A Flash-AI Hybrid Architecture
We believe that AI has the potential to impact every industry and every human being.
Our vision is to create a platform that makes AI less artificial and more intelligent. Thus, we are developing what we call the “Neuron Storage™” architecture, modeled after the intricacies and interconnectivity of the human brain.
Our Neuron Storage™ architecture is a hybrid Flash-AI™ storage hardware solution optimized to run AI application software. Built with up to 1.6 petabytes of flash storage, cipher, inference, SLAM, and LIDAR engines. Our hardware solution leverages proven AI technologies such as ResNet, TensorFlow, Pytorch, and YOLO to provide the ultimate AI hardware platform to power AI application software. This technology can be used to bolster cybersecurity, help design self-driving vehicles, control automated manufacturing, and numerous medical uses.
Bridging Processing-Power and Flash-Storage
The Neuron Storage™ architecture enhances direct communication between AI processing and data access within the entire storage system, effectively reducing monetary cost, energy usage, weight, and physical footprint.
Leveraging Proven AI Algorithms
The Neuron Storage™ architecture is being developed to leverage the machine learning libraries of YOLO, ResNet and TensorFlow.
Across different applications and industries, developers can build on a wealth of knowledge, compatibility and interoperability that are already available and continuously improving within the AI universe.
Scalability at the Forefront
Our unique design allows individual expansion units to be added to the overall system piece-by-piece while ensuring machine learning (ML) and deep learning (DL) capabilities expand proportionally.
This means that data centers can scale to meet the demands of the users in real-time and without limits.
Petabyte and Beyond Capacities
Neuron Storage™ is an AI accelerator and storage platform built entirely around flash-based storage allowing multiple petabytes of storage in a 3U system without degradation in I/O performance.
Redundant, Multi-Pathing Means Resiliency
Our redundant multi-path design means scalability through the full AI life cycle. Interwoven redundancy ensures the system is protected against numerous nodal failures. Multiple RAID layers allow reconstruction of uncorrectable blocks and even entire Flash-AI™ carriers. Resilient, always up-and-running, hot-swappable architecture reduces maintenance costs and downtime. This patented tiered topology is the key to the resiliency of Neuron Storage™.
An AI-Enabled Future
Artificial Intelligence’s Many Uses
Get to Know Deeply Human™ and Our Team
Deeply Human™ was founded by a group of engineers wanting to amplify human intelligence through artificial intelligence – there is no limit to how people explore the world around them and we want to empower our users to capture every moment to better learn about their uniqueness and their connectedness.
We at Deeply Human™ believe that AI has the potential to impact virtually every industry and every human being. Our vision is to create a platform that makes AI less artificial and more intelligent. Thus, we are developing what we call the “Neuron Storage™” architecture, modeled after the intricacies and interconnectivity of the human brain.
Our design melds deep learning and machine learning neural networks with high-performance flash storage, effectively bridging the gap between data collection, data analysis and data storage. We look forward to how this robust design will power data-trained models and improve AI capabilities to help our users learn and create like never before.