Study points for the exam RHCSA exam candidates should be able to accomplish the tasks below without assistance. These have been grouped into several categories. Understand and use essential tools Access a shell prompt and issue commands with correct syntax Use input-output redirection (>, >>, |, 2>, etc.) Use grep and regular expressions to analyze text Access remote systems using ssh Log in and switch users in multiuser targets Archive, compress, unpack, and uncompress files using tar, star, gzip, and bzip2 Create and edit text files Create, delete, copy, and move files and directories Create hard and soft links List, set, and change standard ugo wx permissions Locate, read, and use system documentation including man, info, and files in - usr - share - doc Note: Red Hat may use applications during the exam that are not included in Red Hat Enterprise Linux for the purpose of evaluating candidate s abilities to meet thi * Experienced Red Hat Enterprise Linux system administrators seeking validation of their skills Students who have attended Red Hat System Administration I and II and are on the path to ea> RHCSA certification Experienced Linux system administrators who require a certification either by their organization or based on a mandate (DOD 8570 directive) IT professionals who are on the path to ea> RHCE certification An RHCE who is noncurrent or who is about to become noncurrent and wants to recertify as an RHCE Study points for the exam RHCSA exam candidates should be able to accomplish the tasks below without assistance. These have been grouped into several categories. Understand and use essential tools Access a shell prompt and issue commands with correct syntax Use input-output redirection (>, >>, |, 2>, etc.) Use grep and regular expressions to analyze text Access remote systems using ssh Log in and switch users in multiuser targets Archive, compress, unpack, and uncompress files using tar, star, gzip, and bzip2 Create and edit text files Create, delete, copy, and move files and directories Create hard and soft links List, set, and change standard ugo wx permissions Locate, read, and use system documentation including man, info, and files in - usr - share - doc Note: Red Hat may use applications during the exam that are not included in Red Hat Enterprise Linux for the purpose of evaluating candidate s abilities to meet this objective. Operate running systems Boot, reboot, and shut down a system normally Boot systems into different targets manually Interrupt the boot process in order to gain access to a system Identify CPU - memory intensive processes, adjust process priority with renice, and kill processes Locate and interpret system log files and journals Access a virtual machine s console Start and stop virtual machines Start, stop, and check the status of network services Securely transfer files between systems Configure local storage List, create, delete partitions on MBR and GPT disks Create and remove physical volumes, assign physical volumes to volume groups, and create and delete logical volumes Configure systems to mount file systems at boot by Universally Unique ID (UUID) or label Add new partitions and logical volumes, and swap to a system non-destructively Create and configure file systems Create, mount, unmount, and use vfat, ext4, and xfs file systems Mount and unmount CIFS and NFS network file systems Extend existing logical volumes Create and configure set-GID directories for collaboration Create and manage Access Control Lists (ACLs) Diagnose and correct file permission problems Deploy, configure, and maintain systems Configure networking and hostname resolutio ...

