Rubrik now offers data protection for cloud apps

Rubrik has updated its services portfolio to provide data protection for Amazon Web Services Inc. (AWS).
The Palo Alto-based company, which provides a Cloud Data Management platform and supports the Microsoft Azure cloud, is also supporting it. The platform was created to assist companies in recovering, managing and securing data stored in public and private cloud environments.
This functionality is provided by plug-and-play appliances on-premises or the Rubric Edge software appliance that runs at the edge of network networks. Rubrik is deployed to AWS and Azure public cloud via software instances. This software instance protects cloud-native apps and provides inter- and intracloud replication (including Azure-to-AWS and across regions of respective clouds), the company stated. It also provides bi-directional replication between cloud and on-premises systems, as well as cloud data archiving and other functionality.
The company said its cloud offerings help organizations: avoid vendor lock-in; simplify cloud management; start small and scale as needed; immediately identify and provide application-consistent recoveries; and deliver actionable insights via visual reporting capabilities.
Rubrik announced this week that it now offers data protection (backup, recovery, replication, DR, archival and more) for AWS and Azure applications. It’s simple to get started. Once you sign up for our Early Access program, the AMI/VHD will be sent directly to your AWS/Azure account. This will allow you to spin up our recommended compute instances.
Rubrik did not provide pricing information in its announcements.

Information Security Analysts: Roles and Responsibilities

In recent years, cyber-attacks and data breaches have become a major concern for all businesses. Information security is essential to every company’s success. Organizations are now looking for cybersecurity experts who can use their knowledge and best practices to protect their assets. This has led to a boom in the demand for Information Security Analysts. These specialists are the foundation of enterprise security as they protect vital data from unauthorized access.
Table of Contents
Who is an Information Security Analyst?Roles of an Information Security AnalystResponsibilities of an Information Security Analyst

Who is an Information Security Analyst (ISA)?
Information Security Analysts help companies protect their data by devising and implementing cybersecurity mitigation and prevention strategies. These individuals are important in the commercial, non-profit, and public sectors due to the nature of their work. They protect confidential and essential information.
According to Cisco, a “cyberattack” is any attempt to hack into an individual’s or organization’s information system. These cyberattacks can take many forms, including ransomware and phishing scams. The consequences can be devastating. Information Security Analysts have the responsibility to prevent cyberattacks and minimize the damage if they do occur.
Roles of an Information Security Analyst
According to the Bureau of Labor and Statistics, an Information Security Analyst is responsible for developing and implementing security measures that protect a company’s information networks and systems. The following job categories are available for Information Security Analysts:

Executive Management: The executive-level leaders decide the information security strategy for a corporation. They review security data and reports and analyze cyber risks before making decisions about information security strategies and funding.
Steering Committee: This committee is usually made up of professionals from different departments. The committee reviews cybersecurity policies and processes and assesses their impact. They also look for ways to improve the organization’s security infrastructure.
Auditor: A third-party expert or authority auditing information security strategies is responsible for auditing the information security strategy. This person is not involved with the organization’s day-to-day operations. This allows them to give an objective assessment of the cybersecurity strategy and make recommendations for improvement.
Data Owner: Data classification has important implications for information security. The Data Owner is responsible for determining how data are classified, managed, and secured. This is critical to the organization’s information security measures.
Data Administrator: The Data Administrator is responsible for information storage and transformation. The Data Administrator is responsible for ensuring that data is safe and accessible to authenticate users.
Network Administrator: A Network Administrator ensures that all stakeholders have access to company assets and maintains security systems.
Security Administrator: Security administrators assess an organization’s security and ability to defend itself against security breaches. They are responsible for implementing security access controls but are not required to keep them current.
Engineer: Engineers from three categories can assist with information security planning for a company.
Network Security Engineer
Software Security Engineer
Security Appliance Engineer
These Engineers work together to create secure software and IT infrastructures that keep cybercriminals out.

