Problem

Byteport addresses the slow, unreliable, and operationally complex movement of very large files—roughly 1GB to 100TB—between endpoints over the internet and other challenging networks. Legacy approaches such as FTP, SCP, rsync, and S3 multipart uploads can require substantial configuration and specialist expertise, while poor utilization of available bandwidth makes large-scale transfers costly in time and infrastructure. The killer use cases are environments where data is both massive and mission-critical: petabyte-scale AI clusters, satellite ground stations, autonomous drone fleets, and classified or air-gapped defense networks.

Product / Service

Byteport’s core product is DART, or Dynamic Accelerated Record Transfer, a proprietary file-transfer protocol designed to bypass the limitations of TCP. It uses UDP-based transport to move files from any source to any destination, with the company claiming typical speeds up to 10x faster than TCP, lossless delivery, 98% bandwidth utilization, and built-in AES-256 encryption. The product is designed for one-click transfers and can be deployed across on-premises, air-gapped, hybrid, and cloud environments.

Byteport sells the service through a tiered commercial model. Its public Growth plan is listed at $500 per month, or $425 per month when billed annually, with enterprise pricing available for organizations requiring unlimited throughput scaling, advanced cloud transfers, compliance packages, custom SLAs, SDK and CLI access, and on-site deployment support. The benefit is faster, secure, and dependable data movement without requiring customers to redesign their underlying networks.

Market

Byteport competes in high-performance file transfer and network infrastructure, particularly for AI, enterprise, media, robotics, satellite, and defense applications. The evidence positions its primary alternatives as legacy TCP-based tools and workflows—including FTP, SCP, rsync, and S3 multipart uploads—rather than naming specific direct commercial competitors. Its differentiation is the combination of high throughput, secure transport, broad deployment flexibility, and support for intermittent, high-latency, or contested networks.

The company says it was founded in 2025 and has become a trusted partner for demanding environments, including AI clusters, satellite ground stations, drone fleets, and classified defense networks. Its public pricing, demo-led sales process, and enterprise deployment offering indicate an actively commercializing company rather than one that is clearly pre-revenue, although the available evidence does not disclose revenue, customer counts, or independently verified traction.