Study points for the exam RHCE exam candidates should consult the RHCSA exam objectives and be capable of RHCSA-level tasks, as some of these skills may be required in order to meet RHCE exam objectives. Red Hat reserves the right to add, modify, and remove objectives. Such changes will be made public in advance through revisions to this document. RHCE exam candidates should be able to accomplish the following without assistance. These have been grouped into several categories. System configuration and management Use network teaming or bonding to configure aggregated network links between two Red Hat Enterprise Linux systems Configure IPv6 addresses and perform basic IPv6 troubleshooting Route IP traffic and create static routes Use firewalld and associated mechanisms such as rich rules, zones and custom rules, to implement packet filtering and configure network address translation (NAT) Use - proc - sys and sysctl to modify and set kernel runtime para * Experienced Linux IT professionals who currently have RHCSA certification and are interested in earning an RHCE certification Experienced Red Hat Enterprise Linux system administrators seeking validation of their skills Students who have attended the Red Hat System Administration I, II, and III courses or the RHCE Certification lab Experienced Linux system administrators who require a certification either by their organization or based on a mandate (DOD 8570 directive) An RHCE who is noncurrent and has passed the RHCSA exam Study points for the exam RHCE exam candidates should consult the RHCSA exam objectives and be capable of RHCSA-level tasks, as some of these skills may be required in order to meet RHCE exam objectives. Red Hat reserves the right to add, modify, and remove objectives. Such changes will be made public in advance through revisions to this document. RHCE exam candidates should be able to accomplish the following without assistance. These have been grouped into several categories. System configuration and management Use network teaming or bonding to configure aggregated network links between two Red Hat Enterprise Linux systems Configure IPv6 addresses and perform basic IPv6 troubleshooting Route IP traffic and create static routes Use firewalld and associated mechanisms such as rich rules, zones and custom rules, to implement packet filtering and configure network address translation (NAT) Use - proc - sys and sysctl to modify and set kernel runtime parameters Configure a system to authenticate using Kerberos Configure a system as either an iSCSI target or initiator that persistently mounts an iSCSI target Produce and deliver reports on system utilization (processor, memory, disk, and network) Use shell scripting to automate system maintenance tasks Network services Network services are an important subset of the exam objectives. RHCE candidates should be capable of meeting the following objectives for each of the network services listed below: Install the packages needed to provide the service Configure SELinux to support the service Use SELinux port labeling to allow services to use non-standard ports Configure the service to start when the system is booted Configure the service for basic operation Configure host-based and user-based security for the service HTTP - HTTPS Configure a virtual host Configure private directories Deploy a basic CGI application Configure group-managed content Configure TLS security DNS Configure a caching-only name server Troubleshoot DNS client issues NFS Provide network shares to specific clients Provide network shares suitable for group collaboration Use Kerberos to control access to NFS network shares SMB Provid ...

Study points for the exam To help you prepare, the exam objectives highlight the task areas you can expect to see covered in the exam. Red Hat reserves the right to add, modify, and remove exam objectives. Such changes will be made public in advance. Candidates for the Red Hat Certificate of Expertise in Camel Development should be able to: Create and maintain Camel routes Use the Java ™ language Use the CamelContext XML Exchange messages Body In - out Headers Attachments Consume and produce files CSV format XML format Work with databases and the Camel JPA component Understand transactional routes Use EIPs Content-based routing Wire Tap Splitter Aggregator RecipientList Use Camel components File2 FTP JPA2 JMS Direct Use Camel Test Mock endpoints JUnit 4 integration and CamelTest * The following audiences may be interested in earning the Red Hat Certificate of Expertise in Camel Development: Enterprise Java developers who are familiar with service-oriented architecture (SOA) principles and are responsible for integrating enterprise applications. Enterprise SOA architects with some Java development experience and knowledge of enterprise integration. Study points for the exam To help you prepare, the exam objectives highlight the task areas you can expect to see covered in the exam. Red Hat reserves the right to add, modify, and remove exam objectives. Such changes will be made public in advance. Candidates for the Red Hat Certificate of Expertise in Camel Development should be able to: Create and maintain Camel routes Use the Java ™ language Use the CamelContext XML Exchange messages Body In - out Headers Attachments Consume and produce files CSV format XML format Work with databases and the Camel JPA component Understand transactional routes Use EIPs Content-based routing Wire Tap Splitter Aggregator RecipientList Use Camel components File2 FTP JPA2 JMS Direct Use Camel Test Mock endpoints JUnit 4 integration and CamelTest APIs Dynamically route messages Use conditional routes Use data-driven routes Handle exceptions Catch and handle exceptions Use the dead-letter queue Scores and reporting Official scores for exams come exclusively from Red Hat Certification Central. Red Hat does not authorize examiners or training partners to report results to candidates directly. Scores on the exam are usually reported within 3 U.S. business days. Exam results are reported as section scores. Red Hat does not report performance on individual items, nor will it provide additional information upon request. Prerequisites Red Hat recommends that candidates for this exam ea> EX225 - Red Hat Certified JBoss Developer (RHCJD) before attempting this exam, but it is not required. Exam candidates should: Have taken the Camel Development with Red Hat JBoss Fuse (AD421) course or have extensive work experience in enterprise integration using Apache Camel Have familiarity working in a Red Hat Enterprise Linux ® environment Review the Red Hat Certificate of Expertise in Camel Development exam (EX421) objectives Recommended courses AD421 - Camel Development with Red Hat JBoss Fuse ...

