SIMS V2 was showcased by Alif Semiconductor as an advanced wearable Edge AI platform demonstrating the power of real-time on-device intelligence and ultra-low-power embedded processing. The system is designed to enhance personal awareness and safety by detecting people, motion or objects approaching from behind and instantly alerting the wearer without relying on continuous cloud connectivity or external processing infrastructure.

By leveraging local AI inference directly on the wearable device, SIMS V2 achieves fast response times, improved privacy and reduced power consumption while maintaining a compact and lightweight form factor. The platform highlights the growing potential of Edge AI technologies in next-generation wearable safety, smart awareness and human-assistance applications.

NEUVATEK is proud to support the electronic hardware architecture, embedded firmware development and system integration behind this innovative product. The project combines low-power electronics, embedded AI processing, wireless connectivity and compact product integration to deliver a highly optimized wearable solution suitable for real-world everyday use.

Edge Semiconductor Inc., sister company of NEUVATEK Inc., introduces the EX4 AI/Edge Computer — a powerful modular edge computing platform designed for the most demanding AI, industrial IoT and intelligent connected applications.

As artificial intelligence rapidly transforms industries worldwide, Edge AI is becoming a critical technology for enabling intelligent, autonomous and real-time decision-making directly at the endpoint. Moving AI processing closer to the device reduces latency, minimizes cloud dependency, improves security and enables faster and more reliable operation in mission-critical environments.

The EX4 platform was engineered specifically to address this growing demand for intelligent edge processing by combining high-performance computing, extensive connectivity, low-power operation and scalable AI acceleration into a rugged and highly adaptable embedded platform.

Advanced AI Processing Architecture

At the heart of EX4 is a powerful AI fusion engine combining Arm Cortex-A32 and Cortex-M55 processors with Helium™ Vector Extensions and dual Arm Ethos™-U55 Neural Processing Units delivering up to 204 GOPS of AI/ML acceleration for real-time inference workloads.

This architecture enables ultra-fast and energy-efficient processing for:

• Computer vision
• Predictive analytics
• Sensor fusion
• Autonomous systems
• Industrial automation
• Smart transportation
• Video analytics
• Real-time monitoring

By enabling AI directly on the endpoint device, EX4 supports intelligent systems capable of operating independently even in environments with limited or intermittent cloud connectivity.

High-Performance Edge Computing

The platform is powered by a quad-core 64-bit Arm Cortex-A76 processor operating up to 2.4GHz with up to 16GB LPDDR4 memory and 64GB eMMC storage, delivering substantial compute capability for advanced embedded Linux, graphical interfaces and AI-driven workloads.

Advanced graphics support includes Vulkan 1.3 and OpenGL ES 3.1, enabling rich user interfaces, visualization and multimedia applications with dual 4K HDMI 2.0 display outputs.

Extensive Wireless & Wired Connectivity

EX4 integrates a comprehensive set of wireless technologies including:

• LTE CAT-M1
• LTE NB-IoT
• DECT NR+
• Satellite LEO connectivity
• Wi-Fi 6 Dual Band
• Bluetooth Low Energy
• Thread
• ZigBee
• ANT
• NFC
• GNSS

This broad connectivity architecture enables reliable communication across industrial, transportation, infrastructure and remote deployment environments.

On the wired side, the platform supports RS-485 Modbus, RS-232, CAN FD, Gigabit Ethernet with IEEE 1588 synchronization, PCIe Gen 2, USB 2.0/3.0, MIPI CSI/DSI interfaces, SDIO, I2S, UART, I2C, SPI, PWM and up to 30 GPIOs, allowing deep integration into complex industrial systems.

Flexible Power for Remote & Mobile AI Systems

EX4 supports highly flexible power architectures including:

• 12–24V DC input
• 5V USB power
• Embedded rechargeable Li-Polymer battery (7,800mAh)
• Primary Lithium Thionyl Chloride battery (13,500mAh)
• External power bank support
• Solar-powered operation

These capabilities make the EX4 particularly well suited for remote, mobile and infrastructure deployments where long runtime, ruggedness and intelligent autonomous operation are essential.

AI at the Edge is the Future

As industries continue moving toward intelligent automation, predictive maintenance, autonomous operation and real-time analytics, Edge AI platforms such as EX4 are becoming foundational building blocks for next-generation connected systems.

