CIMware Raises $2.3 Million in Pre-Series A Round Led by Transition VC to Scale Next-Gen Data Center Infrastructure
CIMware, a deeptech startup transforming the design of contemporary data centers, has
secured $2.3 million in a pre-Series A funding round spearheaded by Transition VC, an investor focused on energy transition. The round signifies CIMware’s initial institutional capital raise and is intended to drive the company’s goals to transform the design, deployment, and operation of hyperscale and edge data centers in an increasingly digital world.
Established in 2022 by Rajiv Ganth, an experienced engineer and entrepreneur with years of expertise in distributed systems and hyperscale cloud infrastructure, CIMware is tackling the increasing challenges that data centers encounter today — ranging from soaring energy usage to inflexible, server-focused architectures that find it difficult to meet the requirements of AI, extensive data analytics, and streaming tasks.
With data centers already estimated to consume up to 3% of global electricity supply — and projections indicating that this figure could double by 2030 due to AI and emerging compute-heavy applications — the need for innovative, energy-efficient designs has become increasingly urgent. CIMware’s flagship product, the Composable Infrastructure Module (CIM), is positioned as a key breakthrough.
The CIM is a patented smart switching device that consolidates compute, storage, and networking capabilities into a single, modular rack-level unit. This architecture, unlike traditional server-centric designs, makes memory the interconnect backbone — allowing CPUs across multiple servers to communicate with minimal latency and lower energy overhead. This enables modular upgrades, improved resource utilization, and dramatically reduced carbon footprints, which are critical for sustainability-focused data center operators.
“Today’s data centers are increasingly constrained by power, space, and outdated infrastructure,” said Ganth, who previously led CloudSimple India (which was acquired by Google) and held senior engineering positions at Intel, EMC, LSI, and Digital Equipment Corporation. “Our technology slashes total cost of ownership by 80% and reduces carbon footprint while enabling modular upgrades — making it ideal for a wide range of deployments across public, private, and edge cloud environments.”
The CIMware team, headquartered in Bengaluru with satellite operations in the US, has developed its proprietary switching system and underlying IP entirely in India, earning multiple patents that protect the design globally. This positions the startup as a rare deeptech innovator from India tackling foundational data center architecture challenges at a global scale.
Commenting on the investment, Shoeb Ali, Co-Founder and Managing Partner of Transition VC, noted the scale of the problem CIMware is addressing: “Data centres have become increasingly power and energy hungry due to the rising demand for artificial intelligence and data-intensive applications. They face challenges related to physical space, power supply, and outdated infrastructure.”
Ali added that CIMware’s unique modular approach is well-aligned with Transition VC’s mandate to back solutions that deliver both commercial and environmental benefits in the broader energy transition landscape.
The fresh capital will help CIMware accelerate its scale-up roadmap, which includes expanding its core hardware and embedded software engineering teams, refining the CIM’s integration with major public cloud environments, and ramping up manufacturing capacity for initial pilot deployments. The first production batch of 20 CIM units is scheduled to be rolled out to early customer sites by December 2025. These sites are expected to act as live proofs-of-concept for larger scale deals in fiscal 2026 and beyond.
CIMware’s pipeline is already showing early traction with hyperscale data center operators in South Korea, the US, and the UK, who are exploring pilot rollouts. Ganth said the startup aims to increase production from the initial 20 units to between 80–100 units in the next stage, with the goal of manufacturing thousands of modules in line with demand growth.
The company’s longer-term commercial roadmap is equally ambitious. It has set a revenue target of $175 million by fiscal 2026–27, driven by direct sales in India and North America, white-labeled deployments in Southeast Asia, and affiliate-led expansion in Europe. This multi-pronged strategy is designed to tap diverse markets, from traditional hyperscale operators to rapidly growing edge deployments supporting 5G and industrial IoT.
Building on its progress, CIMware has already received grant funding of Rs 1.5 crore from India’s Department of Telecommunications as part of its initiatives to promote domestic deeptech innovation in next-generation connectivity and computing infrastructure. The startup’s capability to combine state-of-the-art hardware advancements with an India-for-global manufacturing narrative has drawn interest from major enterprise purchasers and ecosystem collaborators seeking to update their outdated data center infrastructures without facing significant initial capital costs. In addition to its hardware innovation, CIMware is also developing a supporting orchestration software layer that will help data center operators monitor, manage, and optimize CIM deployments in real time, further reducing operational overheads and improving sustainability metrics.
Although the company’s immediate focus is on completing its initial pilot deployments and increasing production capacity, Ganth has emphasized that CIMware is created with a long-term vision. The startup aims to consider a potential IPO in the next five to six years, contingent upon market conditions and adoption trends.
With the rapid advancement of AI and machine learning, industry experts think that firms such as CIMware — which possess extensive technical knowledge to fundamentally overhaul outdated architectures — may significantly influence the operational dynamics of future data centers. CIMware seeks to create cloud, enterprise, and edge data centers that are both budget-friendly and much more eco-friendly by integrating modular hardware, sophisticated switching, and more efficient resource use to better handle swiftly changing workloads.
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