Cyber Security

Services

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Cyber Security Services

What We Do

Network Penetration Testing

Web App Penetration testing

Mobile App Penetration Testing

Source Code Review

Vulnerability Management

SOC-as-a-Service

10 key elements of Cyber Security?

Checklist for

Enterprise Security

Cyber security is the process and preventative action of protecting computer systems from malicious attacks or unauthorised access. The elements of cybersecurity are very important for every organisation to protect their sensitive business information.

The goal of implementing cybersecurity is to provide a good security posture for computers, servers, networks, mobile devices and the data stored on these devices from attackers with malicious intent. 

Cybersecurity is a continuously changing field, with the development of technologies that open up new avenues for cyberattacks. 

Network security

Network security is the practice of securing a computer network from intruders, whether targeted attackers or opportunistic malware.

Application Security

Application security focuses on keeping software and devices free of threats. A compromised application could provide access to the data its designed to protect. Successful security begins in the design stage, well before a program or device is deployed.

Endpoint security

Endpoint security management is the practice of authenticating and supervising the access rights of endpoint devices to a network and applying security policies that prevent any external or internal threats posed by that access. 

Data security

Data security protects the integrity and privacy of data, both in storage and in transit.

Identity management

Identity and access management (IAM) in enterprise IT is about defining and managing the roles and access privileges of individual network users and the circumstances in which users are granted (or denied) those privileges.

Database and infrastructure security

Database and infrastructure security includes the processes and decisions for handling and protecting data assets. The permissions users have when accessing a network and the procedures that determine how and where data may be stored or shared all fall under this umbrella.

Cloud Security

Database and infrastructure security includes the processes and decisions for handling and protecting data assets. The permissions users have when accessing a network and the procedures that determine how and where data may be stored or shared all fall under this umbrella.

Mobile security

Mobile security is the protection of smartphones, tablets, laptops and other portable computing devices, and the networks they connect to, from threats and vulnerabilities associated with wireless computing.

Disaster recovery/business continuity planning

Disaster recovery and business continuity planning define how an organization responds to a cyber-security incident or any other event that causes the loss of operations or data. Disaster recovery policies dictate how the organization restores its operations and information to return to the same operating capacity as before the event. Business continuity is the plan the organization falls back on while trying to operate without certain resources.

End-user education

End-user education addresses the most unpredictable cyber-security factor: people. Anyone can accidentally introduce a virus to an otherwise secure system by failing to follow good security practices. Teaching users to delete suspicious email attachments, not plug in unidentified USB drives, and various other important lessons is vital for the security of any organization.

Cyber Security Services

01. Network Penetration Testing

Identify Network Security Weakness

Network security – and network penetration testing by extension – evolves as quickly as the technology it’s built on. For penetration testing services that go beyond a simple vulnerability scanner, you need experts in the industry.

HackCieux’s approach to network pentesting goes above and beyond standard vulnerability analysis.  With decades of combined security experience, our assessment team identifies, exploits, and documents even the most subtle of network vulnerabilities.  When you’re concerned about your network security, you want the top pentesting company to review it. 

Why Network PenTesting is required?

N

To meet compliance

N

To maintain confidentiality, revenue and goodwill

N

To verify secure configurations

N

To develop an efficient security measure

N

To reduce service disruption

Network PenTesting Methodology

HackCieux excels at operating under a structured, repeatable methodology. We stress this concept in every engagement to ensure our findings are reliable, reproducible, and of excellent quality. As such, our vulnerability assessments can always be verified by your team, both before and after remediation. To get these results, we adhere to the following steps:

1 – Network Scope

Effective communication with the client organization is emphasized here to create an operating environment comfortable to both parties. During this phase, we accomplish all of the following:

  • Outline which assets of the organization are open to be scanned and tested.
  • Discuss exclusions from the assessment, such as specific IP addresses or services
  • Confirm the official testing period and timezones, if relevant

2 – Information Gathering

The information-gathering phase of our network pentesting methodology consists of service enumeration, network mapping, banner reconnaissance and more. Host and service discovery efforts result in a compiled list of all accessible systems and their respective services with the goal of obtaining as much information about the systems as possible.

Host and service discovery includes initial domain footprinting, live host detection, service enumeration, and operating system and application fingerprinting. The purpose of this step is to collectively map the in-scope environment and prepare for threat identification.

