Monday, 8 January 2018

4 Objectives To Focus On CompTIA CSA+ Certification

The CompTIA CSA+ certification is an international vendor-neutral Cybersecurity credential designed for IT professionals. The CompTIA CSA+ certification gives hands-on experience on IT security analytics. The CSA+ certification targets at professionals who apply techniques for improving IT security. The exam validates your expertise in:
  • Performing data analysis
  • Usage of threat detection tools
  • Risk analysis for finding vulnerabilities, threats to an organization

The CompTIA CSA+ certification is a government approved, industry supported, and highly demanded IT certification. This certification provides an average annual salary of USD 90,120. There are

Start preparing for the highly demanded CSA+ certification with a uCertify course to improve your skills to detect, prevent, and combat security threats.

Thursday, 28 December 2017

Overview of Scrum

Scrum is one of the most popular Agile methodologies. It is an adaptive, iterative, fast, flexible, and effective methodology designed to deliver significant value quickly and throughout a project. Scrum ensures transparency in communication and creates an environment of collective accountability and continuous progress. The Scrum framework,  is structured in such a way that it supports product and service development in all types of industries and in any type of project, irrespective of its complexity.

The key strength of Scrum lies in its use of cross-functional, self-organized, and empowered teams who divide their work into short, concentrated work cycles called Sprints

Sprint Flow

The Scrum cycle begins with a Stakeholder Meeting, during which the Project Vision is created. The Product Owner then develops a Prioritized Product Backlog which contains a prioritized list of business and project requirements written in the form of User Stories. Each Sprint begins with a Sprint Planning Meeting during which high priority User Stories are considered for inclusion in the Sprint. A Sprint generally lasts between one and six weeks and involves the Scrum Team working to create potentially shippable Deliverables or product increments. During the Sprint, short, highly focused Daily Standup Meetings are conducted where team members discuss daily progress. Toward the end of the Sprint, a Sprint Review Meeting is held during which the Product Owner and relevant stakeholders are provided a demonstration of the Deliverables. The Product Owner accepts the  Deliverables only if they meet the predefined Acceptance Criteria. The Sprint cycle ends with a Retrospect Sprint Meeting where the team discusses ways to improve processes and performance as they move forward into the subsequent Sprint.

Some of the key benefits of using Scrum in any project are:

  • Adaptability—Empirical process control and iterative delivery make projects adaptable and open to incorporating change.
  • Transparency—All information radiators like a Scrumboard and Sprint Burndown Chart are shared, leading to an open work environment.
  • Continuous Feedback—Continuous feedback is provided through the Conduct Daily   Standup, and Demonstrate and Validate Sprint processes.
  • Continuous Improvement—The deliverables are improved progressively Sprint by Sprint, through the Groom Prioritized Product Backlog process.
  • Continuous Delivery of Value—Iterative processes enable the continuous delivery of value through the Ship Deliverables process as frequently as the customer requires.
  • Sustainable Pace—Scrum processes are designed such that the people involved can work at a sustainable pace that they can, in theory, continue indefinitely.
  • Early Delivery of High Value—The Create Prioritized Product Backlog process ensures that the highest value requirements of the customer are satisfied first.
  • Efficient Development Process—Time-boxing and minimizing non-essential work leads to higher efficiency levels.
  • Motivation—The Conduct Daily Standup and Retrospect Sprint processes lead to greater levels of motivation among employees.
  • Faster Problem Resolution—Collaboration and colocation of cross-functional teams lead to faster problem solving.
  • Effective Deliverables—The Create Prioritized Product Backlog process and regular reviews after creating deliverables ensures effective deliverables to the customer.
  • Customer Centric—Emphasis on business value and having a collaborative approach to stakeholders ensures a customer-oriented framework.
  • High Trust EnvironmentConduct Daily Standup and Retrospect Sprint processes promote transparency and collaboration, leading to a high trust work environment ensuring low friction among employees.  
  • Collective Ownership—The Approve, Estimate, and Commit User Stories process allows team members to take ownership of the project and their work leading to better quality.
  • High Velocity—A collaborative framework enables highly skilled cross-functional teams to achieve their full potential and high velocity.
  • Innovative Environment—The Retrospect Sprint and Retrospect Project processes create an environment of introspection, learning, and adaptability leading to an innovative and creative work environment.

Tuesday, 19 December 2017

Securing RESTful Web Services

Securing RESTful Web Services

This post describes how to secure Web services that conform to the Representational State Transfer (REST) architectural style using Java API for RESTful Web Services (JAX-RS).

We can secure the RESTful Web services using one of the following methods
  • Updating the web.xml deployment descriptor to define security configuration.
  • Using the  interface to implement security programmatically.
  • Applying annotations to your JAX-RS classes. 

Securing RESTful Web Services Using web.xml

We secure RESTful Web services using the web.xml deployment descriptor as we would for other Java EE Web applications.
To secure your RESTful Web service using basic authentication, perform the following steps:
  1. Define a <security-constraint> for each set of RESTful resources (URIs) that you plan to protect.
  2. Use the <login-config> element to define the type of authentication you want to use and the security realm to which the security constraints will be applied. 
  3. Define one or more security roles using the <security-role> tag and map them to the security constraints defined in step 1. 
  4. To enable encryption, add the <user-data-constraint> element and set the <transport-guarantee> subelement to CONFIDENTIAL 


Securing RESTful Web Services Using SecurityContext

The  interface provides access to security-related information for a request. The SecurityContext provides functionality similar to javax.servlet.http.HttpServletRequest, enabling you to access the following security-related  information:
  1. object containing the name of the user making the request.
  2. Authentication type used to secure the resource, such as BASIC_AUTH, FORM_AUTH, and CLIENT_CERT_AUTH.
  3. Whether the authenticated user is included in a particular role.
  4. Whether the request was made using a secure channel, such as HTTPS.

