Cinta helps capital-intensive infrastructure projects simulate, validate, coordinate, and operate complex real-world environments — before physical deployment.
AI factories, AIDCs, energy grids, and capital-intensive infrastructure require a new operational layer — one that connects simulation, coordination, compliance, and operations into a single system.
One continuous operational layer connecting every stage — eliminating the gaps where complexity, risk, and cost compound.
Validate viability and bankability before capital is committed.
Multi-system simulation across cooling, power, and AI loads.
Stakeholder orchestration across EPC and facility vendors.
Compliance and readiness through digital twin validation.
Real-time operational intelligence across the asset lifecycle.
High-density compute facilities with extreme cooling and power orchestration demands.
Fabrication facilities requiring precision coordination across cleanroom and tool systems.
Generation, storage, and grid infrastructure with multi-stakeholder operational complexity.
Mission-critical environments where compliance and uptime are non-negotiable constraints.
Capital-intensive plants where operational coordination drives margin and safety.
Cinta leverages the most advanced simulation and collaboration substrate available — enabling real-time, AI-ready operational environments at infrastructure scale.
Five integrated layers, one operational system — built for the lifecycle of AI infrastructure.
Real-time, physically accurate simulation across coupled infrastructure systems.
Stakeholder orchestration spanning EPC, vendors, operators, and infrastructure owners.
Continuous validation aligned to regulatory and operational requirements.
Real-time operational intelligence connecting digital twin to physical asset.
Autonomous orchestration and AI-assisted decisioning across the platform.
From cooling topology to power orchestration to deployment sequencing — Cinta unifies the systems that make AI factories operable at scale.
Liquid, immersion, hybrid topologies coupled to GPU thermal envelopes.
Multi-MW load profiles requiring grid-scale orchestration and redundancy.
Capital exposure across multi-year build-outs with shifting hardware roadmaps.
Continuous alignment across hyperscaler, EPC, facility, and operator teams.
Engage directly on infrastructure strategy and roadmap.
Walk the layers — simulation through operations.
Partner across the AI infrastructure ecosystem.
