Oxford Nanopore sequencers enables direct, real-time analysis of long DNA or RNA fragments. They work by monitoring changes to an electrical current as nucleic acids are passed through a protein nanopore. The resulting signal is decoded to …
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Celery is a great distributed task processing system and gets used in websites and enterprise apps everywhere. But sometimes those tasks aren’t little things that can be handled by microservices - they might need some heavy CPU or …
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AWS is developing new tools to enable easier and faster deployment of level 3 digital twin virtual sensors. in this post we show why L3 digital twins are needed for virtual sensors and how to elastically deploy one the cloud at scale. Read …
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Many applications leverage distributed task systems like Celery to handle asynchronous work. In this post, we describe how to handle compute-intensive Celery tasks using AWS Batch to scale the compute resources and run worker agents. Read …
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We always worry the most about the compute nodes on a cluster (for a good reason - it’s where all the action is), but it’s worth taking a moment to think about your head node, because that’s where you can really define …
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In this blog post, we catch a glimpse into drug discovery to see how Evolvere Biosciences has deployed a customized architecture w/ AWS Batch and Nextflow to quickly and easily run its macromolecule design pipeline. Read the Post on the AWS …
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Amazon Braket is a service that’s quite different from our other compute offerings. It’s serverless, but .. the ‘servers’ that live behind it are in cryogenic labs all around the world. This is research, done …
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In this post, we discuss the “tipping point” problem, using HPC at a large scale to simulate the impact of deforestation to the risk of accelerating damage to the Amazon rainforest. Read the Post on the AWS Blog Channel
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