You access the SecurityContext  by injecting an instance into a class field, setter method, or method parameter using the annotation.



@Stateless(name = "JaxRSStatelessEJB")
public class MyApp {
        public String sayHello(@Context SecurityContext sc) {
                if (sc.isUserInRole("admin"))  return "Hello World!";
                throw new SecurityException("User is unauthorized.");

Securing RESTful Web Services Using Annotations

The  package provides annotations, defined below, that you can use to secure your RESTful Web services.
Restful Annotations
Restful Annotations

import javax.annotation.Security.RolesAllowed;

@RolesAllowed({"ADMIN", "ORG1"})
public class helloWorld {

   public String sayHello() {
      return "Hello World!";

Thursday, 14 December 2017

Check out uCertify’s new release Java Live Lab

uCertify’s Java Live Lab

Gain hands-on expertise in 1Z0-808 and 1Z0-809 exam with Java Live Lab. Live-Lab is a real computer equipment, networked together and conveniently accessible over the internet using virtualization. A live-lab has equipment such as a computer, server, switch or router in it that a user is free to configure. Java Live Lab focuses on all the objectives of 1Z0-808 and 1Z0-809 exam. It validates the expertise and technical knowledge required for Java, generics and collections, I/O fundamentals, file I/O, concurrency, JDBC, lambdas and much more.
Online labs can be used to supplement training. uCertify labs are an inexpensive & safe way to explore and learn. uCertify labs are versatile – labs simulate real-world, hardware, software & command line interface environments and can be mapped to any text-book, course & training.

Java Live Lab provides skills and understanding of 2 exams: 1Z0-808 and 1Z0-809. 1Z0-808 exam: 1Z0-808 exam covers Java basics, Java data types, array, loop constructs, methods, encapsulation and so on. 1Z0-809 exam: The 1Z0-809 exam covers functional programming; basics of object-oriented programming; application of knowledge in database work, and so on.

Wednesday, 16 August 2017

Five IT Certifications that will take your Tech Career a step forward

Five IT Certifications that will take your Tech Career a step forward

Want to know which IT certifications will enhance your job profile and will take your tech career a step forward? Here, we have brought the top five IT certifications to boost up your career:
1. Cisco Certified Network Associate (CCNA): CCNA certification validates a professional’s expertise in configuring, operating, and troubleshooting medium-level routed and switched networks. It also includes the validation and application of connections through distant sites using WAN.
Certification process: To become a CCNA certified, you need to pass a 90-minutes exam consisting of about 50-60 questions. The question format for this exam is multiple-choice, single-answer, drag and drop, fill in the blank and so on. The test costs around USD 295.
Job titles: Network engineer, network administrator, and systems administrator.
2. CompTIA A+: CompTIA A+ certification is an industrially recognized vendor-neutral certification designed to ensure knowledge and skills for entry-level IT professionals to configure, install, and maintain devices, PCs and software for end users, assemble components based on customer requirements, and so on.
Certification process: To become A+ certified, professionals have to pass two exams: 220-901 and 220-902. The question format for this exam is multiple choice and performance-based. The exam cost is approximately USD 200.
Job titles: In-home support specialist, desktop support technician, and help desk technician.
3. Network+: Network+ is a globally recognized credential designed to ensure technical knowledge required for foundation-level IT network practitioners to troubleshoot, manage, install, maintain, operate and configure basic network infrastructure, basic design principles, describe networking technologies, and adhere to wiring standards and use testing tools.
Certification process: To become a Network+ certified, professionals need to pass a 90-minutes exam consisting of 90 questions. The exam costs around USD 285.
Job titles: Helpdesk technician, information technology specialist, and information technology technician.
4. Certified Information Systems Security Professional (CISSP): ISC2 CISSP is an advanced-level certification designed to ensure skills and knowledge required for IT security professionals to engineer, implement, manage, and design the overall information security program to protect organizations from growing sophisticated attacks.
Certification process: The CISSP certification exam includes eight topics. It contains 250 questions which have to be completed in six hours. The exam cost is around USD 600.
Most common job titles: Information technology auditor, security analyst, information security analyst, and so on.
5. Microsoft Certified Systems Engineer (MCSE): Microsoft Certified Systems Engineer (MCSE) certification is designed to ensure proficiency and skills to use Windows Server, System Center, and other Microsoft technologies. The MCSE exam validates your ability to design systems and complex solutions, solve difficult problems requiring innovative resolutions, build and deploy, as well as operate, maintain and optimize Microsoft-based systems.
Certification process: The exam has a five-step process that contains various question formats such as multiple choice, drag-and-drop, and simulation problems. The exam costs around USD 150 regardless of the specialization.
Job titles: Systems administrator, field systems technician, and systems engineer.
So, what are you waiting for? Earning one of these top IT certifications will enhance your IT career and increase the job proficiency. Start your preparation now!

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