Secure Media Transport Architecture

[Trams]

The platform is built on a proprietary security framework known as the Secure Media Transport Architecture (SMTA).

SMTA was designed to protect the delivery of media, communication channels, and platform infrastructure from common vulnerabilities found in traditional web-based systems.

Unlike many applications that rely only on conventional HTTP or HTTPS communication, SMTA integrates multiple layers of protection within the network and communication architecture.

These layers include controlled routing mechanisms, enhanced DNS-based security, dedicated communication protocols such as UPT, and modern peer-to-peer transport technologies including WebRTC.

Multi-Layer Security Design

SMTA operates through several security layers that work together to protect the platform environment.

These layers include:

• controlled network routing
• DNS-based connection management
• UPT communication layer
• WebRTC secure transport
• protected media delivery infrastructure

By combining these technologies, the platform significantly reduces the possibility of unauthorized interception, channel hijacking, or data relay through unintended intermediaries.

Controlled Communication Environment

The architecture was designed to create a controlled communication environment where connections between users and the platform remain secure and stable.

This design minimizes exposure to traditional web infrastructure risks while maintaining high performance and scalability.

Continuous Security Evolution

Security technology continues to evolve, and SMTA will continue to develop alongside it.

New protection mechanisms and architectural improvements will be introduced over time in order to maintain a high level of platform security.

For security reasons, certain implementation details of the architecture are not publicly disclosed.