Frequently Asked Questions
Everything you need to know about our robotics, AI, software engineering, and web development services.
🤖 Robotics & Automation
What kind of robots do you build?
We build precision robotic systems for real-world applications — robotic arms for manufacturing and medical use, autonomous drones for security and inspection, automated quality control systems, and custom machines that need to interact with the physical world intelligently. If it moves, senses, and makes decisions, we can build it.
Do you build the hardware or just the software?
Both. We handle the full stack — mechanical design, sensor integration, embedded firmware, control software, and AI. If you already have hardware and just need the software that runs it, we do that too. Bring us a robot arm, a drone frame, or an IoT device, and we'll write the code that makes it smart.
What industries do your robots serve?
We've worked on systems for tattoo and medical devices, security and surveillance, manufacturing automation, and agricultural inspection. Robotics applies to almost every industry — if you have a repetitive, dangerous, or precision-critical task, a robot can probably do it better, faster, and 24/7.
What robot arms do you work with?
We work with Universal Robots (UR3e, UR5e, UR10e), xArm by UFactory, Franka Emika Panda, and custom-built arms. For most precision applications, we recommend collaborative robot arms (cobots) that can safely work alongside humans. We can also design custom end effectors and tooling for any arm.
What sensors do you integrate?
Force/torque sensors for delicate manipulation, 4K cameras and depth sensors for computer vision, LiDAR for mapping and navigation, IMUs for orientation, temperature sensors, acoustic sensors, proximity sensors, and bioimpedance sensors for skin contact applications. We design custom sensor arrays tailored to your specific use case.
Can you build an autonomous drone system?
Yes. We build custom drone software including autonomous flight controllers, waypoint navigation, obstacle avoidance, AI-powered object detection, and ground station control apps. We handle the firmware, the flight algorithms, and the companion apps. Hardware integration with DJI, ArduPilot, and PX4 platforms.
What is a cobot and why should I care?
A cobot (collaborative robot) is a robot designed to work safely alongside humans without needing a safety cage. They have built-in force limiting — if they bump into a person, they stop immediately. This matters because cobots can be deployed in existing workspaces without expensive safety infrastructure, making automation accessible to small and mid-size businesses.
How precise are your robotic systems?
Our systems achieve sub-0.1mm repeatability for precision applications. For context, a human hair is about 0.07mm thick. This level of precision is critical for medical devices, tattoo stencil printing, micro-assembly, and quality inspection tasks.
What is ROS2 and do you use it?
ROS2 (Robot Operating System 2) is the industry-standard software framework for building robot applications. Yes, we use it extensively. ROS2 handles communication between sensors, actuators, and AI systems. It's used by NASA, Amazon Robotics, and every major robotics company. Building on ROS2 means your system is modular, scalable, and compatible with the broader robotics ecosystem.
Can you retrofit automation into my existing equipment?
Often, yes. Many businesses have manual processes that can be partially or fully automated without replacing existing equipment. We assess your workflow, identify automation opportunities, and design systems that integrate with what you already have. This is usually far cheaper than buying entirely new automated equipment.
How long does a robotics project take?
A proof-of-concept prototype typically takes 4-8 weeks. A production-ready system takes 3-6 months depending on complexity. Simple automation tasks (pick and place, inspection) are faster. Complex systems with custom AI, multiple sensors, and safety certification take longer. We give you a detailed timeline before starting.
Do you offer robot maintenance and support?
Yes. We offer ongoing maintenance contracts that include software updates, sensor calibration, performance monitoring, and remote diagnostics. Robots are machines — they need regular checkups just like any precision equipment. We also provide training for your team to handle day-to-day operations.
🧠 AI & Machine Learning
What AI services do you offer?
Computer vision (object detection, quality inspection, defect identification), machine learning models for prediction and classification, natural language processing for chatbots and document analysis, autonomous control systems, and AI integration into existing software and hardware. We build AI that runs on edge devices, not just in the cloud.
Can you add AI to my existing system?
Yes. We specialize in integrating AI into systems that already exist — adding computer vision to a production line, adding predictive maintenance to equipment, or adding intelligent automation to manual workflows. You don't need to rebuild everything from scratch.
What is computer vision and how do you use it?
Computer vision is AI that understands what it sees through a camera. We use it for quality inspection (detecting defects at production speed), object tracking (following items on a conveyor), safety monitoring (detecting people in hazardous zones), and guidance (telling a robot exactly where to place something). It works in real-time and doesn't get tired or distracted.
What is edge AI?
Edge AI means running artificial intelligence directly on the device (a robot, drone, or sensor) instead of sending data to the cloud. This is critical for robotics because it eliminates latency — a robot arm can't wait 200ms for a cloud server to respond when it's applying force to a surface. We deploy AI on NVIDIA Jetson, Raspberry Pi, and custom embedded hardware.
Can AI really replace human inspection?
