Real-Time Software
Systems that can't afford to be late — trading engines, control loops, and live telemetry pipelines built for deterministic, millisecond-level response.
RustGoC++
01 — CapabilitiesSoftware to silicon,
Software to silicon,
real-time to research.
Four disciplines under one roof — we move fluidly between the browser, the board, and the lab, picking the tool the problem actually demands.
Dimensional Web
Product configurators, spatial storytelling, and WebGL experiences that turn a browser tab into something people actually want to explore.
Three.jsWebGLTypeScript
Hardware Engineering
Electronics taken from schematic to shipped product — PCB design, embedded firmware, prototyping, fabrication oversight, and environmental testing.
KiCadEmbedded C/RustEMI/EMC
Applied Research
An in-house research track on edge computing — fusing AI and hardware for swarm coordination and decision-making under real time constraints.
Edge AISwarm SystemsPython
Live WebGL — drag to rotate
02 — Dimensional WebWe don't describe 3D.
We don't describe 3D.
We ship it.
The panel on the left is a real, running scene — not a video, not a screenshot. It's the same engine we use to build product configurators, data visualizations, and spatial brand experiences that hold attention on first load.
- Interactive by default — every scene responds to pointer, scroll, and device orientation.
- Performance-first — optimized geometry and draw calls so it's fast on real devices, not just demo machines.
- Built to convert — motion with a job to do: guiding attention, not just decorating the page.
03 — HardwareFrom schematic to
From schematic to
shipped device.
Every board we build passes through the same five gates — nothing reaches a customer's hands untested.
01
Design
Schematic capture, component selection, and simulation before a single trace is routed.
02
Prototype
Rapid-turn PCB spins and 3D-printed enclosures to validate form and fit early.
03
Fabricate
Production-grade manufacturing oversight, from panelization to pick-and-place.
04
Test
Functional, thermal, and EMI/EMC testing against real operating conditions.
05
Deploy
Firmware provisioning, calibration, and field rollout with monitoring in place.
04 — Applied ResearchIntelligence at the edge.
Intelligence at the edge.
Decisions in milliseconds.
Alongside client work, we run an active research track exploring how AI and hardware converge when the network can't be trusted to be there. The field behind this text is a live simulation — independent nodes, no central controller, forming and breaking connections on the fly.
- Edge inference architectures — pushing AI models onto constrained devices, not just the cloud.
- Swarm coordination — many small devices reaching group decisions with no single point of failure.
- Time-critical distributed pipelines — data processed where it's created, when a round trip to a server is too slow.
- Hardware/software co-design — building the chip layer and the model together instead of bolting one onto the other.
0ms
Target control-loop latency
0+
Nodes per swarm simulation
0%
On-device inference, no cloud round trip
24/7
Designed for continuous operation
05 — ApproachThe right language
The right language
for the constraint.
We don't have a house stack — we have a decision tree. Every project starts by asking what the problem actually requires.
Rust
For real-time and embedded systems where a crash isn't an option — memory-safe, predictable, and fast enough for control loops and firmware alike.
C / C++
For firmware and low-level hardware control — direct access to the metal when microseconds and register access matter.
Python
For machine learning research and rapid experimentation — where iteration speed on an idea matters more than raw runtime performance.
Go
For distributed backends and services that need to scale horizontally without drowning in complexity.
TS + WebGL
For interactive, spatial, and 3D web experiences — type-safe on the front end, hardware-accelerated where it counts.
Let's build
Building something that needs to think, move, and respond in real time?
Tell us what you're building — software, silicon, or something that hasn't been named yet. We'll tell you honestly whether we're the right fit.