Roles and Responsibilities for Cloud Consultants

Cloud Consultant
Cloud consulting is a service that cloud professionals provide to organizations. They design, implement, migrate or maintain cloud computing systems, processes, and applications. Software installation and configuration, as well as customization to meet the company’s needs, are common job duties.

Who offers Cloud consulting services?
In the beginning, niche companies dominated this industry. However, large technical service firms and multinational system integrators have bought smaller cloud professionals to create their own cloud consulting practices. Cloud platform providers like Amazon Web Services, Microsoft Azure, Google Cloud, and others are launching a growing number cloud services. Cloud consultants have expanded their client base by focusing on Artificial Intelligence (AI) and Machine Learning. Consultants are now focusing on vertical markets, such as healthcare and financial services, to make cloud adoption easier. These patterns will continue to evolve as Cloud platforms become more sophisticated.
Skills of a Cloud Consultant
Cloud consultants can wear many hats and each one requires a different set of skills. You will need to have a certain set of skills if you want the ability to be as proficient as Walter White in Breaking Bad. These skills include:

Roles of a Cloud Consultant
A cloud consultant can choose from a range of roles and functions in cloud computing. You can choose to work in the core cloud computing role, or in a related role that will give you cloud computing experience. These are the most popular roles:

1. Cloud Security Engineer: Cloud Security Engineers are experts who provide security for cloud-based digital system and play an important role in protecting data. This could include reviewing current cloud systems and creating new and improved protection methods. They are often part of a larger team that is responsible cloud management and security.
These are the job responsibilities:
Investigate, design, and recommend new and improved security measures
Cloud-based programs can be created
Provide better coding methods
Make security recommendations
Perform threat simulation
2. Cloud Infrastructure Engineer: Clients who require computing resources but don’t have access to a comprehensive computing infrastructure can use cloud infrastructure. Cloud infrastructure is a virtual computing network that can be accessed via the Internet or through a network. Cloud infrastructure engineers design the networks and systems that cloud systems require. They could also create cloud networks that store data remotely, and allow users to access it via the internet.
These are the job responsibilities:
How to effectively secure data
Accessing and working with the hardware in cloud systems
Identifying the needs of an organization
Recommendations for the best computing technologies and practices
Assess new technologies to integrate them into the existing systems
3. Cloud Operations Manager: Cloud Operations managers are experts in developing and deploying cloud-based solutions such as SaaS and PaaS. Cloud Operations Managers can create processes for assessing system effectiveness and identifying areas that need improvement. Cloud Operations Managers can also create automated processes that provide information about current requirements and processes to protect the environment.
These are the job responsibilities:
Cloud-based solutions are possible
Offer assistance in app development
Disaster recovery solutions can be created and used
Monitoring solutions for the Oversee system
Assist with the resolution of a technical problem
Establish procedures to assess the effectiveness of the system and identify areas for improvement.
Security of the environment
Recommend the most recent solutions for your organization

Security Architect’s Roles and Responsibilities

While security was once a passenger in an organization’s car for a short time, the situation has changed drastically due to cyber warfare. Data became more important to organizations, and security was essential to them. Security is a top priority in any business today and is a non-negotiable requirement. For those in the security industry, it is a dream job to become a Security Architect.

A Security Architect plans, implements and creates security solutions for organizations. Security Architects have a bachelor’s degree or equivalent in computer science and years of experience in this field. They are experts in computer and network systems, cybersecurity, risk management, and other related topics. Industry certifications, continuing education programs and graduate degrees provide additional expertise in security strategies, architecture, and methodologies. A Security Architect is basically the person responsible for all security pursuits.
Security Architect Career
Security is a major concern for most businesses. Therefore, there is a growing demand for Security Architects. Cybercrime has increased, and there is panic in cyberspace. In the last decade, there has been a significant increase in security jobs. The area is experiencing a growing skills gap as experts retire and millennials are unable to replace them at the same rate.
Payscale estimates that a Security Architect earns an average of USD 122634. This can change depending on your skillset, experience, and region.
Skills required for a Security Architect
A good Security Architect should not be “Jack of all vocations but master of none”, but rather, he or she should be “Jack of all vocations and master of one”. Security is the only thing that requires your expertise and excellence in this field. It is essential that you are knowledgeable about it. You will also need to have other skills such as:
This role requires excellent communication skills and organizational leadership abilities.
You should be proficient in security measures such firewalls, intrusion detection and prevention systems (IDS/IPS), network accessibility controls and network segmentation.
Experience with operating systems such as Windows, Linux, and UNIX is required.
It is important to understand both network security architecture and its development.
Everyone should be aware that wireless security includes switches and routers as well as VLAN security.
All DNS security principles, including routing, authentication VPN, proxy services and DDOS mitigation technology, are covered.
Understanding the ISO 27001/27002, COBIT, ITIL and COBIT frameworks is essential.
Skills in third-party auditing and cloud risk assessment methodologies.
Security Architect’s Roles

