Our Technology

Protection Capability and Security

A protection capability represents the “many things that come together” in a planned manner to produce the emergent system security property. The protections must come together properly so as to do what the protections are supposed to do and to do nothing else. Moreover, they must achieve this property despite the conditions mentioned previously that result in asset loss and associated consequences. Accordingly.

Security Services

Confidentiality – ensuring that the information is not subject to unauthorized disclosure (is not readable to the wiretapper through passive wiretapping or eavesdropping) • Integrity – ensuring that the information is not subject to unauthorized and undetected modification (selective modification by the wiretapper through active wiretapping or tampering) • Inference – ensuring that the wiretapper is not able to deduce anything about the information .

Active Protection

The security functions of the system that exhibit security protection behavior and therefore, have functional and performance attributes. These functions explicitly satisfy security requirements that address the behavior, utilization, and interaction of and among technology/machine, environment, human, and physical system elements

Passive Protection

The environment for the execution and construction of all security functions (both active protection and general system functionality). Passive protection includes architecture, design, and the rules that govern behavior, interaction, and utilization.

Strategy for System Security

System security is optimized by engineering design based on a balanced proactive and reactive loss prevention strategy. A proactive loss strategy includes planned measures that are engineered to address what can happen rather than what might happen—to proactively identify and rid the system of weaknesses and defects that lead to security vulnerability; to proactively understand the certainty and uncertainty of threats, both of the adversarial and non-adversarial nature; and to put in place the means and methods to protect against adverse consequences. Proactive systems security engineering also includes planning for failure regardless of whether the failure results . from adversarial or non-adversarial events, and to ensure that the system can be securely resilient to such events, and resilient otherwise

What We Do

Secure System

Taken together, a network of several systems—each of which contains a portion of the trusted network service as in figure 13-8, and each of which implements the same security policy—is a distributed secure system. The trusted portions of the individual systems interact via secure paths, and the untrusted portions are managed within each system in accordance with the common security policy.

Application Maintenancce Service(AMS)

Product enhancements-Adding new functionalities.Production support and application maintenance-corrective maintenance bug fixes,production support, and coordination with L1 team where required.

Support Phase-

We provide warrenty/hyper care support,and steady stae support once the application has stabilized. We provide all types of support levels L1 L2 L3 L4 support during the warranty/hyper care phase, AND L2 L3 and L4 support during the steady state support.