Impossible Cloud
Impossible Cloud is an enterprise cloud platform that delivers high-performance object storage, dedicated bare metal GPU servers, and managed AI infrastructure for data-intensive workloads. Its S3-compatible object storage provides scalable cloud storage with enterprise security, high availability, and transparent pricing that eliminates egress fees and vendor lock-in. The platform also offers dedicated bare metal GPU servers that provide direct hardware access without virtualization, enabling maximum performance for AI training and inference workloads. Managed AI services include LLM inference, model deployment, Kubernetes, and high-performance computing to simplify AI infrastructure management. Impossible Cloud emphasizes enterprise-grade security through ISO 27001, SOC 2, GDPR compliance, encryption, and customer-controlled access to data.
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Apache Doris
Apache Doris is a modern data warehouse for real-time analytics. It delivers lightning-fast analytics on real-time data at scale.
Push-based micro-batch and pull-based streaming data ingestion within a second. Storage engine with real-time upsert, append and pre-aggregation.
Optimize for high-concurrency and high-throughput queries with columnar storage engine, MPP architecture, cost based query optimizer, vectorized execution engine.
Federated querying of data lakes such as Hive, Iceberg and Hudi, and databases such as MySQL and PostgreSQL.
Compound data types such as Array, Map and JSON. Variant data type to support auto data type inference of JSON data. NGram bloomfilter and inverted index for text searches.
Distributed design for linear scalability. Workload isolation and tiered storage for efficient resource management. Supports shared-nothing clusters as well as separation of storage and compute.
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Lifespan
Lifespan is intended to address the ever-increasing use and reliance on flash-based storage. If you require the most out of your solid-state drives or other flash-based storage devices, you can benefit from knowing how much useful life is remaining on those drives. Flash-based storage devices have a finite life, and when they exceed this lifespan, their performance can begin to degrade, or they can stop working entirely. It can be extremely valuable to be aware of the available life remaining, particularly in scenarios where these devices are used vigorously. Most flash-based storage devices store your data on non-volatile NAND solid-state memory. Each cell of this flash memory can only be ‘programmed and erased’ a limited number of times. Drives can have fewer than 2,000 or over 10,000 of this program erase cycles or p/e cycles, depending on the type and quality of the NAND chips used. For a middle-of-the-road solid-state drive, this translates into about 100 TB of useful life.
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Shelby
Shelby is a verifiable, global object storage system purpose-built for AI and other read-heavy workloads, designed to deliver high-performance data access with strong guarantees of ownership, integrity, and control. It enables users to store data once and access it from any region through a unified interface, eliminating fragmentation while maintaining cryptographic verification of what was stored, when, where it originated, who owns it, and who has access rights. It is optimized for demanding use cases such as AI training and inference, video streaming, and large-scale analytics, where fast read speeds and high bandwidth are critical. Shelby uses a decentralized architecture with storage providers, RPC nodes, and a blockchain coordination layer to ensure data availability, enforce access logic, and manage payments, while maintaining sub-second latency and high throughput through dedicated network infrastructure.
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