25 Sustainability Goals From Technology Leaders

My sustainable tech goal right now is extending the usable life of devices that would otherwise be tossed—specifically by making board-level repair and data-preserving fixes the default instead of “replace the whole thing.” I’m well-positioned for this because I spent almost 14 years as an Intel engineer and now run The Phone Fix Place doing micro-soldering, circuit diagnostics, and data recovery that most shops won’t touch.

The steps are very procedural: free diagnostics first (to avoid swapping parts blindly), then I repair at the component level when it’s the real failure point (charging ICs, connectors, backlight/display controllers, trace damage) instead of replacing an entire motherboard or telling someone to buy a new phone. I also keep it transparent—plain-English explanations, itemized pricing, and a 1-year warranty—so people feel safe choosing repair over replacement.

Concrete example: I regularly see “it needs a new screen” cases that are actually a failing display controller or board issue; a proper diagnostic prevents an unnecessary screen replacement and keeps the original device (and data) in service. Another common win is water damage where the phone “still turns on” and people keep using it—my approach is immediate shutdown + controlled cleaning/board work, which often turns a likely total loss into a recoverable device and saves irreplaceable photos.

After 27 years of scaling Netsurit into a global IT leader, I’ve seen how inefficient tech cycles create massive waste. My current goal is achieving “future-proof” sustainability for our 300+ clients by replacing legacy hardware with AI-driven automation through our InnovateX program.

We are actively migrating client workloads to Microsoft Azure to eliminate the energy drain and physical waste of redundant on-site servers. For firms like Machen McChesney, we transitioned their entire operation from risky in-house IT to a secure, scalable cloud environment that ends the cycle of constant hardware churn.

To reach this, we conduct deep technology audits to pinpoint inefficiencies and then deliver new automation capabilities in 30-day cycles. This ensures IT budgets are strategic investments that keep systems “Always On” and secure without the need for frequent, wasteful equipment replacements.

One sustainable technology goal we are working towards is building a fully paperless and process driven practice environment where no task depends on manual follow up or physical documentation.

In accountancy, paper and unstructured communication create waste, duplication, and unnecessary admin time. Our aim is to design workflows where documents are requested automatically, stored securely in one place, and linked directly to tasks and deadlines.

To achieve this, we standardise recurring processes such as accounts, tax returns, and payroll into predefined workflows. We use automated reminders, role based permissions, and structured checklists so nothing sits in email inboxes. We also review processes regularly to remove steps that do not add value.

The result is lower operational waste, fewer errors, reduced printing and storage, and a more predictable workload for the team. Sustainable technology for us means building systems that reduce friction and support long term operational stability.

Currently, we are working towards a target of a 30% reduction of the carbon intensity of our enterprise AI deployments within the next 18 months. With the continued scaling of AI workloads, model training and inference have become a significant governance issue in terms of the environmental impact. Gartner estimates that 75% of organisations will have implemented a program focused on the sustainability of data centre infrastructure by 2027, and we are helping our clients to get ahead of the curve by shifting to the Green AI framework instead of being focused on performance at any cost.

To accomplish this goal, we will be employing carbon-aware scheduling to move heavy compute tasks, such as batch data processing or model retraining, to hours when there will be the highest percentage of renewable energy on the local power grid. We will also prioritise model distillation and quantisation, both of which will compress large models into smaller, more efficient alternatives that require significantly less processing power without sacrificing accuracy. In addition, we are migrating from legacy, always-on server environments to serverless architectures, which will eliminate the wasted energy from resources that are in a state of idleness. The objective of this transition is not just to have a more sustainable operation but also to create a better, more resilient, and more cost-effective digital infrastructure that can withstand future power constraints for the foreseeable future.

Much of the growth of AI has created an obvious environmental challenge; however, it also creates a compelling need to impose discipline when architecting systems. Transitioning to sustainable technologies is not merely a compliance point, it is also an opportunity to reengineer for efficiency, which drives improved long-term ROI and operational resilience for the entire organisation.