3 – Enumeration and Vulnerability Scanning

The vulnerability analysis phase involves the documenting and analysis of vulnerabilities discovered as a result of the previous network pen testing steps. This includes the analysis of out from the various security tools and manual testing techniques. At this point, a list of attractive vulnerabilities, suspicious services, and items worth researching further has been created and weighted for further analysis. In essence, the plan of attack is developed here.

4 – Attack and Penetration

Unlike a vulnerability assessment, a network penetration test takes such a test quite a bit further specifically by way of exploitation. Exploitation involves actually carrying out the vulnerability’s exploit (ie: buffer overflow) in an effort to be certain if the vulnerability is truly exploitable. During a RedTeam Security network penetration test, this phase consists of employing heavy manual testing tactics and is often quite time-intensive.

Exploitation may include but is not limited to: buffer overflow, SQL injection, OS commanding and more.

5 – Reporting and Documentation

The reporting step is intended to deliver, rank and prioritize findings and generate a clear and actionable report, complete with evidence, to the project stakeholders. The presentation of findings can occur via Webex or in-person – whichever format is most conducive for communicating results. At RedTeam Security, we consider this phase to be the most important and we take great care to ensure we’ve communicated the value of our service and findings thoroughly.

6 – Remediation

We consider the reporting phase to mark the beginning of our relationship. HackCieux strives to provide the best possible customer experience and service. As a result, our report makes up only a small part of our deliverables. We provide clients with an online remediation knowledge base, dedicated remediation staff, and ticketing system to close the ever-important gap in the remediation process following the reporting phase. Again, the underlying framework is based on the Penetration Testing Execution Standard (PTES) but RedTeam Security exceeds those standards.

We exist to not only find vulnerabilities but also to help you take steps to fix them.

Cyber Security Services

02. Application Penetration Testing

Identify Application Security Flaws

Web application penetration testing works by using manual or automated penetration tests to identify any vulnerability, security flaws or threats in a web application. The tests involve using/implementing any of the known malicious penetration attacks on the application. The penetration tester exhibits/fabricates attacks and environment from an attacker’s perspective, such as using SQL injection tests. The web application penetration testing key outcome is to identify security weakness across the entire web application and its components (source code, database, back-end network). It also helps in prioritizing the identified vulnerabilities and threats, and possible ways to mitigate them.

What standards do we use? 

N

Open Web Application Security Project (OWASP) Testing Guide

N

Technical Guide to Information Security Testing and Assessment (NIST 800-115)

N

The Penetration Testing Execution Standard (PTES)

Tools used for Application PenTesting

N

Static Application Security Testing (SAST) tools

N

Dynamic Application Security Testing (DAST) tools

N

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N

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Application PenTesting Methodology

Each and every web application penetration test is conducted consistently using globally accepted and industry-standard frameworks. This helps makes up our application penetration testing methodology.

In order to ensure a sound and comprehensive application penetration test, HackCieux leverages industry-standard frameworks as a foundation for carrying out penetration tests.

1 – Network Scope

Effective communication with the client organization is emphasized here to create an operating environment comfortable to both parties. During this phase, we accomplish all of the following:

  • Outline which assets of the organization are open to be scanned and tested.
  • Discuss exclusions from the assessment, such as specific IP addresses or services
  • Confirm the official testing period and timezones, if relevant

2 – Information Gathering

The first phase in a web application penetration test is focused on collecting as much information as possible about a target application. Reconnaissance, aka Information Gathering, is one of the most critical steps of an application pen test. This is done through the use of public tools (search engines), scanners, sending simple HTTP requests, or specially crafted requests. As a result, it is possible to force the application to leak information, e.g., disclosing error messages or revealing the versions and technologies used.

Example tests include: Error Code Analysis, Fuzzing, Search Engine Recon, App Enumeration and App Fingerprinting

You play an important role in the information-gathering phase of application penetration testing, too.

3 – Configuration Management

Comprehending the deployed configuration of the server/infrastructure hosting the web application is nearly as critical as the application security testing itself. After all, an application chain is only as strong as its weakest link. Application platforms are wide and varied, but some key platform configuration errors can compromise the application in the same way an unsecured application can compromise the server (insecure HTTP methods, old/backup files).

4 – Session Management

Session Management is defined as the set of all controls governing the stateful interaction between a user and the web application he/she is interacting with. In general, this covers anything from how user authentication is carried out, to what happens when they log out.

Example testing includes Session Fixation, Cross Site Request Forgery, Cookie Management, and Session Timeout.

