Abraham Ikongshul

Abraham Ikongshul

Founder, CEO | Mehkury Entity
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About

I'm the founder of Mehkury Entity (ME), a science and technology startup building across AI, software, biotechnology, and applied research. Trained in Genetics and Biotechnology, I conduct research, develop software, and write scientific and technical content. My latest work includes published research on the Biological Solid-State Drive (BioSSD), the Universal Molecular Digital Interface (UMDI), a working virtual molecular storage system, and AI-powered products such as WorldTimeline. I'm open to research collaborations, remote technical writing, AI and software development roles, and interdisciplinary opportunities. I believe good ideas deserve execution. My goal is to build technology that improves everyday life and leaves the world a little better than I found it.

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Maker History

Forums

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20d ago

Virtual BioSSD - Experience DNA as a computer drive.

Virtual BioSSD is a working software implementation of the Biological Solid-State Drive (BioSSD), designed to make DNA-based molecular storage accessible to conventional computers as a usable storage drive. Users can create, retrieve, modify and delete files while the system handles persistent storage, transaction telemetry and integrity verification, demonstrating how molecular information storage can operate through a familiar computer-storage interface.
UMDI Research Simulator p/umdi-research-simulator•

21d ago

Can DNA become active computer storage infrastructure?

We keep responding to the explosion of digital data by building more data centers. More drives. More cooling. More electricity. More physical infrastructure.

Meanwhile, DNA has a potential storage density so extraordinary that a single gram could hold around 215 petabytes of information. That is 215 million gigabytes in something that weighs about as much as a paperclip. Put simply, that is data-center-scale storage reduced to your pocket.

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20d ago

UMDI Research Simulator - Simulate high-speed molecular data storage architectures

Universal Molecular Digital Interface (UMDI) Research Simulator is an open-source platform for modeling high-speed molecular data storage architectures toward active computer storage. Researchers can simulate configurable READ/WRITE workloads, analyze performance and bottlenecks, reproduce the published high-speed BioSSD benchmark, and test their own configurations against the reference architecture.
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