What I Build
I build computation-oriented systems where constraints define the engineering. My work is centered around hardware-first thinking, efficiency under real-world limits, and deployable intelligence. I focus on foundational layers, where decisions influence scale, energy consumption, reliability, and long-term viability.
2022
My early work focused on applied machine learning systems designed for real-world impact, emphasizing measurable outcomes and accessibility. This phase established my approach: solve constrained problems using engineering clarity and validated models.
2023
I moved deeper into hardware-first engineering and embedded design, focusing on building low-cost yet scalable systems and physical computing prototypes. This phase strengthened my understanding of constraints, manufacturability, and real execution.
2024
This stage shifted towards real-time systems where correctness and robustness matter. Work during this period emphasized signal processing, detection accuracy, and tracking reliability in non-cooperative environments.
2025—Present
Current work extends into security-first infrastructure and future-resilient computation, including post-quantum cryptographic engineering and integration workflows suitable for production systems. I focus on translating research-grade primitives into scalable engineering components.
QuISTechAI Pvt. Ltd.
Founding Developer | Quantum and AI Engineering
- — Post-quantum cryptographic systems engineering
- — Integration of NIST-standard algorithms into production workflows
- — Performance benchmarking and resilience-driven design
- — Bridging research outputs with scalable implementation
This venture reflects my interest in computation beyond the present, specifically the transition from classical security assumptions to post-quantum safety, and the broader implications of future compute on infrastructure design.
Hyperdigital
Founder and CEO | Ecosystem Builder
- — Building scalable product systems and automation layers
- — Full-stack engineering aligned with long-term maintainability
- — Architecture and delivery frameworks that compound over time
- — Venture-scale execution thinking and systemized operations
Hyperdigital functions as an ecosystem engine that enables product development, venture deployment, and growth infrastructure at scale.
Efficiency-Oriented Computation
Focus on computational constraints at scale, specifically the relationship between performance, energy, architecture, and intelligent systems. This stage deepens work in efficiency-first systems engineering as AI becomes infrastructure-heavy.
Hardware Ecosystem Development
This phase targets the creation of foundational hardware ventures and contributions toward India's silicon and computation ecosystem, extending beyond application-level innovation.
Power Systems, Space, and High-Scale Infrastructure
Long-horizon interest in the domains that shape civilization-scale technology. Space and power are not treated as isolated topics but as deeply interconnected systems engineering fields.
I build systems that are constrained by reality and designed for scale. If you are building where hardware, power, computation, and execution converge, alignment is likely.
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