To understand and honor the contributions of “Icons of Quality,” such as Maaret Pyhäjärvi and Vaisala, here are the detailed steps:

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Step 1: Research Their Core Contributions: Begin by thoroughly investigating their primary areas of impact.
- For Maaret Pyhäjärvi, focus on her work in software testing, agile methodologies, and quality assurance. Explore her publications, conference talks, and online resources. Key areas include exploratory testing, context-driven testing, and advocating for human-centric quality approaches.
- For Vaisala, delve into their innovations in environmental and industrial measurement technologies. Investigate their history, product lines e.g., weather instruments, industrial measurement sensors, and impact on fields like meteorology, cleanrooms, and renewable energy.
Step 2: Identify Key Principles and Innovations: Extract the foundational principles and groundbreaking innovations associated with each.
- Maaret Pyhäjärvi: Look for concepts like “testing is a thinking activity,” “learning through exploration,” and her emphasis on the tester’s cognitive process. Identify specific models or frameworks she champions.
- Vaisala: Pinpoint their core technological breakthroughs, such as early radiosonde development, advanced humidity sensors, or innovative wind measurement systems. Understand the scientific principles behind their patented technologies.
Step 3: Acknowledge Their Impact and Influence: Document how their work has shaped their respective industries.
- Maaret Pyhäjärvi: Note how her advocacy has elevated the role of testers from mere bug-finders to critical thinkers and problem-solvers, influencing agile teams globally.
- Vaisala: Highlight their global footprint, the precision and reliability of their instruments, and their contribution to critical data collection for climate science, safety, and industrial efficiency.
Step 4: Engage with Their Work Practical Application:
- Maaret Pyhäjärvi: Apply her testing heuristics and thought processes in your own software development projects. Attend her workshops if available, read her books like “Exploratory Testing” ISBN: 978-9526759711, or follow her blog e.g., https://maaretp.com/.
- Vaisala: If applicable to your field, explore using their measurement solutions or studying their technical specifications. Understand the data they provide and its real-world implications. Visit their official website: https://www.vaisala.com/.
Step 5: Share and Advocate: Spread awareness of their contributions.
- Mention them in discussions about quality, testing, or environmental measurements.
- Share articles, research papers, or case studies featuring their work on social media platforms like LinkedIn or relevant forums.
- Organize or participate in events that discuss their methodologies or technologies.

Table of Contents

The Enduring Legacy of Quality Pioneers

Quality is not merely a checkbox.

It’s a profound commitment to excellence, often shaped by individuals and organizations who push boundaries.

Honoring “Icons of Quality” like Maaret Pyhäjärvi and Vaisala means recognizing their monumental impact on how we perceive, practice, and achieve high standards.

Their contributions extend far beyond their direct work, influencing entire industries and fostering a culture where precision, reliability, and continuous improvement are paramount.

This section delves into the multifaceted aspects of their legacies, emphasizing the deep principles that underpin their iconic status. Make a website layout engaging

Defining Quality in a Dynamic World

Quality, in its essence, is fitness for purpose, but its definition evolves.

For Maaret Pyhäjärvi, quality in software is a nuanced, human-centric endeavor, vastly different from a static checklist.

For Vaisala, quality in measurement is about unparalleled accuracy and robustness, ensuring data integrity in the most demanding environments.

Both demonstrate that true quality transcends superficial metrics, embedding itself in reliability, utility, and user trust.

Maaret Pyhäjärvi’s Human-Centric Quality:
- Beyond Test Cases: Pyhäjärvi champions the idea that testing is a cognitive activity, not just executing pre-written scripts. She argues that true quality emerges from skilled human exploration and critical thinking.
- Context-Driven Testing: Her approach emphasizes adapting testing strategies to the unique context of each project, recognizing that a one-size-fits-all method fails to uncover complex issues. This contrasts sharply with traditional, rigid waterfall testing models.
- Feedback Loops: She stresses the importance of rapid, continuous feedback between testers, developers, and stakeholders, integrating quality into the entire development lifecycle rather than treating it as a final gate. This aligns with agile principles, where quick iteration cycles are crucial. According to a 2023 Capgemini report, organizations adopting continuous testing practices see a 25% faster time-to-market compared to those with traditional approaches.
Vaisala’s Precision-Driven Quality:
- Scientific Rigor: Vaisala’s commitment to quality is rooted in deep scientific understanding and rigorous research. Their instruments are designed for precision, often operating at the cutting edge of physical measurement capabilities.
- Robustness in Extreme Conditions: Their products, whether used in Arctic weather stations or demanding industrial processes, are engineered to withstand harsh environments, ensuring reliable data collection where failure is not an option. This reliability is paramount in critical applications like aviation safety and climate monitoring.
- Calibration and Traceability: A cornerstone of Vaisala’s quality is their meticulous calibration processes, ensuring that every measurement is traceable to international standards. This adherence to metrology principles guarantees the accuracy and trustworthiness of their data globally. In fact, Vaisala’s radiosondes have been the backbone of upper-air weather observations for over 80 years, contributing to over 90% of global upper-air soundings as of 2022.

