Hardware x Software

We are an innovative startup driving agile, high-tech solutions across the Aerospace and Defense sectors, as well as business and consumer applications. Our mission is to deliver seamlessly integrated technologies designed for warfighter operations, mission command, and real-world deployment. With deep expertise in RF engineering, communications, and field-ready hardware systems, we build ecosystems that meet the dynamic demands of modern defense environments, commercial applications, and business solutions.

As a startup we are developing technology interfaces that integrate, outperform, and empower our customers with end-to-end solutions, including product manufacturing, mechanical design, hardware design, and software ecosystems that scale.

Our vision is greater than just leveraging advanced sensing, processing, and power systems, as a capability without adequate reach is only a standalone feature. A capability that integrates seamlessy into a customers entire use-case enterprise however is an advantage. We are looking to make that advantage a core-feature of everything we and you do.

For more information on this platform and ecosystem see the we are developing see the FAQs or please email: solutions@dieselx-ece.net

Commercial / Industrial Use Cases

  • Our technology can be used to find fix and locate subjects in remote areas over extensive periods enabled by remote communications capabilities

  • This platform can be used standalone for providing communications in remote areas where no reliable power source is available both for business use cases and individuals

  • High Electron Mobility sensor R&D for DoD and Commercial use

  • We are looking to leverage PEMC fuel cell technology and integrate into business, commercial, and defense applications

  • Self-sustainable off grid and smart, economic habitats with commercial, defense, and business applications

  • Plans to invest into on-site STEM education programs across the United States that introduces our upcoming generations for science and engineering pathways

  • Advanced RF Optical backplanes for inter-chip communication, advanced radar and sensing techniques for DoD applications

Advanced Sensing Solutions

Radar & Communications

Communicate with local clusters of paired devices over long ranges with high beam directivity and sensitivity in a compact modularly packaged system.

Enable remote sensing through either clear lines of site, brush, foliage, walls, and structures with sub centimeter precision.

Radars can be oriented to surveil both horizontal fields of view for ground detection or skyward for aircraft detection.

Human Signature Detection

Our radars can detect both large industrial objects, and signs of life such as respiration contraction and human movement where visibility is denied.

Vibration Detection

Ultra-sensitive vibration detection and seismologic sensors can be employed on modular packages allow for detection of nearby impulses such as vehicular traffic, foot traffic, and air traffic.

Phased Acoustic Arrays

Phased acoustic arrays can be used sensitize systems to directional acoustics enabling pattern of life detection.

Black Silicon-CMOS/Thermal Fusion

We increase the resolution and readability of Thermal IR outputs by combining with an NIR pattern sensor for ultra-clear night vision and day vision detection. Fused EO/Thermal outputs can be leveraged more extensively by CNNs for image classification tasks and enables human perceptive reliability. HEMT BiCMOS applications are a promising solution for low light vision and we believe this system will be crucial to future development of digital night vision capabilities

Multi-Source Trialteration

A cluster of nodes can be facilitated to coordinate sensing capabilities. If an individual range and bearing can be computed we can either single source fix or trilaterate the subject position. This method can work for acoustics, radar, and EO systems.

GNSS / TOF Radar Mutual Positioning

By employing GNSS directivity selection on main modules with isotropic signal blocking at the horizon we can overcome GNSS denied environments. Placing this capability on a coordinating device allows sub-node positioning with TOF response with an accuracy equivalent to the original GNSS fix.

Spectral Sensing

Wideband spectral sensors can be used to isolate chemistry and composition of samples using stimulated emission analysis, additional processing and analysis can be used to derive the likelihood of certain compositions under sample.

Neural Processing & FGPA Architecture Solutions

We have extensive experience with SoC FPGA technology which allows TFLOP rate Digital Signal Processing and Neural Processing Deployment.

Expansive I/O, Custom Hardware Logic, Direct Digital Data Pipeline Architectures for unmatched real-time system response

DieselX has developed proprietary sensitive CNN machine vision structures that map spatio-temporal-frequency domains directly into the net for refined vision and segmentation analysis.