED FROM OIL PALM BIOMASS, THEREBY REDUCING DEPENDENCE ON IMPORTED CONVENTIONAL GUNPOWDER AND PROMOTING THE VALORIZATION OF AGRICULTURAL WASTE. DESIGNED FOR HIGH ENERGETIC MATERIALS, PALMEX PROVIDING A SUSTAINABLE ALTERNATIVE RAW MATERIAL SOURCE FOR PROPELLANT INDUSTRY. THIS INNOVATION HELPS STABILIZE THE GLOBAL NC SUPPLY CHAIN WHILE PROMOTING SUSTAINABLE AND COST-EFFECTIVE PRACTICES. "

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RM250,000.00

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4

 

MINUTE GROUND DISPLACEMENT DETECTION USING A WIRELESS 3D MULTI-POINT FIXED INCLINOMETER (M-PFI) FOR A REAL-TIME LANDSLIDE EARLY WARNING SYSTEM

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IP

THE MULTI-POINT FIXED INCLINOMETER (MPFI) CAPABLE DETECTING MINUTE GROUND OR SOIL MOVEMENT AT VARIOUS DEPTHS IN ALL AXIS DIRECTIONS FOR SLOPE MONITORING AND EARLY WARNING SYSTEM. THE SYSTEM EMPLOYS RASPBERRY PI AND BNO055 9-AXIS IMU AS SENSING UNIT, CONNECTED USING I2C COMMUNICATION WIRE. THE SENSING UNITS ARE INSTALLED AT DIFFERENT DEPTHS AND CAPABLE OF CAPTURING THREE-AXIS MOVEMENT DATA OVER TIME. THE SYSTEM IS APPLICABLE TO VARIOUS UNDERGROUND MONITORING NEEDS, INCLUDING SLOPE STABILITY MONITORING AND EARLY WARNING, LAND SUBSIDENCE DETECTION, CONSOLIDATION SETTLEMENT ASSESSMENT, AND THE MANAGEMENT OF GROUNDWATER WITHDRAWAL IMPACTS. BY ENABLING RELIABLE, CONTINUOUS DETECTION OF MINUTE UNDERGROUND MOVEMENTS, THIS INVENTION PROVIDES A VALUABLE TOOL FOR IMPROVING SAFETY AND SECURITY, SUPPORTING EARLY WARNING SYSTEMS, AND ENHANCING GEOTECHNICAL RISK MANAGEMENT.

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