For many tasks, AI inspection is significantly more consistent than human inspection. Humans get fatigued after 20-30 minutes of visual inspection and start missing defects. AI maintains the same accuracy at hour 1 and hour 10. That said, AI works best as an augmentation — flagging issues for human review rather than making final decisions on critical safety items.
Do you build AI chatbots?
Yes. We build custom AI chatbots that handle customer support, appointment booking, lead qualification, and internal knowledge bases. These run on your website 24/7 and can be trained on your specific business data. They integrate with your CRM, calendar, and existing tools.
How do you train AI models for my specific use case?
We start by collecting or receiving sample data from your environment — images of your products, examples of defects, historical records, sensor readings. We then train and fine-tune models specifically for your use case. Custom models outperform generic ones because they're trained on YOUR data, not generic internet data.
⚙️ Software Engineering
What programming languages do you use?
Python for AI and machine learning, C/C++ for embedded firmware and real-time control, TypeScript/JavaScript for web applications, Rust for performance-critical systems, and ROS2 for robotics. We pick the right tool for each job — not every problem needs the same language.
Can you write firmware for embedded systems?
Yes. We write firmware for microcontrollers (ESP32, STM32, Arduino), single-board computers (Raspberry Pi, NVIDIA Jetson, BeagleBone), and custom PCBs. This includes sensor drivers, motor control loops, communication protocols (I2C, SPI, UART, CAN bus), and real-time operating systems.
What is a PID control loop?
PID (Proportional-Integral-Derivative) is a control algorithm that keeps something at a target value — like keeping a robot arm applying exactly 2 Newtons of force, or keeping a drone hovering at exactly 10 meters. It continuously reads sensor data, calculates the error, and adjusts the output. We tune PID loops for precision applications where consistency matters.
Do you build APIs and backend systems?
Yes. RESTful APIs, GraphQL, WebSocket real-time systems, database design, authentication, and cloud infrastructure. We build the backend systems that connect your robots, apps, and dashboards together.
Can you build a control dashboard for my equipment?
Yes. We build real-time monitoring dashboards that show equipment status, sensor readings, production metrics, and alerts. These run in a web browser so you can monitor from anywhere — your office, your phone, or across the country.
🌐 Websites & Apps
How much does a website cost?
Professional websites start at $500. This includes design, development, mobile optimization, SEO setup, and deployment. E-commerce stores, web applications, and complex platforms are quoted based on scope and features.
What tech stack do you use for websites?
Next.js, React, TypeScript, and Tailwind CSS. Deployed on Vercel for maximum performance. This stack gives you fast page loads, great SEO, and easy content updates. For e-commerce, we use Shopify or custom-built solutions depending on your needs.
Do you offer website maintenance?
Yes. We offer monthly maintenance plans that include updates, security patches, content changes, performance monitoring, and technical support. Your website is a living asset — it needs care to stay fast, secure, and effective.
Can you build mobile apps?
Yes. We build native iOS and Android apps, as well as cross-platform apps using React Native. This includes companion apps for robotic systems, customer-facing apps, internal business tools, and IoT device controllers.
Do you handle SEO?
Every website we build is SEO-optimized from day one — proper metadata, schema markup, fast load times, mobile responsiveness, sitemap generation, and Google Search Console setup. We also offer ongoing SEO services for businesses that want to actively grow their organic traffic.
💼 Working With Us
How do I get started?
Send us a message through our contact page or email us. Tell us what you need — even a rough idea works. We'll schedule a call to discuss your project, then send you a detailed estimate with timeline and cost breakdown. No obligation.
How does pricing work?
We provide fixed-price quotes for defined projects. You know the total cost before we start. For ongoing work or evolving projects, we offer monthly retainers. We don't do hourly billing that leaves you guessing what the final cost will be.
What is your typical project timeline?
Websites: 1-4 weeks. Mobile apps: 4-12 weeks. Robotics proof-of-concept: 4-8 weeks. Production robotic systems: 3-6 months. AI integration: 2-8 weeks depending on complexity. We give you a specific timeline in your project estimate.
Do you work with startups?
Yes. Many of our clients are startups and small businesses bringing new products to market. We understand budget constraints and can help you build a minimum viable product (MVP) first, then scale as you grow. We also help with technical aspects of grant applications and investor pitches.
Can you help with government contracts and grants?
Yes. We have experience with SBIR/STTR grant applications, SAM.gov registration, and government contract requirements. Robotics and AI projects are well-suited for federal funding through NSF, DoD, and state technology grants. We can help you navigate the application process and build the technical documentation needed.
Do you sign NDAs?
Absolutely. We sign NDAs before any detailed project discussion if you need one. Your intellectual property is yours. We build it, you own it.
Where are you located?
St. George, Utah. We work with clients locally in Southern Utah and remotely nationwide. Robotics projects that require physical integration may involve on-site visits.
Do you offer partnerships or co-development?
Yes. For the right projects, we offer co-development partnerships where we contribute engineering resources in exchange for equity or revenue share. This is ideal for startups with strong ideas but limited engineering budgets. Tell us about your project and we'll discuss options.