5 – Authorization Testing

Authorization Testing involves understanding how the authorization process works and using that information to circumvent the authorization mechanism. Authorization is a process that comes after successful authentication, so the pen tester will verify this point after he/she holds valid credentials, associated with a well-defined set of roles and privileges. As a result, it should be verified if it is possible to bypass the authorization schema, find a path traversal vulnerability, or find ways to escalate the privileges.

Example testing includes: Directory Traversal, Privilege Escalation, and Bypassing Authorization Controls.

6 – Data Input Validation

The most common web application security weakness is the failure to properly validate input coming from the client or from the environment before using it. This weakness leads to almost all of the major vulnerabilities in web applications, such as cross-site scripting, SQL injection, interpreter injection, locale/Unicode attacks, file system attacks, and buffer overflows.

Example tests include: Cross-Site Scripting, SQL Injection, OS Commanding, and Server Side Injection.

7 – Denial-of-Service (Optional)

A denial of service (DoS) attack is an attempt to make a resource unavailable to its legitimate users. Traditionally, denial of service (DoS) attacks has been network based: a malicious user floods a target machine with enough traffic to make it incapable of servicing its intended users. There are, however, types of vulnerabilities at the application level that can allow a malicious user to make certain functionality unavailable. These problems are caused by bugs in the application and often are triggered by malicious or unexpected user input. This phase of testing will focus on application layer attacks against availability that can be launched by just one malicious user on a single machine.

Not all clients have an appetite for DoS testing, therefore it may not always be a component of each and every penetration test.

8 – Web / API Services

Web services have certain elements of exposure just like any other protocol or service. What’s different is that they can be used on HTTP, FTP, SMTP or MQ among other transport protocols. As a result, vulnerabilities in web services are similar to other vulnerabilities, such as SQL injection, information disclosure, and leakage, but web services also have unique XML/parser related vulnerabilities.

Example tests include: Information Gathering, Fuzzing, and Replay Testing

Cyber Security Services

03. Mobile App Penetration Testing

Identify Weakness of Mobile App

The astonishing growth in mobile technologies has introduced many new vulnerabilities.
According to findings from Verizon’s inaugural Mobile Security Index 2018 report, businesses are aware mobile is at risk: 85% said their company is at moderate risk when it comes to mobile threats, and 74% say the risk has gone up over the past year. If your organization is heavily reliant on this pocket-based computing utopia, and you’re not up to date on penetration testing methodologies, you need to get there quickly.

The mobile application penetration is typically based on the application security methodology. The focus shifts from traditional application security, where the primary threat is from multiple sources over the Internet. The key difference is in the client-side security, filesystem, hardware, and network security. Traditionally for mobile applications, an end user is in control of the device.

Why Mobile App PenTesting is required?

N

Uncover vulnerabilities before cybercriminals exploit them

N

Reduce application, network ans services downtime

N

Initiate a highly efficient security measure

N

Enable regulatory compliance

N

Protect the company’s reputation and customer trust

Mobile App PenTesting Methodology

HackCieux excels at operating under a structured, repeatable methodology. We stress this concept in every engagement to ensure our findings are reliable, reproducible, and of excellent quality. As such, our vulnerability assessments can always be verified by your team, both before and after remediation. To get these results, we adhere to the following steps:

1 – Engagement Scope

Effective communication with the client organization is emphasized here to create an operating environment comfortable to both parties. During this phase, we accomplish all of the following:

  • Outline in which Mobile Application of the organization are open to be scanned and tested.
  • Discuss exclusions from the assessment, such as specific IP addresses or services
  • Confirm the official testing period and timezones, if relevant

2 – Discovery

Information collection is an important point to keep in mind during the penetration testing process:

Open Source Intelligence: To find out more information about an application through search engines, third-party libraries that are used, or finding leaked source code through the use of source code repositories, developer forums, and social media.

Understanding the platform: Understanding the platform is a crucial part of application penetration testing.

Client-side vs Server-side scenarios: It is crucial to understand the type of application (native, hybrid, or web) and work on the test cases.

3 – Analysis/assessment

Mobile applications have a unique way of assessment or analysis, and testers have to check the applications pre and post-installation.

Static analysis: Static analysis is performed, without executing the application, on the provided or decompiled source code and accompanying files.

Archive analysis: The application installation packages for the Android and iOS platforms will be extracted and examined to review configuration files that have not been compiled into the binary.

Local file analysis: When the application is installed, it is given its own directory in the filesystem. During the usage of the application, it will write to and read from this directory. Files accessed by the application will be analyzed to verify.

