Company Overview
Snapshot
Founded in January 2011 by Adi Kariv, All in Image operates with 1–10 employees. The company focuses on developing advanced data management solutions.
Business overview
All in Image provides a distributed, file-based database designed for the holistic management of vast-scale, structured, and unstructured data. Its platform enables aggregating, storing, and querying heterogeneous data at exceptional speeds, while reducing compute, network, storage, and maintenance costs. The company's database can run on top of various scalable file systems, including Hadoop, AWS S3, EMC/Isilon, Red Hat Gluster, IBM GPFS, and Intel Lustre, serving enterprises, laboratories, and hospitals within the healthcare and life sciences sectors.
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- What is All in Image's core technology?
- All in Image offers a distributed, file-based database for managing vast-scale, structured, and unstructured data. This technology allows for efficient aggregation, storage, and querying of heterogeneous data.
- Which markets does All in Image serve?
- All in Image primarily serves the enterprise sector, with a specific focus on healthcare and life sciences, including hospitals and laboratories, providing solutions for clinical workflow and decision support.
- What problem does All in Image's platform address?
- The company's platform addresses the challenge of managing large volumes of diverse data by enabling high-speed aggregation, storage, and querying, while simultaneously reducing operational costs associated with compute, network, storage, and maintenance.
- What are the key features of All in Image's database?
- Each file within All in Image's database is a self-contained, encapsulated database that includes all metadata and compressed data. This design facilitates easy copying and movement between processing elements and storage tiers across a network.
- What scalable file systems does All in Image's database support?
- All in Image's database is designed to run on top of various scalable file systems, including Hadoop, AWS S3, EMC/Isilon, Red Hat Gluster, IBM GPFS, and Intel Lustre.