“Smarter Data for a Greener Future”

Tag: Data

  • Sustainable computing practices: When “clean” tools aren’t clean

    Most people think the sustainability fight is about switching to electric cars, ditching plastic straws, or planting trees in some far-off offset program. But the hard truth? Even the tools built to save the planet quietly siphon energy, burn carbon, and leave their own digital soot behind. A focus on sustainable computing practices is the best way to reduce your impact.

    Sustainable computing practices make a difference when it comes to environmental impact.

    Why it hurts when clean tech feels dirty

    You know that uneasy feeling when you do something good but suspect it might not be good enough? That’s the elephant in the server room of modern sustainable computing practices. We’re surrounded by tools and platforms that promise to shrink our environmental footprints. But peel back the interface, and you might find a fat carbon bill quietly humming under the hood.

    Sustainability dashboards. Eco-optimizing apps. Footprint trackers. They all swear they’re fighting climate change. And maybe they are. But too often, the tech built to save the planet ends up burning it a little more instead.

    The myth beneath the glossy interface

    Clean tech doesn’t come from a magic wand. It comes from mining, manufacturing, and machines running hot. Solar panels degrade. Wind turbines require rare materials. AI models that predict energy usage often consume more training power than a family home uses in a year.

    And the apps? The dashboards? The “insights”? They aren’t free. Just because something helps you reduce emissions doesn’t mean it cost nothing to build or maintain. In digital sustainability, most of the burn happens behind the scenes.

    Building Petrichor meant building with constraint

    When I was building Petrichor, a platform to help users understand and reduce their digital footprint, I wanted to include AI features. But not at the cost of increasing the very thing we were trying to fight.

    So we ran the math. We mapped out what features we really needed. Then we hunted for smaller, leaner AI models that could deliver just enough intelligence without chewing through unnecessary power. No massive LLMs guzzling GPU time. Just purpose-fit models doing quiet, effective work.

    We applied core principles like energy efficiency and carbon awareness, similar to the Green Software Foundation’s sustainability principles, to ensure every feature justified its environmental cost.

    Every feature had to earn its place. If it couldn’t prove it was net-positive for the environment, it got the axe.

    Where most sustainable computing teams still get it wrong

    Too many so-called “sustainable” platforms are green in name, not in architecture. They love to brag about the emissions users avoid, but never disclose the emissions their backends generate to make that calculation.

    It’s like driving a hybrid car to a climate summit, but forgetting to mention you flew first-class to get there. The issue isn’t deception. It’s habit. We measure what’s visible. We market what photographs well. We don’t ask if our interventions actually deliver a net gain.

    What real sustainable computing practices in tech look like

    Here’s what we’ve learned on the ground:

    • Track the full lifecycle: Code, compute, cloud hosting; it all has a footprint.
    • Design for less: More features mean more complexity. More complexity means more energy.
    • Use intent as a constraint: Every idea must answer a tough question: does this reduce impact or just make us feel better?

    You don’t need to be perfect. But if you’re flying a green flag, you damn well better mean it.

    The invisible wins that make the real difference

    The biggest gains weren’t glamorous. They came from small, disciplined choices:

    • Optimizing queries so servers work less
    • Spinning down idle instances to save power
    • Avoiding redundant data tracking that bloats storage and compute cycles

    Those changes don’t make the slide deck. But they make the difference between clean tech and performative tech.

    Build with honesty and sustainable practices, or don’t bother

    If your roadmap includes a sustainability slide but not a single question about your server architecture, start over. Digital sustainability in tech isn’t about marketing optics. It’s about taking real responsibility for what your product burns, not just what it says.

    And if you’re staring at a feature backlog that includes words like “AI,” “insights,” and “dashboard,” but haven’t yet calculated their carbon toll, we should talk.

    Because if your product claims to be a cure, but ends up being another form of quiet pollution, the planet won’t care how clean your font is. It’ll just feel the heat.

    Let’s build something real. Something intentional. Something that stays clean behind the scenes.

