Perspectives · Competence

Design as Nature: A Call for Regenerative Leadership

We Build Against Nature. It’s Costing Us.

Our cities flood, our buildings consume vast amounts of energy, and our supply chains accelerate biodiversity loss. These crises aren’t inevitable—they are the result of design choices that ignore nature’s intelligence. The past few years have made it painfully clear that the way we build, produce, and consume is not sustainable. Extreme weather events—hurricanes, wildfires, and record-breaking heat waves—are devastating communities worldwide. Flooding in New York City turned subways into rivers. Wildfires in Canada blanketed the U.S. East Coast in toxic smoke. Droughts in Europe have dried up rivers that have flowed for thousands of years. Meanwhile, our agricultural and industrial systems deplete soils, pollute waterways, and drive mass extinction. Despite overwhelming evidence that our current approach is failing, meaningful action remains gridlocked—not just by economic inertia but by political polarization. Sustainability has become a battleground (Don't get me started on DEI...). Some see it as an imperative for survival; others dismiss it as a costly burden or even a conspiracy. Policies aimed at reducing carbon emissions, protecting biodiversity, and integrating nature-based solutions are met with fierce resistance in legislatures and corporate boardrooms alike. The irony is that regenerative design isn’t about ideology—it’s about survival. This is not a partisan issue. It’s a practical, science-backed approach that has the power to restore balance, improve economic stability, and create lasting prosperity. For centuries, human progress has been built on the assumption that nature is something to control, dominate, or exploit. But nature is not an obstacle—it is the ultimate blueprint for resilience, efficiency, and regeneration. If we want to build a future that lasts, we must shift from designing against nature to designing as nature. Anything less is shortsighted—and history will judge us for it.

Beyond Sustainability: The Need for Regenerative Design

Sustainability has been the dominant framework for responsible development. But too often, sustainability only aims to minimize harm—to slow down environmental damage rather than reverse it. Regenerative design goes further. According to our Sustainability Competence Standard, regenerative design is development “in service of life”—a process that doesn’t just reduce harm but actively restores ecosystems, enhances biodiversity, and strengthens communities. Regenerative leaders don’t just look at carbon footprints and water usage. They ask:

• How can we restore degraded ecosystems?
• How can we integrate natural processes into our designs?
• How can we create net-positive outcomes for both people and the planet?

Anything less is a complete waste of time.

Designing With Nature: The Economic Case

A recent study on Nature-Based Solutions (NBS) for flood management offers a compelling example. Traditional flood control measures—like concrete barriers—are expensive and often ineffective. But when cities invest in natural solutions like wetland restoration and reforestation, the benefits go far beyond flood protection:

• Wetlands absorb storm surges and provide habitats for wildlife.
• Reforestation captures carbon while preventing soil erosion.
• Green infrastructure cools cities, reducing energy costs.

From an economic perspective, regenerative design simply makes sense. The study found that retention ponds had a cost-benefit ratio of 5.6, meaning they delivered $5.60 in value for every dollar spent.

Regenerative Leaders: The Missing Piece

If regenerative design is so effective, why aren’t we doing more of it? Because systems don’t change themselves. We need leaders who understand the principles of regenerative design and can implement them across industries. The GPM Competence Standard outlines the elements, performance criteria, knowledge, and skills a sustainability leader needs for regenerative design: 8.1 Striving for net-positive outcomes for social and natural systems.

• Applies regenerative design in decision-making.
• Aligns design choices with global biodiversity goals.
• Uses systems thinking tools and techniques to analyze connections among social, environmental, and economic systems.

8.2 Ensuring that design choices restore degraded ecosystems and enhance biodiversity.

• Encourages regenerative design in the development of products, infrastructure, and services.
• Uses design-as-nature techniques to reduce the environmental footprint of products, infrastructure, and services.
• Facilitates awareness among stakeholders.

8.3 Advancing regenerative outcomes through integrated design.

• Ensures that regenerative solutions reflect a balanced integration of ecological, social, and cultural priorities.
• Establishes actionable frameworks that connect design choices to measurable long-term regenerative impacts.
• Creates innovation pathways that prioritize ecosystem restoration, biodiversity enhancement, and human well-being.

A regenerative leader doesn’t just ask, How do we reduce waste? They ask, How do we turn waste into value?

