Didur Labs — Las Vegas, Nevada
Complex Problems. Working Solutions.
Didur Labs designs, builds, automates, and integrates custom technology—from electronic prototypes and embedded systems to intelligent homes, AI automation, and connected devices.
Capabilities
Full-system engineering across five disciplines
Didur Labs works where hardware, firmware, software, networking, automation, and mechanical design meet—so a solution can move freely between them.
Electronics Design & Prototyping
From initial concept to working hardware, we design custom electronic systems, prototypes, controllers, sensor platforms, and connected devices.
- Schematic design
- PCB layout
- Microcontroller systems
- Sensor integration
- RFID
Home Automation & Smart Buildings
We engineer secure, reliable automation systems that connect lighting, climate, security, cameras, energy, entertainment, and custom hardware into one cohesive platform.
- Home Assistant
- Smart home architecture
- Lighting and climate automation
- Pool and spa control
- Security and surveillance
Embedded Systems
Custom firmware and hardware integration for connected devices, industrial controls, sensors, displays, and intelligent equipment.
- ESP32 and ESP32-S3
- STM32
- Raspberry Pi
- Embedded Linux
- FreeRTOS
AI & Automation
Private AI, workflow automation, intelligent agents, computer vision, and software integrations that turn disconnected systems into useful tools.
- AI agents
- Private LLM deployments
- Workflow automation
- MCP integrations
- Computer vision
Mechanical Design & Rapid Prototyping
Mechanical design, custom enclosures, fixtures, mounts, tooling, and prototypes built to support electronics and complete product development.
- Autodesk Fusion
- CAD modeling
- Enclosure design
- Reverse engineering
- 3D printing
Selected work
Featured projects
A cross-section of hardware, automation, embedded, and integration work.
ElectronicsRFID Antenna Grid System
A custom RFID antenna array with embedded controllers, purpose-built mounting hardware, and software integration.
Prototype
Home AutomationAI-Enhanced Home Automation
A Home Assistant environment integrating cameras, motion sensors, environmental controls, AI-generated event summaries, remote access, and custom dashboards.
Internal project
Embedded SystemsCustom ESP32 Controllers
Purpose-built wireless controllers using ESP32 hardware, displays, sensors, relays, and custom enclosures.
Prototype
Mechanical DesignSmart Workshop and Toolbox System
Custom Gridfinity organization, CAD-designed tool holders, electronics workstations, sensor monitoring, and workshop automation.
Internal project
Home AutomationPool and Outdoor Automation
Integrated pool, spa, lighting, environmental monitoring, security cameras, and remote property control.
Client project
InfrastructureLegacy Equipment Integration
Custom hardware and software interfaces that connect older equipment to modern monitoring, networking, and automation systems.
Client project
How we work
A practical path from concept to a working result
Whether the project begins as a rough idea, an existing system that needs improvement, or a problem nobody has solved yet, Didur Labs provides a practical path from concept to a working result.
- 01
Discover
Understand the actual problem, the constraints, and what a working result really needs to do.
- 02
Design
Define the architecture across hardware, firmware, software, and mechanical elements before building.
- 03
Prototype
Build something real and testable early, so assumptions meet the physical world.
- 04
Integrate
Connect the pieces—devices, networks, software, and existing systems—into one coherent whole.
- 05
Validate
Test under realistic conditions, find the weak points, and refine until it holds.
- 06
Deliver
Hand off a working, documented system that can be understood, supported, and extended.
What sets us apart
More Than an Installer. More Than a Software Company.
Didur Labs works across hardware, firmware, software, networking, automation, mechanical design, and artificial intelligence. That cross-disciplinary approach allows us to solve problems that do not fit neatly into a single category.
- Local-first architecture
- Custom hardware when commercial products are insufficient
- Open platforms and reduced vendor lock-in
- Enterprise-grade networking and security
- Full-system engineering
- Practical prototypes
- Clear technical documentation
- Systems designed for long-term supportability
Have a difficult technical problem?
Bring us the idea, the broken system, the unfinished prototype, or the problem everyone else says is too complicated.