Three ways to work with us. Engineers for HW, FW, SW, systems, and test. 30-day no-charge guarantee.
Hand us the scope. We staff the team, run delivery, and own the outcome.
Staff augmentation. Engineers who work in your process and toolchain, on the structure that fits the role.
We add recruiting capacity for your technical roles, on the same platform your recruiters use.
Multi-layer and HDI boards taken through signal and power integrity closure.
Front-end integration, matching, module design, and shielding strategy.
Motion, pressure, and optical sensors selected, placed, and brought up so they hold their datasheet spec in the product.
Power electronics, wired and wireless charging, and battery pack integration.
Bring-up hardware, test fixtures, and failure analysis loops.
CM handoff, design-for-manufacture review, and production ramp support.
Housings, tolerance stack-ups, and assembly design that hold through manufacturing.
Thermal budgets, airflow, and cooling strategy validated in chamber.
FEA, drop and vibration, and environmental qualification.
Mechanical integration of boards, sensors, optics, antennas, and acoustics into one product.
UVM environments built to a written coverage plan, delivered with closure reports and a regression suite.
First-silicon power-on, boot path, and debug through to a stable platform.
Pre-silicon platforms that let software start before tapeout.
Characterization, shmoo, and bin analysis across corners and units.
Reference platforms delivered as hardware, firmware, and FPGA together, then taken to production with your team.
Conducted and radiated validation, desense debug, and EMC design review through pre-compliance.
Radio bring-up, Wi-Fi and Bluetooth firmware, and KPI work through carrier acceptance.
Antenna design and tuning in the product, measured over the air in chamber.
Open RAN components, fronthaul, and multi-vendor integration.
Packet-level debugging and tuning across wired and wireless paths.
Automated config, testing, and CNF deployment for carrier and enterprise networks.
Core deployment, slicing, and service continuity.
Private cellular builds for factories, labs, campuses, and defense sites.
Infrastructure, deployment, and observability for engineering platforms.
Instrument networks, capture pipelines, and bench infrastructure that does not drop a run.
Streaming A/V quality of experience from data center to device.
Event-driven systems handling billions of events with bounded latency.
Boot path, power state machine, and OTA measured against an agreed current budget.
Board support packages, kernel drivers, and platform bring-up.
Firmware, runtimes, and drivers for commercial and custom AI silicon.
High-speed buses and capture paths that do not drop samples.
Classical DSP for capture, playback, and motion data, sized to your latency and power budget.
Vision and event models quantized to fit the NPU, DSP, or MCU you shipped.
Task-specific models trained on your data, with eval harnesses that make changes provable.
Retrieval, agents, and serving built for real corpora and defined failure behavior.
Structured capture campaigns across sensors, audio, vision, and field conditions.
Managed annotation operations with measured inter-annotator agreement.
Pipelines, versioning, and curation that make training runs reproducible.
Golden sets and benchmarks built to measure the thing you actually care about.
ROS 2 stacks and control loops that behave on real hardware.
Localization, mapping, and navigation measured against ground truth.
Motors, drives, and end-effectors integrated with the control stack.
Miniaturized electronics that still hit battery life, thermals, and fit.
Optical stacks, camera modules, and display tuning from bench metrology to image quality.
6DoF, hand and eye tracking, and haptics inside a hard latency budget.
Frameworks and racks that run unattended, with results you can query.
IMU, pressure, magnetic, and optical sensors characterized and calibrated across temperature, units, and builds.
Speakers, microphones, and arrays specified, integrated, and tuned, with limits set for the line.
Chambers, rigs, and correlation between lab, line, and field.
Bench-to-line correlation, station bring-up, fixtures, and yield monitoring.
NPI schedules, cross-site execution, and risk burned down weekly.
Lab build-out and running RF, battery, and test labs, from calibration to asset control.
Documentation, ECOs, field failure triage, and audit readiness.
Send the scope. If we can't staff it well, we'll say so on the first call, and tell you who can.