Examples of Regenerative Design in Action

• The Bosco Verticale, Milan – A skyscraper covered in 900 trees that absorbs CO₂, filters air pollution, and cools the city. (also the cover photo of this blog. ...I took that photo :)
• Wuhan’s Sponge City Initiative – A project that absorbs and filters rainwater rather than redirecting it into storm drains.
• The Bullitt Center, Seattle – A building that generates more energy than it consumes and treats all its own wastewater.

These aren’t future concepts—they are happening now. But we need more regenerative leaders to scale these solutions globally.

The Call to Action: A New Design Ethic

Nature doesn’t create waste, pollution, or scarcity—it operates in cycles, where everything has a purpose. It’s time for our industries, governments, and communities to do the same.

Educate for Regenerative Thinking

Sustainability professionals must be trained to approach design as nature does. This requires a fundamental shift in education—one that moves beyond simply mitigating harm to actively creating restorative and regenerative outcomes. Schools, universities, and professional training programs need to integrate regenerative design principles into curricula, ensuring that future leaders understand systems thinking, circularity, and biomimicry as essential tools for innovation.

Integrate Regenerative Metrics

For too long, organizations have measured success primarily through financial and carbon reduction metrics. This is not enough. Businesses and governments must begin incorporating biodiversity gains, soil regeneration, water quality improvements, and ecosystem restoration into their performance indicators. By doing so, we can redefine value—moving away from short-term profit to long-term planetary health.

Invest in Nature-Based Solutions

Governments, cities, and businesses must shift investment priorities to projects that work with nature, not against it. This means funding large-scale reforestation programs, urban green spaces, wetland restorations, and biomimetic infrastructure. These solutions not only address climate adaptation but also enhance community resilience, public health, and economic stability.

Conclusion: Designing a World That Thrives

I have been to 56 countries and have seen a beautiful world. But we have work to do. The challenges we face—climate change, resource depletion, and social inequity—are not insurmountable. The solutions are right in front of us, woven into the fabric of nature itself. The future of design isn’t about mimicking nature—it’s about becoming nature. If we embrace this shift, we can build cities that regenerate landscapes, supply chains that restore biodiversity, and buildings that produce more energy than they consume. The choice is clear:  Do we continue designing for nature’s destruction? Or do we start designing for nature’s brilliance? The time for regenerative leadership is now.

Perspectives · A.I.

Project Portfolio Management Trends: Navigating the Future in 2025 and Beyond

Project Portfolio Management (PPM) has evolved from a mere prioritization exercise to a strategic imperative driving organizational success. As we get going in 2025, PPM is poised to undergo significant transformations. Advancements in technology, evolving work paradigms, and a heightened emphasis on strategic alignment are reshaping how organizations manage their project portfolios. As 2025 commences, there are several key trends that have the potential to shape the future of PPM. In this article I’ll identify five key trends and offer insights as to how PPM will evolve in the next few years.

1. Artificial Intelligence (AI) and Machine Learning (ML) Integration

AI and ML are no longer just buzzwords; they are transforming PPM in profound ways. In 2024 our friends at PMI developed their own AI tool – PMI Infinity (which we happily contributed a lot of GPM content to!) and our partners at greyfly.ai have been busy with some incredible breakthroughs in predictive analytics (check out our white paper). We have also seen rapid uptake of generative AI tools in day-to-day practices across many industries. But things are just getting started. How will AI shape PPM? There are two emerging opportunities which I will examine.

Predictive Analytics and Risk Mitigation

The era of big data has amplified the importance of portfolio analytics in PPM. Portfolio managers are leveraging analytics not just for individual project monitoring but also for holistic portfolio optimization. Tools offering dashboards with predictive analytics, KPI tracking, and scenario modeling enable organizations to make proactive decisions and maintain competitive advantages. AI tools will allow portfolio managers to move beyond basic forecasting. AI algorithms are now capable of analyzing vast datasets, including market trends, competitor activity, and internal performance metrics, to predict project outcomes with unprecedented accuracy. By identifying potential roadblocks and their likelihood, AI empowers organizations to proactively mitigate risks, minimizing disruptions and cost overruns. For instance, AI can analyze historical data on project delays to identify common causes and predict their occurrence in future projects, allowing for proactive adjustments to timelines and resource allocation. AI can also simulate various scenarios and their potential outcomes, enabling organizations to make more informed decisions about project investments and explore alternative approaches.