One sustainable tech goal I’m pushing hard right now is cutting “redo work” (re-cleans, re-presses, lost/mismatched items) by 50%—because every redo is wasted energy, solvent, packaging, and delivery miles. With 25+ years running VIP Cleaners & Laundry in San Diego (same-day + pickup/delivery), I can see exactly how small process errors turn into big resource waste.

The main steps: tightening our barcode garment tracking + photo documentation so every item is verified at intake and again at bag-out, plus adding a simple color-coded workflow for customer preferences (hypoallergenic, fragrance-free, special fabric care). That combo reduced processing errors and sped up sorting enough that we’re doing fewer duplicate cycles and fewer “extra rinse just in case” loads.

A concrete example: for allergy-sensitive clients we now tag orders for fragrance-free detergent + a planned extra rinse (not random extra cycles), which prevents callbacks and re-washes. Same idea with tough-stain items—doing a targeted 10-minute spot treatment upfront has lowered the number of garments that need a second full clean, which is where a lot of water/energy gets burned.

One sustainable technology goal I’m actively working toward is moving our facilities away from fixed-schedule cleaning toward a data-driven, smart cleaning model — one that uses occupancy and usage analytics to align service activity with how spaces are actually being used. Traditional schedules tend to over-service low-traffic areas and under-service the busy ones, which means unnecessary labor, water, chemicals, and energy are being consumed every single day. I want to close that gap.

The approach we’re taking is phased and operational. We’ve started by deploying occupancy and traffic monitoring tools — sensor-based systems and badge data — so we can understand real-time space utilization and adjust cleaning frequencies dynamically. A restroom that’s seen heavy use gets serviced when it needs it, not because the clock says so.

That data then feeds directly into our workflow management platforms, giving supervisors the ability to reallocate staff in real time and assign tasks by zone. We’ve also paired the analytics with automated dilution control systems and programmable floor equipment that tracks run time, coverage, and solution usage — so efficiency is measurable and consistent across multiple sites, not just anecdotal.

Where it makes sense, we map our operational data to building performance benchmarks recognized by organizations like the U.S. Green Building Council, which supports broader environmental reporting and long-term asset stewardship. And critically, we’ve built structured training for our teams around interpreting usage data and adjusting service routes — because the technology only delivers results if people use it consistently and with understanding.

The goal is concrete: fewer wasted resources, longer asset life cycles, and a cleaning program that responds to real building behavior. It’s a shift from routine maintenance to precision facility care, and that’s where I believe the most meaningful sustainability gains are available in commercial environments right now.

At Safe Harbors, we’re working toward eliminating redundant manual data entry across our traveler profiles and booking systems—sounds boring, but it’s a quiet carbon win. Every time a corporate client’s team manually re-keys the same traveler preferences, meal restrictions, or passport details into multiple platforms, we’re adding administrative bloat that requires more support calls, more correction cycles, and more device hours burning energy.

We’re consolidating that through API integrations that sync once and populate everywhere—GDS, expense tools, duty-of-care dashboards. When a traveler updates their TSA PreCheck number in one place, it flows automatically rather than requiring three emails and two phone calls to fix later. That cuts our team’s screen time per booking by roughly 30% and reduces client frustration that leads to abandoned bookings and rework.

The accountability piece matters here: we track average “touches per completed trip” as a KPI now, because every extra touch is waste—wasted effort, wasted time, wasted electricity running systems longer than needed. Lower touches mean cleaner operations and a smaller digital footprint, which is the kind of sustainability goal that actually moves the needle when you’re managing thousands of trips annually.

We’d rather build the integration right once than paper over bad workflows with more people and more hours, because that’s where the real inefficiency lives in corporate travel tech.

One sustainable tech goal I’m actively pushing at Extreme Kartz is cutting “wrong-part” shipments by improving fitment accuracy online, because returns and reships are a quiet waste in eCommerce (extra boxes, extra freight, extra handling). Since I run a performance-focused upgrade store and build our content around real-world installs, I’m in the weeds on why people end up buying the wrong thing.

The steps are mostly unsexy but effective: tightening compatibility rules in our listings and building education that forces better decisions (cart model + year + intended use). Our buyer guides/FAQs focus on what works vs what doesn’t–especially around lithium battery conversions, controller upgrades, and AC conversion paths–so people don’t “guess and hope.”

