DLTx provides decentralized, long‑term data archiving on the Filecoin network, using cryptographic proofs of replication to verify storage and redundancy. The service offers API and SDK integration for enterprises to securely upload, retrieve, and manage large volumes of audit‑ready data while reducing reliance on centralized providers and lowering storage costs.
Funding
$23.2M 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.
Founders
Product
Problem
Enterprises need reliable long-term data archiving solutions that protect data integrity and ensure secure retrieval, but traditional storage systems can be costly, centralized, and lack verifiable proof of data replication.
Solution
DLTx offers decentralized storage services built on the Filecoin network, allowing organizations to store data across a distributed set of nodes. The platform leverages cryptographic proofs of replication to verify that data is stored correctly and redundantly. By using a decentralized architecture, DLTx reduces reliance on single providers, enhancing resilience and potentially lowering storage costs. The service provides APIs for seamless integration with existing workflows, enabling secure upload, retrieval, and management of archived data. Clients benefit from transparent auditability and compliance-friendly storage backed by blockchain-based verification.
Target Audience
Primary customers are enterprises and organizations that require secure, auditable long‑term data archiving, such as financial institutions, media companies, and regulated industries.
Features
- Integration with the Filecoin network for decentralized, tamper‑evident storage
- Cryptographic proofs of replication that certify data is stored and duplicated as promised
- Scalable architecture supporting large volumes of long‑term archival data
- API and SDK tools for automated data upload, retrieval, and lifecycle management
- Cost‑effective pricing model compared to traditional centralized storage providers