Automated Prioritization and Resource Optimization

The other key opportunity is in relation to prioritization and resource management. AI algorithms can continuously assess project performance, market shifts, and resource availability to dynamically adjust project priorities. This ensures that organizations are always working on the most impactful projects aligned with their strategic goals. AI can also optimize resource allocation by analyzing individual skillsets, availability, and project requirements in real-time. This not only improves project efficiency but also enhances employee satisfaction by matching individuals with projects that align with their strengths and interests. By analyzing historical data and market trends, AI can predict future resource needs, enabling organizations to proactively recruit, train, and upskill their workforce to meet evolving demands. Expect to see further developments! 2. Enhanced Collaboration and Communication: Building Stronger Bridges Effective communication and collaboration are the cornerstones of successful project execution. In the evolving PPM landscape:

Real-time Collaboration Platforms: Beyond Basic Connectivity

The COVID-19 pandemic set a new precedent for remote and hybrid work. Even as workplaces move back towards working form the office, project portfolio managers are expected to maintain remote collaboration tools and methods to accommodate global and distributed teams. Asynchronous communication, cloud-based platforms, and digital whiteboards are now staples of PPM, enabling seamless teamwork regardless of location. Modern collaboration platforms go beyond simple file sharing. They offer integrated workspaces that bring together project plans, communication channels, task assignments, and real-time progress updates in a single, unified platform. Features like video conferencing, screen sharing, and instant messaging within the project management platform facilitate seamless communication and reduce the need for separate tools. We will also see greater use of data visualization tools that provide real-time insights into project progress, risks, and resource utilization, making it easier for stakeholders to understand project status and make informed decisions.

Data-Driven Decision Making: Turning Data into Actionable Insights

Integrating PPM tools with business intelligence platforms provide access to a wealth of data, enabling organizations to gain deeper insights into project performance, identify areas for improvement, and make data-driven decisions that optimize project outcomes. Customizable dashboards provide real-time visibility into key project metrics, such as progress, budget, and resource utilization. This enables project managers to quickly identify potential issues and take corrective action. 2025 will also bring further refinement of predictive analytics for decision support. By analyzing historical data and identifying patterns, AI can predict potential challenges and opportunities, providing valuable insights to inform strategic decision-making. 3. Agile and Adaptive Approaches: Embracing Flexibility and Change Agile and adaptive approaches are essential for navigating uncertainty and delivering value quickly, particularly in the dynamic and volatile environment organizations operate in today. There are two key trends to watch.

Agile Portfolio Management: Beyond Project-Level Agility

Agile portfolio management emphasizes continuous feedback loops and iterative planning, allowing organizations to adapt to changing market conditions and refine their project strategies based on real-time data. A focus on customer value helps prioritize projects that deliver the greatest value to customers, ensuring that organizational efforts are aligned with market demands and customer expectations.

Lean Portfolio Management: Optimizing Flow and Eliminating Waste

We will also see greater adoption of lean principles. Lean principles focus on identifying and eliminating waste in the project portfolio, such as unnecessary tasks, delays, and rework. This improves efficiency, reduces costs, and accelerates time-to-market. Lean portfolio management emphasizes optimizing the flow of work through the project portfolio, minimizing bottlenecks and ensuring that projects are delivered smoothly and efficiently. Like agile, a key element of lean portfolio management is fostering a culture of continuous improvement, encouraging teams to identify and implement process improvements on an ongoing basis. 4. Focus on Business Value and ROI: Delivering Measurable Results Demonstrating the business value of projects is no longer optional; it's a necessity.

Value Stream Mapping: Visualizing the Flow of Value

By mapping the flow of value from idea to customer, organizations can identify and eliminate waste, optimize processes, and improve overall portfolio performance. This can also help identify and address bottlenecks and inefficiencies that hinder value delivery. Value stream mapping helps identify and reduce lead times, the time it takes to deliver value to customers. This not only improves customer satisfaction but also enhances organizational competitiveness. By focusing on activities that directly add value to customers, organizations can eliminate waste and improve overall project efficiency and effectiveness.

