MetaDefender Managed File Transfer™ (MFT) Features

Supports LDAP Protocol to enable access control and governance.

Supports compliance with PII, GDPR, HIPPA, PCI, and other regulatory standards.

Allows administrators to set user access privileges to permit approved parties to access sensitive data.

Tools to test an object to see whether or not it qualifies as malware.

The ability for a system to evaluate objects and automatically submit them to the sandbox.

The ability for a system to evaluate objects within the sandbax and assign a malware probability score.

The ability to assign objects a score based on their probability of being malware.

Monitors traffic and distribute resources and scales infrastructure workloads to match traffic.

Allows files and data to integrate directly into applications using APIs.

Provides scalable administrative controls over file transfer speeds.

Routing of static and dynamic content for faster delivery of desired files.

Supports LDAP Protocol to enable access control and governance.

Supports compliance with PII, GDPR, HIPPA, PCI, and other regulatory standards.

Allows administrators to set user access privileges to permit approved parties to access sensitive data.

An environment isolated from a network where threats can be safely evaluated.

Supports accessability through differing operating systems and mobile devices

Protects data with within and as it leaves your secure or local network.

Provides the ability to extend the platform to include additional features and functionalities

Tools to visualize and analyze data.

Protects data with within and as it leaves your secure or local network.

Provides accessibility across various operating systems and mobile platforms

Offers tools to visualize transfer data, audit logs, and performance metrics

Allows the platform to be extended with additional features, integrations, or custom workflows

Identifies unusual file transfer activity or potential threats using machine learning

Recommends or enforces governance policies based on usage patterns and risk models

Anticipates network load and optimizes resource distribution based on historical patterns

Uses real-time network data to dynamically route transfers for optimal performance

Monitors traffic and distribute resources and scales infrastructure workloads to match traffic.

Enhances file transfer speeds with scalable administrative controls and bandwidth optimization

Allows files and data to integrate directly into enterprise applications via APIs or connectors

Routes static and dynamic content to optimize delivery speed and ensure relevant file distribution

Digitally sign online documents

Collection, analysis, and representation of numerical data and generation of reports to understand various patterns

Manage user accounts, profiles, roles, permissions, and other details across applications, devices or networks

Application programming interface that allows for integration with other systems/databases

Files and folders are updated in real-time when changes/edits are made

Allow users to access multiple services after entering their login credentials once

Track and document all activities across devices, networks, and other systems

Create, manage and track all task activities and progression

Pre-designed layouts that can be customized to match preferences and requirements

Use AI to generate content in the form of text, images, videos, etc.

Provides a channel for team members to share media files, communicate, and work together

Dashboard to view the status of ongoing processes, identify current incidents and track past activities

Leave comments and notes on documents for others to view

Alerts or notifications of various types such as pop-up messages, sounds, banners, or badges

Search and filter data across systems to locate required information by entering keywords or certain criteria

Notifications that are delivered to users as soon as an event occurs

Communicate using messages within the system

Add customized logos and colors to align with company branding

Securely stores data to prevent data loss or breaches

A record of all activities within the system, including user access, changes made, etc.

Handles digital content throughout its lifecycle, from creation and storage to distribution and archiving

Attach digital tags to documents and assets for identification, search, or monitoring purposes

Extra layer of security that requires not only a password and username but also something specific to that user

Track and manage schedules and meetings via an integrated calendar

Manage, store and organize emails within the system or via third-party apps

Security protocol that ensures secure, encrypted communication over the internet, safeguarding sensitive data from unauthorized access

Move files across different systems or networks

Create, design and manage workflows for repetitive tasks

A virtual assistant that uses AI to pursue goals and complete tasks on behalf of users

Create, save, and store files

Set & manage permission levels based on user roles and restrict access to only authorized individuals

Data is backed up automatically to prevent data loss

Verify the identity of users/devices to enable secure access

Store and organize documents in a centralized system

Synchronizing data between two or more devices/systems and automatically updating changes to maintain consistency

Assemble applications and processes by dragging over and arranging pre-built components