YaraGo Software Independent Testing Services portfolio constitutes an optimal mix of traditional and next generation solutions to test software, applications and infrastructure for our clients across industry verticals.
The document discusses integrating key PPAP elements into a single Excel tab rather than across multiple tabs. It outlines five unique PPAP elements and steps to plot each element on a single chart, including plotting the customer specification, gage R&R estimate, measurements from initial samples, and capability study statistics from each cavity. The integrated approach puts all necessary information on one chart that is navigable via an Excel slider bar to compare different traits, improving upon traditional multi-tabbed workbooks.
The document discusses tool support for software testing. It describes different types of testing tools categorized by the testing activities they support, such as test management, requirements management, static analysis, test design, test execution, performance testing, and tools for specific application areas. The document also covers the potential benefits of tool usage, like reduced repetitive work and improved consistency, as well as risks like unrealistic expectations and overreliance on tools. It emphasizes that tool introduction requires assessing organizational maturity, defining clear objectives, and considering a small proof-of-concept.
The document discusses various test design techniques, including specification-based (black-box) techniques like equivalence partitioning, boundary value analysis, decision table testing, and state transition testing. It also discusses structure-based (white-box) techniques like coverage testing that aim to cover statements, branches, and paths. The techniques help identify test conditions and design test cases to achieve different types of coverage of the program.
Static Testing on Life Cycle Of Testing Processİbrahim ATAY
This document discusses various stages of the testing process life cycle including static and dynamic testing. It describes static testing as examining work products for errors without executing code, while dynamic testing finds defects by executing code. The document also outlines the inspection process used in static testing, which involves planning, preparation, review meetings, rework, and follow up steps. Key aspects of the V-Model process and types of technical and code reviews are also summarized.
The document outlines key QA documents used in the product development process including the Product Requirement Analysis Document (PRAD), Functional Specification, Test Strategy, Test Matrix, Test Cases, Test Results by Build, and Release Package.
The PRAD defines product requirements and is used by developers and QA. The Functional Specification details how features will be implemented and is used by QA to build test plans. The Test Strategy outlines QA's testing approach and criteria. The Test Matrix identifies test types, suites, and categories. Test Cases contain specific test steps, expected results, and status. Test Results by Build provide coverage reports. The Release Package compiles all documents and recommends release.
The document outlines the key components of the test process, including test planning, analysis, design, implementation, execution, and closure activities. It describes various test techniques like risk-based testing, test estimation, and reviews. The test process aims to define what to test through test conditions and how to test through concrete test cases. It helps deliver business value by managing quality costs and ensuring compliance.
The document discusses test management topics from an ISTQB Foundation Level certification chapter, including test organization, planning, monitoring, configuration management, and risks. It describes establishing independent testing teams, test planning activities and exit criteria, monitoring test progress through metrics and reporting, and ensuring configuration management of test documentation and items. Risks can threaten a project's objectives and should be considered during testing.
The document discusses integrating key PPAP elements into a single Excel tab rather than across multiple tabs. It outlines five unique PPAP elements and steps to plot each element on a single chart, including plotting the customer specification, gage R&R estimate, measurements from initial samples, and capability study statistics from each cavity. The integrated approach puts all necessary information on one chart that is navigable via an Excel slider bar to compare different traits, improving upon traditional multi-tabbed workbooks.
The document discusses tool support for software testing. It describes different types of testing tools categorized by the testing activities they support, such as test management, requirements management, static analysis, test design, test execution, performance testing, and tools for specific application areas. The document also covers the potential benefits of tool usage, like reduced repetitive work and improved consistency, as well as risks like unrealistic expectations and overreliance on tools. It emphasizes that tool introduction requires assessing organizational maturity, defining clear objectives, and considering a small proof-of-concept.
The document discusses various test design techniques, including specification-based (black-box) techniques like equivalence partitioning, boundary value analysis, decision table testing, and state transition testing. It also discusses structure-based (white-box) techniques like coverage testing that aim to cover statements, branches, and paths. The techniques help identify test conditions and design test cases to achieve different types of coverage of the program.
Static Testing on Life Cycle Of Testing Processİbrahim ATAY
This document discusses various stages of the testing process life cycle including static and dynamic testing. It describes static testing as examining work products for errors without executing code, while dynamic testing finds defects by executing code. The document also outlines the inspection process used in static testing, which involves planning, preparation, review meetings, rework, and follow up steps. Key aspects of the V-Model process and types of technical and code reviews are also summarized.
The document outlines key QA documents used in the product development process including the Product Requirement Analysis Document (PRAD), Functional Specification, Test Strategy, Test Matrix, Test Cases, Test Results by Build, and Release Package.