AWS Business Essentials helps IT business leaders and professionals understand the benefits of cloud computing and how a cloud strategy can help you meet your business objectives. In this course we discuss the advantages of cloud computing for your business and the fundamentals of AWS, including financial benefits. This course also introduces you to successful cloud adoption frameworks so to help you consider the AWS platform within your cloud computing strategy. Audience This course is ...

Big Data on AWS introduces you to cloud-based big data solutions such as Amazon Elastic MapReduce (EMR), Amazon Redshift, Amazon Kinesis and the rest of the AWS big data platform. In this course, we show you how to use Amazon EMR to process data using the broad ecosystem of Hadoop tools like Hive and Hue. We also teach you how to create big data environments, work with Amazon DynamoDB, Amazon Redshift, and Amazon Kinesis, and leverage best practices to design big data environments for securi ...

SPECIAL CONCRETE AND COMPOSITES 2018 15th International Conference held under the auspices of prof. Ing. Petr Konvalinka, CSc., Rector of the Czech Technical University in Prague, Czech Republic and organised by SEKURKON s.r.o. The conference focused on Special Concrete and Composites will be held in Hotel Skalsky Dvur, Czech Republic during 11-12 October 2018. The organizers will make effort to include selected papers to the special volume of a journal indexed in the major scientific databases. Special Concrete and Composites 2016, Key Engineering Materials Vol. 722 is indexed in SCOPUS. Special Concrete and Composites 2015, Key Engineering Materials Vol. 677 is indexed in SCOPUS. Special Concrete and Composites 2014, Advanced Materials Research Vol. 1054 is indexed in the Thomson Reuters (ISI) Web of Science and SCOPUS. Conference Topics Concrete in severe conditions Additives and admixtures Advanced binder systems Sustainable concrete and composites Experimental methods and measurement High performance concrete Other special concrete and composites Scientific Committee Prof. Petr Konvalinka Rector of the Czech Technical University in Prague, Czech Republic – Conference Chairs Lenka Bodnárová, Ph.D. Brno University od Technology, Czech Republic Petr Huňka, Ph.D. STACHEMA CZ s.r.o., Czech Republic Assoc. Prof. Tomáš Klečka Klokner Institute, Czech Technical University in Prague, Czech Republic Assoc. Prof. Karel Kolář Faculty of Civil Engineering, Czech Technical University in Prague, Czech Republic Assoc. Prof. Jiří Litoš Faculty of Civil Engineering, Czech Technical University in Prague, Czech Republic Pavel Reiterman, Ph.D. Faculty of Civil Engineering, Czech Technical University in Prague, Czech Republic Assoc. Prof. Jan Vodička Faculty of Civil Engineering, Czech Technical University in Prague, Czech Republic Call For Papers Topics of interest for submission: Concrete in severe conditions Additives and admixtures Advanced binder systems Sustainable concrete and composites Experimental methods and measurement High performance concrete Other special concrete and composites Important dates may 5, 2018 Abstract Submission Deadline pavel.reiterman fsv.cvut.cz subrtova June 1, 2018 Abstract Acceptance Notification July 9, 2018 Full Paper Submission Deadline ...