Security architects play the following main roles:
Designing a security architecture that is resistant to attacks for various IT projects requires planning, study and design.
Preparing networks, firewalls, routers and other network devices.
Perform vulnerability assessment, security testing, risk analysis
Implementing the most current security standards, systems, best practices, and research into them.
Security Architect’s Responsibilities
A Security Architect is the only person responsible for ensuring security in an organization. The person is also responsible for many other things. The following are some of the responsibilities for a Security Architect:
It is important to have a complete picture about the company’s technology systems and information systems.
You must think like a hacker to find weaknesses or loopholes in the system that could put the entire network at risk.
You must plan, investigate, and create flexible, reliable, and powerful security architectures for all IT initiatives.
On the comple, you must perform penetration tests, vulnerability testing, risk analysis, as well as security assessments.

Roles and Responsibilities for a Data Privacy Solutions Engineer

With so many technological advancements, we live in a digital age. Data is everywhere. The flow of personal data is increasing as more social, economic, and government activities are conducted online. This raises concerns about how it is stored and used. Data has become a golden goose for cyber civilization’s dark thugs. Data privacy is the ability to control what, when, and how many personal information is shared to others. It is important to know who is monitoring our web activity and what they do using the information they collect.

Who is a Data Privacy Solutions Engineer?
The Certified Data Privacy Solutions Engineer (CDPSE), is the person with the technical skills and knowledge to create and implement complete privacy solutions. CDPSE is a reliable tool that enterprises can use to identify technologists who are capable of incorporating privacy into technology platforms, products, processes, and communicating with legal professionals. This will ensure that the organization is compliant and efficient. CDPSE shows that your team has the technical skills and knowledge to create and implement a comprehensive privacy solution. This will increase business value, customer insight, trust, and ultimately boost your organization’s image.
Roles of Data Privacy Solution Engineers
The Data Privacy Solutions Engineer is responsible to implement privacy solutions’ technical aspects and governance. These are the roles of a data privacy solution engineer:
1. Governance, Risk, Compliance AnalystCompliance Analysts monitor organizations and businesses to ensure they comply with federal, state, and local government requirements. Professionals are the guardians of compliance within and outside an organization. They ensure that employers follow regulations set by the government or non-profit entities that regulate them.
2. Risk and Compliance Consultant Risk and Compliance Consultants and Compliance consultants are two professions that are closely related, but not unique. They are able to reduce the potential harm that could be caused by regulations not being followed. However, they do so from different perspectives.
Risk Consultant: Risk consultants assess the potential risks an enterprise might face and develop risk-mitigation strategies. The responsibility of a risk consultant is to protect an organization and prevent it from becoming trouble in the future.
Compliance Consultant: Compliance Consultants review the organization’s industry regulations and federal law to ensure that all actions are legal. Compliance consultants are responsible for ensuring that the organization doesn’t violate any regulations or rules to avoid problems.
3. Privacy Analyst-AssurancePrivacy Analyst-Assurance analyzes and reports on different trends. Analysts use publicly available data and collected data to create effective plans across multiple industries. Analysts need to be flexible, be able to work across multiple industries and use different types of data and put a lot into producing and delivering reports.
4. Staff Technical Privacy AnalystA Staff Techni Privacy Analyst performs specialized tasks while on the job. These are some of the responsibilities that staff technical privacy analysts often perform:
Technical Privacy Analysts conduct research on organizations to gather data that will help them build a base of knowledge about the market and value of firms.
A Technical Privacy Analyst’s primary responsibility is to analyze the data collected during research and draw inferences.
Technical Privacy Analysts often collaborate with specialists in the field to create hypotheses and produce findings.
5. Seni

