DISCOVER A
SUSTAINABLE

WORLD

MAKE URBAN SUSTAINABILITY A REALITY

Maalka is an open workflow management platform for cities, building owners, and utilities to manage customizable data-driven programs. Maalka automates data collection, validation, analysis, and visualization so that users can track the performance of buildings and an array of projects across expansive portfolios. Users can also use Maalka to generate custom reports and share them with project stakeholders and partners through a secure-API and CRM integration.

LAUNCH YOUR CUSTOM PROGRAM TODAY

With Maalka, your team can easily deploy new programs that leverage all of the data that you are collecting from CSVs, surveys, sensors, and utilities. Maalka automates the most critical processes of these programs, such as data validation, so that you can focus on building insights and capacity. If that’s not enough, Maalka is partnering with industry leaders across the country to continually add to the list of programs that are offered to you. Explore the programs below to learn more!

EnERGY EFFICIENCY ANALYSIS

This program allows you to set energy efficiency investment and improvement strategies.

BETTER BUILDINGS CHALLENGE

A goal-oriented program designed to help your city or organization track energy reduction progress.

DIAGNOSTICS

Learn what actions you can take to improve energy efficiency.

CITY BENCHMARKING

Use this program to track and reduce energy use and emissions.

COMMUNICATE EFFECTIVELY

At the heart of every data-driven sustainability initiative are the people. The structure of many programs makes it difficult to engage stakeholders with the data and resources that provide them the most value. Through MailChimp integration, Maalka enables program managers to engage building owners and tenants with data-driven insights seamlessly and securely through powerful email campaigns.

EXPAND YOUR DATA MANAGEMENT

Sustainability programs often start small and then expand both in size and scope. Maalka is built to support hundreds of thousands of buildings and any type of data stream imaginable. Maalka supports traditional sustainability program data streams like energy, water, and waste as well as sensor-based data streams that allow you to track things like temperature, lighting, acoustics, vibration, humidity.

TESTIMONIALS

"Maalka’s services make better communities because they inform people’s decisions across high performance neighborhoods that improve the efficient use of buildings and open spaces. "

 - Charles Kelley, Associate Partner at Zimmer Gunsul Frasca Architects, LLP
"Maalka is directly supporting our efforts to track, quantify, visualize, and communicate participating buildings’ efforts to improve energy performance by 20% within five years.  Maalka’s team quickly grasped the analytical needs and opportunities facing our growing program, and we’ve been consistently impressed by Maalka’s collaborative and effective approach to platform design and rapid iteration to help buildings reduce energy use and operating costs."

- Jamie Ponce, technical adviser to Retrofit Chicago’s Energy Challenge

OUR TEAM

Science, Policy, and Technology - these are the key ingredients needed to revolutionize the commercial building industry. The maalka core team brings these fields together through their experience and training.
SCIENCE

Rimas Gulbinas, PhD is a Department of Energy Building Innovator. Combining his analytical expertise with a deep understanding of building operations and tenant relationships, Rimas helps to define Maalka's features and functionalities.

POLICY

Photo of John Teeter

As a White House Presidential Innovation Fellow, John Teeter helped define how the federal government will meet our national energy efficiency goals. He brings that vision to the Maalka team along with years of experience in the fields of science and technology.

TECHNOLOGY

Photo of Clay Teeter

Clay Teeter brings decades of experience building highly scalable software systems to Maalka, optimizing the Maalka platform to uniquely handle data streams for thousands of buildings at a time.