
Protect digital content with DRM.

Protect digital content with DRM.
VeryDRM Content Security Platform is an enterprise grade digital rights management (DRM) system designed to protect confidential documents, videos, audio files, images, and web content after they have been shared. The platform enables content owners to maintain control over their digital assets by applying persistent security policies that travel with the file. Its primary function is to prevent unauthorized viewing, copying, printing, downloading, and screen capture of protected content, even when files are stored locally on a user's device. The platform offers a comprehensive set of copy protection and access control features. These include PDF and document DRM, video and audio copy protection, dynamic watermarking that injects user email and IP addresses, time limited access with automatic revocation, and hardware bound access control. Users can block snipping tools, PrintScreen functions, and screen recording software. The system supports secure file sharing via encrypted, traceable links and provides complete dynamic permission management. Integration capabilities include REST API tools, Google Drive, OneDrive, LMS, CMS, eCommerce platforms, Salesforce, and CRM systems. Typical use cases for VeryDRM include protecting courseware, e books, and training videos for educational institutions; securing research reports, premium insights, and market data for analysts; safeguarding proprietary technology and industrial designs for manufacturers; and protecting commercial e books and digital publications for publishers. The platform is also used for secure virtual data rooms (VDR) during mergers and acquisitions, clinical trial data protection in medical research, and securing official standards and intellectual property. The workflow generally involves uploading content, setting granular access policies such as expiry dates and device restrictions, and distributing the content through encrypted links or integrated systems. The platform tracks views, time spent, and geolocation of each access event.