Example: lithium conversions are where confusion spikes, so we spell out the install considerations and limitations up front (not just “fits Club Car/EZGO/Yamaha”). When customers understand the system requirements before checkout, we prevent the “I bought a battery and now need three more parts” cycle that drives returns.

I also keep our support process anchored in transparency over sales pressure: we’d rather tell someone an upgrade isn’t appropriate for their usage goal than ship it and deal with a return. That accountability mindset is the closest thing to sustainability I can control day-to-day in this industry.

With over 30 years in well drilling and a 75-year family legacy in Indiana, I am focused on evolving our Midwest operations to protect our local water tables. My current goal is the full implementation of low-impact, precision drilling technology to minimize soil disruption and prevent accidental groundwater contamination.

We are specifically investing in Geoprobe compact drilling rigs because their small footprint protects the surrounding landscape and reduces heavy machinery runoff. This technology allows us to access tight residential spots with surgical precision, ensuring we do not disturb the ecosystem while reaching clean aquifers.

By combining this equipment with real-time water quality sensors, we have already reduced drilling waste by 15% on our Indianapolis job sites. It is a “get-it-done” approach that uses modern technology to uphold my promise of providing safe, reliable water to the community.

We are working toward a sustainable technology goal that focuses on energy discipline from the start. Every new digital project should come with an energy and performance budget, just like time and cost budgets. This way, sustainability becomes a core part of the process, not an afterthought. During planning, we set clear targets for page weight, font usage, and third-party scripts.

We prioritize fast server responses and efficient caching to improve performance. Before development begins, we review designs with a focus on performance. After launch, we monitor real user metrics and roll back any changes that cause unnecessary bloat. We also select video and media formats that balance quality with bandwidth, reducing power use across devices and networks and improving accessibility for users on slower connections.

We’re working toward a boring goal with a real impact: less compute per invoice and payout. So we’re adding an SCI-style baseline to our pipelines, then treating cloud waste like a bug, not a cost line. That means right-sizing jobs, deleting noisy logs, and moving batch work to cleaner regions and hours when we can. The side effect is great, too: we ship faster because the system is simpler and cheaper to run.

We’re focused on reducing the environmental impact of automotive workshops by minimizing paper use and optimizing digital workflows. By moving invoicing, job cards, and service reports entirely online, we’ve helped US workshops cut thousands of sheets of paper per year. In one case highlighted on our blog, a multi-location shop saved over 5,000 pages annually, while also improving job tracking efficiency by 20%.

The steps we’re taking involve combining cloud-based automation with user-friendly software that encourages adoption without extra effort. By integrating reporting, invoicing, and customer communications into one platform, workshops can operate more sustainably without compromising productivity. It is important to note that reducing paper and streamlining processes can significantly lower a business’s carbon footprint. In our experience, sustainability works best when it’s embedded into everyday operations rather than treated as an optional add-on.

My current sustainable, tech-related goal is cutting the number of “unnecessary tear-offs” by using inspection tech to prove when a roof/exterior can be repaired or selectively replaced instead of fully rebuilt. After 20+ years running TJ Builders & Developers across Lakewood/Crystal Lake/Schaumburg, I’ve seen how much material ends up in dumpsters simply because the decision was made with incomplete info.

Step one is standardizing documented diagnostics: drone photos for overall field conditions and close-up moisture meter readings in suspect areas, all time-stamped for the homeowner and insurance adjuster. On a recent hail claim, that let us scope a targeted shingle/flashings repair with new gutters instead of a full roof replacement, because the deck and attic moisture readings were clean.

Step two is pairing that with energy-performance upgrades that are measurable, not trendy—mainly Energy Star window replacements and air-sealing details we can show on a before/after bill. If a homeowner’s windows are 15-20 years old with failed seals, we spec energy-efficient replacements and install them tight (proper sealing and clean finish) so they’re not paying to heat Illinois winters through drafts.

Step three is material choices that reduce lifecycle waste: seamless aluminum gutters (fewer joints = fewer leaks = fewer premature replacements) and routing runoff away from the foundation to avoid structural repairs later. Most gutter installs are 1-3 days, and the “tech” piece is using precise on-site forming/fit so we’re not guessing lengths, over-ordering, and throwing away off-cuts.

