For More information please Contact Shane Klein at Theta Institute
As an SDVOB, Theta Institute can assist and handle any Federal Government Inquiries. Shane can be reached at email@example.com
State University of New York Poly/Tech
257 Fuller Road
Albany, NY 12203
United States of America
SignalWire believes that our in-depth technical knowledge, our tightly integrated authorship of FreeSWITCH (arguably the most widely deployed open-source engine for telecommunications, audio, and video applications) along with our secure view of the world makes us uniquely positioned to provide scalable and secure communications products to the federal government, including:
Secure and cloud-based video conferencing applications
Secure and cloud-based virtual office applications
Secure and black box video APIs
Secure and black box audio APIs
Secure and black box SMS, MMS, texting APIs
The SignalWire state and local sales program is designed to provide COTS product integration for all of the same above listed services:
SignalWire advanced video communication technology offers better quality, ease-of-use, and compatibility than traditional solutions. Most importantly, our completely-secure deployment options ensure unrivaled data integrity. Increase the efficiency and versatility of your communications without sacrificing security.
Keep teams connected and productive, with advanced features designed specifically for remote collaboration.
Create communications channels to reach the people your agency is serving in real-time.
Enjoy the benefits of real-time video collaboration without exposing your agency to unknown security risks.
SignalWire video communication technology is completely clientless and accessible from any browser on any device. AES-256-level DTLS and SRTP encryption are handled at the browser level, providing the same protection protocols as sensitive credit card information.
SignalWire video technology was designed from the ground up to improve remote collaboration, with an innovative user experience that allows users to interact the same way they would in a shared physical space.