Engineering Next-Gen Products with Embedded Intelligence
We transform your innovative ideas into fully engineered, certified, market-ready devices with precision and expertise.
Regami specializes in delivering comprehensive device engineering services tailored to smart connected IOT solutions. Our expertise spans across designing, prototyping, and manufacturing intelligent hardware and software solutions that push the boundaries of technology. Whether you're in retail, automotive, industrial automation, retail analytics or healthcare, we ensure that your connected IOT solution is optimized for performance, accuracy, and scalability.
Our device engineering expertise spans across end-to-end solution development comprising of SBC/SOM designs, high speed board designs, camera designs, firmware development & optimization, embedded software development, Edge AI Model integration & tuning, and API development for connected IOT solutions. Our device engineering expertise extends to mechanical design, industrial design and enclosure development for wide range of environmental conditions ranging from lab environments all the way to ATEX Zone 0 compliant environments.
Our team of experts combines deep technical knowledge with industry experience, ensuring innovative, reliable, and robust solutions that meet the most demanding requirements. From sensor optimization to system architecture design, Regami helps your vision systems achieve new levels of efficiency and intelligence.
Regami Software Platforms
End-to-End Device Engineering: Where Ideas Take Shape!
Device Engineering
Embedded Hardware Engineering
Comprehensive engineering services for designing, prototyping, and optimizing embedded hardware systems.
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Device Engineering
Embedded Firmware Engineering
Dedicated engineering services for low-level firmware development, customization, and optimization on embedded device.
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Device Engineering
Embedded Software Engineering
Delivering intuitive software solutions that unlock the full potential of embedded systems with reliability and ease.
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Device Engineering
Connected Device Engineering
Designing smart, secure, and scalable devices that thrive in a connected, Internet of Things (IoT) driven world.
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Device Engineering
Mechanical Device Engineering
Creating sophisticated, durable, and high-performance designs optimized for challenging environments and demanding applications.
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Device Engineering
Design to Manufacturing
Transforming innovative designs into fully realized, market-ready products with a seamless path from concept to production.
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Innovative Solutions for Device Engineering Difficulties
High Density PCB Designs for Complex On-board Layers
Designing high-density PCBs requires integrating multiple components on compact layers, managing EMI/EMC, and ensuring seamless connectivity to maintain device performance and reliability.
Developing Robust Firmware for Embedded Devices
Developing reliable firmware for embedded devices requires meticulous development to ensure performance, stability, and security across diverse hardware environments.
Optimizing Embedded Software for Efficiency
Embedded software development requires a fine balance between functionality and resource efficiency, with constraints on memory, power, and processing capabilities.
Integrating Reliable Wireless Connectivity
Wireless integration is essential for IoT devices but often poses challenges like network interference, connection drops, and security vulnerabilities.
Mechanical Design Engineering for Durability and Performance
Mechanical design engineering must balance durability, aesthetics, and functionality, particularly in rugged environments where strength and performance are critical, especially for enclosures and camera systems.
Streamlining Manufacturing Processes
Moving from prototype to full-scale production requires efficient manufacturing processes, ensuring consistent quality and scalability without high costs.
Regami helped a body camera company streamline their hardware by optimizing PCB layout, reducing EMI, and lowering power consumption, resulting in a faster production process and enhanced device efficiency.
Regami partnered with a medical device company to develop custom firmware, enhancing device stability and improving processing efficiency by 40%, ensuring secure and reliable performance in critical healthcare environments.
Regami developed an energy-efficient software solution for a wearable health device, reducing power consumption by 35% and enabling continuous monitoring without frequent recharging.
Regami helped an inventory management company enhance WiFi connectivity for their monitoring cameras, reducing connection drops by 50% and improving network stability, enabling real-time inventory tracking with greater accuracy.
Regami assisted a mining vehicle manufacturer in developing ATEX Zone 0 certified sensing devices, creating durable enclosures and camera systems to detect harmful gases and pedestrians, ensuring safety in hazardous environments.
Regami helped a point-of-sale device manufacturer streamline their production process, cutting costs by 20% while increasing output, enabling them to meet rising demand without sacrificing quality.
Healthcare Provider Addresses AI Model Transparency Challenges
Implementing explainable AI methods helped the healthcare provider gain regulatory approval. This increased trust in their AI diagnostics, ensuring compliance with industry standards and improving model transparency.
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Regami SDK Resources
Clarity+ LPR SDK
Percepta OCR SDK
Dexter+ Barcode SDK
Vektor+ Facial Recognition SDK
Optiva+ Iris Recognition SDK
Standard You Trust, Platforms You Rely On
Certifications
FCC
CE
UL
ATEX
ETL
RoHS
REACH
SoC2
HIPAA
Processing Platforms
NVIDIA
NXP
MediaTek
Raspberry Pi
TI
STM
Espressif
Wireless Platforms
uBlox
Sierra
Nordic
Laird
Quectel
Microchip
SimCom
Regami's Hardware Platforms
Apex Smart Camera Platform
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Orbis OnVIF Camera Platform
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Linea USB Camera Platform
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Swift SerDes Camera Platform
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Innovation Insights: Explore Our Latest Articles
Blogs
Prototyping is crucial in device development because it helps identify issues early and refine concepts. This saves time and resources while ensuring the final product meets user needs.
Blogs
IoT integration enhances device engineering by enabling smarter connectivity, streamlined functionality, and advanced user experiences.
Blogs
Device engineering challenges include managing complex designs, ensuring regulatory compliance, and adapting to rapid technological changes while balancing cost, quality, and tight deadlines.
Related Services
Camera Engineering
End-to-end camera engineering solutions for design, calibration, and performance enhancement.
Edge AI/ML
Tailored engineering services for implementing AI/ML algorithms on edge devices for low-latency insights.
Cloud AI/ML
Expert engineering services for building, training, and deploying AI/ML models on cloud infrastructures.
