Strategies for improving climate risk tool adoption

EV charging networks. Building energy management systems. Smart grids. Brilliant climate solutions are failing. Not because they don’t work—but because the end users are an afterthought. Here are 5 smart design principles that turn complex climate tech into tools people actually use. 1. Simplify the complex Look at carbon reporting dashboards – the good ones don't drown procurement teams in emission factors. They make it clear: here are your top emission sources, and here's what to tackle first. Suddenly, action feels possible (with detailed analytics a click away). 2.Keep it consistent Facility managers juggle desktop monitoring, mobile alerts, and on-site controls for energy systems. When the interface stays identical everywhere — same terms, same buttons, same flow — your adoption soars. Nobody has time to learn three systems. 3.Design for your entire ecosystem The best sustainability platforms work for both the ESG director and the data entry clerk. They can connect different workflows without forcing everyone to wade through features they'll never use. 4.Make troubleshooting obvious When a factory's energy optimization system flags an issue, error codes aren't enough. Clear next steps make all the difference: "Compressor 3 is running inefficiently. Check: 1) Air pressure settings 2) Filter status." 5.Show impact clearly Monthly sustainability reports shouldn't need a PhD. The most effective ones translate complex metrics into business impact, making it easier for decision-makers to see the return on their investment: "Process changes reduced Scope 1 emissions by 175 tonnes CO2e this quarter, putting you at 68% of the 2024 reduction target." Great design isn't just about making climate tech look good — it's about making it work in the real world, where time is short and stakes are high. What challenges have you faced in making sustainability tools more user-friendly? -- I run a design agency to scale climate impact by building trust-worthy brands and seamless user experiences. Reach out to know how we can help!

For risk managers: How to integrate adaptation into your planning: 5 important considerations. As climate disasters mount and consensus on adaptation needs builds, I’m frequently asked by risk managers, how do we think about both physical and transition risks together? I try to guide them to an effective framework for translating both types of risks into financial impacts as a starting point. However, we need to go farther than that and actively consider how future strategies are influenced by the need for adaptation. In a recent workshop for risk managers, I took the new report from the NGFS about integrating adaptation into transition plans and showed how the 5 pillar framework of the ISSB and TPT can be leveraged to ensure adaptation is well considered. Here’s what that looks like for each pillar: 1. Governance- Existing governance mechanisms used for climate mitigation should also oversee adaptation objectives and monitor progress against adaptation targets once they are set. 2. Foundations- Institutions should set clear adaptation objectives focused on managing exposure to physical climate risks and, where appropriate, identifying business opportunities that enhance resilience. 3. Implementation Strategy- Based on physical risk and opportunity assessments, institutions should determine their risk and investment appetite and embed responses (e.g. avoid, accept, reduce, transfer, or invest) into business strategy and operations. 4. Engagement Strategy- Build on existing mitigation-related engagement to support a cohesive approach while fostering an internal and external environment conducive to increased climate resilience. 5. Metrics and Targets- Develop metrics starting with data stocktakes and baseline measures, then advancing to output-based metrics that assess the effectiveness of adaptation in managing physical risk. Drop me a message or comment to learn how we are helping risk managers tackle both adaptation and transition challenges! #climaterisk #adaptation #transitionplans #climateregulation #risk

"But that's not an impact to me." I've heard that complaint from many companies who used other climate risk softwares. The software would say: "Flood risk is high at this location. Expected damage: $4M based on building replacement cost." And the client would say: "We don't own that building. We lease two floors. If it floods, we're not paying to rebuild anything." So what's the actual impact? Lost contracts if clients leave. Service disruptions. Maybe increased insurance premiums. Completely different math. This is the fundamental problem with most climate risk tools. They're built with predefined impact pathways that assume everyone's business works the same way. They don't. A retailer's flood risk looks nothing like a logistics company's flood risk looks nothing like a software company's flood risk. Same hazard. Completely different financial consequences. The old approach was: Here's what the model says you lose. Accept it. The new approach should be: Here's the hazard data. Now you tell us what you actually lose, and we'll quantify that. At Beehive, I think one of the coolest things that we do is let users build their own equations. You define the variables. Cost per closure day. Lost revenue per disrupted service. Whatever matters to your business. The software handles the climate modeling. You handle the business logic. If your climate risk tool can't adapt to how your company actually operates, it's not a risk management tool. It's a theoretical exercise. Sustainability teams: Do not accept generic impact. Your business is specific. Your risk quantification should be too.

Great lunchtime roundtable today at #greenbiz on what it really takes to embed climate risk into core business decision making. Quick takeaway from the group: 1. Believability beats complexity Use the language ERM already trusts — severity, probability, velocity, risk matrices. Translate, don’t reinvent. 2. Start cross-functional early Find a champion in ERM, ops, supply chain, or finance. Early involvement drives real buy-in when results are presented. 3. Anchor in risks the business already feels today Start with existing disruptions — facility outages, commodity volatility, supplier issues — then connect to climate drivers. 4. The real goal: ownership + mitigation budget Once ERM understands cost magnitude, the next step is assigning business owners and funding real resilience actions. Big picture: Climate risk is moving from reporting → core business risk → capital allocation. Thanks for purposely (or accidentally!) sitting at the table and enriching the conversation - Annie Christianson, Phoebe Cribb , Natasha Harvey, Ame Igharo Risilience