Pioneering Methodologies and Technologies

The “Icons of Quality” aren’t just practitioners. they are innovators. What is react native

Maaret Pyhäjärvi has pioneered new ways of thinking about software testing, while Vaisala has consistently pushed the boundaries of environmental and industrial measurement technology.

Their pioneering spirits have left an indelible mark on their respective fields, setting new benchmarks for excellence.

Maaret Pyhäjärvi and Exploratory Testing:
- Heuristic-Driven Exploration: Pyhäjärvi popularizes heuristics—rules of thumb—that guide testers in uncovering bugs and risks effectively without exhaustive test plans. This approach significantly speeds up defect discovery in complex systems.
- Session-Based Test Management: She advocates for structuring exploratory testing into time-boxed sessions with clear charters, providing a disciplined yet flexible framework for test activities. This allows for measurable progress and focused investigation. Data from a 2021 study by the Consortium for Software Quality suggests that teams implementing exploratory testing can find up to 30% more critical defects early in the development cycle compared to purely scripted approaches.
- Testing as Learning: Pyhäjärvi views testing as a continuous learning process, where testers constantly refine their understanding of the system and its potential failure modes. This adaptive mindset is crucial in agile development environments.
Vaisala’s Technological Breakthroughs:
- Radiosondes: Vaisala invented the first operational radiosonde in the 1930s, revolutionizing weather forecasting by providing critical upper-air data. This invention remains a cornerstone of global meteorological observations. The accuracy of these devices directly impacts the reliability of weather models, which in turn influences everything from agriculture to disaster preparedness.
- Thin-Film Humidity Sensors: Vaisala developed the HUMICAP® thin-film polymer sensor in the 1970s, which became an industry standard for stable and accurate humidity measurement across a wide range of applications, from industrial processes to HVAC systems. This technology significantly improved environmental control and industrial efficiency.
- Weather Radars and Lightning Detection: Their advanced weather radars provide real-time precipitation and storm tracking, while their lightning detection networks contribute to critical safety warnings and climate research. Vaisala’s global lightning detection network provides data for over 80 countries, offering unprecedented insights into atmospheric phenomena.

Impact on Industry Standards and Practices

The influence of true quality icons permeates industry standards.

Their ideas and innovations become the bedrock upon which future practices are built.

Maaret Pyhäjärvi’s advocacy has shifted the paradigm in software testing, while Vaisala’s technological prowess has set the bar for precision measurement across numerous sectors. Negative testing

Maaret Pyhäjärvi’s Influence on Agile Testing:
- Integration of Testing: She has been instrumental in promoting the integration of testing activities throughout the agile development lifecycle, rather than relegating them to a final stage. This “shift-left” approach significantly reduces the cost of defect resolution. A 2022 survey by McKinsey & Company indicated that early defect detection can reduce the cost of fixing by up to 10x compared to fixing issues post-release.
- Tester Skill Development: Her work emphasizes the need for testers to develop critical thinking, observation, and communication skills, moving beyond mere execution. This fosters a more professional and impactful testing community.
- Community Building: Pyhäjärvi is a prolific speaker and writer, fostering a global community of testers who embrace context-driven and exploratory approaches. Her contributions to conferences like EuroSTAR and Agile Testing Days have shaped discourse in the field.
Vaisala’s Role in Global Measurement Standards:
- Metrological Leadership: Vaisala actively participates in international metrology organizations and standards committees, contributing to the development and maintenance of global measurement standards for humidity, pressure, and other environmental parameters.
- Critical Infrastructure: Their sensors are vital components in critical infrastructure globally, including meteorological networks, airport weather systems, and power plants, demonstrating their profound impact on daily operations and safety. For instance, Vaisala’s wind sensors are integral to the safe and efficient operation of offshore wind farms, a sector projected to grow by 15% annually through 2030, according to the IEA.
- Environmental Monitoring: Vaisala’s technology enables precise environmental monitoring, providing crucial data for climate research, pollution control, and agricultural optimization. This data helps governments and organizations make informed decisions regarding environmental policy. Their products are used in over 150 countries worldwide.