  • Measure What Matters analytics: Stop measuring what you can’t fix

    You launch the sprint review. The metrics deck lands on the screen: customer churn, social media mentions, page load times, net promoter scores. Silence. No one speaks because no one knows what action any of it demands. That’s the quiet killer of analytics culture. We gather numbers, not because they guide us, but because they exist. Measure What Matters analytics is a rebellion against that.

    Measure What Matters analytics and how to use it for optimal results.

    Measure What Matters analytics cuts through dashboard clutter

    At first glance, more data feels better. Like carrying ten tools into the woods instead of three. But soon you realize: you’re lugging around weight you never use. I once worked with a mid-market retailer swimming in metrics. Their dashboards sparkled with data points, but the meetings were jammed with questions like, “Why did our click-through rate fall?” and “Is this drop in engagement seasonal or a red flag?” Nobody knew, because the team hadn’t decided which metrics were fixable and which were just… interesting.

    In “Entrepreneurs: Beware of Vanity Metrics,” Eric Ries highlights how metrics such as page views or sign‑ups “look great on paper but aren’t action-oriented.” He recommends evaluating every metric through three criteria: is it actionable, accessible, and auditable, to ensure your KPIs drive meaningful change, not just decoration.

    Vanity metrics create a false sense of security

    This is where things get dangerous. Metrics like brand awareness, sentiment score, or total impressions look fantastic on slides. They give off a warm glow. But they’re like mood lighting—nice ambiance, no clarity. If your bounce rate jumps, you can adjust page layout or navigation. If brand sentiment dips, well, maybe tweet less? The Measure What Matters analytics approach demands every metric earn its spot by answering this: what will we change if this moves?

    Use business value questions to separate signal from noise

    This is where my favorite teaching moment lands. I run a class on business value questions. We start with the basics: Is this problem worth solving? If yes, does it need a data insight or a process change? That small, structured pause is where most companies flail. They chase data because it’s available, not because it’s useful. When you ask those questions up front, you reclaim agency. You stop reacting and start designing.

    Run a KPI audit with action at the center

    So let’s talk tactics. Here’s how you pivot to Measure What Matters analytics:

    1. Actionable mapping: For every metric, write down the next step if it goes up or down. If you draw a blank, the metric fails.
    2. Fixability score: Tag each KPI as Fixable this sprint, Fixable this quarter, or Not fixable. Be ruthless. Cut or sideline anything in the third bucket.
    3. Dashboard pruning: Keep only the metrics that directly tie to levers you can pull now. The rest can live in an appendix or a quarterly strategy doc.

    From data paralysis to product momentum

    One product team I coached trimmed their dashboard to three metrics: Cart Abandonment, Checkout Completion Time, and First-Click Conversion. Every one of those tied to a known lever. That week, they dropped two unnecessary forms from checkout and saw a measurable lift in conversions. Suddenly, meetings became exciting again. People showed up ready to build, not just stare at charts.

    Measure What Matters analytics doesn’t mean flying blind

    This isn’t about ignoring context. You still track the slower, squishier numbers like brand lift or long-term retention—you just don’t let them drive the bus. You move them off the core dashboard and into strategic reviews where they belong. Measure What Matters analytics gives you permission to stop performing data theater and start fixing things.

    Don’t worship dashboards. Build outcomes

    Data should feel like a wrench in your hand, not a painting on the wall. Every metric that survives your audit should demand action. If your KPIs aren’t unlocking new behavior, they’re just decoration. There’s real power in walking into a room and saying, “We measure less, but we fix more.”

    Want help building your version of this?

    This is where I come in. Whether it’s retooling dashboards, coaching teams through KPI audits, or teaching your org how to ask better business value questions, I help companies reclaim momentum. Analytics shouldn’t be a tax on your time. It should be a springboard. Let’s talk about what you actually want to move and how to measure only that.

