Where Vision Meets Silicon
Verification, design, and the infrastructure both of them run on.
250+ years of collective engineering expertise across AI, automotive, data center, consumer electronics, and memory controllers.
Why One Company Does All Three
Design and verification were never separate to begin with.
Verification is not a check performed once the design is finished. A problem found while the design can still change is a small problem. Found later, it is a bigger one. That is why we compare the algorithm model against RTL simulation from the first weeks, and why the code that drives the hardware is written by the designers themselves. Split that work across organizations and what remains between them is a document handover and a great deal of re-interpretation.
Both of them need somewhere to run.
Working this way means simulation runs for the length of the project. Keeping the model and the results aligned, and splitting regression into tiers, both depend on having the compute to do it. None of it holds together without resources that are there when they are needed.
That is MetaOps.
We built it to serve our own design and verification teams, not to sell. It became a product because the customers who saw it working wanted the same thing for themselves.
When we take on a project, we work this way throughout. Our preference is to connect securely to your systems and run the work on our own infrastructure, so that the time goes into design and verification rather than into setting up an environment. MetaOps can, of course, also be built inside your own network.
Bulletproof Silicon, First-Pass Success
SoC Verification & Validation Service
From UVM-based SoC testbenches to pre-silicon validation, we deliver multi-layered verification that surfaces design issues before fabrication. A coverage model written alongside the verification plan, and regression that runs in tiers sized to the work, give your design the confidence it needs for production tape-out.
UVM Testbench · Coverage-Driven Verification · Formal Verification · Tiered Regression · Protocol & System-Level Verification · Pre-Silicon Validation · Performance & Power Analysis
Silicon Designed to Be Verified
IP/SoC Design Service
RTL written against an algorithm reference model from the first weeks, with the C code that drives the hardware written by the same designers. Engagements start where it suits your team: RTL alone, the full front-end including synthesis and DFT, or a turnkey path through to production.
ARM / RISC-V / MIPS · PCIe Gen3 / Gen5 · NPU / GPU · LPDDR5/4/4x, GDDR6 · Automotive Vision · AI (On-Device, Edge, HPC) · MCU / IoT
MetaOps: DevOps, Shaped for Silicon
MetaOps: SoC Flavored DevOps
Reduced to a line, DevOps says this: fail fast, fail often. Getting there in silicon is the hard part, since simulation runs take days and design data is measured in terabytes. MetaOps is that practice reworked around those constraints, and it is the infrastructure the two services above run on.
It runs on on-premises hardware, so design data stays inside your network. Dedicated virtual machines, a shared worker pool for parallel simulation, and storage tuned for the flow turn existing hardware into more throughput rather than another purchase order.
On-Prem HCI · VM Pooling · Worker Pool Parallelism · Storage & Bandwidth Tuning · Regression Orchestration & Dashboard · Git-Based Source Management · Multi-Vendor EDA Support
Sharing What We Learn
We share our verification insights on LinkedIn, connecting with semiconductor teams worldwide. Our commitment extends beyond project delivery, so we also offer online UVM training and educational content to help the community build stronger verification capabilities.
Lectures are delivered in Korean, with English, Vietnamese, and Chinese subtitles.