Category: Sustainability

  • Local SEO for Sustainability Consultants, Installers and Energy Services

    Local SEO for Sustainability Consultants, Installers and Energy Services

    Local search can help sustainability consultants, installers, and energy service providers reach people who are ready to compare options, request quotes, and book work. This article explains how to build a local SEO approach that fits service areas, map results, trust signals, and location based intent without relying on broad generic marketing.

  • How Product Design Shapes the Right to Repair and Sustainability

    How Product Design Shapes the Right to Repair and Sustainability

    Product design determines whether a device can be repaired, upgraded, and kept in use long enough to avoid unnecessary waste. This article explains the design choices that make repair easier or harder and why they matter for sustainability across the product life cycle.

  • Why Efficiency Does Not Always Cut Emissions

    Why Efficiency Does Not Always Cut Emissions

    Efficiency improvements can reduce energy use per unit of output, but the climate result depends on what happens next. This article explains the rebound effect, why savings can be partly or fully offset, and how to judge whether efficiency will actually lower emissions in practice.

  • Why Production Methods Matter for Meat and Dairy Emissions

    Why Production Methods Matter for Meat and Dairy Emissions

    Meat and dairy can have very different climate footprints depending on how animals are raised, what they eat, how manure is handled, and how feed is produced. This article explains the main production factors that shape emissions and why broad comparisons often miss the details that matter most.

  • Sustainable AI Product Design and When Not to Use Artificial Intelligence

    Sustainable AI Product Design and When Not to Use Artificial Intelligence

    This article explains how to decide whether AI belongs in a product at all, then shows how to design it more sustainably when it does. You will learn practical criteria for avoiding unnecessary AI, choosing simpler alternatives, and reducing waste in data, compute, and product workflows.

  • Slow Travel for Sustainability, Budgeting, and Better Trip Planning

    Slow Travel for Sustainability, Budgeting, and Better Trip Planning

    Slow travel can change the environmental and financial profile of a trip, but the effect depends on how you move, how long you stay, and what you do once you arrive. This article explains the main sustainability benefits, the real costs to plan for, and the tradeoffs that matter when you want a trip that…

  • On Device AI Versus Cloud AI Sustainability Tradeoffs

    On Device AI Versus Cloud AI Sustainability Tradeoffs

    On device AI and cloud AI can each support lower or higher environmental impact depending on model size, usage patterns, hardware, and data movement. This article explains the main tradeoffs so you can compare both approaches more carefully and choose the option that fits the product and the workload.

  • Sustainability OKR Examples for Engineering, Product and Marketing Teams

    Sustainability OKR Examples for Engineering, Product and Marketing Teams

    This article shows how to write sustainability OKRs that fit engineering, product and marketing work without turning goals into vague slogans. You will see practical examples, ways to measure progress, and common mistakes to avoid when teams need targets that are realistic, specific and useful.

  • What Customers Expect to Find on Product Sustainability Pages

    What Customers Expect to Find on Product Sustainability Pages

    A good product sustainability page should help shoppers judge whether environmental claims are specific, relevant, and easy to compare. This article explains the details customers usually look for, how to present them clearly, and where pages often fall short.

  • How to Reduce Wasted Builds in CI CD Pipelines

    How to Reduce Wasted Builds in CI CD Pipelines

    CI CD pipelines can generate unnecessary emissions when they run too often, build too much, or repeat work that does not change the final artifact. This article explains where that waste comes from and how teams can reduce it with practical changes to triggers, caching, test selection, and workflow design.