Key Performance Indicators (KPIs): Measuring What Matters to Drive Improvements

Organizations must define and track key performance indicators that align with their strategic objectives. This may include metrics such as customer satisfaction, market share, return on investment (ROI), and time-to-market. By analyzing KPI data, organizations can identify areas for improvement, track progress towards goals, and make data-driven decisions to optimize project performance. 5. Increased Focus on Sustainability: Building a Sustainable Future Sustainability has transitioned from being a niche concern to a fundamental principle embedded in project portfolio management (PPM). Organizations are now leveraging sustainable practices to achieve long-term success while addressing environmental, social, and economic responsibilities.

Shift from Sustainable to Regenerative

The future of PPM lies in embracing regenerative design—a transformative approach that goes beyond sustainability. While sustainability aims to minimize harm, regenerative design actively restores ecosystems, improves community well-being, and creates lasting value. This shift has far-reaching implications across industries, requiring new tools, methods, and mindsets to manage projects effectively. Learn more about the regenerative design in our competence standard, a free GPM resource!

Circular Economy Principles: Minimizing Waste and Maximizing Resource Utilization

Circular economy principles are being extensively integrated into PPM practices to minimize environmental footprints.

• Reducing Waste: Organizations use digital twins and lifecycle assessment tools to map value flows and pinpoint inefficiencies. For example, manufacturers might recycle leftover materials from production into new products or components rather than discarding them.
• Extending Product Lifecycles: In technology portfolios, companies focus on modular designs to ensure easier upgrades and repairs, extending the usability of devices. For example, a consumer electronics project may adopt designs that allow customers to replace parts rather than discard the entire product.
• Promoting Resource Efficiency: Projects in sectors like water management leverage smart monitoring systems to optimize water usage and reduce waste. For instance, a water treatment facility might incorporate IoT sensors to track usage and leaks, leading to more efficient resource utilization.

Social Impact Assessment: Measuring and Mitigating Social Impacts Social impact assessments (SIAs) are becoming an integral part of PPM, driven by increasing awareness of the interconnectedness between projects and their surrounding communities. By systematically evaluating the social implications of projects, organizations can align their efforts with societal needs, mitigate risks, and maximize positive outcomes for all stakeholders. Here’s an expanded discussion on how SIAs are applied and their role in creating sustainable value:

Identifying and Assessing Social Impacts

The initial step in an SIA involves identifying the potential social impacts a project may have, both positive and negative. For example:

• Infrastructure Projects: A new highway construction may improve regional connectivity but also risk displacing communities. Social impact assessments evaluate how such projects affect housing, livelihoods, and community cohesion.
• Technology Implementation: Rolling out smart city initiatives, like surveillance systems or digital payment infrastructures, may enhance public safety and convenience but also raise concerns about privacy and inclusivity for vulnerable populations.
• Energy Projects: Renewable energy initiatives like solar farms can bring economic benefits and reduce carbon footprints. However, SIAs evaluate possible impacts on local wildlife, agricultural land use, or aesthetic values cherished by communities.

Developing Mitigation and Enhancement Strategies

Once impacts are identified, organizations craft strategies to mitigate adverse effects while amplifying positive outcomes. Examples include:

• Mitigating Displacement Risks: In urban development projects, organizations may work with governments and NGOs to create resettlement programs that include fair compensation, access to alternative housing, and livelihood support.
• Enhancing Educational Opportunities: Large industrial projects often fund local educational programs, such as vocational training centers, to equip residents with skills relevant to new employment opportunities created by the project.
• Protecting Vulnerable Populations: When launching infrastructure projects in rural or underserved regions, special considerations might be made for vulnerable groups, such as ensuring that indigenous peoples are consulted and their cultural heritage protected.

Engaging with Stakeholders for Inclusive Decision-Making

Stakeholder engagement is at the heart of effective social impact assessments. By involving diverse groups throughout the project lifecycle, organizations can foster trust, gain valuable insights, and ensure that projects reflect the needs and aspirations of the community. This engagement takes several forms: Public Consultations, Partnerships with Local Organizations and Continuous Feedback Loops to track stakeholder sentiment and make adjustments during project execution.

Measuring Long-Term Social Benefits

Social impact assessments don’t end with project completion. Organizations increasingly measure the long-term benefits of their projects to understand how they contribute to broader societal goals. Examples include:

• Economic Empowerment: Monitoring employment rates and economic activity in areas affected by the project, such as increased entrepreneurship following the development of a transportation hub.
• Quality of Life Improvements: Assessing how projects like clean water initiatives or healthcare infrastructure enhance living conditions for communities.
• Cultural Preservation: Evaluating the success of measures to protect historical or cultural sites impacted by construction or tourism projects.

