Loading... Please wait...Posted on 21st Mar 2016

In today’s complex and regulated environment, Dictation and Transcription Equipment's manufacturers need to focus on building secure solutions to deliver value to their customers, partners, and shareholders—rather than on the infrastructure to make it run.
Those companies have decades-long experience building enterprise dictation and transcription hardware and software, and also running some of the largest online data transfer services in the world. They have leveraged this experience to implement and continuously improve security-aware software development, operational management, and threat mitigation practices that are essential to the strong protection of services and data in the today's market to obtain Secure Encrypted Dictation.
Software companies recognize that focusing on security as a core component in the software development process can reduce the risk of costly issues, improve the security and privacy of infrastructure and applications, and protect data in the entire process. The Security Development Lifecycle is composed of proven security practices that consist of multiple phases in which core software assurance activities are defined.
Encryption is built into the major dictation and transcription equipment since last several years, starting with the Security Development Lifecycle, a mandatory development process that embeds security requirements into every phase of the development process. It helps ensure that the data is protected at the physical, network, host, application, and data layers so that recorded data are resilient to attack. Continuous proactive monitoring, penetration testing, and the application of rigorous security guidelines and operational processes further increase the level of detection and protection throughout the dictation and transcription process.
Technological safeguards, such as encrypted dictation and recordings, enhance the security of customers’ data. For data in transit, the dictation equipment uses industry-standard encrypted transport protocols between user devices and datacenter (transcription), and within datacenters themselves. For data at rest, the system should offer an of encryption capabilities up to AES-256, giving you the flexibility to choose the solution that best meets your needs.
Rees Electronics - 2140 Westwood Blvd, #224, Los Angeles, CA 90025
Tel: 310.475.0859
www.ReesElectronics.com