I am a multidisciplinary software engineer and systems researcher focused on low-level computer architecture, bare-metal firmware, high-performance digital signal processing (DSP), and production ML observability.
- π Core Focus: Eliminating virtualization latency in modern browsers through targeted micro-interception architectures and hardware-level instruction traps.
- π Research: Author of Targeted Bus-Cycle Interception: A Low-Latency WebAssembly Bridge for 16-Bit Bare-Metal Audio Synthesis and Multi-Timbral Acoustic Resynthesis (Camera-Ready IEEE Conference Publication).
- π¬ Engineering Philosophy: Writing close-to-the-metal code, measuring nanosecond-level empirical telemetry, and crafting rich, responsive user interfaces.
π΅ Crimson OrbitLow-Latency Bare-Metal 8086 Audio Synthesis & Acoustic Resynthesis Platform
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ποΈ Argus-MLProduction Machine Learning Observability & Statistical Drift Detection Engine
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β±οΈ ChronoStudyStructured Learning & Deep Work Productivity Orchestrator
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β‘ Logic_verseInteractive Discrete Logic & Digital Circuit Simulation System
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| Domain | Technologies & Frameworks |
|---|---|
| Low-Level & Systems | |
| Audio & Digital Signal Processing | |
| Machine Learning & Data | |
| Web & Interactive Engineering | |
| Virtualization, Hypervisors & Tools |
@inproceedings{crimsonorbit2026,
author = {Aher, Krishna and Bhargude, Sanskar and Agaldare, Ghansham and Birare, Hari and Kumar, Akash},
title = {Targeted Bus-Cycle Interception: A Low-Latency WebAssembly Bridge for 16-Bit Bare-Metal Audio Synthesis and Multi-Timbral Acoustic Resynthesis},
booktitle = {Proceedings of the IEEE Conference on Computer Systems and Multidisciplinary Engineering},
year = {2026},
pages = {1--6},
publisher = {IEEE}
}