  • AI carbon footprint: The green tech myth hiding behind dirty data

    They were selling sustainability, but storing customer data like it grew on trees. The AI carbon footprint problem and how to start solving it.

    AI carbon footprint, Green AI has to be the heart of sustainability.

    I once worked with an AI company touting itself as a green-tech pioneer. Their platform promised to help organizations track and reduce carbon emissions using machine learning. But when I asked how their database infrastructure factored into their own environmental impact, I got blank stares. They didn’t know where their data was hosted, how often it was accessed, or what kind of power was fueling it. And they definitely hadn’t thought about the emissions tied to keeping terabytes of customer data idling in the cloud.

    That wasn’t an outlier. It was normal.

    AI carbon footprint is the sustainability elephant in the server room

    AI models don’t float in the ether. They live in racks of GPU servers humming away in data centers, slurping electricity around the clock. Training a large language model can emit as much carbon as five American cars in a year. And that’s just the training run. Every time you ping an AI API, stream a personalized recommendation, or upload a photo for analysis, that model is waking up, running inference, and racking up kilowatt-hours.

    But because the outputs look sleek and smart, we don’t question what’s underneath. It’s the same way people assume digital photos are weightless, forgetting that they live on metal drives spinning in buildings that need air conditioning year-round.

    The problem isn’t just that AI has a carbon footprint. It’s that we pretend it doesn’t.

    Sustainable AI isn’t just about outcomes; it’s about operations

    AI that predicts deforestation while running on coal power is not sustainable. That’s not an opinion. That’s physics.

    But too many sustainability startups focus only on the impact their tool enables, not the cost of delivering that tool. They tout the carbon saved by route optimization or smart energy grids, while ignoring the compute budget they burn through on model retraining or real-time analytics. And let’s not even get started on the carbon cost of storing ten years of sensor data just in case someone might want it.

    If you’re building green tech and you haven’t audited your AI stack, you’re only telling half the story.

    Dirty defaults are killing clean AI intentions

    Most cloud platforms still default to the cheapest available compute, not the cleanest. That means unless you explicitly choose a green region or a carbon-neutral instance, your model is probably burning fossil fuels. And who has time to micromanage that on every deploy?

    That’s why the burden needs to shift. Clean compute shouldn’t be an opt-in checkbox buried in the docs. It should be the default setting. Renewable-powered instances, efficient model architectures, and carbon-aware scheduling; these should be baked into the tools, not left up to individual developers to figure out.

    The impact isn’t just carbon. As MIT researchers explain, the AI carbon footprint extends beyond compute to include water cooling and lifecycle emissions.

    We can’t expect engineers to solve sustainability one config file at a time.

    Smaller models, smarter choices, shrink your AI carbon footprint

    Do you really need a transformer with a billion parameters to classify receipts? Does your chatbot need to run inference in real-time, or could it respond with a few seconds of delay from a batch job powered by solar?

    Right-sizing models isn’t just a performance play anymore. It’s an environmental responsibility. A fine-tuned small model on efficient hardware can often get the job done with a fraction of the emissions. But that requires humility. And intention. And usually, someone on the team who’s willing to say, “That massive model is overkill.”

    Spoiler: that person is rarely the one who wrote the model.

    Green AI: building energy-efficient intelligence

    Green tech used to mean solar panels and wind farms. Then it meant electric cars. Now it means asking hard questions about how we build software, where we store our data, and what we prioritize when we optimize.

    If we want AI to be part of the sustainability solution, we have to stop treating compute like it’s free. And we have to stop rewarding products that only look green on the surface. A clean UX means nothing if it sits on a dirty stack.

    The real innovation isn’t just in what AI can do. It’s in building AI that knows when to rest.

    Want to build tech that walks its green talk?

    If your team is building an AI solution in the sustainability space, don’t stop at feature design. Get serious about your infrastructure. Map your emissions. Audit your data lifecycle. Choose compute that reflects your values. And bring in help if you need it.

