COMING SOON
TNP Proprietary Innovations that solve “Grand Challenge” Problems across multiple commercial and defense industries
Situational Awareness
Top challenge for all Defense (land/air/sea/space) assets involving human-in-the-loop (HITL) supervisory control of complex engineering assets
Prognostic Digital Twins
System Control and Data Acquisition (SCADA) prognostic cyber security
Software Aging and Rejuvenation (SAR)
In complex software stacks, “un-fixable” memory leaks and resource-contention mechanisms cause costly hangs and crashes, and multiple loss-of-life events
New TNP Technique for Railroad Bridge Continuous Realtime Integrity Assessment
AI-MSET™ based “Telemetric Impulsional Response Fingerprints” (TIRFs)
Wind Turbine Advanced Predictive and Prescriptive Maintenance Prognostics
Advanced Manufacturing Industries: Predictive and Prescriptive Maintenance
Higher MFG plant availability for critical assets
Higher yield, shorter cycle times, higher throughput
Lower scrap rates (direct cost on bottom line)
Lower "Early-Life-Failures" (ELFs) for Manufactured Products
Condition-based-maintenance (CBM) for MFG plant assets (saves substantial operations & maintenance (O&M) costs compared with presently practiced time-based maintenance strategies)
The proven ability to achieve "smart recalls" (which we for enterprise computing manufacturing applications called "Surgical Recalls"), which saves the manufacturing company megabucks compared with general world-wide recalls)
Advanced Low-IO AI-MSET™ Prognostics with High-Frequency Waveforms
Vibrations (KHz)
Acoustics (MHz)
IR Thermal Imagery (GHz)
Low-temperature desalination of seawater
Improved low-cost process for extraction of Lithium from brine
Detection of counterfeit pharmaceuticals
$200B per yr problem for all “Big Pharma” companies that leads to very many human deaths internationally [outside USA]
Elimination of thermal-runaway effect for Li-H Batteries
$100B per year problem from fires, explosions, many loss-of-life events, and restrictions on all EV charging systems to limit the rate of charge and the total range
World-wide there are thousands of thermal run-a-way–related incidents (~5,000 per year)