Study points for the exam Use Red Hat Ansible ® Engine Install Red Hat Ansible Engine on a control node. Configure managed nodes. Configure simple inventories. Perform basic management of systems. Run a provided playbook against specified nodes. Configure intrusion detection Install AIDE. Configure AIDE to monitor critical system files. Configure encrypted storage Encrypt and decrypt block devices using LUKS. Configure encrypted storage persistence using NBDE. Change encrypted storage passphrases. Restrict USB devices Install USBGuard. Write device policy rules with specific criteria to manage devices. Manage administrative policy and daemon configuration. Manage system login security using pluggable authentication modules (PAMs) Configure password quality requirements. Configure failed login polic * for this exam These audiences may be interested in becoming a Red Hat Certified Specialist in Security: Linux: System administrators responsible for managing large enterprise environments System administrators responsible for securing their organization s infrastructure Red Hat Certified Engineers interested in pursuing the Red Hat Certified Architect (RHCA) credential Prerequisites for this exam Be a Red Hat Certified System Administrator or have comparable work experience and skills (Red Hat Certified Engineer would be even better) Review the Red Hat Certified Specialist in Security: Linux exam objectives or have comparable work experience using Red Hat OpenStack Platform. Study points for the exam Use Red Hat Ansible ® Engine Install Red Hat Ansible Engine on a control node. Configure managed nodes. Configure simple inventories. Perform basic management of systems. Run a provided playbook against specified nodes. Configure intrusion detection Install AIDE. Configure AIDE to monitor critical system files. Configure encrypted storage Encrypt and decrypt block devices using LUKS. Configure encrypted storage persistence using NBDE. Change encrypted storage passphrases. Restrict USB devices Install USBGuard. Write device policy rules with specific criteria to manage devices. Manage administrative policy and daemon configuration. Manage system login security using pluggable authentication modules (PAMs) Configure password quality requirements. Configure failed login policy. Modify PAM configuration files and parameters. Configure system auditing Write rules to log auditable events. Enable prepackaged rules. Produce audit reports. Configure SELinux Enable SELinux on a host running a simple application. Interpret SELinux violations and determine remedial action. Restrict user activity with SELinux user mappings. Analyze and correct existing SELinux configurations. Enforce security compliance Install OpenSCAP and Workbench. Use OpenSCAP and Red Hat Insights to scan hosts for security compliance. Use OpenSCAP Workbench to tailor policy. Use OpenSCAP Workbench to scan an individual host for security compliance. Use Red Hat Satellite server to implement an OpenSCAP policy. Apply OpenSCAP remediation scripts to hosts. As with all Red Hat performance-based exams, configurations must persist after reboot without intervention. Prerequisites Be a Red Hat Certified System Administrator or have comparable work experience and skills (Red Hat Certified Engineer would be even better) Review the Red Hat Certified Specialist in Security: Linux e ...

Automation with Ansible and Ansible Tower (DO410) teaches you how to develop standardized automation of the enterprise IT environment in order to improve operational efficiency. You will lea> how to use Ansible for automation, configuration, provisioning, and management, as well as how to use Red Hat® Ansible Tower to centrally manage Ansible at an enterprise scale. This course combines the content from Automation with Ansible (DO407) and Automation with Ansible II: Ans ...