Cybersecurity Checklist 2019: How to Ensure Your Company’s Data Security

There is no day that goes by without us reading about cybersecurity breaches in some way. Companies around the world have one goal due to the rise in cybercrime: to protect their data. No matter the size of the organization, cybercrime poses a threat. While companies with an online presence are more vulnerable than smaller businesses without many internet interfaces, that doesn’t make them any less safe. Companies must invest in cybersecurity to protect their data and business from hackers and cyber-criminals.

Companies hire IT professionals, better known as chief information security officers or CISOs, to secure their network and protect their data. The efficiency of CISOs, and their team members, is crucial to the safety of a company against cybercriminals. This blog will help you to create a checklist for cybersecurity success if you are one of these professionals.
Regular Audits Are Important To Find Strengths and Weaknesses
It is crucial to be aware of the strengths and limitations of your security program. Cybersecurity is not a program that can be implemented once and done. It must be continuously audited and updated. The lack of a current audit can cause employees to be overconfident about the security program’s effectiveness, which could lead to disaster. Let’s face it, basic firewalls and virus protection are no longer sufficient to protect an enterprise against malicious attacks. It is high-time to use sophisticated, intelligent technologies that can measure issues such as user and entity behavior, privileged access behaviors and roles and permissions, security alerts, and security event alerts. It is important to review password policies and the backup and disaster recovery systems. Regular audits of the security program can help to identify any loopholes. This will allow you to identify potential threats early on and give you ample time to choose the right technologies to reduce vulnerabilities.
Unaware employees pose a serious threat
Even if you have a sophisticated security program, it won’t be enough to ensure safety for your organization. If employees aren’t aware of best practices for data management, they can cause serious damage to your organization. A recent survey found that nearly 60% of data security breaches are caused by employees who are negligent or malicious. Employees must be taught about security and reminded about it on a regular basis. This will help employees deal with phishing attacks. The employees will also benefit from a cybersecurity audit, which will help them identify potential threats and strengthen the cybersecurity arrangement. As an expert professional, you are responsible for making sure that employees are aware of the security program. Your job also includes reviewing and communicating the penalties for misuse of company data. To set an example, such malicious employees must be punished. After a breach is identified, do not forget to change your password or other security permissions.
Plan B is a must-have
We can’t ignore the fact hackers are getting more sophisticated every day and that there are many attack vectors. No matter how well you secure your network, cyber attacks are always possible. Even if you have taken the first two steps, I recommend that you always have a backup plan, or as we call it, ‘Plan B’. Advance planning will allow you to quickly respond to unexpected attacks and help you mitigate the damage. Cyber insurance policies are one example of this advance planning. These policies are also known as cyber liability insurance.

Azure AZ-500 will help you improve your cloud security skills

AZ-500: Microsoft Azure Security Technologies is a way to improve your cloud security skills. Here are some ways that Azure AZ-500 certification exam can enhance your skills and take you to the next level in cloud security.

