Semiconductor Fabs
Process control that watches every tool and adjusts every recipe in real time.
How we helpIndustries
Built for the world’s most demanding environments.
Semiconductor fabs, hyperscale cloud providers, AI research labs, critical infrastructure operators, and the people who build and run the physical estate. Each sees one layer of the stack. We build across all of them.
Fabless Chip Design Houses
EDA flows, SerDes IP, and interconnect logic for 3nm and GAAFET designs.
How we help
Hyperscale Cloud Providers
The network controller, kernel, hypervisor, and orchestration layer of a facility at scale.
How we help
AI Research Labs & Model Builders
Training frameworks and inference engines tuned to the silicon underneath them.
How we help
Power Utilities & Grid Operators
SCADA and control platforms that keep a grid stable to the millisecond.
How we help
Process Manufacturing & Industrial Plants
DCS platforms for continuous production with five-nines controller uptime.
How we help
Telecommunications & Network Operators
800G Ethernet fabrics, SerDes IP, and SDN for carrier-scale networks.
How we help
Sovereign & Government Infrastructure
Full-stack compute architecture for nations that need to own their technology stack.
How we help
Construction & Infrastructure Delivery
Schedule, cost, and what is actually built on site, reconciled against one model.
How we help
Real Estate & Built Assets
Portfolios, leases, and building systems read as one operational picture.
How we helpHow it connects
One stack, every industry.
Each industry lives on one layer of the continuum. The layers only work when they are built together.
01
Fabs and chip designers
Process control inside the fab and the EDA flow, SerDes IP, and interconnect stacks that take a design to tape-out.
Fabless chip design houses02
Hyperscale cloud and telecom
The SDN controller, the NUMA-aware kernel, tiered memory, and 800G fabrics that make a facility behave as one machine.
Hyperscale cloud providers03
AI research labs
Collective communication, partitioning, and INT4 inference engines tuned to the silicon underneath them.
AI research labs04
Utilities and industrial plants
SCADA gateways, historians, and redundant DCS controllers with deterministic timing and an audit trail.
Power utilities and grid operators05
Construction and real estate
Vision systems that read progress from the site, and one platform holding schedule, lease, and building data against a single model.
Construction and infrastructure delivery06
Sovereign infrastructure
The whole stack, from the cloud operating system to the control room, owned and auditable end to end.
Sovereign and government infrastructureBring us the whole stack.
Tell us where latency is costing you, from the die to the data center to the control room. An architect replies with a first read of the problem, not a sales deck.