Reverse engineering: Reverse engineering will be attempted to convert the compiled applications into human-readable source code. If possible, code review will be performed to understand the internal application functionality and search for vulnerabilities. In the case of Android, the application code may be modified and recompiled to enable access to debug information during dynamic analysis.

Dynamic analysis: Dynamic analysis is performed while the application is running on the device. This includes forensic analysis of the local filesystem, network traffic between the application and server, and assessment of the app’s local inter-process communication (IPC) surface(s).

Network and web traffic: The device will be configured to route their connection to the server through a test proxy controlled by the security tester. This will enable web traffic to be intercepted, viewed, and modified. It will also reveal the communication endpoints between the application and the server so that they can be tested. Network traffic that is not traversing the Web and is happening at a lower layer in the TCP/IP protocol stack, such as TCP and UDP packets, will also be intercepted and analyzed.

Inter-process communication endpoint analysis, Intents, Activities, Content providers, Services, Broadcast receivers

4 – Exploitation

To demonstrate real-world data breach, a properly executed exploitation can happen very quickly:

Attempt to exploit the vulnerability: Acting upon the discovered vulnerabilities to gain sensitive information or perform malicious activities.

Privilege escalation: Demonstration of identified vulnerability to gain privileges and attempt to become a superuser.

5 – Reporting and Documentation

Clearly, a thorough mobile application penetration testing methodology involves a great deal of work in data collection, analysis, and exploitation:
Providing reports through analysis of business criticality of the application and the security risk posture and categorize the overall risk rating of the assessed application. We provide a detailed report about the discovered vulnerabilities, including the overall risk rating, description, the technical risk associated, technical impact, the business impact and proof of concept, and recommendations to fix the findings

6 – Remediation

We consider the reporting phase to mark the beginning of our relationship. HackCieux strives to provide the best possible customer experience and service. As a result, our report makes up only a small part of our deliverables. We provide clients with an online remediation knowledge base, dedicated remediation staff, and ticketing system to close the ever-important gap in the remediation process following the reporting phase. Again, the underlying framework is based on the Penetration Testing Execution Standard (PTES) but RedTeam Security exceeds those standards.

We exist to not only find vulnerabilities but also to help you take steps to fix them.

Cyber Security Services

04. Source Code Review

Identify Flaws in Source Code

Source code review, also known as Security Code Review is the process of auditing the source code for an application to verify that the proper security controls are present, that they work as intended, and that they have been invoked in all the right places. Code review is a way of ensuring that the application has been developed to be “self-defending” in its given environment.

Some vulnerabilities may not be uncovered during the process of penetration testing; security code review is the best avenue to uncover those vulnerabilities. Some of these application vulnerabilities may be introduced by the application developer either knowingly or unknowingly, such as application “Easter Eggs”, Logic Bombs, and even Backdoors.

Why Source Code review is required?

N

Defect-free, well-documented software

N

Software that complies with enterprise coding standards

N

To find the real vulnerability exposure of the aplication

N

Reduce risks and improves code quality dramatically

N

It improves knowledge rendezvous

Source Code Review Methodology

A Source Code review service discovers hidden vulnerabilities, design flaws, and verifies if key security controls are implemented. HackCeux uses a combination of scanning tools and manual review to detect insecure coding practices, backdoors, injection flaws, cross site scripting flaws, insecure handling of external resources, weak cryptography, etc.

1 – Engagement Scope

Effective communication with the client organization is emphasized here to create an operating environment comfortable to both parties. During this phase, we accomplish all of the following:

  • Outline which Source code of the Applications are authorized to be scanned and tested.
  • Discuss exclusions from the assessment, such as specific IP addresses or services
  • Confirm the official testing period and timezones, if relevant

2 – Application Profiling

This first phase of the code review exercise involves the security consultants (reviewers) being introduced to the application functionality by the code authors (developers). The application will be functionally demonstrated by the developers which helped the reviewers glean understanding on the basic functionality of the application. This would assist the reviewers (in the further part of the assessment) in identifying any business logic security vulnerability that could exist in the application. This also helped the reviewers identify the following important aspects of the application

  • Input Vectors
  • Output Vectors
  • Critical Data Assets

3 – Code Review

This is the central and the most critical phase of the assessment. The reviewers, with the knowledge of the application functionality and the relevant supporting code reviewed the code-base for potential loop holes and/or vulnerabilities which could be exploited by an external or an internal attacker. The code review was performed keeping in mind the expectations and the guidelines as set forth by the PCI- DSS v3.0, OWASP Top 10 2013, CERT – US Coding Guidelines and the industry best coding practices for applications.