    At Evergreen Analytics Partners, we help companies move from green intentions to green implementations. Because your AI carbon footprint matters. And pretending otherwise? That’s the dirtiest part of all.

  • RPA process readiness: Facing automation challenges

    Before diving into robotic process automation (RPA), uncover the common RPA process challenges and how preparing your process maturity can ensure your RPA process readiness .

    RPA process readiness and robotic process automation challenges

    You sit down to automate a workflow, you hear “we want to reduce manual effort,” and you think, “This is straightforward.” But halfway through the kickoff, the process unravels. Tasks shift based on who’s handling them. Yesterday’s steps are gone today. The system is a shape‑shifter. I’ve been there.

    Recently, I sat with a company convinced their messy day‑to‑day steps could be neatly automated. We started documenting. We paused at every variable. We traced every exception. And I hit a wall: their “process” turned out to be wishful thinking. Not consistent. Not standardized. Not ready for automation.

    When the process is an illusion

    Clients often say they have a workflow. In reality, it’s tribal knowledge, spreadsheets, sticky notes, and personal hacks. For one person, step 3 is “ping Jim for status.” For another, it’s “check Slack messages.” That doesn’t just complicate your tech, it wrecks your ROI model. Without proper RPA process readiness, you put in a bot, but the bot can’t adapt to the constant twists in the steps. Instead of saving hours, it just flags errors or, worse, it executes the wrong next step.

    Shifting inputs causes RPA process challenges

    Automated tools don’t pivot well. They follow hardcoded logic, not nuance. If your process changes daily, bots will constantly break. Even low‑code automation platforms rely on predictable inputs. They need guardrails, structure, consistency. Without that, bots trigger false positives, miss key exceptions, and cause more rework than a human could. Bots solve repetition, not confusion.

    The missing foundation: process maturity

    Your process falls short when:

    • Roles change mid‑day
    • Steps depend on who is doing the task
    • Rules shift without documentation
    • Data isn’t captured in one central source

    Automation thrives when the process is ironed out first: documented steps, clear roles, stable rules.

    How to prepare your workflow for the RPA process

    1. Document actual practices, not ideal workflow
      Watch users do the work. Map every conditional branch, exception, and unexpected shortcut.
    2. Standardize roles and inputs
      Who does what, when, and with which tools? Lock that in before building bots.
    3. Track exceptions and edge cases
      If something changes, document it. Don’t ignore unusual scenarios; those are automation landmines.
    4. Iterate small and stabilize
      Automate a tiny sub‑process first. If it runs reliably every day? That’s your green light.
    5. Reassess before each phase
      Don’t assume a process bettered by a week of documentation stays put six months later. Re‑validate before scaling bots.

    For a detailed readiness checklist, check out Propeller’s guide on assessing RPA readiness and determining when your organization is truly ready to implement automation.

    Why you should bring in process consulting first

    If your process is shifting underfoot, automation simply adds brittle code on shaky ground. My consulting helps you build the structure first; then automation adds value. You avoid endless rewrites, broken bots, user frustration, and wasted budget. Instead, you get smooth, dependable automation that actually saves time.

    You don’t need a flashy automation that crashes every morning. You need a stable foundation. Done right, robots amplify logic, not chaos.

    Ready to move beyond wishful thinking and nail down a process that can actually be automated? I help companies lock down variability, document edge cases, and prep your workflows so your automation delivers speed, scale, and sanity. Let’s talk process and ensure your next automated step isn’t a doozy. Reach out for more information.

  • Dashboard data decision making is about asking the right questions

    Effective dashboard data decision making starts not with visuals, but with questions.

    Dashboard data decision making. Learn how to align dashboard metrics and answer shared dashboard questions

    There was a client I worked with where every team was flying their own plane. Product had a dashboard. Marketing had a dashboard. Ops had a dashboard. Each one was built on whatever tool the team liked best: Tableau, Looker, Power BI, even Google Sheets tricked out with charts and colors. And each dashboard was technically doing its job.

    But none of them agreed with each other.

