Our mission

To disrupt the traditional monitoring and controls space by reducing complexity, increasing affordability, while providing an unparalleled user experience.

Software philosophy

Consumer friendly (but industrial grade)

With roots in the consumer electronics space, our team has spent years developing user-centric mobile and cloud experiences. Having had the opportunity to work with amazing partners like Amazon, Apple, Google, and Samsung – we approach the commercial industrial application space with a viewpoint that is approachable, engaging, and easy to use.

Hardware philosophy

Keeping it simple (but incredibly flexible)

The electronics industry has been crippled by supply chain disruptions. To prepare for the future, we redesigned our entire portfolio with simplicity, reduced component count, and part redundancy in mind. For the critical wireless and computing components, we doubled down, risk purchasing tens of thousands units worth of supply. We continue this philiosophy for each of our customers, adapting our hardware to their needs, while maintaining flexibility and reliability of supply.

Clever mounting solutions,
simplifying physical
product installation

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Powerful but simplified electronics,
capable of withstanding supply chain
shortages with the flexibility to adapt
to our customers unique needs

IP66 rated rugged
construction

Rugged and outdoor rated
industrial grade polycarbonate
housings

About us

Preddio Technologies holds eight patents across its industrial IoT platform and is best known for delivering world-class data transmission in the most demanding industrial environments. Preddio brings real-time, high-resolution data directly into the hands of operators and leaders, enabling faster decisions, greater visibility, and measurable performance gains across operations.

Originally spun out of the 140-year-old industrial manufacturing company A.W. Chesterton, Preddio is now a standalone technology firm supporting some of the most advanced industrial organizations in the world. Its solutions are deployed across mission-critical environments where reliability, efficiency, and uptime are non-negotiable.

Preddio is proud that the engineers who co-founded its technology remain dedicated to solving complex operational challenges at scale. Their work consistently drives significant ROI, with customers achieving cost savings and performance improvements that can reach up to one million dollars within just months of installation.

Built on deep industrial expertise and proven in real-world conditions, Preddio delivers predictive monitoring, industrial IoT sensors, and intelligent analytics that reduce downtime, optimize performance, and transform how industrial systems operate.

Our manufacturing
capabilities

Based in the greater Boston area, the team at Preddio Technologies™ combines decades of experience in industrial and commercial IoT applications. After launching a widely successful sensor, cloud platform, and mobile application while working in partnership with A.W. Chesterton Company, the team realized the opportunity for similar IoT solutions across the industrial and commercial markets.

  • Factories are designed for “day one” operation
  • To achieve maximum competitiveness, workflows must improve continuously
  • Traditional controls are inflexible, expensive and slow to change, resulting in “trapped” data

Meet the team

Founded by entrepreneurs and talented innovators, our amazing employees are some of the most advanced in their field. Preddio believes it is important to provide flexibility and exciting rewards to its people.
We value family, friendships, and the enjoyment of “one team” to deliver results to our customers. We work hard, we play hard, and accomplish great things together.

Aaron Ganick
Co-founder and CEO

  • Factories are designed for “day one” operation
  • To achieve maximum competitiveness, workflows must improve continuously
  • Traditional controls are inflexible, expensive and slow to change, resulting in “trapped” data

Scott Kelly
Co-founder and CTO

  • Factories are designed for “day one” operation
  • To achieve maximum competitiveness, workflows must improve continuously
  • Traditional controls are inflexible, expensive and slow to change, resulting in “trapped” data

Jean Lombardo
Operations manager

  • Factories are designed for “day one” operation
  • To achieve maximum competitiveness, workflows must improve continuously
  • Traditional controls are inflexible, expensive and slow to change, resulting in “trapped” data

Brian Rheaume
Principle engineer

  • Factories are designed for “day one” operation
  • To achieve maximum competitiveness, workflows must improve continuously
  • Traditional controls are inflexible, expensive and slow to change, resulting in “trapped” data

Ryan Canty
Software developer

  • Factories are designed for “day one” operation
  • To achieve maximum competitiveness, workflows must improve continuously
  • Traditional controls are inflexible, expensive and slow to change, resulting in “trapped” data

David Mark
Software developer

  • Factories are designed for “day one” operation
  • To achieve maximum competitiveness, workflows must improve continuously
  • Traditional controls are inflexible, expensive and slow to change, resulting in “trapped” data

Jacob Rossner
Data scientist

  • Factories are designed for “day one” operation
  • To achieve maximum competitiveness, workflows must improve continuously
  • Traditional controls are inflexible, expensive and slow to change, resulting in “trapped” data

Balaji Sathyamoorthy
Embedded developer

  • Factories are designed for “day one” operation
  • To achieve maximum competitiveness, workflows must improve continuously
  • Traditional controls are inflexible, expensive and slow to change, resulting in “trapped” data

Anthony Horner
Software developer

  • Factories are designed for “day one” operation
  • To achieve maximum competitiveness, workflows must improve continuously
  • Traditional controls are inflexible, expensive and slow to change, resulting in “trapped” data

Megan Daly
Account executive

  • Factories are designed for “day one” operation
  • To achieve maximum competitiveness, workflows must improve continuously
  • Traditional controls are inflexible, expensive and slow to change, resulting in “trapped” data

J.R. Stauff
Product marketing associate

  • Factories are designed for “day one” operation
  • To achieve maximum competitiveness, workflows must improve continuously
  • Traditional controls are inflexible, expensive and slow to change, resulting in “trapped” data

Maxwell Little
Research scientist

  • Factories are designed for “day one” operation
  • To achieve maximum competitiveness, workflows must improve continuously
  • Traditional controls are inflexible, expensive and slow to change, resulting in “trapped” data

Paul Chesterton
Executive Chairman

  • Factories are designed for “day one” operation
  • To achieve maximum competitiveness, workflows must improve continuously
  • Traditional controls are inflexible, expensive and slow to change, resulting in “trapped” data

Barry Coflan
Technology Advisor

  • Factories are designed for “day one” operation
  • To achieve maximum competitiveness, workflows must improve continuously
  • Traditional controls are inflexible, expensive and slow to change, resulting in “trapped” data

Steve Marian
Commercial Partner

  • Factories are designed for “day one” operation
  • To achieve maximum competitiveness, workflows must improve continuously
  • Traditional controls are inflexible, expensive and slow to change, resulting in “trapped” data

Our trusted partners

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