Premium modular data center infrastructure—engineered for reliability, designed for sustainability
About Us
EcoCore is the product innovation and development arm of PRASA Infocom & Power Solutions Pvt. Ltd., delivering premium, modular data center infrastructure for modern digital environments.
Built on decades of mission-critical execution, EcoCore combines proven data center engineering with factory-engineered platforms to enable faster deployment, consistent quality, and scalable growth—without compromising reliability or performance.
PRASA’s
Mission-Critical Legacy
Three decades of trusted delivery
Founded in 1994, PRASA is an ISO 9001:2015 certified company with over 31 years of experience across data centers and critical infrastructure. With 100+ data centers delivered, 5,000+ clients served, and a team of 200+ professionals, PRASA brings depth, scale, and operational maturity to every EcoCore solution.
EcoCore transforms this execution heritage into standardized, configurable product platforms designed to reduce risk, shorten timelines, and deliver predictable outcomes across locations.
Modular Solutions for Real-World Operations
Faster deployment. Cleaner integration. Confident scalability.
EcoCore solutions are modular, pre-integrated, and engineered for real operating environments—from enterprise edge and industrial IT rooms to micro and distributed data centers.
By integrating power, cooling, monitoring, safety, and distribution into factory-built systems, EcoCore reduces on-site complexity, minimizes coordination gaps, and enables repeatable, serviceable deployments that scale with business needs.
Quality & Reliability—Engineered In
Quality and reliability are fundamental to EcoCore. Rooted in PRASA’s ISO-driven discipline and mission-critical experience, EcoCore products are engineered with standardized components, controlled manufacturing processes, and validation-led delivery methods.
The result is infrastructure designed for uptime—monitoring-ready, serviceable, and built to support long-term operations with minimal disruption.
-
ISO-driven discipline
-
Controlled manufacturing
-
Monitoring-ready design
-
Serviceability-led layouts
Quality and reliability are fundamental to EcoCore. Rooted in PRASA’s ISO-driven discipline and mission-critical experience, EcoCore products are engineered with standardized components, controlled manufacturing processes, and validation-led delivery methods.
The result is infrastructure designed for uptime—monitoring-ready, serviceable, and built to support long-term operations with minimal disruption.
-
ISO-driven discipline
-
Controlled manufacturing
-
Monitoring-ready design
-
Serviceability-led layouts
Our Promise
- EcoCore exists to simplify the deployment of critical compute while maintaining the highest standards of reliability, quality, and sustainability.
- Backed by PRASA’s decades of mission-critical expertise, EcoCore delivers modular data center solutions engineered to perform
and built to last.
Leadership driving EcoCore





Frequently Asked Questions
How is EcoCore different from traditional data center builds?
Unlike bespoke, site-built data centers, EcoCore solutions are pre-engineered and modular. This reduces implementation risk, shortens deployment timelines, and ensures consistent quality across sites—while maintaining enterprise-grade reliability.
Where can EcoCore solutions be deployed?
EcoCore solutions are ideal for enterprise edge locations, distributed IT rooms, industrial environments, and micro data centers. They are designed for environments that require rapid deployment without compromising standards or uptime.
How does EcoCore support reliability and uptime?
EcoCore is engineered with an uptime-first mindset. Integrated power, cooling, monitoring, and security systems reduce failure points, while monitoring-ready and serviceable designs help minimize downtime and improve operational availability.
How does EcoCore address sustainability?
EcoCore incorporates sustainability by design through modular right-sizing, high system integration, and lifecycle-efficient architectures. These approaches help reduce material waste, improve energy efficiency, and support responsible infrastructure growth.