Looking Ahead: 2025 and Beyond: A Glimpse into the Future

As we move further into the future, we can expect to see these trends evolve and converge in exciting new ways. As we move into 2025, the trends shaping project portfolio management reflect a dynamic interplay of technology, strategic focus, and human-centric approaches. For project managers, staying informed and adaptable will be key to leveraging these developments effectively. By embracing emerging tools, enhancing soft skills, and aligning projects with broader organizational goals, project managers can position themselves as pivotal contributors to their organizations’ success. Project portfolio management is no longer about managing projects in silos. It is about driving organizational transformation, fostering innovation, and ensuring sustainable growth. The future is bright for those who see PPM not just as a discipline but as a strategic enabler for business excellence.

Key Takeaways for Project Managers:

• Embrace AI and ML: Leverage AI-powered tools to enhance decision-making, automate tasks, and improve project predictability.
• Foster Collaboration and Communication: Utilize advanced collaboration platforms and effective communication strategies to build strong relationships and ensure seamless information flow.
• Adopt Agile and Adaptive Approaches: Embrace agile methodologies and frameworks to adapt to changing business needs and deliver value quickly.
• Focus on Business Value and ROI: Define and track key performance indicators, measure project success, and communicate the business value of projects to stakeholders.
• Prioritize Sustainability: Integrate environmental, social, and economic considerations into all phases of the project lifecycle.
• Develop Future-Proof Skills: Continuously develop new skills, such as data analysis, AI literacy, and strategic thinking, to remain competitive in the evolving project management landscape.

By staying informed about these trends and adapting their approaches accordingly, project managers can effectively navigate the evolving landscape of PPM and drive organizational success in the years to come.

Perspectives · Regeneration

From 'Circular Economy' to 'Circular Excuses': Why We Need Net-Positive Systems

From 'Circular Economy' to 'Circular Excuses': Why We Need Net-Positive Systems

The circular economy has become the darling of sustainability narratives—reduce waste, reuse materials, recycle what’s left. It’s a tidy story that lets businesses claim progress while doing the bare minimum. But let’s be honest—this is sustainability on autopilot, and it’s stalling the real change we desperately need. At its core, this approach is reductionist thinking run amok. It shrinks sprawling, interconnected crises into feel-good metrics: "We recycled X% more," or "We cut emissions by Y%." These sound impressive on paper but do little to address root causes. Worse, they give cover to systems that perpetuate harm, making “less bad” the benchmark for success. Reductionism like this is dangerous because it focuses on symptoms, not systems. It encourages us to celebrate small wins while the larger battle is being lost. A thinner plastic wrapper or slightly improved recycling rate might be better than nothing, but when the bar is set so low, we risk mistaking activity for progress. And progress is exactly what we’re missing.

Why SDG 12 is Stalled

Take SDG 12: Responsible Consumption and Production. I had the privilege of helping craft this goal, and the ambition behind it was crystal clear: we needed systems that aligned consumption and production with the planet’s ability to regenerate. It was a call to action for businesses, governments, and individuals to rethink the way we produce and consume. But years later, progress is painfully slow. Why? Because we’re still fiddling at the edges. Instead of transforming systems, we’re tinkering with individual components. A thinner plastic wrapper or a marginally higher recycling rate isn’t a victory—it’s a distraction. It diverts attention from the deeper systemic changes needed to address overproduction, overconsumption, and waste. The hard truth is this: no amount of recycling or material efficiency will fix systems that are fundamentally unsustainable.

The Circular Economy’s False Comfort

The circular economy, as it’s widely practiced, is a prime example of this flawed thinking. Recycling rates inch upward, yet virgin material production soars. Products are “designed for reuse,” but most never see a second life. Companies pat themselves on the back for cutting waste while ignoring the sprawling impacts of their broader business models. Even worse, the circular economy can lead to unintended consequences. Consider fast fashion. Many brands tout their recycling initiatives, offering discounts in exchange for old clothing. On the surface, this seems like progress. In reality, it encourages overconsumption, fueling the very systems driving environmental degradation. This rebound effect undermines good intentions, making the circular economy not just ineffective but actively harmful.

