Security Services

Manage and detect threats by unifying security technologies & processes with the latest threat intelligence

IDENTITY & ACCESS MANAGEMENT

A critical part of any enterprise security plan.

IAM is a critical part of any enterprise security plan. It is entangled to the security and productivity of organizations. Compromised user credentials can act as an entry point into an organization’s network and its information resources. IAM systems safeguard information assets of organizations against the rising threats of cyber attacks. 

IAM enables users to be more productive by securing their digital identity in a variety of environments, so the users can utilize the technology resources while working from home, the office, or on the road.

In many institutions, users tend to have more access privileges than necessary. A strong IAM system adds an important layer of protection by applying a consistent group of “user access rules and policies” across an institution. 

IAM can increase business productivity. The central management capabilities reduce the intricacy and cost of safeguarding user credentials and access. At the same time,  

IAM impacts everyone in an organization from employees to contractors/vendors to privileged IT users to customer base (in our case, constituents). A successful IAM program provides many benefits, including: 

  • Enhanced security, as managing users identities is core to access controls and policies, which results in reduced risk of breaches 
  • Single sign on (one digital identity per individual allows one to access all systems/applications with a unique log in / password), improving the user experience 
  • Increased productivity across functions within an organization (e.g., HR, digital, security, application development), resulting in reduced overhead and improved user experience (as distinct business processes become more seamless and integrated) 
  • Decreased number of calls to IT support regarding password resets, resulting in significant cost savings.
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SECURITY ASSESSMENTS

Identification, Assessment, Mitigation, Prevention

Organizations can carry out generalized assessments when experiencing budget or time constraints. However, generalized assessments don’t necessarily provide the detailed mappings between assets, associated threats, identified risks, impact, and mitigating controls.

A comprehensive security assessment allows an organization to:

  • Identify assets (e.g., network, servers, applications, data centers, tools, etc.) within the organization.
  • Create risk profiles for each asset.
  • Understand what data is stored, transmitted, and generated by these assets.
  • Assess asset criticality regarding business operations. This includes the overall impact to revenue, reputation, and the likelihood of a firm’s exploitation.
  • Measure the risk ranking for assets and prioritize them for assessment.
  • Apply mitigating controls for each asset based on assessment results.

It’s important to understand that a security risk assessment isn’t a one-time security project. Rather, it’s a continuous activity that should be conducted at least once every other year. Continuous assessment provides an organization with a current and up-to-date snapshot of threats and risks to which it is exposed.

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SECURITY INCIDENT & EVENT MANAGEMENT

Security Review offering Reports & Alerts giving opportunity to improve the security of the entity

SIEM makes your work easier by collecting log data and security incidents from various parts of the system. A log is a record left behind by each activity performed by the application or the operating system.

A blend of real-time collection and analysis of security alerts and correlation of events to deduce it to detect incidents and malicious patterns of behaviors

  • Reveals potential known and unknown threats 
  • Monitors the activities of authorized users and their privileged access to various resources 
  • Compiles a regular report 
  • Backs up incident response (IR)

Some of the benefits of SIEM include the following: 

  • shortens the time it takes to identify threats significantly, minimizing the damage from those threats 
  • offers a holistic view of an organization’s information security environment, making it easier to gather and analyze security information to keep systems safe — all of an organization’s data goes into a centralized repository where it is stored and easily accessible; 
  • can be used by companies for a variety of use cases that revolve around data or logs, including security programs, audit and compliance reporting, help desk and network troubleshooting; 
  • supports large amounts of data so organizations can continue to scale out and increase their data; 
  • provides threat detection and security alerts; and 
  • can perform detailed forensic analysis in the event of major security breaches. 
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SECURITY DEVOPS

Making security principles and practices in DevOps .

The DevOps movement is driving a number of misconceptions or myths around security that I feel are worth debunking. So let’s do that here: we’ll play myth buster!

Myths We busted it
Security can’t fit into DevOps DevOps is actually a boon for security folks, who can, with the right automation and operational tools, inject security earlier into the development process, and increase the security of the code that ultimately reaches production.
Configuration management tools are the DevOps cure all Automation tools like Chef and Puppet are excellent for deploying and redeploying an application or configuration to a host. However, they are simply not capable of providing the kind of security analysis, monitoring, and assessment that a security professional can, nor are they designed for the kind of ongoing management of a system that is needed to ensure reliability over time
Adopting DevOps eliminates the need for security experts Most developers are not security experts. Security experts are needed now, more than ever, to partner with the other skill areas, and ignoring this is a great way to become the next hacker conquest
Enterprise and DevOps are like oil and water Enterprises can work with DevOps — just look at how the enterprise has embraced Agile methodologies. It’s the same here. DevOps is about reducing time to market, while maintaining quality, reliability and security: that’s something all businesses desire
If we can do DevOps, we can do ‘SecOps’ Changing the name, and assuming security is still its own functional area but just using DevOps principles misses a core point of DevOps — cross-functional integration. Security experts should seek to partner with the rest of the organization, and do so from the beginning of the development process

 

SecDevOps  is the process of integrating secure development best practices and methodologies into development and deployment processes which DevOps makes possible, it’s like security at speed by implanting secure coding deep in the heart of their DevOps development and deployment processes. In a world where code changes frequently, attack surfaces and risk profiles can change just as quickly and with SecDevOps which bakes security directly into development and production workflows

SecDevOps consists of two distinct parts:

  1. Security as Code (SaC) – Automation of building of security into the tools that exist in the DevOps pipeline
  2. Infrastructure as Code (IaC) – Standards followed by set of DevOps tools used to setup and update infrastructure components. With IaC, if a system has a problem, it is disintegrated, and a new one (or two) are created to fill the spot

 

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