ZeroNet is a SaaS platform that decarbonizes IT networks through sensorless energy monitoring, eliminating the need for additional hardware installations. The platform provides real-time energy data, automated decarbonization recommendations, and consumption-based cybersecurity detection by connecting directly to network infrastructure. It leverages custom adapters for Catalyst, Docker, and Ansible environments to extract insights without external meters.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional IT energy monitoring requires intrusive hardware installations that slow down system efficiency and delay return on investment. Complex IT networks create blind spots in sustainability reporting, making it difficult for organizations to accurately measure and reduce their carbon footprint without significant engineering resources.
Solution
ZeroNet provides a sensorless SaaS platform that connects directly to network logic to deliver real-time IT energy monitoring and automated decarbonization. The platform transforms raw infrastructure data into actionable decarbonization plans by identifying and prioritizing energy-saving levers based on actual traffic and consumption patterns. It eliminates the need for external meters or complex physical interventions, enabling deployment in seconds with zero capital expenditure. The platform also incorporates consumption-based cybersecurity detection, using energy consumption patterns as an advanced sensor to identify potential cyberattacks.
Target Audience
Primary customers are IT operations teams, sustainability officers, and infrastructure managers at enterprises and public sector organizations seeking to reduce energy costs and meet carbon reporting requirements without deploying additional monitoring hardware.
Features
- Sensorless energy monitoring that extracts real-time data directly from network infrastructure without additional hardware
- Automated decarbonization recommendations that identify and prioritize energy-saving actions based on actual traffic and consumption logic
- Custom adapters for Catalyst, Docker, and Ansible environments to enable deep infrastructure insights
- Consumption-based cybersecurity detection that identifies potential attacks through energy usage patterns
- Native observability providing immediate insights and actionable recommendations for reducing carbon footprint and energy costs
- Zero CAPEX deployment that can be operational in seconds without complex installations