Embedded
Engineering
for AI Cameras and IoT products

From silicon to system-level firmware, we deliver fully integrated, end-to-end solutions
that combine expert hardware design with embedded software,
helping our clients accelerate time-to-market and ensure long-term reliability.

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Our Expertise
in Embedded Engineering

We integrate hardware, firmware, automation, and image processing to deliver turn-key systems that meet performance, cost,
and compliance targets
for AI-powered smart cameras.

Hardware Engineering

Embedded Software

Quality Assurance

Image Quality & Vision

AI/ML

NPI (New Product Introduction)
& Sustaining

Full-cycle PCB (Printed Circuit Board), DFM (Design for Manufacturability), and BOM (Bill of Materials) optimization, with part cost reductions up to 15%. The team develops NPI designs from concept to production.

RF & EMC

Antenna design, mmWave radar integration, and full-stack RF validation — including EMC/EMI and signal/power integrity testing. Performed in-house using advanced lab infrastructure.

Power & Thermal

Multi-channel modeling for extended battery life on battery-powered devices, achieving multi-week/months battery life on wireless doorbells and cameras under real-world conditions. Custom multi-channel measurement systems allow advanced power consumption analysis.

Mechanical Design

Rapid prototyping, structural simulations, DFM for plastics/metal, thermal sealing, and optical component integration.

Challenges We Solve for
AI-Powered Smart Cameras

Leverage our 8+ years in the
home-security market to build Smart Camera, Doorbell, and other IoT solutions

End-to-End Video & Audio Streaming

We design embedded and cloud media processing stacks, selecting optimized codecs, adaptive bitrate algorithms, and custom media servers to deliver gapless, high-quality video and audio across Wi-Fi, 3G, LTE, and other networks, supporting millions of concurrent streams with real-time transcoding and resilience against network impairments.

AI-Driven Object Detection & False Alerts Management

Our on-device AI motion detection delivers push notifications within a few seconds, significantly reducing the frequency of false alarms. Solutions offer environmental adaptability for accurate detection in varying conditions and support advanced smart detection (person, package, vehicle, pet). We leverage efficient edge computing to reduce cloud dependency and operational costs.

Secure OTA Updates & Remote Management

We implement end-to-end encrypted over-the-air firmware upgrades and device-provisioning frameworks—compliant with GDPR and CCPA standards—to ensure field-deployed devices stay up-to-date, diagnosable, and secure at scale.

Ultra Low Power Firmware for Extended Battery Life
& Device Reliability

Through detailed power modeling and in-house labs, we optimize firmware to achieve extended battery life and consistent performance for wireless cameras and doorbells under real-world operating conditions.

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Technology & Labs

Technology & Labs | SQUAD TechTechnology & Labs | SQUAD TechTechnology & Labs | SQUAD TechTechnology & Labs | SQUAD Tech

Labs & Equipment

Environmental & climatic chambers.

RF/EMC anechoic suites (Rohde & Schwarz, Agilent,
ETS-Lindgren, Anritsu).

Multi-channel power-measurement rigs.

Robotic IQ arms, spectrometers & interferometers.

SQUAD Camera Testing System (Roboarm v2) has a capacity for ~225 devices.

Motion Detection Studio for AI-based algorithm testing.

Languages & OS

C, C++, Linux (Yocto, Buildroot), FreeRTOS, Zephyr

Hardware Platforms

ARM Cortex-M → high-end SoCs (Ambarella, OmniVision, SigmaStar, Qualcomm)

Protocols

I²C, SPI, CAN, MQTT, BLE, LoRaWAN, TCP/IP, TLS

Our Process

We have a refined five-phase process—shaped by our experience delivering complex embedded systems—that brings clarity, consistency, long-term scalability, and technical alignment across the full product lifecycle:

Our Process | IoT Product Engineering by SQUAD

Strategize

Stakeholder workshops to align vision, use cases and constraints; deliver a detailed design brief, UX/market research, and project roadmap.

Our Process | IoT Product Engineering by SQUAD

Design

“Looks-like / works-like” prototypes, system architecture specs, PCB/RF/ME layouts, and initial UX/UI mockups.

Our Process | IoT Product Engineering by SQUAD

Develop

Iterative firmware, driver, and SDK development; hardware bring-up; integration of communication stacks and ML pipelines.

Our Process | IoT Product Engineering by SQUAD

Launch

Pilot programs, A/B testing, performance trials, and launch-dashboards—gathering metrics to stabilize your product in the market.

Our Process | IoT Product Engineering by SQUAD

SustaiN

Ongoing feature enhancements, security updates, BOM cost optimization, ML-model refreshes, and second-source support.

Why choose SQUAD

Full-Cycle Product Development

We bring ideas to life, covering design, prototyping, firmware, backend, mobile apps, and post-launch optimization. You get one partner, fully accountable for the product development and support lifecycle.

6,500 m² In-House Innovation Labs Built for Scale

We validate ideas faster with our test benches, thermal labs, image quality setups, and automation rigs—all under one roof, all engineered for scalability.

Deep Full-Stack Development Expertise in Home Security

Our teams specialize in personal & motion detection, vehicle/plate/animal recognition, forensic search and advanced video analytics. Each solution is designed to prevent false alarms and maximize reliability in AI-powered smart cameras.

Real Business Outcomes

We've helped clients accelerate time-to-market, reduce costs, and expand user bases—all with a measurable impact.

Embedded + Backend + Mobile Integration

Integrated cross-division capability ensures seamless synergy between camera firmware, connectivity (including WiFi and BLE), backend, and mobile app, leading to fewer bugs, smoother updates, and a better product.

Trusted by Industry Leaders

We’ve delivered mission-critical solutions for global brands, meeting the highest standards for quality, security, and scale.

Ready to bring your
next embedded
system to life?

Contact us by filling out the form to get started.

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