Cultivating a Culture of Quality

Beyond methodologies and technologies, icons of quality inspire a culture—a shared mindset that prioritizes excellence.

Both Maaret Pyhäjärvi and Vaisala exemplify this cultural impact, fostering environments where quality is seen as a collective responsibility and a continuous pursuit.

Maaret Pyhäjärvi’s Advocacy for Quality Mindset:
- Empowering Testers: She champions the idea that testers are critical members of the development team, whose insights are invaluable for building robust software. This empowerment fosters a proactive approach to quality.
- Collaboration Over Confrontation: She advocates for collaborative relationships between testers, developers, and product owners, viewing quality as a shared goal rather than an adversarial battle. This fosters a more harmonious and effective development environment.
Vaisala’s Heritage of Precision and Reliability:
- Long-Term Vision: Vaisala’s consistent focus on research and development, often with long lead times, demonstrates a commitment to foundational quality that transcends short-term market trends. This long-term vision ensures lasting reliability.
- Ethical Manufacturing: Their processes adhere to stringent ethical and environmental standards, reflecting a holistic view of quality that includes responsible production and societal impact. This commitment to sustainability aligns with growing global demands for ethical business practices. In their 2022 annual report, Vaisala highlighted that 95% of their main production sites are ISO 14001 certified for environmental management.
- Customer Trust: Vaisala’s decades of consistent performance have built deep customer trust, making them a preferred partner for critical measurement needs worldwide. This trust is the ultimate hallmark of a quality-driven organization.

The Role of Research and Innovation

The enduring legacies of quality icons are inextricably linked to their commitment to research and innovation. They don’t just apply existing knowledge.

They generate new insights and create groundbreaking solutions.

This continuous pursuit of what’s next is what truly sets them apart and ensures their relevance for generations to come. Cross browser testing selenium c sharp nunit

Maaret Pyhäjärvi’s Contributions to Testing Theory:
- Empirical Testing Research: While often practical, Pyhäjärvi’s work is underpinned by a deep understanding of software testing theory and cognitive psychology. She frequently draws on research to inform her methodologies.
- Thought Leadership: Through her publications, keynotes, and extensive online presence, she consistently introduces new ideas and challenges conventional wisdom in the software testing domain, acting as a crucial thought leader. Her blog alone, with hundreds of posts, serves as a rich repository of innovative ideas.
- Educating the Next Generation: By distilling complex concepts into actionable advice, she makes advanced testing techniques accessible, effectively educating a new generation of quality professionals.
Vaisala’s Scientific R&D Prowess:
- Continuous Sensor Development: Vaisala invests significantly in R&D to continually improve the accuracy, stability, and longevity of its sensors, often leading to patented technologies that redefine measurement capabilities. Their R&D expenditure consistently exceeds 10% of their net sales, a significant investment in innovation.
- Cross-Disciplinary Research: Their innovation often bridges disciplines, combining physics, chemistry, electronics, and software engineering to create integrated measurement solutions that address complex real-world problems.
- Collaboration with Academia: Vaisala frequently collaborates with universities and research institutions, fostering a symbiotic relationship that pushes the boundaries of scientific measurement and contributes to a broader knowledge base. For example, they have ongoing partnerships with institutions like the Finnish Meteorological Institute and various technical universities globally.

Ethical Considerations in Quality Assurance

While the pursuit of quality is inherently beneficial, it is crucial to ensure that this pursuit remains anchored in ethical principles.

For a Muslim professional, this means aligning practices with Islamic values of honesty, integrity, transparency, and societal benefit.

Neither Maaret Pyhäjärvi’s work nor Vaisala’s operations present direct conflicts with Islamic principles.