The PRAD defines product requirements and is used by developers and QA. The Functional Specification details how features will be implemented and is used by QA to build test plans. The Test Strategy outlines QA's testing approach and criteria. The Test Matrix identifies test types, suites, and categories. Test Cases contain specific test steps, expected results, and status. Test Results by Build provide coverage reports. The Release Package compiles all documents and recommends release.
The document outlines the key components of the test process, including test planning, analysis, design, implementation, execution, and closure activities. It describes various test techniques like risk-based testing, test estimation, and reviews. The test process aims to define what to test through test conditions and how to test through concrete test cases. It helps deliver business value by managing quality costs and ensuring compliance.
The document discusses test management topics from an ISTQB Foundation Level certification chapter, including test organization, planning, monitoring, configuration management, and risks. It describes establishing independent testing teams, test planning activities and exit criteria, monitoring test progress through metrics and reporting, and ensuring configuration management of test documentation and items. Risks can threaten a project's objectives and should be considered during testing.
The document discusses various metrics that can be used to measure product quality and testing effectiveness. It describes 12 categories of metrics including customer satisfaction, defect quantities, responsiveness, product volatility, defect ratios, defect removal efficiency, complexity, test coverage, costs of defects, costs of quality activities, re-work, and reliability. It also provides examples of specific metrics that can be measured within each category such as number of defects found, test coverage percentage, costs of testing, and reliability metrics like mean time between failures.
In this quality assurance training session, you will learn introduction to software testing. Topics covered in this course are:
• Course Overview
• Introduction to Software Testing
• Is Testing a Technical role
• Project And Product
• Quality Assurance Vs Quality Control
• QC VS QA
• Verification and Validation
TO know more, visit this link: https://www.mindsmapped.com/courses/quality-assurance/get-practical-training-on-software-testing-quality-assurance-qa/
The document discusses various aspects of developing a test strategy for software projects. It covers topics like test levels, roles and responsibilities, test types, test methodologies, test estimation processes, risk analysis and management. Some key points include defining the scope, risks, test priorities and approach in the strategy. It also discusses test estimation techniques like use case points, function points and test case points to estimate the testing effort.
Software test management overview for managersTJamesLeDoux
Software test management presentation given to the senior management of several Fortune 100 companies to aid them in planning their software development management efforts.
This document provides an overview of test execution, including its purpose, entry and exit criteria, cycles, and methodologies. Test execution involves running test cases against software to find defects and assess quality. Key activities include verifying the test environment, selecting test cases, executing them, and logging any defects found. Test cycles are run as planned, with additional cycles as more defects are uncovered. Retesting and regression testing help ensure defects are closed without impacting previous functionality. Testing ends when criteria like completing test cases, reaching an acceptable defect rate, and schedule constraints are met.
This document provides guidelines for auditing and evaluating validation documentation as part of a remediation project. It outlines key activities and items to evaluate for validation and qualification documents, including worst case scenarios, critical parameters and limits, and calibration. An example process validation list and equipment qualification list are provided. General guidelines are given for validation and qualification documentation stages and content. Qualification stages for equipment, facilities, and utilities are described, including installation, operational, and performance qualification. Types of process validation including traditional, continuous, and hybrid are briefly outlined. References for further information are listed at the end.
The document discusses the benefits of using HP Quality Centre for testing web-based applications at IFSA. It provides an overview of Quality Centre's key features including managing requirements, test plans, test runs, and defects. It also describes how Quality Centre supports collaboration, provides reporting and dashboards, and integrates with test automation tools. The document concludes with some pros and cons of Quality Centre for IFSA's test team.
The document discusses test planning and documentation. It defines test planning as creating test cases and strategies to control and communicate testing. A test plan scope, approach, resources, schedule and identifies items to test. Objectives are to design verification, manage efforts, and find bugs. It recommends types of tests to cover and provides a template for test plans with components like lists, tables, and matrices.
Test Planning and Test Estimation TechniquesMurageppa-QA
In this Quality Assurance Training session, you will learn about Types of Testing , Test Strategy and Planning, and Test Estimation Techniques. Topic covered in this session are:
• Test Planning,
• Test Estimation Techniques
For more information, about this quality assurance training, visit this link: https://www.mindsmapped.com/courses/quality-assurance/software-testing-training-with-hands-on-project-on-e-commerce-application/
The document discusses different static techniques used in software testing, including various types of reviews. It describes reviews as a way to uncover errors by presenting work to other parties. Various review types are covered, ranging from informal reviews with no process to more formal inspections with defined roles and processes. The key aspects and purposes of reviews, walkthroughs, technical reviews, and inspections are outlined.
In this section, we will describe the fundamental test process and activities. These start with test planning and continue through to test closure. For each part of the test process, we'll discuss the main tasks of each test activity.