    Why teams struggle to align dashboard metrics

    One team would flag a metric as up. Another would say the same metric was flatlining. People would spend entire meetings arguing about numbers instead of acting on them. Why? Because they weren’t pulling from the same data. Every dashboard had its own flavor of the truth.

    And here’s the kicker: the teams didn’t think the dashboards were broken. They thought the other teams’ dashboards were broken.

    This is what happens when dashboards are built around tools instead of decisions. When every team builds their own version of reality based on what feels easy, or familiar, or cool.

    Asking the right questions for dashboard data decision making

    We had to start from the bottom. Not with a prettier dashboard, but with shared questions. What decisions do we all need to make? Do we actually trust our metrics? What data sources are real, and which ones are stitched together with duct tape and prayer?

    Once we aligned on that, the rest got simpler. We consolidated tools. Built one system everyone could access. Designed the dashboard backwards, from decision to insight to data. Not the other way around.

    Fixing your mindset around dashboard data

    It wasn’t just a visual fix. It was a mindset shift. Dashboards stopped being places to defend your team’s story and started being a shared source of clarity.

    So if your dashboard feels off, maybe it’s not the design. Maybe it’s the questions.

    Start with this: What decision are you actually trying to make?

    Because until you answer that, no dashboard, no matter how pretty, is going to help you.

    For more on structuring dashboards around decision goals, check out this excellent guide on Medium, which walks through defining your dashboard’s purpose, targeting end users, choosing metrics that matter, and refining visuals to support actual decisions.

    Need help aligning your dashboard for real decisions?

    We help teams turn scattered data into shared insight, starting with the right questions. If your dashboards are causing more confusion than clarity, let’s talk. Contact us for a strategy session and start building dashboards that drive action, not arguments.

  • Tech stack optimization: When tools become the problem

    There was a moment during a client meeting when I looked at their tech stack and thought, “This isn’t a tech stack. It’s a tech Jenga tower. And it’s about to fall over.” My client was in desperate need of tech stack optimization.

    They were using ten different pieces of software, all proudly listed out like badges of honor. CRMs, analytics dashboards, visualization tools, marketing platforms, data pipelines, and some random custom-built app no one really understood anymore. Each one was doing something, but together? It was chaos. Multiple logins, constant context switching, overlapping features, and worst of all, data that didn’t line up. The team was exhausted. Not from the work itself, but from wrangling the tools that were supposed to make the work easier.

    This isn’t just a niche issue. According to Forrester, tech stack optimization is now a strategic priority for companies trying to align tools with outcomes instead of just collecting software.

    Tech stack optimization. Clutter leads to chaos.

    Reframe your approach to your tech stack

    This is what happens when software becomes the goal instead of the means. Somewhere along the way, this client had stopped asking, “What do we need to know?” and started asking, “What else can we buy?”

    Don’t get me wrong, the right tools matter. But tools are only helpful when they serve clear questions. When they support smart decisions. Not when they multiply like kudzu vines, choking the clarity out of your data environment. You have to focus on tech stack optimization.

    Asking the right questions

    We had to start over. Not with the software, but with the questions. What do you actually need to know to make good decisions? What insights matter most for your team, your customers, your growth?

    Once we got those answers, trimming the stack was easy. We found redundancies. We ditched tools that looked cool but didn’t deliver. We unified the core platforms and built lightweight ways to extract the right data quickly.

    How does a cleaner tech stack improve the work?

    The result wasn’t just cleaner data. It was a calmer team. People stopped feeling like they were drowning in dashboards. They started focusing on insights instead of integrations. That shift, from tech obsession to data clarity, made all the difference.

    So if your stack feels bloated, your team feels burned out, or your data never quite lines up, maybe it’s time to stop shopping and start asking.

    Start with one question: What do you really need to know?

    Everything else should serve that.

    Need help optimizing your tech stack?