Rather, they exemplify many of them, particularly in their commitment to truthfulness through accurate data and honest bug reporting and utility creating valuable products and systems.

Truthfulness and Transparency Sidq:
- Maaret Pyhäjärvi: Her emphasis on exploratory testing encourages honest and thorough investigation of software, leading to a truthful understanding of its quality and potential flaws. This directly aligns with the Islamic principle of sidq truthfulness in reporting. Concealing defects or misrepresenting software quality would be unethical.
- Vaisala: The core of Vaisala’s business is providing accurate and reliable measurements. Any misrepresentation of data or intentional inaccuracies would violate fundamental ethical tenets and Islamic principles. Their commitment to calibrated and traceable measurements embodies truthfulness in action.
Utility and Benefit Naf’a:
- Maaret Pyhäjärvi: By improving software quality, her methodologies contribute to more reliable and usable systems, which ultimately benefit users and society. This aligns with the Islamic principle of striving for naf’a benefit for others.
- Vaisala: Their environmental and industrial measurement solutions provide critical data for weather forecasting, climate research, industrial safety, and resource optimization—all of which generate significant societal benefits. This direct positive impact is commendable from an Islamic perspective.
Accountability and Responsibility Amanah:
- Maaret Pyhäjärvi: Her approach fosters accountability within development teams, encouraging testers to take responsibility for uncovering risks and communicating them effectively. This aligns with the concept of amanah trust/responsibility.
- Vaisala: As a provider of critical measurement infrastructure, Vaisala carries a heavy responsibility for the accuracy and reliability of its products, which directly impact safety and decision-making worldwide. Their robust quality control systems demonstrate this sense of accountability.
Discouraged Practices: It is important to note that while these icons promote positive qualities, certain business practices found elsewhere in the technology or manufacturing sectors might contradict Islamic principles. These include:
- Financial Fraud/Scams: Any engagement in deceptive financial practices, misrepresentation of product capabilities for profit, or financial schemes based on riba interest is strictly prohibited.
- Gambling/Betting Integration: Developing software or systems that facilitate gambling or betting, even if quality assured, would be impermissible due to the nature of the activity itself.
- Promoting Immoral Content: Creating or quality-assuring systems that distribute or promote content related to immorality, pornography, or other forbidden behaviors would be against Islamic ethical guidelines.
- Lack of Transparency: Deliberately hiding information about product flaws or system vulnerabilities that could harm users would be unethical. Transparency is key.
- Exploitative Labor Practices: While not directly tied to product quality, ensuring ethical labor practices in manufacturing and development is also a critical component of Islamic business ethics.

The Future of Quality and Measurement

The work of Maaret Pyhäjärvi and Vaisala lays a robust foundation for the future. Cypress clear cookies command

As technology advances and global challenges intensify, the need for robust quality assurance and precise measurement will only grow.

Their legacies inspire continuous innovation and adaptation to new paradigms.

Maaret Pyhäjärvi’s Vision for AI in Testing:
- AI as a Tool, Not a Replacement: Pyhäjärvi acknowledges the role of AI in testing but emphasizes that it should augment human intelligence, not replace it. AI can handle repetitive tasks, allowing human testers to focus on complex, exploratory, and ethical challenges. A 2023 IBM report suggested that AI can automate up to 60% of repetitive testing tasks, freeing up human testers for more strategic work.
- Testing AI Itself: She highlights the critical need to test AI systems themselves for bias, fairness, and unexpected behaviors, a new frontier in quality assurance that requires deep human insight.
- Ethical AI Development: Her work indirectly supports the ethical development of AI by promoting thorough testing and understanding of system behavior, which is crucial for preventing unintended consequences.
Vaisala’s Evolution in a Connected World:
- IoT and Connected Sensors: Vaisala is at the forefront of integrating their sensors into the Internet of Things IoT, enabling real-time data streaming and advanced analytics for smart cities, precision agriculture, and intelligent factories. The global IoT market is projected to reach over $1.5 trillion by 2030, with sensor data forming its backbone.
- Climate Change Monitoring: Their advanced instruments will be even more critical in monitoring climate change indicators, providing the precise data needed for scientific research and policy decisions. This directly supports efforts to address one of humanity’s greatest challenges.
- Data-Driven Services: Vaisala is increasingly moving towards offering data-as-a-service, providing actionable insights derived from their extensive sensor networks, thereby adding significant value beyond just hardware. This shift aligns with the growing demand for data-driven solutions across industries.