Study points for the exam As an RHCE exam candidate, you should be able to handle all responsibilities expected of a Red Hat Certified System Administrator, including these tasks: Be able to perform all tasks expected of a Red Hat Certified System Administrator Understand and use essential tools Operate running systems Configure local storage Create and configure file systems Deploy, configure, and maintain systems Manage users and groups Manage security Understand core components of Ansible Inventories Modules Variables Facts Plays Playbooks Configuration files Install and configure an Ansible control node Install required packages Create a static host inventory file Create a configuration file Configure Ansible managed nodes Create and distribute SSH keys to managed nodes Configure privilege escalatio * Experienced Red Hat Enterprise Linux system administrators seeking validation of their skills or require a certification either by their organization or based on a mandate (DoD 8570 directive) Students who have taken Red Hat System Administration III: Linux Automation (RH294) and are on the path to becoming a Red Hat Certified Engineer (RHCE) Students who are on the path to becoming a Red Hat Certified Architect (RHCA) Systems administrators who want to demonstrate competency in managing multiple systems IT professionals who work in a DevOps environment and want to demonstrate competency in automating part of their workload Red Hat Certified Engineers who are noncurrent or who are about to become noncurrent and wish to recertify as RHCEs Study points for the exam As an RHCE exam candidate, you should be able to handle all responsibilities expected of a Red Hat Certified System Administrator, including these tasks: Be able to perform all tasks expected of a Red Hat Certified System Administrator Understand and use essential tools Operate running systems Configure local storage Create and configure file systems Deploy, configure, and maintain systems Manage users and groups Manage security Understand core components of Ansible Inventories Modules Variables Facts Plays Playbooks Configuration files Install and configure an Ansible control node Install required packages Create a static host inventory file Create a configuration file Configure Ansible managed nodes Create and distribute SSH keys to managed nodes Configure privilege escalation on managed nodes Validate a working configuration using ad hoc Ansible commands Script administration tasks Create simple shell scripts Create simple shell scripts that run ad hoc Ansible commands Create and use static inventories to define groups of hosts Create Ansible plays and playbooks Know how to work with commonly used Ansible modules Use variables to retrieve the results of running a command Use conditionals to control play execution Configure error handling Create playbooks to configure systems to a specified state Use Ansible modules for system administration tasks that work with: Software packages and repositories Services Firewall rules File systems Storage devices File content Archiving Scheduled tasks Security Users and groups Create and use templates to create customized configuration files Work with Ansible variables and facts Create and work with roles Download roles from an Ansible Galaxy and use them Manage parallelism Use Ansible Vault in playbooks to protect sens ...

Study points for the exam To help you prepare, these exam objectives highlight the task areas you can expect to see covered in the exam. Red Hat reserves the right to add, modify, and remove exam objectives. Such changes will be made public in advance. Understand, identify, and work with containerization features Deploy a preconfigured application and identify crucial features such as namespaces, SELinux labels, and cgroups Deploy a preconfigured application with security context constraint capabilities and view the application’s capability set Configure security context constraints Use trusted registries Load images into a registry Query images in a registry Work with trusted container images Identify a trusted container image Sign images View signed images Scan images Load signed images into a registry Build secure container images Perform simple S2I builds Implement S2I bui * System administrators or developers who want to demonstrate their ability to properly secure containers System administrators or developers who are working in a DevOps environment using Red Hat OpenShift Container Platform Red Hat Certified Engineers who wish to become Red Hat Certified Architects Study points for the exam To help you prepare, these exam objectives highlight the task areas you can expect to see covered in the exam. Red Hat reserves the right to add, modify, and remove exam objectives. Such changes will be made public in advance. Understand, identify, and work with containerization features Deploy a preconfigured application and identify crucial features such as namespaces, SELinux labels, and cgroups Deploy a preconfigured application with security context constraint capabilities and view the application’s capability set Configure security context constraints Use trusted registries Load images into a registry Query images in a registry Work with trusted container images Identify a trusted container image Sign images View signed images Scan images Load signed images into a registry Build secure container images Perform simple S2I builds Implement S2I build hooks Automate builds using Jenkins Automate scanning and code validations as part of the build process Control access to OpenShift Container Platform clusters Configure users with different permission levels, access, and bindings Configure OpenShift Container Platform to use Red Hat Identity Management services (IdM) for authentication Query users and groups in IdM Log into OpenShift Container Platform using an IdM managed account Configure single sign-on (SSO) Install SSO authentication Configure OpenShift Container Platform to use SSO Integrate web applications with SSO Automate policy-based deployments Configure policies to control the use of images and registries Use secrets to provide access to external registries Automatically pull and use images from a registry Use triggers to verify that automated deployments work Manage orchestration Restrict nodes on which containers may run Use quotas to limit resource utilization Use secrets to automate access to resources Configure network isolation Create software-defined networks (SDN) Associate containers and projects with SDNs Configure and manage secure container storage Configure and secure file-based container storage Configure and secure block-based container storage As with all Red Hat performance-based exams, configurations must persist after reboot without intervention. Scores and reporting Official scores for exams come exclusively from Red Hat Certification Central . Red Hat does not authorize e ...