We are working toward making HVAC purchases measurably lower carbon. We are building a product scoring system using SEER2 and HSPF2. It also factors refrigerant type and matched equipment pairing accuracy. Next, we redesigned filters so shoppers see lifecycle energy costs. We are expanding bilingual support scripts to steer right-sizing. We are piloting photo-based load checks for ductwork integrity. We are partnering with installers to verify commissioning and airflow. Finally, we track return reasons to reduce wasteful reshipments. The goal is fewer oversized units and lower grid strain.

As a contractor who has preserved historic landmarks like the Fairholm Mansion for two decades, my goal is to fully replace high-pressure power washing with advanced soft-washing technology. We are currently investing in specialized low-pressure pumps and biodegradable cleaning solutions to minimize our environmental impact on the Rhode Island coast.

In projects like the Loeb Center, we use this technology to safely remove salt air buildup and organic growth without the 3,000 PSI force that destroys delicate historic wood grain. This method kills mold at the root, which keeps the home clean longer and reduces the total volume of water and chemicals used over the building’s lifecycle.

To further this sustainability goal, we have integrated Benjamin Moore Eco Spec coatings, which are zero-VOC and LEED-compliant. This allows us to provide high-quality finishes that protect both the architectural integrity of our clients’ homes and the air quality inside them.

We are working to reduce energy intensity in each project by simplifying our processes. Sustainability is not just about powering machines; it is about how often we make them run. We’ve started by tightening our operational hygiene with clear one-page briefs and a defined “done” state for each initiative. We also cut file duplication by moving to shared sources of truth and archiving stale assets on a schedule.

Our focus has shifted from rendering heavy slide decks to lightweight notes and annotated prototypes. In weekly reviews, we now prioritize outcomes rather than volume. This approach reduces unnecessary compute and storage waste. Over time, it will make our teams faster and help us make better decisions for both quality and the environment.

In my Edmonds practice, I’m working toward a “single-visit dentistry” workflow using advanced digital diagnostics and planning (think 3-D models for SureSmile-style cases and more precise restorative planning) so we reduce repeat appointments, car trips, and the energy/time cost that comes with them. A lot of sustainability in healthcare is just cutting wasted chair time and duplicated steps without cutting quality.

The concrete steps: I’m standardizing when we capture diagnostic data up front (photos/X-rays/3-D scans when indicated) so we can plan treatment once and execute efficiently—like placing composite fillings in one appointment and minimizing re-dos from guesswork. I also train the team to pre-stage materials and confirm the plan with the patient before we numb, so we don’t open extra packs or discard unused items.

One example: for preventive care like sealants (which can last ~5–10 years), I’m pushing earlier placement for high-risk grooves so we prevent the “wait for a cavity—drill—refill later” cycle that permanently weakens teeth and generates more consumables over time. Preventing one occlusal filling today can avoid multiple replacement fillings over a lifetime, which is a surprisingly big sustainability win in dentistry.

One sustainability goal we’re actively working toward is expanding the use of smart irrigation systems to reduce water waste and unnecessary energy use.

In lawn care, overwatering is one of the biggest hidden problems, and technology has finally caught up to help us fix that. Research shows that irrigation controllers tied to soil moisture sensors or local weather data can cut outdoor water use by 20-50% compared to traditional timer-based systems, while still keeping turf and plants healthy.

But this isn’t just installing new gadgets. We’re focusing on real-time sensors and weather-based controllers so irrigation only runs when the landscape actually needs it.

To make it practical, we start by upgrading high-use zones first, track water consumption before and after installation, and fine-tune settings based on performance. It’s a steady approach, but over time it cuts waste, lowers costs, and leads to healthier landscapes.

One sustainable technology-related goal I have worked toward is building an AI-enabled safety wearable that makes dangerous industrial jobs safer, with the long-term vision of offering it through a non-profit so cost is not a barrier. The aim was to move organizations from reacting to accidents after they happen to quietly preventing them in the first place, especially for frontline workers in high-risk environments who often have the least protection.