In this section, you'll also encounter the glossary terms confirmation testing, exit criteria, incident, regression testing, test basis, test condition, test coverage, test data, test execution, test log, test plan, test strategy, test summary report and testware.
This document defines a "Definition of Done" checklist that must be met for a software feature to be accepted and released. The checklist includes items related to code quality, testing, documentation, collaboration, and updating relevant system records. Meeting the Definition of Done ensures expectations are shared between the engineering team and product team regarding what constitutes a completed feature.
1) The document describes Qualimetry's transition from manual to automatic software audits, including developing tools and models to analyze code automatically and generate objective quality metrics and scores.
2) Early audits from 2002-2005 were conducted manually using document review, code analysis tools, and quality models to evaluate factors like maintainability, reusability and generate quality scores.
3) To enable full automation, Qualimetry developed a strict notation system using metrics, thresholds, and weighted averages to automatically evaluate code components and generate consolidated quality ratings.
This document is a certification from December 15, 2016 that certifies Anoop Mohan as an ISTQB Certified Tester at the Advanced Level for Test Analyst. The certification covers testing process activities for test analysts, specification-based, defect-based, and experience-based test techniques, testing functional quality attributes, reviews for test analysts, defect management, and test tools and automation for test analysts.
The document discusses five core quality tools: APQP (Advanced Product Quality Planning), FMEA (Failure Modes and Effects Analysis), PPAP (Production Part Approval Process), MSA (Measurement Systems Analysis), and SPC (Statistical Process Control). It provides a brief overview of each tool, noting that APQP is used to develop products that satisfy customers, FMEA ensures potential problems are considered, PPAP ensures products meet specifications, MSA assesses measurement systems, and SPC enables process control and improvement. The document emphasizes that these five tools are considered core tools for quality management.
This document summarizes a presentation given at the 2014 ISPE Annual Meeting. The presentation introduced ASTM E2500 and tools for implementing it, including a Critical System Aspect Registry and knowledge management system. It emphasized a science- and risk-based approach focusing on critical quality attributes and process parameters. The presentation also provided background on seminal events in manufacturing quality and drug quality.
Aliaa delivered a session in the topic of “Test planning” using a new technique of delivering content through games and knowledge sharing instead of instructive technique. The session covered all test planning activities including defining test items, risk assessment techniques, testing strategies, planning for testing resources, testing scheduling, and test deliverables and the final test plan documents.
The session introduced to quality team at ITWorx (June , 2013)
This document provides guidelines and templates for creating a Quality Assurance Test Plan. It outlines the purpose, scope, objectives, and goals of testing. It describes the overall test methodology including entrance and exit criteria. It also covers test execution approaches, test scenarios, environments, assumptions/risks, roles and responsibilities, and defect tracking. The plan is intended to document the testing strategy for an application to ensure requirements are met.
The NASA Program/Project Life Cycle Process Flow diagram shows the key phases and gates of a typical NASA program from initial concept through operations and disposal.
The diagram depicts the iterative nature of refining requirements and concepts through various reviews at each phase, including the Mission Concept Review, Mission Definition Review, Preliminary Design Review, Critical Design Review, and System Acceptance Review. It also shows the major products and documentation developed at each phase to mature the design from a functional baseline to a build-to specification.
The document provides an overview of software testing, including definitions of key terms, objectives and goals of testing, different testing methodologies and levels, and the typical phases of the software testing lifecycle. It describes error, bug, fault, and failure. It also outlines different types of testing like white box and black box testing and discusses unit, integration, and system testing. Finally, it emphasizes the importance of planning testing to be most effective and cost-efficient.
This document outlines a seminar on software testing. It discusses the objectives of testing like uncovering errors and demonstrating that software matches requirements. Testing methodologies covered include white box and black box testing. The software testing lifecycle includes requirements study, test case design, test execution, test closure and analysis. Different levels of testing are also summarized like unit, integration and system testing. Various types of performance testing are defined. The conclusion emphasizes the importance of an organized testing policy and concentrating testing in the most effective areas.
The document discusses various metrics that can be used to measure product quality and testing effectiveness. It describes 12 categories of metrics including customer satisfaction, defect quantities, responsiveness, product volatility, defect ratios, defect removal efficiency, complexity, test coverage, costs of defects, costs of quality activities, re-work, and reliability. It also provides examples of specific metrics that can be measured within each category such as number of defects found, test coverage percentage, costs of testing, and reliability metrics like mean time between failures.
