Smart Systems

Smart infrastructure, built to perform

metroSTOR combines durable physical infrastructure with smart access, operational visibility, and long-term support to help customers reduce risk, improve material performance, and maintain stronger outcomes over time.

Used across municipal, housing, commercial, and recovery applications, the metroSTOR approach is designed to support cleaner operation, safer environments, and more consistent performance as waste streams, regulation, and operating pressures evolve.

The metroSTOR model

Durable physical infrastructure

Robust external infrastructure designed to perform in demanding real-world conditions. This is the physical foundation of the metroSTOR approach, helping reduce risk, protect material quality, and create a more consistent long-term standard across sites.

metroKEY smart access

Smart access and operational visibility that reduce contamination, improve accountability, and support cleaner participation where greater control is needed. metroKEY helps operators manage shared environments without unnecessary complexity.

Learn more about metroKEY

metroSERV long-term support

Long-term support that helps infrastructure remain safe, reliable, and effective as programs mature and scale. metroSERV is what helps the model keep performing in practice, not just at installation.

Learn more about metroSERV

Built for real conditions

Shared environments rarely operate under perfect conditions. Users change, staffing changes, regulations evolve, and site pressures build over time. Infrastructure has to keep working through all of that.

That is why metroSTOR is designed as an integrated infrastructure model, not just a collection of standalone products. The aim is to improve consistency, reduce recurring problems, and create infrastructure that is easier to manage, easier to standardize, and easier to scale.

One model, many applications

The same metroSTOR smart systems model can be configured for multifamily waste and recycling, public-space trash and recycling, commercial and back-of-house containment, and drop-off and recovery infrastructure.

The application changes by environment, but the underlying model remains consistent. That consistency makes it easier to standardize, scale, and maintain performance across different sites, portfolios, and programs.

Municipal

Used in cities, parks, downtowns, districts, and other public environments where cleanliness, servicing, and visual standards matter.

View municipal applications

Multifamily Housing

Used by housing providers to create cleaner, safer waste and recycling areas that are easier to manage across residential sites.

View housing applications

Commercial

Used in shared back‑of‑house areas to improve waste and recycling containment and support cleaner, more efficient operations.

View commercial applications

Recovery Infrastructure

Used for drop-off and collection systems designed to improve participation, protect material quality, and support long-term use.

View recovery infrastructure

From pilot to scale

Start with a pilot

Most infrastructure programs begin with one site, one estate, one district, or one operational test. metroSTOR is designed to support that first step without forcing a full rollout before the case is proven.

Prove the outcome

Pilot deployments make it possible to measure improvements in cleanliness, participation, servicing, and day-to-day operational performance. That evidence helps build confidence for wider adoption.

Scale with confidence

Once the model is working, standardization makes it easier to expand without redesigning the approach each time. Learning from one deployment can carry into the next, creating a stronger long-term program.

Designed for long-term performance

The value of the approach is not just in installation. It is in how infrastructure performs over time.

By combining durable physical infrastructure, smart access and visibility where needed, and long-term support through mSERV, metroSTOR helps customers maintain stronger standards across changing users, changing teams, changing regulations, and changing operating conditions.

The result is infrastructure that performs more reliably, scales more predictably, and supports safer, cleaner, and more compliant environments over the long term.