The Case for Net-Positive Systems

What’s needed now is a leap forward—a shift from circular excuses to net-positive systems. True sustainability isn’t about harm reduction; it’s about regeneration. It means leaving the environment, communities, and economies stronger than we found them. In net-positive systems, success isn’t measured by how little we extract but by how much we give back. Take regenerative agriculture: it doesn’t stop at using fewer chemicals or cutting emissions. It restores soil health, boosts biodiversity, sequesters carbon, and creates economic resilience. It’s a system that heals while it feeds, solving problems instead of merely mitigating them. Net-positive systems represent a radical departure from reductionist thinking. They challenge us to move beyond doing less harm and embrace solutions that actively regenerate ecosystems, restore biodiversity, strengthen communities, and enhance economic resilience.

What GPM is Doing Differently

At GPM, we’ve embraced this ethos in our new competence standard. We rejected the incrementalism of reductionist thinking because sustainability demands real gains. (You can read it from our website without even having to download it.) Our standards push organizations to embed sustainability at every project stage, from ideation to execution. And we didn’t take the lazy route of slapping “sustainability” in front of other words without context—a hollow tactic that screams, “I don’t know what I’m talking about.” like some others do. Instead, we get specific: What is the project’s net impact and ? Are we restoring ecosystems or merely depleting them more slowly? Are we strengthening communities or just avoiding harm? These aren’t easy questions—but they’re the ones that matter.  This is what you expect from leading experts. This focus on meaningful impact is critical because, as a society, we cannot afford to settle for less. The climate crisis, biodiversity loss, and social inequities aren’t problems that can be solved by tinkering around the edges. Incremental efficiency gains won’t tackle overproduction, overconsumption, or inequity. What we need is a mindset shift—from doing less harm to creating systems that do more good.

The Economic Case for Regeneration

And let’s be clear: this shift isn’t just about altruism—it’s about survival. The economic costs of inaction are staggering. From extreme weather events disrupting supply chains to resource scarcity driving up costs, the risks of maintaining the status quo are far greater than the costs of transformation. Businesses that fail to embrace net-positive systems will find themselves on the wrong side of history—and the wrong side of market demand. Investors are taking notice, too. As the financial world shifts its focus to long-term value creation, businesses that embed regenerative principles into their operations will find themselves at a competitive advantage. Customers and employees are demanding it, and the organizations that answer the call will lead the way into a more sustainable future.

Tools for Transformation

The good news is that the tools for transformation are here, and we’re ready to help you use them. At GPM, we’ve developed new frameworks and standards designed to flip the script on sustainability. These aren’t just guidelines—they’re a blueprint for regenerative systems that leave the world better off. And we’re not stopping there. Next month, we’re launching a new set of training programs to equip leaders with the skills and strategies to drive this change. We’ve seen firsthand how organizations can redefine their approach to sustainability by focusing on net-positive outcomes. It starts with asking the right questions: How can this project regenerate ecosystems? How can it strengthen local communities? How can it contribute to a more resilient economy? By embedding these principles into project design and execution, we can create a ripple effect of positive change.

Join Us in Flipping the Script

This is your opportunity to lead. Join us in embracing a regenerative approach to sustainability—a vision of the future that doesn’t just mitigate harm but actively restores and renews. Whether you’re a CEO, a project manager, or a sustainability officer, you have the power to make a difference. Next month, we’re launching tools and training designed to help you take action and this month we are kicking off our 2025 ambassador roundtables!  From practical strategies to real-world applications, our new offerings are built to equip you to drive meaningful change. Together, we can break free from circular excuses and create systems that regenerate, restore, and give back. The future of sustainability isn’t circular. It’s net-positive, it's regenerative. The time to act is now. Let’s flip the script—because anything less is simply treading water and we are done with that.

