Hyperion i4 Global Solutions (Hi4-Global), is positioned as the hub for advanced simulations in the built environment, with a strong niche in critical infrastructure such as data centers, substations, and other mission-critical facilities.
As of 2025, the company is subsumed under its parent entity, Hyperion Pte. Ltd. - whilst continuing to serve existing and new stakeholders with utmost professionalism and quality.
We believe every project carries unique challenges, and that is why every solution we deliver is tailored to our clients’ specific requirements, ensuring outcomes that are efficient, cost-effective, and compliance-ready, without ever compromising on quality or timeliness.
Our capabilities span a comprehensive suite of digital engineering services, including:
By uniting these disciplines under one roof, Hi4-Global provides a holistic simulation and modelling ecosystem, empowering stakeholders to design with confidence, operate with efficiency, and build with foresight
Founded in Singapore in 2022 by engineers passionate about the intersection of science and real-world impact, Hyperion was built to solve complex environmental challenges through simulation.
What began as a small CFD-focused outfit has grown into a trusted partner to regional leaders in construction, IT infrastructure, and energy systems.
Dedicated provider of Computational Fluid Dynamics (CFD) analysis (both Internal & External CFD) and Flow Network Modeling within the Built Environment sector, with a strong focus on Data Centers & Critical Infrastructure projects. Other services include Acoustic Analysis, Lux Simulation, along with a strong BIM modelling capability.
Our mission is to provide best-in-class technical consulting through advanced simulation tools, and to ensure completeness and timeliness of CFD deliverables, with utmost quality and cost-effectiveness.
SIMPLIFY, SIMULATE, SOLVE.
We SIMPLIFY the processes and needs of our clients, reducing the touchpoints and hassles during project delivery.
This strategically narrows down the essential components of infrastructures, of which we will SIMULATE and SOLVE within an optimized and accurate boundary condition.