Uptime Mate vs ASM 8086 Emulator & Compiler

Uptime Mate brings your Uptime Kuma dashboard to Apple Watch, so you always know if your services are up, without opening a laptop or checking notifications. Instant status, zero friction See the health of your services in seconds. No noise, no alerts - just the information you need. Built for Apple Watch Native complications for your watch face Quick overview of all monitors Made for homelab & DevOps Perfect for self-hosters who want peace of mind without constant interruptions. Connects to your own Uptime Kuma instance No data collection, no third-party tracking Simple setup

Master the foundations of computer architecture with the most comprehensive 8086 assembly environment for mobile and desktop. This app transforms your device into a powerful 16-bit workstation, allowing you to write, compile, and debug x86 code without the need for complex virtual machines or DOSBox configurations. Technical Capabilities • Fully integrated 8086 CPU emulation supporting over 60 essential instructions. • Built-in NASM-compatible assembler for instant execution. • Real-time disassembly view to bridge the gap between source code and machine language. • Authentic 1MB memory mapping simulating a true real-mode environment. Advanced Debugging Suite • Precise control with breakpoints and single-step execution. • Live register monitoring for AX, BX, CX, DX, SP, BP, SI, and DI. • Visual FLAGS register tracking (Carry, Zero, Sign, etc.). • Deep memory inspection with a hex-based editor. • Execution logs to trace every instruction cycle. Hardware & System Services • BIOS INT 10h support for screen control, cursor manipulation, and scrolling. • DOS INT 21h support for keyboard input, string output, and program termination. Optimized for Learning • Pre-loaded templates ranging from basic logic to complex algorithms. • Syntax-highlighted editor optimized for low-level coding. • Native performance across iPhone, iPad, and Mac with keyboard shortcut support. Perfect for CS students, OS developers, and retro-computing enthusiasts seeking to understand how software interacts with hardware at the lowest level.