In this quality assurance training session, you will learn introduction to software testing. Topics covered in this course are:
• Course Overview
• Introduction to Software Testing
• Is Testing a Technical role
• Project And Product
• Quality Assurance Vs Quality Control
• QC VS QA
• Verification and Validation
TO know more, visit this link: https://www.mindsmapped.com/courses/quality-assurance/get-practical-training-on-software-testing-quality-assurance-qa/
The document discusses various aspects of developing a test strategy for software projects. It covers topics like test levels, roles and responsibilities, test types, test methodologies, test estimation processes, risk analysis and management. Some key points include defining the scope, risks, test priorities and approach in the strategy. It also discusses test estimation techniques like use case points, function points and test case points to estimate the testing effort.
Software test management overview for managersTJamesLeDoux
Software test management presentation given to the senior management of several Fortune 100 companies to aid them in planning their software development management efforts.
This document provides an overview of test execution, including its purpose, entry and exit criteria, cycles, and methodologies. Test execution involves running test cases against software to find defects and assess quality. Key activities include verifying the test environment, selecting test cases, executing them, and logging any defects found. Test cycles are run as planned, with additional cycles as more defects are uncovered. Retesting and regression testing help ensure defects are closed without impacting previous functionality. Testing ends when criteria like completing test cases, reaching an acceptable defect rate, and schedule constraints are met.
This document provides guidelines for auditing and evaluating validation documentation as part of a remediation project. It outlines key activities and items to evaluate for validation and qualification documents, including worst case scenarios, critical parameters and limits, and calibration. An example process validation list and equipment qualification list are provided. General guidelines are given for validation and qualification documentation stages and content. Qualification stages for equipment, facilities, and utilities are described, including installation, operational, and performance qualification. Types of process validation including traditional, continuous, and hybrid are briefly outlined. References for further information are listed at the end.
The document discusses the benefits of using HP Quality Centre for testing web-based applications at IFSA. It provides an overview of Quality Centre's key features including managing requirements, test plans, test runs, and defects. It also describes how Quality Centre supports collaboration, provides reporting and dashboards, and integrates with test automation tools. The document concludes with some pros and cons of Quality Centre for IFSA's test team.
The document discusses test planning and documentation. It defines test planning as creating test cases and strategies to control and communicate testing. A test plan scope, approach, resources, schedule and identifies items to test. Objectives are to design verification, manage efforts, and find bugs. It recommends types of tests to cover and provides a template for test plans with components like lists, tables, and matrices.
Test Planning and Test Estimation TechniquesMurageppa-QA
In this Quality Assurance Training session, you will learn about Types of Testing , Test Strategy and Planning, and Test Estimation Techniques. Topic covered in this session are:
• Test Planning,
• Test Estimation Techniques
For more information, about this quality assurance training, visit this link: https://www.mindsmapped.com/courses/quality-assurance/software-testing-training-with-hands-on-project-on-e-commerce-application/
The document discusses different static techniques used in software testing, including various types of reviews. It describes reviews as a way to uncover errors by presenting work to other parties. Various review types are covered, ranging from informal reviews with no process to more formal inspections with defined roles and processes. The key aspects and purposes of reviews, walkthroughs, technical reviews, and inspections are outlined.
In this section, we will describe the fundamental test process and activities. These start with test planning and continue through to test closure. For each part of the test process, we'll discuss the main tasks of each test activity.
In this section, you'll also encounter the glossary terms confirmation testing, exit criteria, incident, regression testing, test basis, test condition, test coverage, test data, test execution, test log, test plan, test strategy, test summary report and testware.
This document defines a "Definition of Done" checklist that must be met for a software feature to be accepted and released. The checklist includes items related to code quality, testing, documentation, collaboration, and updating relevant system records. Meeting the Definition of Done ensures expectations are shared between the engineering team and product team regarding what constitutes a completed feature.
1) The document describes Qualimetry's transition from manual to automatic software audits, including developing tools and models to analyze code automatically and generate objective quality metrics and scores.
2) Early audits from 2002-2005 were conducted manually using document review, code analysis tools, and quality models to evaluate factors like maintainability, reusability and generate quality scores.
3) To enable full automation, Qualimetry developed a strict notation system using metrics, thresholds, and weighted averages to automatically evaluate code components and generate consolidated quality ratings.
This document is a certification from December 15, 2016 that certifies Anoop Mohan as an ISTQB Certified Tester at the Advanced Level for Test Analyst. The certification covers testing process activities for test analysts, specification-based, defect-based, and experience-based test techniques, testing functional quality attributes, reviews for test analysts, defect management, and test tools and automation for test analysts.
The document discusses five core quality tools: APQP (Advanced Product Quality Planning), FMEA (Failure Modes and Effects Analysis), PPAP (Production Part Approval Process), MSA (Measurement Systems Analysis), and SPC (Statistical Process Control). It provides a brief overview of each tool, noting that APQP is used to develop products that satisfy customers, FMEA ensures potential problems are considered, PPAP ensures products meet specifications, MSA assesses measurement systems, and SPC enables process control and improvement. The document emphasizes that these five tools are considered core tools for quality management.
