Tech & Innovation
Engineering resilient digital infrastructure for cloud, enterprise and AI-era workloads
Octant Grid is developing a carrier-neutral, hyperscale-ready data-centre campus at Vipingo SEZ in Kilifi County, Kenya. Our technology vision brings together resilient electrical systems, efficient cooling, flexible connectivity, secure operations and scalable data-hall design to support the next generation of digital services across Kenya, East Africa and the wider African market.
Design ambition: dependable infrastructure, flexible capacity and an architecture ready to evolve with customer needs.
Built around resilience
Digital services depend on infrastructure that is carefully engineered, maintainable and observable. Octant Grid’s design approach targets concurrently maintainable infrastructure, N+1 planning for critical systems and separated A/B power distribution paths. Detailed architecture, operating procedures and performance commitments will be confirmed through engineering, testing, commissioning and independent review.
1. Power architecture and continuity
The campus planning basis includes modular UPS architecture, standby generation, resilient distribution and monitoring across critical electrical assets. Final equipment ratings, autonomy, fault levels, protection coordination and operating sequences will be established through detailed design and utility studies.
2. Cooling and high-density computing
The design is intended to support conventional enterprise and cloud workloads while allowing a pathway to higher-density AI and high-performance computing (HPC). The engineering roadmap considers scalable cooling, airflow management and future liquid-cooling integration, subject to customer rack-density, heat-rejection and service requirements.
3. AI and HPC readiness
AI infrastructure can require substantially greater power density, heat removal and network bandwidth than traditional enterprise IT. Octant Grid’s planning approach is to accommodate high-density deployments in appropriately designed spaces, with provisions for liquid-cooling options and high-capacity interconnects. Rack power limits and deployment configurations will be confirmed for each hall and customer solution.
4. Carrier-neutral connectivity
A carrier-neutral operating model is intended to give customers choice in network service providers and connectivity design. Planned provisions include meet-me-room capability and diverse fibre-entry planning.
Availability of individual carriers, routes, subsea systems, cross-connects and service levels will depend on commercial agreements and verified physical routes.
5. Monitoring, automation and operational intelligence
The technology vision includes integrated monitoring of power, cooling, environmental conditions, physical security and facility performance through systems such as building management (BMS), electrical power monitoring (EPMS) and data-centre infrastructure management (DCIM). Final platforms and integrations will be selected during detailed design and procurement.
6. Energy efficiency and sustainability
The current planning target is a Power Usage Effectiveness (PUE) of 1.25, subject to climate, load profile, measurement boundary and commissioning results. The concept includes rooftop solar photovoltaic integration across the data halls, with an indicative planning basis of approximately 2.5 MWp DC. Actual generation, grid interaction, water strategy and emissions performance will be confirmed through engineering and approvals.
Planning a cloud, enterprise, telecom, financial-services or AI deployment? Talk to Octant Grid about capacity requirements, resilience objectives, connectivity needs and potential partnership opportunities.
info@octantdatacentre.com | www.octantdatacentre.com | +254 182460263