Enterprises around the world have security as a top concern. Security of your computing infrastructure is a must. This includes protecting sensitive information and the infrastructure necessary to manage it. Enterprises are seeking qualified candidates with reliable certifications to manage, deploy, and maintain their security infrastructure.
The Azure AZ500 certification exam is one of many tools that will help you to pursue a promising career in cloud security with Azure. This certification will help you to improve your cloud security skills and open the door for becoming an Azure security engineer. We will discuss the key details of the AZ-500 exam as well as the ways it can help you.
Microsoft Azure AZ-500 Exam
Azure AZ-500 certification exam has one thing in common. It is perfect for security professionals who want to work for Microsoft Azure. The AZ-500 certification exam is required to become a Microsoft Azure Security Engineer. The Azure security engineers are responsible for implementing security controls and threat protection, safeguards data, networks, and applications in cloud and hybrid environments.
They must also look for security vulnerabilities and use various security tools to address them. Security engineers will also need to respond to security incidents, work with large teams or in collaboration.
It is important to understand the knowledge and experience requirements before appearing for Exam AZ-500 Microsoft Azure Security Technologies. Candidates can clearly see the impact of the AZ-500 exam on their cloud security skills by reviewing their knowledge and experience requirements. These are the recommended knowledge requirements and experience requirements for AZ500 certification exam.
Automating and scripting are two of the most important skills.
Understanding of virtualization, N-tier architecture in cloud computing, and networking.
Expertise in cloud capabilities and Azure products.
Basic knowledge about other Microsoft products and Services
The Azure AZ500 certification exam will include performance-based technical questions. The AZ-500 certification exam registration fee is $165 USD. The AZ500 exam can be taken in English, Korean, Simplified Chinese, Japanese, and Simplified Chinese.

Exam domains are the next important detail that can show how AZ500 exam improves cloud security expertise. The exam domains show the different abilities that were tested and establish the professional responsibilities for a Microsoft Certified Azure Security Engineer. These domains are covered by the AZ-500 certification exam.
Management of access and identity.
Platform protection implementation
Security operations management.
Data and application security
Microsoft makes frequent changes to its certifications in order to keep up with new and emerging topics. Candidates should be aware of this. According to the official site of AZ-500 certification exam the exam’s content will be updated on July 29, 2020. If you look deeper into the information regarding the update, you will see that Azure would alter the weightage of each domain in this update.
How does the AZ-500 exam improve your skills in cloud security?
We now have a better understanding of the topics covered in the AZ-500 certification exam. This will allow us to analyze how it enhances our cloud security expertise.
Skills for Identity and Access Management
The AZ-500 exam has a lot to offer in terms of identity and access management. Prerequisite

Engineers publish an open guide to AWS on GitHub

Another resource, GitHub, has been created to assist engineers in sorting out the complex ecosystem that makes up the Amazon Web Services Inc. (AWS).
We reported earlier that GitHub, which is normally used to host open-source code projects, featured an Awesome AWS repository. This “curated list of awesome AWS repos, open source repos and guides, as well as other resources”
Now, GitHub hosts an early draft of “The Open Guide to Amazon Web Services,” which is described as follows:
A lot of information about AWS has been written. A majority of people learn AWS through blogs or “getting started guides” and refer to the standard AWS references. It is not easy to find reliable and practical information or recommendations. AWS’s documentation is a huge but overwhelming resource that few people have the time to read. It also doesn’t contain any personal experiences, so it doesn’t include only official facts. Blogs and Stack Overflow are not always up-to-date. This guide is for engineers who use AWS. It is intended to be a living reference that consolidates tips, gotchas and best practices. It was born out of a discussion over beers between engineers who have used AWS extensively. The project provides three types of resources: basics, tips, and gotchas for various AWS services. These include S3 (storage) or EC2 (computing instances). Other services include Kinesis Streams (for Big Data Ingestion) or the Internet of Things (IoT).
The project is still in its early stages and focuses primarily on 20 AWS core services. Plans are to expand. It is designed for both novice and advanced engineers. It starts with simple explanation sections such as this introduction to AWS basics.
The core features of AWS are Infrastructure-as-a-Service (IaaS) — that is, virtual machines and supporting infrastructure. Other cloud service models include Platform-as-a-Service (PaaS), which typically are more fully managed services that deploy customers’ applications, or Software-as-a-Service (SaaS), which are cloud-based applications. AWS offers a few products that can be used in these other models. The guide, which is not affiliated with AWS, was created by Joshua Levy, Thanos Baskous, and includes information that you can read and return.
Project contributors and other users use a Slack channel for AWS discussion. Other people are invited to help with the guide by reviewing the Contributing guidelines.