This document summarizes a presentation given at the 2014 ISPE Annual Meeting. The presentation introduced ASTM E2500 and tools for implementing it, including a Critical System Aspect Registry and knowledge management system. It emphasized a science- and risk-based approach focusing on critical quality attributes and process parameters. The presentation also provided background on seminal events in manufacturing quality and drug quality.
Aliaa delivered a session in the topic of “Test planning” using a new technique of delivering content through games and knowledge sharing instead of instructive technique. The session covered all test planning activities including defining test items, risk assessment techniques, testing strategies, planning for testing resources, testing scheduling, and test deliverables and the final test plan documents.
The session introduced to quality team at ITWorx (June , 2013)
This document provides guidelines and templates for creating a Quality Assurance Test Plan. It outlines the purpose, scope, objectives, and goals of testing. It describes the overall test methodology including entrance and exit criteria. It also covers test execution approaches, test scenarios, environments, assumptions/risks, roles and responsibilities, and defect tracking. The plan is intended to document the testing strategy for an application to ensure requirements are met.
The NASA Program/Project Life Cycle Process Flow diagram shows the key phases and gates of a typical NASA program from initial concept through operations and disposal.
The diagram depicts the iterative nature of refining requirements and concepts through various reviews at each phase, including the Mission Concept Review, Mission Definition Review, Preliminary Design Review, Critical Design Review, and System Acceptance Review. It also shows the major products and documentation developed at each phase to mature the design from a functional baseline to a build-to specification.
The document provides an overview of software testing, including definitions of key terms, objectives and goals of testing, different testing methodologies and levels, and the typical phases of the software testing lifecycle. It describes error, bug, fault, and failure. It also outlines different types of testing like white box and black box testing and discusses unit, integration, and system testing. Finally, it emphasizes the importance of planning testing to be most effective and cost-efficient.
This document outlines a seminar on software testing. It discusses the objectives of testing like uncovering errors and demonstrating that software matches requirements. Testing methodologies covered include white box and black box testing. The software testing lifecycle includes requirements study, test case design, test execution, test closure and analysis. Different levels of testing are also summarized like unit, integration and system testing. Various types of performance testing are defined. The conclusion emphasizes the importance of an organized testing policy and concentrating testing in the most effective areas.
This document provides an overview of software testing. It discusses the objectives, goals, methodologies and phases of testing. Testing aims to identify correctness, completeness and quality of software. Various types of testing are covered, including white box and black box testing, as well as unit, integration and system testing. Testing levels like alpha, beta and acceptance testing are also summarized. The document concludes that effective testing requires investigation rather than just following procedures, and should focus testing efforts in the most effective areas.
The document discusses the testing life cycle process. It involves testing activities from the beginning of a project through requirements, design, development, integration testing, system testing, and release. Key phases include test planning, case design, execution, and using various testing types and tools. An effective testing team has defined roles and responsibilities throughout the project life cycle.
The document discusses software testing and the software testing life cycle (STLC). It describes STLC phases like requirements analysis, test planning, test design, test execution, and test closure. It also covers test methodologies like black box testing and white box testing. Functional testing types like unit testing, integration testing, and system testing are explained. The importance of functional testing to ensure software quality is highlighted.
The document discusses software testing fundamentals including what testing is, why it's important, the testing lifecycle, principles, and process. It explains that testing verifies requirements are implemented correctly, finds defects before deployment, and improves quality and reliability. Various testing techniques are covered like unit, integration, system, manual and automation testing along with popular testing tools like Mercury WinRunner, TestDirector, and LoadRunner.
Testing is the process of identifying errors, completeness and quality of software. It involves executing programs under different conditions to check if they meet specifications and functionality. The objectives of testing are to uncover errors, demonstrate a software product matches requirements, and validate quality with minimum cost. Testing follows a life cycle including test planning, case design, execution, and reporting defects. Different methodologies include black box which tests external functionality without code knowledge, and white box which tests internal code coverage. Testing levels are unit, integration and system.
This document summarizes a case study of a large financial institution in Johannesburg, South Africa that adopted test automation from 2006 to 2008. It details the challenges they faced with insufficient reuse, late testing involvement, and lack of documentation. A "Project Testing" initiative was launched with dedicated resources and workstreams to define an automation process, select tools, and measure benefits. The automation process integrates testing into the software development lifecycle. Tools are categorized based on their usage for functional and non-functional testing of user interfaces and backend systems. The case study outlines how establishing an effective test automation program can help reduce costs, increase coverage, and improve productivity.
