Provides distributed cloud object storage that splits, encrypts, and globally distributes data across a decentralized network, ensuring high durability, zero-trust security, and consistent performance. Reduces storage costs by leveraging unused capacity and minimizes carbon emissions by up to 83%, offering an S3-compatible solution for backups, media workflows, and AI applications.
Funding
$35.4M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
CLPFounders
Product
Problem
Traditional cloud storage solutions often suffer from high costs, limited security, regional vulnerabilities, and a significant carbon footprint due to data replication and inefficient resource utilization. These limitations hinder organizations requiring durable, secure, and globally accessible storage for backups, media workflows, and AI applications.
Solution
Storj offers a distributed cloud object storage platform that addresses these challenges by splitting, encrypting, and distributing data across a decentralized global network. This approach ensures high durability through redundancy without replication, zero-trust security via encryption and distributed access, and consistent performance by leveraging parallelism to avoid traffic bottlenecks. By utilizing underutilized storage capacity, Storj reduces storage costs and minimizes carbon emissions compared to traditional cloud providers, offering an S3-compatible solution suitable for various use cases, including backups, media workflows, active archives, and generative AI. The platform also provides object mount capabilities, allowing users to access any object storage like a local drive.
Target Audience
Storj targets enterprises, media and entertainment companies, AI/ML developers, and IT professionals seeking secure, cost-effective, and sustainable cloud storage solutions with high performance and global accessibility.
Features
- S3-compatible API for seamless integration with existing tools and workflows
- Distributed architecture providing high durability and eliminating regional risks
- Zero-trust security model with end-to-end encryption and distributed access control
- Parallel data transfer for consistently fast performance from any location
- Object Mount feature to access cloud storage as a local drive
- Option for on-demand GPU rentals for scalable compute
- Reduced carbon footprint through efficient use of existing storage capacity