Enterprise Data Movement Built for Speed, Without the Hardware
MASV’s cloud file transfer architecture delivers terabyte-scale performance over HTTPS with no hardware to procure or ports to open, enabling accelerated file transfer without legacy friction.
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Modern Infrastructure
Replace Rigid Hardware with a Global Acceleration Fabric
MASV is a private, accelerated expressway for the middle mile: Rather than relying on the public internet, MASV utilizes a globally distributed network of 400+ edge servers powered by AWS. Geo-aware routing automatically routes transfers via the closest node, ensuring they only travel minimum distance before riding a private accelerated network.
The Chunk-Oriented Transfer Engine
Intelligent Payload Handling at Massive Scale
Instead of sending a large file or dataset in a single, inefficient request, MASV’s MFT architecture utilizes an intelligent transfer engine featuring adaptive chunk sizing and multithreading. By splitting files into chunks and giving each chunk its own dedicated, parallel connection, MASV intelligently maximizes bandwidth saturation to accelerate delivery without bullying your network.
Fully supports multi-terabyte jobs, handling file packages of unlimited size from anywhere in the world.
Directory hierarchies and folder structures are perfectly preserved.
MASV’s acceleration and robustness removes the need for manual compression.
End-to-end file integrity is validated using MD5 checksums.
Review MASV's Architecture
Download the technical datasheet to for an overview of our intelligent managed file transfer architecture and operational model, core technical capabilities, and transfer ecosystem.
Relentlessly Reliable Data Movement at Scale
Connection failures and internet drops happen, but they don’t have to derail your entire transfer workflow. While the MASV accelerated network optimizes the middle mile, MASV also optimizes the last mile of every transfer with a suite of reliability tools that ensure guaranteed file delivery – every time.
Secure Buffer
A secure in-transit buffer holds your data momentarily during transfer, ensuring successful delivery even if the recipient is offline. Instead of failing – as is the case with most MFT platforms – once your recipient’s network or systems are back online, the transfer automatically completes.
Multi-Path Channel Bonding
MASV Multiconnect aggregates multiple network connections (such as Ethernet and LTE, or 5G and Wi-Fi) to optimize last-mile bandwidth and provide automatic failover, even when operating from areas with low connectivity.
Relentless Retries With Checkpoint Restart
Network interruptions or failed transfers trigger infinite auto-retries until the file or dataset is successfully delivered. Checkpoint restart ensures the system automatically resumes transfers from the exact point of interruption, with no starting over.
Deploy in Minutes, With Zero Infrastructure Required
MASV operates over the standard internet with no port forwarding, hardware installation, or maintenance required.
Web Application
A zero-install, drag-and-drop browser interface requiring no plugins, installations, or firewall updates. Uploaders don’t even need a MASV login to send files.
Desktop Application
A native client providing even greater performance and resiliency, Watch Folder automation, bandwidth control, Growing Files real-time uploads, and Express real-time downloads.
Headless Agent
A lightweight yet powerful cross-platform service for macOS, Windows, Linux, and Docker that enables headless, high-speed, and relentless file movement within custom on-prem and hybrid workflows via a scriptable CLI and RESTful APIs.
REST API
Full programmatic control that lets development teams add intelligent file transfer right in their own app, platform, or custom workflow, enabling system-to-system integration and workflow automation within applications
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Enterprise-Grade Security, Out of the Box
Security is baked into every layer of MASV’s cloud-native architecture. High-performance file transfers are encrypted using TLS 1.2+ in transit and AES-256 at rest, with strong identity and access controls including SSO, MFA, and role-based user permissions to enforce a least-privilege model.