Perspectives · Greenwashing

How to Recognize Project Greenwashing: A Case Study

We need to talk about Greenwashing in projects. In the GPM P5 Standard for Sustainability in Project Management, we provide prescriptive guidance on 49 sustainability topics. Among them is one that’s critical in today’s world: green claims and greenwashing. This issue has become increasingly prevalent as organizations rush to signal sustainability without committing to the substance of it. Greenwashing is, in essence, a facade. It involves making false or misleading environmental claims to create the illusion of sustainability. This can range from exaggerated marketing language to selective reporting, or even outright lies. These tactics mislead stakeholders and consumers, diverting attention away from meaningful progress and contributing to the erosion of trust. The challenge with greenwashing lies in its ambiguity. When terms like “sustainability” or “eco-friendly” are used without definition or context, they become empty buzzwords. They sound good but mean little. And when organizations fail to clearly define or understand what sustainability entails, they risk perpetuating harm—even unintentionally.

Why We Need Granular Definitions

Sustainability isn’t just a feel-good term. It’s a complex, multidimensional framework that requires deliberate effort and understanding to implement. This is why the GPM P5 Standard goes beyond platitudes, providing actionable guidance for project managers. According to the standard, project teams must:

• Tell the truth about a project’s environmental impacts.
• Adopt a zero-tolerance policy for greenwashing.
• Verify suppliers’ practices and reject those making false claims.
• Provide transparent and measurable data in ESG disclosures​.

Without clear definitions, how can project managers recognize greenwashing? How can they ensure that their projects align with true sustainability goals? The truth is, they can’t. And this is where most frameworks and standards fall short: they rely on high-level ideals without equipping professionals with the tools and knowledge to deliver.  If you are reading a standard on sustainability and it just says "sustainability" and doesn't go any deeper than that, how is that helpful?  Hint. It isn't.

The Case Study: Selangor’s "Siera Alam"

During a holiday in Selangor, Malaysia, I saw firsthand the devastating impacts of unchecked development. December in Selangor is rainy season, but in recent years, the rains have brought more than just water—they’ve brought catastrophic flooding. Streets transform into rivers, displacing families and disrupting livelihoods. What was once an anomaly has become a predictable disaster, with environmental degradation at its core. While driving, I encountered a housing development that perfectly encapsulated the greenwashing phenomenon. Named “Siera Alam,” the project proudly displayed a logo featuring a golden leaf, a symbol of harmony with nature. Below it, the tagline proclaimed: “Kelestarian Biodiversiti Untuk Kesejahteraan Komuniti”—“To Biodiversity Sustainability for Community Well-being.”

I recorded a video of the development so you can see the stark reality for yourself.

In the footage, you’ll notice the barren landscape where thriving biodiversity once existed. This destruction is not an unfortunate byproduct—it’s a direct contradiction of the sustainability claims plastered across the development's branding. What’s left behind is a scarred ecosystem and a community more prone to flooding than ever before

https://youtu.be/tgkKSiy6tkg

. As you saw in the video, a vast stretch of mountainside had been razed to make way for housing units. What once was an ecosystem teeming with life had been reduced to barren earth. The natural infrastructure that used to trap rainwater and prevent flooding had been obliterated. Calling this “biodiversity sustainability” isn’t just inaccurate—it’s an insult to the concept. Yet the development itself told a very different story. A vast stretch of mountainside had been razed to make way for housing units. What once was an ecosystem teeming with life had been reduced to barren earth. The natural infrastructure that used to trap rainwater and prevent flooding had been obliterated. Calling this “biodiversity sustainability” isn’t just inaccurate—it’s an insult to the concept. Here is a photo I took of flooding after just a couple hours of rain not more than a few minutes drive from the site.   This visual evidence underscores the dangers of greenwashing: grandiose sustainability claims masking practices that exacerbate environmental harm. What’s worse, when I contacted the PKNS State Development Corporation, the developer of “Siera Alam,” to question their claims, I received no response. This silence reinforces a pattern—bold assertions of sustainability, but no transparency or accountability when challenged.

Over the past decade, Shah Alam and the broader Selangor region have experienced significant biodiversity loss, primarily due to rapid urbanization and deforestation. The Shah Alam Community Forest (SACF), part of the Bukit Cherakah Forest Reserve, has been a focal point in this struggle. Despite its rich biodiversity—including 106 bird species, 455 plant species, 94 butterfly species, 32 reptile species, and 21 amphibian species—SACF faces threats from development projects. In 2024, residents and NGOs united in a last-ditch effort to save SACF from imminent destruction, highlighting the ongoing battle between development and conservation in the area. [SRC]

Additionally, a 2022 report indicated that Selangor could lose up to 4,000 hectares of pristine forest to development, further exacerbating biodiversity loss. These developments underscore the urgent need for sustainable urban planning and conservation efforts to protect the remaining biodiversity in Shah Alam and its surrounding regions.