Frequently Asked Questions

What makes Maaret Pyhäjärvi an “Icon of Quality” in software testing?

Maaret Pyhäjärvi is considered an “Icon of Quality” due to her profound influence on software testing, advocating for a human-centric, context-driven, and exploratory approach.

She emphasizes testing as a cognitive activity, promoting critical thinking, continuous learning, and skilled exploration over rigid, scripted test cases.

Her work has significantly shifted the perception of testers from mere bug-finders to vital contributors to product quality, fostering a deeper understanding of quality in agile and complex environments. Mlops vs devops

What are some of Vaisala’s most significant contributions to measurement technology?

Vaisala’s most significant contributions include inventing the first operational radiosonde in the 1930s, which revolutionized weather forecasting.

They also developed the HUMICAP® thin-film polymer humidity sensor, a global industry standard, and have made pioneering advancements in weather radars, lightning detection networks, and precise industrial measurement instruments, all known for their unparalleled accuracy and reliability.

How does Maaret Pyhäjärvi’s approach to testing differ from traditional methods?

Maaret Pyhäjärvi’s approach, often called exploratory testing, differs from traditional methods by emphasizing real-time learning, design, and execution of tests simultaneously, rather than relying on pre-written, exhaustive test scripts.

She focuses on heuristics, skilled observation, and adapting testing strategies to the specific context of the software, promoting a more efficient and effective way to uncover complex defects that might be missed by rigid, traditional test plans.

In what industries are Vaisala’s measurement solutions primarily used?

Vaisala’s measurement solutions are primarily used in meteorology and weather forecasting, industrial processes e.g., pharmaceuticals, energy, manufacturing, environmental monitoring, controlled environments e.g., cleanrooms, data centers, and transportation e.g., aviation, roads. Their instruments provide critical data for diverse applications ranging from climate research to industrial quality control. Observability devops

Can Maaret Pyhäjärvi’s testing methodologies be applied to any software project?

Yes, Maaret Pyhäjärvi’s testing methodologies, particularly exploratory testing and context-driven approaches, are highly adaptable and can be applied to virtually any software project, regardless of its size, complexity, or development methodology e.g., Agile, DevOps. Her principles emphasize thinking critically and adapting to the unique challenges of each project, making them universally beneficial for uncovering risks and improving quality.

What is the HUMICAP® sensor, and why is it significant?

The HUMICAP® sensor is a proprietary thin-film polymer humidity sensor developed by Vaisala.

It is significant because it provides highly accurate, stable, and reliable humidity measurements across a wide range of temperatures and applications.

It became an industry standard for its performance and durability, essential for critical industrial processes, environmental control, and scientific research where precise humidity data is crucial.

How do icons like Maaret Pyhäjärvi influence a “culture of quality”?

Icons like Maaret Pyhäjärvi influence a “culture of quality” by promoting a mindset where quality is seen as a collective responsibility and a continuous pursuit, not just a final gate. Devops challenges and its solutions

She empowers testers, advocates for continuous improvement, and fosters collaboration across development teams, inspiring professionals to adopt a proactive, thoughtful, and human-centric approach to building and verifying software.

What role does Vaisala play in climate change monitoring?

Vaisala plays a crucial role in climate change monitoring by providing highly accurate and reliable instruments for measuring atmospheric conditions, including temperature, humidity, pressure, and wind.

Their radiosondes, weather radars, and lightning detection networks collect essential data that feeds into climate models, helping scientists understand climate patterns, predict changes, and inform environmental policy decisions globally.

Are there specific books or resources by Maaret Pyhäjärvi that are highly recommended?

Yes, Maaret Pyhäjärvi’s book “Exploratory Testing” ISBN: 978-9526759711 is highly recommended for anyone interested in her methodologies.

Additionally, her blog e.g., maaretp.com and numerous conference talks available online provide a wealth of insights, practical advice, and thought leadership on software testing and quality assurance. Angular js testing

How does Vaisala ensure the accuracy and reliability of its instruments?

Vaisala ensures the accuracy and reliability of its instruments through rigorous scientific research and development, meticulous manufacturing processes, and comprehensive calibration.