The document describes the software testing life cycle (STLC) process which includes test planning, test development, test execution, result analysis, defect management, and summarized reports. It then provides more details on each step, including objectives, participants, and deliverables. It also defines test strategy and test plan documents, describing their purpose and typical components.
Test automation and beyond developing an effective continuous test strategy d...GerieOwen
Continuous testing is one of the most effective ways of building quality into the continuous delivery pipeline; yet it is difficult to implement in practice. Continuous testing involves more than test automation. Although test automation is a must; continuous risk analysis and optimizing the test suite is critical so that test automation doesn’t become a bottleneck in the DevOps pipeline. In this presentation, you’ll learn how to implement an effective continuous test strategy throughout the continuous delivery pipeline.
The document provides an overview of the software testing life cycle (STLC) which includes test planning, test development, test execution, result analysis, defect management, and summarized reports. It then describes each phase in more detail, outlining key activities, participants, and deliverables. For example, test planning involves preparing test strategies and plans, estimating effort, and identifying risks. Test development consists of writing test cases and scripts, setting up environments, and reviewing test artifacts. The document also defines common testing terms like test plans, test cases, defect priority and severity levels.
Introduction and Role of a manual testing in a SDLC minimini22
Quality assurance involves systematically testing products and services to ensure they meet requirements. Software testing identifies bugs and ensures correctness, completeness, and quality. Common causes of bugs include unclear requirements, miscommunication, complexity, and unrealistic deadlines. Testing follows a defined process including requirement analysis, planning, design, coding, testing cycles, and implementation. Test cases are developed to validate requirements and check for expected results.
QAustral is a quality assurance company based in Argentina that provides business quality assurance, software quality assurance, and training services. They have experience working with international clients and following standards like IEEE. They promote education through a diploma program in software testing.
Does dev ops need continuous testing devops days des moines 2018 v1GerieOwen
This document discusses the need for continuous testing in DevOps. It explains that continuous testing is an approach where all testing activities run continuously and are integrated with development and delivery. The key is to assess business risk, establish a safety net for users, and provide feedback throughout the software delivery pipeline. It provides details on implementing continuous testing such as engaging in continuous risk analysis, increasing testing velocity, and developing a culture of quality. It also discusses practices like defect management, test case optimization, environment access, and identifying bottlenecks. The document argues for integrating testing throughout the delivery pipeline and implementing automated testing checkpoints and non-functional testing earlier in the process. It emphasizes the importance of continuous monitoring in both testing and production.
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This presentation focuses on the basics of Performance Testing. It talks about the processes, challenges and activities involved with Performance Testing.
The document provides information about LMS's software testing services. It outlines their capabilities including expertise across various domains, industries and technologies. It details their comprehensive testing methodologies, tools, templates and frameworks. It also describes their skilled workforce, alliances with tool vendors, delivery model, certifications and more. Their goal is to provide scalable, high-quality testing services to suit clients' needs.
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TrustArc Webinar - 2024 Global Privacy SurveyTrustArc
How does your privacy program stack up against your peers? What challenges are privacy teams tackling and prioritizing in 2024?
In the fifth annual Global Privacy Benchmarks Survey, we asked over 1,800 global privacy professionals and business executives to share their perspectives on the current state of privacy inside and outside of their organizations. This year’s report focused on emerging areas of importance for privacy and compliance professionals, including considerations and implications of Artificial Intelligence (AI) technologies, building brand trust, and different approaches for achieving higher privacy competence scores.
See how organizational priorities and strategic approaches to data security and privacy are evolving around the globe.
This webinar will review:
- The top 10 privacy insights from the fifth annual Global Privacy Benchmarks Survey
- The top challenges for privacy leaders, practitioners, and organizations in 2024
- Key themes to consider in developing and maintaining your privacy program
Main news related to the CCS TSI 2023 (2023/1695)Jakub Marek
An English 🇬🇧 translation of a presentation to the speech I gave about the main changes brought by CCS TSI 2023 at the biggest Czech conference on Communications and signalling systems on Railways, which was held in Clarion Hotel Olomouc from 7th to 9th November 2023 (konferenceszt.cz). Attended by around 500 participants and 200 on-line followers.
The original Czech 🇨🇿 version of the presentation can be found here: https://www.slideshare.net/slideshow/hlavni-novinky-souvisejici-s-ccs-tsi-2023-2023-1695/269688092 .
The videorecording (in Czech) from the presentation is available here: https://youtu.be/WzjJWm4IyPk?si=SImb06tuXGb30BEH .