The Silence of Greenwashing

These are not just isolated events; they point to a broader issue of greenwashing—a practice where sustainability is used as a marketing tool while harmful actions persist unchecked. I reached out to the PKNS State Development Corporation, the entity behind the “Siera Alam” housing project, to question their sustainability claims. Predictably, I received no response. This silence is emblematic of greenwashing. Organizations make bold claims at the forefront—using terms like "biodiversity preservation"—while avoiding transparency and accountability when challenged. Greenwashing thrives in the absence of scrutiny, and companies rely on the assumption that most people won’t dig deeper.

Why Greenwashing is Dangerous

Greenwashing isn’t just unethical—it’s actively harmful. It undermines public trust, diverts resources from genuine sustainability efforts, and exacerbates the problems it claims to solve. For every project like “Siera Alam,” where biodiversity is sacrificed for profit under the guise of sustainability, we collectively step backward in our fight against climate change, biodiversity loss, and environmental degradation. It’s not just the environment that suffers; greenwashing erodes the credibility of organizations genuinely working to improve their environmental performance. When such claims are exposed as false or exaggerated, the public becomes skeptical of all sustainability efforts. This creates a ripple effect, diluting the impact of genuine initiatives and fostering distrust.

Are They Gaslighting Us?

In cases like this, greenwashing often takes the form of gaslighting. Developers present actions that are clearly destructive—such as deforestation or ecosystem disruption—while framing them as beneficial to the environment. Words like “ecosystem protection” or “biodiversity preservation” are used in marketing materials to distract from the visible harm. When challenged, these organizations either remain silent or dismiss criticism, further confusing the public and deflecting responsibility. This creates a false reality where harmful projects are celebrated as sustainable—a textbook example of gaslighting. It’s not just misleading; it’s a deliberate attempt to rewrite the narrative and suppress accountability.

Recognizing the Signs of Greenwashing

For project managers and stakeholders, recognizing greenwashing is critical to ensuring accountability and real sustainability. Here are some red flags to watch for:

1. Buzzwords Without Backing: Claims like “eco-friendly” or “sustainable” without specific, measurable evidence.
2. Selective Transparency: Highlighting minor environmental benefits while omitting significant negative impacts.
3. False Certifications: Using meaningless certifications or labels that don’t align with rigorous industry standards.
4. Contradictory Actions: Promoting sustainability while engaging in practices that directly harm the environment.
5. Silence Under Scrutiny: Avoiding transparency or failing to respond when questioned.

The Role of Project Managers in Combating Greenwashing

Project managers are uniquely positioned to challenge greenwashing and ensure sustainability is embedded throughout every phase of a project. As the bridge between strategy and execution, they have the tools and influence to demand transparency and accountability. Here’s what project managers can do:

• Adopt Transparency as a Core Principle: Support every sustainability claim with evidence and make this information accessible to stakeholders.
• Verify Supplier Claims: Partner only with suppliers who can demonstrate genuine sustainability commitments, supported by data and third-party verification.
• Engage Stakeholders Honestly: Communicate openly about the true impacts of a project—positive and negative—and avoid overselling benefits.
• Use Established Standards: Frameworks like the P5 Standard provide detailed guidance for aligning projects with real sustainability goals and avoiding greenwashing traps.

A Call for Accountability

It’s important to note that this is not about singling out PKNS or “Siera Alam.” Greenwashing is everywhere, from large-scale multinational projects to local community initiatives. This piece is not about shame; it’s about education and action. If we don’t define what sustainability truly means—and hold organizations accountable for their claims—we risk perpetuating the very harm we seek to address. Words like “biodiversity,” “regeneration,” and “sustainability” hold immense power. But that power is only realized when paired with measurable, meaningful action. If we allow these terms to be co-opted and diluted, they become tools for deception rather than progress. Project managers have a crucial role to play in this fight. By enforcing rigorous standards, demanding transparency, and prioritizing integrity, we can combat greenwashing and ensure that sustainability remains a principle worth striving for—not just a buzzword. It’s time to demand more—from ourselves, our organizations, and the projects we bring to life. Together, we can ensure that sustainability is more than just a promise—it’s a commitment we uphold every step of the way.