Storage and Computing with DNA 2025

19 – 21 June 2025

The objective of this meeting is to foster collaboration and innovation by bringing together
leading academics, industry professionals, and startups in the fields of DNA data storage
and compute. The conference will serve as a platform to exchange ideas, discuss recent
advancements, and explore potential synergies across research and commercial
applications, driving the development of next-generation data storage and computational
solutions.

Click here to see the detailed program

Click here to download the detailed program

Organizing Committee

Stéphane Lemaire

Sorbonne Université, Biomemory

David Landsman

Western Digital

Roger Rudoff

Atlas Data Storage

David Turek

Catalog

Marthe Colotte

Imagene

Julien Muzard

Entegris

Registration deadline : June 18th, 2025

Day(s)

Hour(s)

Minute(s)

Second(s)

KEYNOTE SPEAKER

Prof. Robert Grass

ETH Zurich

Why is DNA so unique as a digital tool?

Albert Keung

North Carolina State University / DNAli.

Efficient Large-scale Synthesis of Long and Modifiable DNA Oligonucleotides

David Turek

Catalog

Demonstration of a Scalable DNA Computing Platform.

CONFIRMED SPEAKERS

Omer Sabary

Technion Israel

Scalable and Robust DNA-based Storage via Coding Theory and Deep Learning

Pierre-Yves Burgi

University of Geneva

DNA Microfactory for Autonomous Archiving

Sayed salehi

University of Kentucky

DNA computing based on stochastic computing

Alexandre Baccouche

LIMMS/CNRS-IIS, University of Tokyo Japan

RNA guide engineering for programmable CRISPR-Cas9 control in DNA data storage and Computational
Systems

Chloé Berton

IMT Atlantique

Risk analysis of the DNA data storage chain: a survey

Alessia Marelli

Avaneidi

DNAe2c: Reinventing ECC for DNA Data Storage

Junyao Li

Southern University of Science and Technology

Empowering Dynamic Random Access of DNA Storage via 384-Multiplexed Nanopore Signatures

Marc Antonini

CNRS, France.

MoleculArXiv: A French Initiative for Advancing DNA Data Storage

Hamed Sabzalipoor

Leibniz Institute for Food

Feasibility study on the synthesis of trimer-based DNA sequences for combinatorial DNA encoding in data storage

Kherim Willems

Imec Belgium

A dynamic addressing architecture for multi-electrode arrays towards ultra-high-density DNA synthesis

Melpomeni Dimopoulou

Côte d’Azur University France

Primer design for DNA storage random access

Nicolas Lobato-Dauzier

CNRS France

Neural coding of temperature with a DNA-based spiking chemical neuron

Gemma Mendonsa

Seagate Technology

Assembly of Data-Encoding DNA Fragments via DNAzymes to Reduce the Cost of DNA Data Writing

Asad Usmani

Goethe University

DNA-based storage of RDF graph data: a futuristic approach to data analytics

David Landsman

Western Digital Corporation

DNA Stability Evaluation Method for DNA Data Storage Containment Systems

Wenbin Liu

Guangzhou university

A Robust and Efficient Representation-based DNA Storage Architecture by Deep Learning

Serge Kas Hanna

CNRS France

Hanna Novel Efficient Codes for Correcting Random Edit Errors in DNA Storage

Austin Striegel

Western Digital Corporation

Magnetic Storage to DNA: Bridging Signal Processing from the Magnetic to the DNA Domain

Fabian Schroeder

Eko Refugium

DNAByte: A modular framework for the simulation and analysis of DNA-based data storage.

Abeer Eshra

Hamilton Institute

Thermodynamically Favoured DNA Computing and Storage: Robust, Programmable, Scalable, Fast, and Renewable

Marthe Colotte

Imagene

Fifteen years of real-time stability data at room temperature and accelerated aging: validation of DNAshell encapsulation for sustainable DNA data storage