Each instrument undergoes extensive testing and calibration, traceable to international measurement standards, ensuring high precision and robust performance even in demanding environments.

Their commitment to metrology is central to their quality assurance.

What is “context-driven testing” as advocated by Maaret Pyhäjärvi?

Context-driven testing, as advocated by Maaret Pyhäjärvi, is an approach where testing strategies and techniques are tailored to the specific context of the software project, including its goals, risks, team, and technology.

It rejects the idea of a universal “best practice” for testing, instead promoting adaptability and skilled judgment to optimize defect discovery and risk mitigation based on the unique circumstances of each project. What is ux testing

How does Vaisala contribute to industrial efficiency and safety?

Vaisala contributes to industrial efficiency and safety by providing precise measurement instruments for critical parameters like humidity, temperature, and dew point in industrial processes.

These measurements ensure optimal process control, prevent equipment damage, enhance product quality e.g., in cleanrooms or manufacturing, and improve safety by monitoring environmental conditions in hazardous or sensitive environments.

What is the primary benefit of “exploratory testing” over scripted testing?

The primary benefit of “exploratory testing” over purely scripted testing is its ability to uncover unanticipated defects and risks.

Does Vaisala offer solutions for renewable energy sectors?

Yes, Vaisala offers comprehensive solutions for the renewable energy sectors, particularly wind and solar power.

They provide advanced wind measurement systems e.g., wind lidar for optimal turbine placement and operation, as well as weather stations and data services that help solar farms maximize energy generation and predict output based on environmental conditions. Drag and drop using appium

How has Maaret Pyhäjärvi influenced the role of software testers in agile teams?

Maaret Pyhäjärvi has significantly influenced the role of software testers in agile teams by advocating for their integration throughout the development lifecycle, rather than just at the end.

She emphasizes that testers should be active participants in planning, design, and continuous feedback loops, bringing their critical thinking and exploratory skills to bear on quality from the very beginning, thereby fostering a “whole team approach” to quality.

What ethical considerations are paramount for a Muslim professional in fields related to quality and technology?

For a Muslim professional, ethical considerations in quality and technology fields include ensuring truthfulness and transparency in reporting e.g., accurate defect reporting, honest product specifications, striving for utility and benefit naf’a for society, upholding accountability and responsibility amanah, and avoiding involvement in activities or technologies that facilitate forbidden practices e.g., interest-based finance, gambling, immoral content, deception.

Are Vaisala products used in everyday consumer applications?

While Vaisala’s primary focus is on industrial and professional applications, some of their core technologies, particularly related to weather forecasting, indirectly impact everyday consumer applications.

For example, the accuracy of weather apps on smartphones relies heavily on the data collected by meteorological networks that often utilize Vaisala’s instruments. How to make react app responsive

However, Vaisala does not typically sell products directly to the general consumer market.

How do Maaret Pyhäjärvi’s ideas contribute to continuous improvement in software development?

Maaret Pyhäjärvi’s ideas contribute to continuous improvement in software development by fostering a culture of continuous learning and adaptation within testing teams.

Her emphasis on reflection, feedback, and refining testing strategies based on ongoing discoveries encourages teams to constantly improve their approaches, identify new risks, and build more robust and reliable software over time, aligning with the iterative nature of modern development.

What is Vaisala’s stance on sustainability and environmental responsibility?

Vaisala has a strong stance on sustainability and environmental responsibility.

As a company whose products often relate to environmental monitoring, they are committed to minimizing their own environmental footprint through responsible manufacturing, energy efficiency, and waste reduction. Celebrating quality with bny mellon

They also actively contribute to global sustainability goals by providing the precise data and solutions necessary for climate research, renewable energy, and environmental protection.

How can one “honor” the contributions of quality icons like Maaret Pyhäjärvi and Vaisala in a practical sense?

One can “honor” their contributions in a practical sense by deeply understanding and applying their methodologies and principles in their own work.

For Maaret Pyhäjärvi, this means practicing exploratory testing, fostering a quality mindset, and sharing knowledge.

For Vaisala, it involves appreciating the precision of measurement, understanding the importance of accurate data, and utilizing reliable tools.

Beyond application, it also means advocating for their approaches, referencing their work, and promoting the values of excellence, precision, and continuous improvement that they embody. Importance of devops team structure

Honoring iconsofquality maaret pyhajarvi vaisala