5th LF Energy Power Grid Model Meet-up SlidesDanBrown980551
5th Power Grid Model Meet-up
It is with great pleasure that we extend to you an invitation to the 5th Power Grid Model Meet-up, scheduled for 6th June 2024. This event will adopt a hybrid format, allowing participants to join us either through an online Mircosoft Teams session or in person at TU/e located at Den Dolech 2, Eindhoven, Netherlands. The meet-up will be hosted by Eindhoven University of Technology (TU/e), a research university specializing in engineering science & technology.
Power Grid Model
The global energy transition is placing new and unprecedented demands on Distribution System Operators (DSOs). Alongside upgrades to grid capacity, processes such as digitization, capacity optimization, and congestion management are becoming vital for delivering reliable services.
Power Grid Model is an open source project from Linux Foundation Energy and provides a calculation engine that is increasingly essential for DSOs. It offers a standards-based foundation enabling real-time power systems analysis, simulations of electrical power grids, and sophisticated what-if analysis. In addition, it enables in-depth studies and analysis of the electrical power grid’s behavior and performance. This comprehensive model incorporates essential factors such as power generation capacity, electrical losses, voltage levels, power flows, and system stability.
Power Grid Model is currently being applied in a wide variety of use cases, including grid planning, expansion, reliability, and congestion studies. It can also help in analyzing the impact of renewable energy integration, assessing the effects of disturbances or faults, and developing strategies for grid control and optimization.
What to expect
For the upcoming meetup we are organizing, we have an exciting lineup of activities planned:
-Insightful presentations covering two practical applications of the Power Grid Model.
-An update on the latest advancements in Power Grid -Model technology during the first and second quarters of 2024.
-An interactive brainstorming session to discuss and propose new feature requests.
-An opportunity to connect with fellow Power Grid Model enthusiasts and users.
Let's Integrate MuleSoft RPA, COMPOSER, APM with AWS IDP along with Slackshyamraj55
Discover the seamless integration of RPA (Robotic Process Automation), COMPOSER, and APM with AWS IDP enhanced with Slack notifications. Explore how these technologies converge to streamline workflows, optimize performance, and ensure secure access, all while leveraging the power of AWS IDP and real-time communication via Slack notifications.
Digital Marketing Trends in 2024 | Guide for Staying AheadWask
https://www.wask.co/ebooks/digital-marketing-trends-in-2024
Feeling lost in the digital marketing whirlwind of 2024? Technology is changing, consumer habits are evolving, and staying ahead of the curve feels like a never-ending pursuit. This e-book is your compass. Dive into actionable insights to handle the complexities of modern marketing. From hyper-personalization to the power of user-generated content, learn how to build long-term relationships with your audience and unlock the secrets to success in the ever-shifting digital landscape.
2. YaraGo
Managed Testing Services
Specialized Testing Services
Functional
Test Automation
Integration / System
Load and Performance
Services
Regression
Mobile Testing
Services
Usability
Globalization
test
3. YaraGo
Accurate Metrics
Gathering and
Analysis
Experience to
Implement Industry
Best Practices
Early Involvement with
Information Business Owners
Integration
throughout SDLC
Organized and
Disciplined Test
Framework
Clear and Actionable Test
Reporting
Regression
Test Bed
COMMUNICATION
test
Efficient Group Usage
of Testing Tools
4. YaraGo
Specify
Requirement
Analyze the
application and
determine the testing
requirements
Plan
Tests
Create a test plan
based on the testing
requirements
Define Testing Scope
• Examine
applications and
documentations in
order to determine
the testing scope –
test goals, objectives
and strategy
Execute
Tests
Track
Defects
Create test sets and
perform test runs
Report defects
detected in the
application and track
how reports are
progressing
Create
Requirements
Detail
Requirements
• Build a
requirement tree to
define the overall
testing
requirements
Analyze
Requirements
• Generate reports and
graphs to assist in
analyzing the testing
requirements .
•Review the requirements
to ensure they meet the
testing scope
test
5. YaraGo
Specify
Requirement
Analyze the
application and
determine the testing
requirements
Define Testing
Strategy
Plan
Tests
Execute
Tests
Create a test plan
based on the testing
requirements
Define
Test
Subjects
• Divide the
application into
functions to be
tested
• Build a test plan
tree to
hierarchically
divide the
application into
testing units or
subjects
Define
Tests
• Determine
the types of
tests needed
for each
subject
• Add a basic
definition of
each test to
the test plan
tree
Track
Defects
Create test sets and
perform test runs
Report defects
detected in the
application and track
how reports are
progressing
Create Req
Coverage
Design
Test Steps
• Link each test • Develop manual
with a testing tests by adding
requirement
steps to the tests in
the test plan tree
• Describe the test
operations and the
expected outcome
of each test.
