CLOUDCYTE FOR MSSP’S
Core Strengths
Three-Stage self deployment system for enhanced user experience.
Single platform for endpoint and e-mail security covering both personal and business devices.
Complete data privacy.
Ability to perform gap analysis for the existing security infrastructure to address the compliance requirements.
Three-Step Enrollment in Minutes for Your Customers
After creating an account, provide your logo and contact details to the CloudCyte team. CloudCyte will provide a reference code to be used by your customers during the enrollment.
Communicate the new services to your customers through an e-mail.
Track and bill your customers as they enroll. Either you or the CloudCyte team can execute billing.
CloudCyte for MSSP’s
White-labelling support for all components to enable better MSSP brand visibility.
Deployment on any Kubernetes supporting cloud platform including Amazon WS, Microsoft Azure and Google.
Ability to enroll and initiate customers in minutes.
Full support for self-management and customer tracking.
Enable self-deployment for zero maintenance overhead.
CloudCyte Distinctive Features for MSSP’s
- Complete User & Data Privacy
Data related to the end-user is stored in the MSSP, including the user requests to the Internet if requested. No information is shared with CyberCyte except the total number of active users. - 360° Security for End-Users
Secure all communication for e-mail and Internet access, coupled with tools to increase end-user awareness. - Disruptive Business Model
A revenue sharing agreement can be executed between the MSSP and CyberCyte with no upfront investment. More than 500000 users can be enrolled on a 2 CPU Intel Server.
CloudCyte Platform Approach

A plug-and-play, multitenant
architecture to enable a service-oriented framework.

New services will be seamlessly added to the platform.

Customers will start to utilise the new services without additional complex deployment requirements.

Machine Learning based user behaviour analytics platform will enable automated actions to block threats.
How Are Major Challenges Addressed?
Use Cases