4 – Threat Modeling

An important part of the code review exercise is identifying the various threats (externally or internally) that could be posed to an application. The threat modeling exercise lists down an exhaustive set of possible attacks that can be launched against the application keeping in mind the acquired knowledge of the functionality and the profiling of the application that was performed in the earlier stage of the assessment. The threats are broadly classified under 6 major categories as put forth by Microsoft’s STRIDE model. Please note that a Threat Model is not based on the vulnerabilities of an application. It is based on attack scenarios that might be possible, given the lack of security controls in the application.

  • Spoofing
  • Tampering
  • Repudiation
  • Information Leakage/Disclosure
  • Denial of Service
  • Elevation of Privileges
  • Every potential threat vector to the application is categorized under one of the above listed six categories.

5 – Hybrid Approach: Manual & Automated Review

The code analysis phase of the assignment involved the reviewers actually going through the codebase looking for possible security loopholes through both manual and automated code review techniques. Each hand-written code was inspected for the presence and/or absence of controls that could prevent the application from being exploited through one of the above-mentioned STRIDE based threats. Further automated scripts (which were written by the reviewers’ onsite within the workspace) were run against the code-base to drill down and extract lines of code that contained specific expressions or usage of code snippets that could potentially pose a threat to the application. These too were manually inspected to avoid instances of false-positives or justified usage. The code analysis was carried out to also inspect the application’s inherently present controls as a defense mechanism to the above-mentioned threats. The following specific areas of security were inspected in detail

  • Authentication
  • Authorization
  • Cryptography
  • Logging

6 – Remediation Testing

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Cyber Security Services

05. Vulnerability Management

Identify Overall Security Weakness

Vulnerability management is the process of identifying, evaluating, treating, and reporting on security vulnerabilities in systems and the software that runs on them. This, implemented alongside with other security tactics, is vital for organizations to prioritize possible threats and minimizing their “attack surface.”

Security vulnerabilities, in turn, refer to technological weaknesses that allow attackers to compromise a product and the information it holds. This process needs to be performed continuously in order to keep up with new systems being added to networks, changes that are made to systems, and the discovery of new vulnerabilities over time.

 

Why Vulnerability Management is required?

N

Find and fix vulnerabilities fast, before hackers can attack

N

Boost IT efficiency with the cloud

N

Reduce the time and cost of securing your network

N

Develop an efficient security measure through secure config verification

N

Address new security and compliance needs as your business expands

Vulnerability Management Methodology

Under constant threat in the cyber world, organizations need to constantly monitors all resources. To stay as far ahead of the cybercriminals as possible, most businesses require some kind of vulnerability Assessment for their organization. HackCieux excels at operating under a structured, repeatable methodology. We stress this concept in every engagement to ensure our findings are reliable, reproducible, and of excellent quality.

1 – Engagement Scope

Effective communication with the client organization is emphasized here to create an operating environment comfortable to both parties. During this phase, we accomplish all of the following:

  • Outline which assets of the organization are open to be scanned and tested.
  • Discuss exclusions from the assessment, such as specific IP addresses or services
  • Confirm the official testing period and timezones, if relevant

2 – Identification of Vulnerabilities

At the heart of a typical vulnerability management solution is a vulnerability scanner. The scan consists of four stages:

Scan network-accessible systems by pinging them or sending them TCP/UDP packets
Identify open ports and services running on scanned systems
If possible, remotely log in to systems to gather detailed system information
Correlate system information with known vulnerabilities

Properly configuring vulnerability scans as per environment is an essential component of a vulnerability management solution.

3 – Evaluation of Vulnerabilities

After vulnerabilities are identified, they need to be evaluated so the risks posed by them are dealt with appropriately and in accordance with an organization’s risk management strategy. Vulnerability management solutions will provide different risk ratings and scores for vulnerabilities, such as Common Vulnerability Scoring System (CVSS) scores. These scores are helpful in telling organizations which vulnerabilities they should focus on first,

Like any security tool, vulnerability scanners aren’t perfect. Their vulnerability detection false-positive rates, while low, are still greater than zero. Performing vulnerability validation with penetration testing tools and techniques helps weed out false-positives so organizations can focus their attention on dealing with real vulnerabilities.