Amazon Web Services Inc. (AWS), has unveiled a new partner competency program that identifies firms that can help customers manage cloud resources and services. AWS’s new End User Computing Competency for Consulting Partner program, which was announced on Aug. 7, joins several other partner programs. AWS recognizes partners who have demonstrated technical proficiency in specific areas and proven customer success. This allows them to stand out to customers by showcasing their expertise in that area. AWS announced that end user access is under increasing security threats and compliance requirements. This was accompanied by a growing workforce mobile and contingent workers. End user access to applications and data that have been migrated to AWS is driving customers to add or move the capability for desktop streaming and application streaming to AWS to enjoy similar customer benefits. “Today, we are proud to announce new AWS End User Computing Competency Partners that can support customers who need to provision, protect and get intelligence from endpoint devices, end user apps, and data on AWS. These APN Consulting Partners offer services and offerings to assist customers with strategy, professional service, managing infrastructure, repeatable IP property, and optimizing End User Computing technologies on AWS. AWS partner offerings include:

  • A control plane is a resource brokering mechanism (controlplan).
  • Visualization/remote display protocol
  • A control plane and/or an application execution environment that runs on AWS.

APN Consulting Partners with AWS EUC Competency offer services and offerings that assist customers with strategy, professional service, managing infrastructure, repeatable IP property and optimization of End User Computing technologies (AWS),” the company stated in a blog post dated Aug. 7. The post lists 15 of the current program partners.

AWS Organizations: Enabling Service Control Policies

  • Related: Consolidating AWS accounts into an ‘Organization.

Amazon Web Service (AWS), is often used in a company organically. It might start with one or two departments using AWS for their own purposes. There will be pressure to establish controls to ensure that AWS is used in accordance with company policies. As I explained last week, you can link multiple AWS accounts together with a primary account by using the new AWS Organizations feature. While linking AWS accounts can provide oversight and consolidated billing, it is possible to establish some governance through service control policies. AWS does not automatically enable service control policies. Log in to AWS console and click on the AWS Organizations link. This link is located under the list of AWS Services. If you have created an AWS Organization already and added one or more accounts, you will now be able to see a list all accounts within the Organization. This screen has a number of tabs running along the top. Click on the Organize Accounts tab. You will see a message advising you that you must enable a policy type within this root before you can apply policies. Below this message is a list listing all possible policy types. The only policy type listed by default is a service control policies. Click on the Enable link just to the right side of the policy type to enable service control policies, as shown in Figure 1. Figure 1: To enable service control policies, click on the Enable button. It takes approximately a minute for AWS to activate service control policies. The console view will change slightly once the policies have been enabled. Figure 2 shows that the Policies section now includes a link to disable service control policies. You’ll also see a link to disable service control policy. Figure 2: The Policies section now has a link for Service Control Policies. Clicking on the Service Control Policies link will take you to a screen which displays the policies applicable to each account. Figure 3 shows, for example, that my account (which I only have) has inherited FullAWSAccess from the root level. This policy gives full access to AWS. [Click on the image to see a larger version.] Figure 3: My account inherits the FullAWSAccess policy. You may also notice that the list Of Policies Attached/Available doesn’t list any other policies. This is because we haven’t created any additional policies. You will see a tab called Policies at the top of your screen. Clicking on this tab will bring up a list all of the current policies. You will also see a button on this screen that allows you to create a new policy. [Click on the image to see a larger version.] Figure 4: To create a new policy, you can use the Create Policy tab. There are two ways to create a policy. You can copy an existing policy and modify it to suit your needs. You can also use the Policy Generator to create your own policy. The Policy Generator is very easy to use. To begin, you will need to enter a name and optional description for your policy. The policy’s overall effect must be specified. You can set the overall effect to Allow or Deny. Next, add a list to the policy. If you set the overall effect to Deny then any services you add to the list will be blocked from any account that is subject the policy. [Click on the image to enlarge]