• Decide which
tests to automate
test
Automate
Tests
• For tests that
the decision is
to automate,
create test
scripts with a
testing tool
Analyze
Test Plans
• Generate
reports and
graphs to assist
in analyzing test
planning data
• Review the
tests to
determine their
suitability to
the testing goals
6. YaraGo
Specify
Requirement
Analyze the
application and
determine the testing
requirements
Create Test Sets
• Define groups of
tests to meet the
various testing goals
in the project
• Determine which
test to include in
each test set
Plan
Tests
Create a test plan
based on the testing
requirements
Schedule
Runs
• Schedule test
execution and assign
tasks to application
testers
Execute
Tests
Track
Defects
Create test sets and
perform test runs
Report defects
detected in the
application and track
how reports are
progressing
Run Tests
Automatically
and Manually
• Execute the tests in
the test set
automatically or
manually
Analyze Test
Results
• View the results of the test
runs in order to determine
whether a defect has been
detected in the application
• Generate reports and
graphs to help analyze these
results
7. YaraGo
Specify
Requirement
Analyze the
application and
determine the testing
requirements
Add Defects
Plan
Tests
Execute
Tests
Create a test plan
based on the testing
requirements
Review New
Defects
• Review new
defects and
determine which
once should be
fixed
Create test sets and
perform test runs
Repair Open
Defects
• Correct the
defects that
were identified
to be fixed
Track
Defects
Report defects
detected in the
application and track
how reports are
progressing
Test New
Build
• Test a new
build of the
application
• Continue this
process until
defects are
repaired
Analyze
Defect Data
• Generate reports
and graphs to assist
in analyzing the
progress of the
defect repairs and to
help determine
when to release the
application
8. YaraGo
STATUS
RISK
CONVERSION
TESTING
BUDGET
TEST CASES
ESTIMATE
RELEASE
PLANNING
AUTOMATION
DATA
DEFECTS
TEST ITERATIONS
TEST PLANNING
EXECUTION RESULTS
REGRESSION TESTING
TEST
ITERATIONS
9. YaraGo
Into clear, actionable elements to streamline QA operations
internally and improve communications externally.
Executive Reporting
Dashboards
test
10. YaraGo
Area
Metric
Purpose
Requirements
Requirements Coverage Matrix
To establish the thoroughness of testing from the
point of view of covered vs. uncovered requirements
Development
Creation and Review Burn Downs
Executive Dashboard
Test Planning
Iteration Planning
To develop a testing plan and monitor test case
development and test case review, against plan
Testing
Execution and Iteration Burn Downs
Project Health Rating
Blocked Test Cases
To monitor test execution against the plan, indicate
product quality, and manage testing efficiency
Defect
Management
Overall Defect Summary
Defects by Severity / Priority
Defect Submission Rate
Reopened Defects
Defect Validity
Defect Root Cause
Defect Containment
Defect Removal Efficiency
Defect Aging
Defect Trending
To monitor quality of bug fixes, prioritize defect
resolution, increase testing efficiencies, and shorten
defect resolution time
test
24. YaraGo
Project Engagement
Offshore – test management and test activity entirely offshore
Business ModelsExecutive
Time and Material
Clients Tools
• License to be provided by client
• Hosted Offshore
Fixed price
Reporting
Risk - Reward
Dashboards
Test Tools
YaraGo Tools
•Open source and / in - house development
•Online Dashboard
Test Environment
Client Environment
YaraGo Environment
•Hosted Onsite
•Hosted Offshore
•Controlled access to offshore test team
•Controlled access to offshore testing team
test
26. YaraGo
Frequency: Quarterly
Mode:
Face - to - Face
Input:
Engagement Level Reports and Dashboards
Key Project Status
Account level metrics – Trend
Key issues to address
Strategic projects in pipeline based on
portfolio analysis of projects
Engagement Level Steering Committee Review
Client Participants
•Exec Sponsor
•VP of QA
•Test Director
YaraGo Participants
•VP of Sales
•Delivery Head
•Test Director
Executive Reporting
Dashboards
Frequency: Monthly
Mode:
Teleconferencing / Net Meeting
Input:
Project Progress Reports and Dashboards
Project Metrics - Trend
Open issue escalation
Schedule
Quality Data
Project value addition
Program Level Steering Committee Review
Client Participants
•Exec Sponsor
•VP of QA
•Test Director
YaraGo Participants
•VP of Sales
•Test Director
• Delivery Head
• Test Manager / Test Lead
Frequency: Weekly
Mode:
Teleconferencing
Input:
Weekly Status reports
Schedule
Effort
Issues / Risks
Quality
Project Level Review
Client Participants
•Test Manager
•Test Lead
YaraGo Participants
•Test Manager
• Test Lead
test