The device I designed brings together multiple sensors (motion, environmental, gas, noise, and basic worker health signals) and runs machine learning directly on the wearable to detect hazards in real time, without depending on constant cloud connectivity or heavy infrastructure. Its intelligent power management was engineered to last full shifts and to prioritize critical safety functions under low battery, supporting both reliability and sustainable use of hardware. Through this work, I focused on the technical architecture, edge ML algorithms, and real-world use cases, with the broader goal of ultimately enabling a non-profit model that can deliver this kind of protection to workers in factories, construction sites, and other high-risk settings who might otherwise be left out.

One sustainable technology-related goal I’m working towards at PuroClean is reducing our carbon footprint through more energy-efficient equipment. We’ve started transitioning to energy-saving drying units that use less power and shorten project timelines. This cuts down on both energy consumption and operational costs. I’m also working with our suppliers to ensure that we source equipment with higher energy ratings. We’re tracking energy use and aiming for a 20% reduction over the next year. The goal is not only to reduce costs but to align our operations with eco-friendly practices. Sustainability can drive both savings and a stronger brand reputation.

We are working toward creating a clear sustainability goal to reduce the carbon impact of our e-commerce and simulator ecosystems, without compromising on performance. In order to minimize transit distance, we audit freight zones, combine orders whenever possible, and prioritize domestic suppliers. Digitally, we are attempting to optimize image compression and server usage to reduce energy consumption on high-traffic product pages.

We offer durable enclosure kits and commercial-grade mats to promote sustainability in merchandising. We’re also providing clearer maintenance content to help our customers extend the life of their products. We value tracking return reasons as it reduces emissions and protects margins. I believe that, to achieve sustainable growth in e-commerce, technology, logistics, and customer education must be operationally disciplined.

As a plumber, I see how small leaks, outdated fixtures, and inefficient hot water systems quietly waste thousands of litres over time. We are focusing on recommending water efficient tapware, leak detection checks during routine jobs, and upgrading older systems to more efficient hot water units where it makes sense. The goal is simple: use technology and better fittings to help homeowners lower bills and reduce waste without compromising comfort.

I’m working on building attribution models that adapt to privacy changes while staying accurate. We’re developing our own algorithms that combine first-party data with behavioral patterns to predict customer journeys better than old tracking methods.

Here’s what I’ve figured out: Most agencies slap AI on top of broken systems, but we’re rebuilding our attribution framework from the ground up. We’re training models on 28 years of campaign data to spot conversion patterns that stick around even when cookies go away.

This doesn’t replace human expertise, it makes it better. The agencies that make it through the next decade will deliver precise ROI measurement no matter what platforms decide to restrict.

One sustainable technology goal we are actively working toward is reducing wasted ad spend through AI driven optimization. Digital marketing consumes budget and energy, especially when campaigns run inefficiently. We are building smarter audience suppression systems and automated performance audits to cut underperforming spend early. Over the past six months, this approach has reduced wasted budget by nearly 25 percent across key accounts. Sustainability in tech is not only environmental. It is operational efficiency that protects resources long term.

At Steven Mitts, our sustainable technology goal is to leverage AI and automation not just for business growth, but to build systems that enable enduring, scalable success without losing sight of simplicity and purpose. The real challenge in sustainable tech is not just about innovation for innovation’s sake; it’s about integrating innovation that strengthens foundational processes and scales impact without adding unnecessary complexity.

Our approach combines AI-driven tools with hands-on coaching and fractional CMO expertise. This ensures that technology supports entrepreneurs in building smarter systems, reflecting on outcomes, and maintaining clear, focused goals. We emphasize service-as-software models that deliver continuous value by automating repetitive tasks, allowing founders to concentrate on strategic growth areas.

In practice, this involves rapidly adopting AI capabilities that align with long-term business objectives and embedding them within a growth framework that prioritizes measurable impact and adaptability. Sustainable technology is about thoughtful integration—where every piece of tech serves a purpose, drives efficiency, and contributes to resilient, scalable business models.

— Steven Mitts, Founder & Entrepreneur, stevenmitts.com