Services

Low-Level Systems Engineering Services

MJNexus provides specialized engineering services for companies building complex software systems close to the operating system, hardware, firmware, and performance-critical infrastructure layer.

Engineering Capabilities

Modular expertise for driver-backed systems and hardware-connected software

Windows kernel driver stack visual with OS layers, microchip, and driver paths

Windows Kernel Driver Development

Custom Windows drivers, KMDF/WDM development, upper filters, virtual devices, IOCTL interfaces, driver debugging, packaging, and testing.

Windows kernel driver developmentWDK developerKMDF driver
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Linux kernel module engineering visual with terminal, server layers, and module paths

Linux Kernel Module Development

Linux kernel modules, device communication, system monitoring, Netfilter concepts, low-level components, and performance-focused kernel extensions.

Linux kernel module developerLKM developmentLinux systems programming
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Embedded firmware engineering visual with microcontroller board and hardware buses

Firmware & Embedded Engineering

Embedded firmware development, Rust firmware workflows, ESP-IDF, UART/I2C/SPI integration, OTA updates, device control, and hardware communication.

Rust firmware developerembedded systems engineeringESP-IDF firmware
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Virtual audio driver visual with waveform routing, endpoints, and signal nodes

Virtual Audio Driver Development

WDM/PortCls virtual audio endpoints, audio routing systems, low-latency audio paths, ASIO bridge workflows, and Windows audio driver components.

virtual audio driverWDM audio driverWindows audio endpoint
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System telemetry diagnostics visual with monitoring charts and performance logs

System Telemetry & Diagnostics

Telemetry drivers, diagnostic tools, logging systems, monitoring layers, system behavior analysis, and performance observability.

system telemetrykernel telemetrydiagnostic tools
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C++ and Rust systems programming visual with code panels and performance lanes

C/C++ & Rust Systems Programming

Performance-critical applications, system utilities, low-level tooling, memory-safe Rust components, C/C++ modules, and infrastructure tools.

C++ systems programmingRust systems programminglow-level software development
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Virtual device engineering visual with abstraction blocks and connected endpoints

Virtual Device Engineering

Virtual devices, abstraction layers, input handling systems, system-level components, custom device interfaces, and driver-backed tools.

virtual device engineeringdriver-backed toolingcustom device interfaces
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Performance optimization visual with latency graph, CPU metrics, and speed gauge

Performance Optimization

Bottleneck analysis, low-latency engineering, resource optimization, system stability, and performance-critical architecture.

performance optimizationlow-latency engineeringsystems performance
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