Industrial embedded controller beside an edge AI compute and camera board

SensorsView Intelligent Electronics · SVIEL™

Engineering Intelligence.Innovating the Future.

End-to-end R&D and product engineering across electronics, embedded systems, sensing, power, connectivity, AI and software — with zero vertical limitations.

Explore 10,000 Product Portfolio Catalog (PDF) Discuss a project →

Sensing. Intelligence. Innovation.

Discover SensorsView
10,000+Electronics Product Variants
10Core Application Domains
50Industrial Sectors
Sub-µA → 1000VZero Vertical Limits

Full-Spectrum Electronics R&D Architecture

One unified engineering force, orchestrating every domain.

From micro-amperes to kilovolts, firmware kernels to cloud telemetry — explore our 8 primary electronics engineering sectors below.

SensorsView Intelligent Electronics
Master Electronics R&D Architecture
8 Core Application Sectors
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Power Electronics SiC Inverters • High-Voltage
📡
Wireless & IoT LoRaWAN • 5G • BLE 5.3
🔲
Embedded Systems STM32 • NXP Linux SBC
🩺
Medical Devices 12-Lead ECG • ISO 13485
🧠
Edge AI & Vision NPU Inferencing • LWIR
🤖
Industrial Robotics Cobots • EtherCAT Servos
🔬
Sensors & DAQ 10fA SMU • Radar Sonde
🚗
EV & Automotive ASIL-D • CAN FD • EVSE
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Power
📡
Wireless IoT
🔲
Embedded
🩺
Medical
🧠
Edge AI
🤖
Robotics
🔬
Sensors
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EV / Auto

R&D and product engineering

Complete development, one connected team.

SensorsView is a technology-driven R&D and product engineering company. We turn a challenge, research idea or product brief into a practical, production-ready electronic system.

From research and concept to prototype, validation and production support, we connect electronics, firmware, AI, connectivity and software into one product system.

Research & feasibilitySystem architectureElectronics & PCB/PCBAEmbedded firmware & LinuxAI/ML & Edge AIWireless & industrial protocolsCloud & software platformsPrototype to production support

End-to-end product development

A clear path from idea to deployment.

Each stage creates evidence for the next, so engineering risks are addressed early and the final product stays coherent.

  1. Idea
  2. Research
  3. Feasibility
  4. Architecture
  5. Hardware
  6. PCB / PCBA
  7. Firmware
  8. AI / software
  9. Mechanical integration
  10. Prototype
  11. Testing
  12. Validation
  13. Production support
  14. Deployment

Explore our product-engineering lifecycle

What we do

Engineering capability, connected by design.

Eight focused disciplines cover the complete path from research and architecture to an operational product.

Embedded systems

Firmware and compute platforms for intelligent devices.

MCU • MPU • RTOS • Linux • Drivers

Electronics & hardware

Custom electronics for sensing, control and connectivity.

Analog • Digital • PCB • PCBA • Sensors

Power & energy electronics

Power conversion, energy monitoring and intelligent electrical control systems.

SMPS • BMS • Motor Control • Metering • Protection

FPGA & advanced compute

Programmable logic and high-performance embedded computing for advanced products.

FPGA • SoC • DSP • Acceleration • Edge Compute

AI & Edge AI

Local intelligence for perception, insight and decisions.

TinyML • Vision • Analytics • Sensor fusion

IoT & wireless

Connected devices, telemetry and wireless product systems.

Wi-Fi • BLE • LoRa • Cellular • MQTT

Industrial automation

Control, monitoring and integration for field operations.

I/O • PLC • SCADA • Gateways • Protocols

Software & cloud

Platforms that make device data useful and actionable.

Dashboards • APIs • Analytics • Device management

Cross-sector engineering

Built for complex problems in the real world.

Our systems thinking transfers across sectors, from industrial environments and energy networks to healthcare research and connected infrastructure.

Energy & electricalIndustrial & manufacturingAutomotive & mobilityHealthcare & bioelectronicsAgricultureSmart infrastructureTelecom & wirelessRobotics & autonomous systemsResearch & scientific

See all industries we support

10 Core Application Domains · 10,000 Product Portfolio

Full-spectrum product architecture, zero vertical limits.

From sub-microampere medical bio-sensors and lab instrumentation to 1000V high-voltage power electronics and industrial PLCs, explore SVIEL's complete engineering capability.

IoT & Edge Gateways LoRaWAN & LPWAN BLE 5.3 & RTLS AoA 1000V HV BMS Packs 1S–16S Smart BMS 400V/800V SiC Traction EV Fast Charging & V2G Solar & BESS Microgrids Industrial Linux SBCs FPGA DSP & High-Speed DAQ Edge AI Vision & Thermal Robotics, Cobots & Servos UAV Drone Autopilots Micro-PLCs & Isolated I/O Process 4-20mA HART Machine Condition PdM Smart Home & 32A Relays DALI-2 & DMX Lighting Biometric & UHF RFID Access Cardiology & 12-Lead ECG ICU Monitors & Syringe Pumps Precision 10fA SMU Lab Air Quality & Multi-Gas Water Quality & Flood Radar AgTech & Smart Fertigation

Turnkey Product Realization & ODM

Need a Custom Electronics Specification?

We take concepts, research challenges, and OEM specs to high-yield production across hardware, firmware, mechanical enclosures, and cloud platforms.

Explore 35-Domain Category Hub Download 10,000 Catalog (PDF)

Solution areas

Engineering that becomes operational value.

We develop complete systems for monitoring, control, automation and intelligence — not just individual components.

Industrial gatewaysEdge AI visionEnergy monitoringData acquisitionCondition monitoringConnected dashboards

Explore solution categories View 35-Domain Product Hub

10 Core Application Domains

Top 10 Project Capabilities, built for field realities.

Representative hardware and firmware platforms spanning connected devices, high-voltage power, AI vision, robotics, medical telemetry, and embedded computing.

Explore all project engineering capabilities

India-based · globally available

A practical R&D partner, wherever your product needs to go.

We support product R&D, design services, modernization, prototyping and technical consulting for teams in India and internationally. Engagements are scoped around the engineering challenge — from focused feasibility work to complete product development.

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