Warehouse & Logistics
AMRs, pick-and-place systems, and fleet coordination for fulfillment and distribution.
Engineering · Robotics
SDI engineers complete robotic systems — arms, autonomous mobile platforms, quadrupeds, and cloud-connected fleets — with hardware, firmware, and AI developed under one roof.
From Silicon Valley architecture through global manufacturing partners, we synchronize mechanical design, embedded control, perception stacks, and factory validation so your robotic product ships production-ready.

Hardware, firmware, and AI synchronized from first sketch through deployed fleet behavior.
Mechanical, electrical, and sensor architectures designed together — not stitched together late in the program.
Real-time motor control, safety interlocks, and communication stacks aligned to your platform from day one.
SLAM, vision, and edge intelligence coordinated with cloud dashboards and mobile operator interfaces.
Disciplines spanning design, engineering, intelligence, and validation.
Industrial design, UX, and enclosure concepts optimized for robotic motion and service access.
Frame design, actuation, kinematics, and tolerance stacks for reliable robotic motion.
Power distribution, motor drives, sensor interfaces, and compliance-ready schematics.
RTOS control loops, wireless stacks, bootloaders, and secure OTA for field fleets.
SLAM, computer vision, depth sensing, and edge inference pipelines for autonomous behavior.
Structured test plans, field trials, and iteration gates before factory release.
Showcase
Real-world hardware programs from our portfolio — deployed and production-engineered by the SDI team.
Application domains where SDI robotics programs deliver measurable operational impact.
AMRs, pick-and-place systems, and fleet coordination for fulfillment and distribution.
Robotic arms, conveyance, and inline inspection for factory floor efficiency.
Autonomous platforms for crop monitoring, terrain traversal, and remote sensing.
Quadrupeds and mobile platforms for perimeter monitoring and facility security.
Assistive robotics, delivery platforms, and human-safe interaction systems.
Compact, cost-optimized robotic products with polished UX and reliable connectivity.
Navigation, vision, sensing, connectivity, and intelligence stacks deployed across SDI robotics programs.
The full concept-to-factory journey under one integrated robotics program.
Enclosure concepts, UX flows, and service-access layouts aligned to robotic motion.
Frame, actuation, and kinematics validated against payload and environment targets.
Power, motor drives, and sensor interfaces released with compliance documentation.
Control loops, wireless stacks, and OTA infrastructure for field-deployed fleets.
Perception pipelines, operator dashboards, and fleet management integrations.
DFM-reviewed releases, manufacturing test, and vendor QC for production scale.
Senior robotics architects in California drive system design and program direction.

Hardware, firmware, and documentation packages released for factory handoff.
Cloud dashboards, mobile apps, and fleet OTA coordinated with embedded control.
Mechanical, electrical, firmware, AI, and manufacturing under one program.
Share your application, reference platform, or product requirements. Our robotics team will scope hardware, intelligence, and manufacturing readiness as one integrated program.
Request Free EstimateCommon questions about robotics engineering scope, platforms, timelines, and production handoff.
Product design, mechanical, electrical, firmware, AI perception, prototype validation, and factory coordination.
Yes. We deliver integrated programs spanning hardware, embedded control, perception, and cloud connectivity.
Quadrupeds, robotic arms, AMRs, and specialty automation platforms across warehouse, service, and consumer domains.
We deploy LiDAR, depth cameras, and edge AI pipelines for navigation, mapping, and object recognition.
Yes. We integrate ROS/ROS 2 where appropriate and deliver production firmware beyond research stacks.
DFM sessions, factory test firmware, and vendor QC are part of every production-bound robotics program.
Prototype platforms typically run 3–6 months; production programs span 6–18 months depending on complexity.
We audit mechanical, electrical, and software subsystems then re-engineer for reliability, cost, and manufacturability.
Yes. Operator dashboards, OTA updates, and telemetry pipelines are coordinated with embedded firmware.
Submit your application domain, timeline, and reference requirements through our contact form.