4 – Treating Vulnerabilities

Once a vulnerability has been validated and deemed a risk, the next step is prioritizing how to treat that vulnerability with original stakeholders to the business or network. There are different ways to treat vulnerabilities, including:

Remediation: Fully fixing or patching a vulnerability so it can’t be exploited. This is the ideal treatment option that organizations strive for.

Mitigation: Lessening the likelihood and/or impact of a vulnerability being exploited. This is sometimes necessary when a proper fix or patch isn’t yet available for an identified vulnerability. This option should ideally be used to buy time for an organization to eventually remediate a vulnerability.

Acceptance: Taking no action to fix or otherwise lessen the likelihood/impact of a vulnerability being exploited. This is typically justified when a vulnerability is deemed a low risk, and the cost of fixing the vulnerability is substantially greater than the cost incurred by an organization if the vulnerability were to be exploited.

5 – Vulnerability Reporting

Performing regular and continuous vulnerability assessments enables organizations to understand the speed and efficiency of their vulnerability management program over time. Vulnerability management solutions typically have different options for exporting and visualizing vulnerability scan data with a variety of customizable reports and dashboards. Not only does this help IT teams easily understand which remediation techniques will help them fix the most vulnerabilities with the least amount of effort, or help security teams monitor vulnerability trends over time in different parts of their network, but it also helps support organizations’ compliance and regulatory requirements.

6 – Remediation

We consider the reporting phase to mark the beginning of our relationship. HackCieux strives to provide the best possible customer experience and service. As a result, our report makes up only a small part of our deliverables. We provide clients with an online remediation knowledge base, dedicated remediation staff, and ticketing system to close the ever-important gap in the remediation process following the reporting phase.

We exist to not only find vulnerabilities but also to help you take steps to fix them.

Cyber Security Services

06. Security Operation Center as a Service

SOC as a Service Overview

SOC-as-a-service, also sometimes referred to as SOC as a service, is a subscription or software-based service that manages and monitors your logs, devices, clouds, network and assets for internal IT teams. The service provides companies with the knowledge and skills necessary to combat cybersecurity threats.

Not all companies can afford to hire in-house cybersecurity experts. With SOC-as-a-service, companies don’t have to hire in-house cybersecurity experts to handle today’s advanced cybersecurity threats, because the service is offered remotely by a third-party team of experts who work off-site.

 

Why SOC-as-a-Service is required?

N

Complete Managed Service with Pay-as-you-go model

N

24X7 Incident Response

N

Advisory Reports & Security Collaboration

N

Managing of threat intelligence feeds/portals/reports

N

Real-time Intelligence and correlation aligned to current business risks

N

Leveraging machine learning technologies to focus on relevant alerts and eliminate false alarms

SOC-as-a-Service Market

SOC as a service is a cloud-based security service, which helps enterprises outsource the entire security operation, such as managing network, endpoints, application, server’s websites, and database. The service provides real-time analysis of security alerts and maintains a secure environment across an organization’s IT infrastructure by ensuring continuity of business operations.

1 – SOC-as-a-Service, by Components

  • Solution
  • Services
    • Professional Services
      • Consulting Services
      • Training and Education
      • Support and Maintenance
    • Managed Services

2 – SOC-as-a-Service, by Service type

  • Prevention Service
  • Detection Service
  • Incident Response Service

3 – SOC-as-a-Service, by Offering type

  • Fully Managed
  • Co-Managed or Hybrid

4 – SOC-as-a-Service, by Application area

  • Network Security
  • Endpoint Security
  • Application Security
  • Database Security
  • Others (web security, cloud security and content security)

5 – SOC-as-a-Service, by Industry vertical

  • BFSI
  • Government and Public Sector
  • IT and Telecom
  • Healthcare
  • Retail
  • Manufacturing
  • Energy and Utilities
  • Others (Media and Entertainment, Travel and Hospitality, and Education)

6 – SOC-as-a-Service, by Region

  • North America
    • United States (US)
    • Canada
  • Europe
    • United Kingdom (UK)
    • Germany
    • Rest of Europe
  • Asia Pacific (APAC)
    • China
    • Japan
    • India
    • Rest of APAC
  • Middle East and Africa (MEA)
    • Middle East
    • Africa
  • Latin America
    • Brazil
    • Mexico
    • Rest of Latin America

Contact Us

(+91) 8100523877

Sector- 5, SaltLake, Kolkata 700091, West Bengal, INDIA

24/7 Available for Emergency Services

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