    Streamlining your tech stack isn’t about using less; it’s about using what matters. When your tools align with your questions, clarity follows. If your team is feeling the weight of too many platforms or misaligned data, it might be time for a reset. At Evergreen Analytics Partners, we help businesses cut through the noise and build lean, focused systems that actually work. Let’s talk if you’re ready to make your tech stack a strength, not a struggle.

  • Carbon cloud footprint: The hidden cost of cloud data

    Have you ever thought about your cloud storage’s impact on the environment? Like most people, I never considered the storage of my data or the negative consequences thereof. The cloud was an ephemeral entity that absorbed my data into lightweight nothingness. It turns out I was very wrong. As my tech prowess grew, so did my awareness of the true weight of the cloud. The good news is that it doesn’t take much to reduce your monthly costs and the carbon cloud footprint all at the same time.

    Carbon cloud footprint hidden costs

    How data inefficiency can quickly impact your bottom line and your carbon cloud footprint

    Let me give you a common example I see. You have a company with 100 employees and use Google Drive for file sharing. You deal with a lot of marketing, which means you have video files averaging 200mb. Employees worry about causing harm to the original file, so they make a copy. This copy is only used for small edits or formatting. Now you have the same file on 10 drives. That means the weight of just one file has ballooned to consume 2 gigabytes of space! Play this out over 100s of files, over multiple months, and pretty soon your company has terabytes of redundant storage.

    This small inefficiency might seem trivial at first glance, but consider this:

    Cloud data storage costs

    The Google Cloud platform cost of 1TB of data is $20 per month. As your redundant storage expands, so does the cost. This can translate to 100s or 1000s of dollars every year, unnecessarily.

    Electricity usage and environmental impact of cloud storage

    Cloud storage isn’t environmentally free. Data centers consume vast amounts of energy. One gigabyte of data produces approximately 3 kg of CO₂ and 5-7 kWh of electricity per year. That’s like fully charging your cell phone 600 times! This significant carbon cloud footprint contributes to global warming and environmental degradation. Digital storage isn’t going anywhere. Now is the time to focus on minimizing the impact.

    AI and processing impact on your carbon footprint

    The scanning of entire storage sets with AI is happening daily. Every redundancy adds computational time. The increased processing contributes to energy consumption, CO2 emissions, and monthly costs. With the rise of AI, there’s never been a more important time to have lean data practices.

    To put this even more in perspective, most SMBs store thousands of gigabytes of data without realizing the energy and financial cost. 10 TB of redundant data is equivalent to powering 5 average US homes for a year all while emitting ~20 metric tons of CO2! Increasing your data efficiency means reducing costs and lowering your carbon cloud footprint.

    What can you do about your inefficient cloud storage?

    Most small and medium-sized businesses don’t realize their storage impact. The overlooked redundancies cost you time and resources. They can even go against your core values. These unnoticed issues can hinder growth, productivity, and competitiveness in the market.

    Evergreen Analytics Partners offers solutions and insights geared toward SMBs. Our bespoke systems focus on your objectives and goals. We want to help you cut expenses, use less electricity, and reduce your carbon footprint. Our methods are realistic, immediate, actionable, and designed for efficiency.

    More ways to reduce your cloud carbon footprint

    For a deeper look at practical enterprise strategies, this guide from TechAhead outlines actionable ways to cut cloud-related emissions, ranging from workload optimization to architecture redesign.

    Additionally, our ground-breaking technology, Petrichor, is in its second beta phase. Designed to identify and manage data inefficiencies, it’s one way we can combat the rise of heavy data. We’re looking for SMBs that want to be proactive with their storage. While in beta, you can try this novel software for free. Early users can impact Petrichor’s development and gain from its potent insights.

    Ready to improve your data efficiency?

    Evergreen Analytics Partners is here to assist SMBs. We will be your partner in sustainability initiatives. At the same time, we can cut expenses and streamline your data management procedures. Arrange your customized data audit or find out more about our consulting services. Get in touch with us today.

    Your data doesn’t have to cost the Earth, or your bottom line.