Through the combination of advanced AI acceleration, high-performance processing, secure connectivity and flexible deployment, the EX4 AI Edge Computer redefines intelligent edge computing for industrial, transportation, infrastructure and smart connected markets.

T5TEK introduces the SLP-200 SmartLock Portable, an advanced connected locking solution designed to enhance cargo security for containers, trailers and valuable freight shipments. The platform was developed to provide a practical and intelligent security layer for logistics operations where asset protection, visibility and tamper awareness are critical.

The SLP-200 integrates LTE CAT-M1 cellular connectivity, GPS positioning, 2.4GHz wireless communication and NFC technology, enabling secure access control, location awareness and connected monitoring for mobile freight assets. This combination allows operators to protect valuable or critical shipments while maintaining visibility across transportation and storage environments.

Unlike traditional passive locks, the SLP-200 is designed as an intelligent connected security device with a rechargeable battery architecture. Its portable design makes it suitable for containers and trailers that require flexible deployment without permanent infrastructure modification.

The SmartLock platform supports modern cargo security workflows by combining physical locking, wireless authentication, cellular communication and positioning technologies into one integrated product. This helps fleet operators, freight companies and logistics providers improve shipment control, reduce unauthorized access risks and protect high-value cargo.

NEUVATEK contributed to the connected electronics and embedded systems development behind the SmartLock platform, supporting the integration of wireless communication, power management, sensing, firmware behavior and secure product functionality for real-world transportation environments.

The SLP-200 SmartLock Portable reflects the growing demand for intelligent freight security solutions that go beyond mechanical protection. By adding cellular connectivity, GPS location data, NFC access and wireless communication, the system enables a smarter and more responsive approach to container and trailer security.

Designed for valuable and critical shipments, the SLP-200 helps ensure that assets remain protected throughout the transportation chain while providing the technology foundation needed for future connected logistics and smart cargo management systems.

Edge Semiconductor Inc., sister company of NEUVATEK Inc., introduces the EX.AI IoT Gateway — a next-generation Edge AI driven gateway engineered for intelligent connectivity, real-time processing and resilient deployment in mission-critical, industrial and remote environments.

As industries accelerate toward automation, predictive analytics and intelligent infrastructure, traditional gateways are no longer sufficient. Modern systems require local intelligence, secure connectivity, low-latency processing and the ability to make decisions directly at the edge without depending continuously on cloud services.

Intelligent Connectivity at the Edge

EX.AI redefines intelligent connectivity by integrating an extensive set of wireless technologies including LTE CAT-M1, NB-IoT, DECT NR+, Satellite LEO, Wi-Fi 6 Dual Band, 2.4GHz wireless, Mesh networking, Direction Finding, Thread, ZigBee, ANT, NFC and GNSS for precise positioning.

This broad connectivity architecture enables the gateway to operate across demanding deployment scenarios where devices, sensors, machines and cloud platforms must remain connected across diverse network conditions.

Advanced AI Processing Engine

At the heart of EX.AI is a sophisticated AI processing engine featuring quad-core Arm Cortex processors and dual Arm Ethos-U55 Neural Processing Units. This architecture delivers high-performance AI/ML inference, ultra-low latency and exceptional energy efficiency for real-time edge intelligence.

By running AI directly on the gateway, EX.AI enables local event detection, predictive behavior, sensor fusion, anomaly detection, intelligent filtering and autonomous response without sending all raw data continuously to the cloud.

This makes the platform ideal for industrial monitoring, transportation systems, smart buildings, remote infrastructure, security applications, asset tracking, environmental sensing and distributed intelligent networks.

Industrial Integration & Legacy Equipment Support

EX.AI supports comprehensive wired interfaces including RS-485 with Modbus, RS-232, CAN FD and AI USB Host Device, enabling seamless integration with both legacy field equipment and modern intelligent devices.

This makes the gateway suitable for bridging existing industrial systems into modern cloud-connected and AI-enabled architectures without requiring complete infrastructure replacement.

Flexible Power & Rugged Deployment

The platform supports multiple power configurations including 12–24V DC input, 5V USB power, rechargeable Li-Polymer battery, primary Lithium Thionyl Chloride battery, external power banks and solar panel input.

This deployment flexibility allows EX.AI to operate in fixed, mobile, remote and off-grid environments where power availability and reliability are critical system requirements.

Compact yet rugged at 112 × 112 × 35 mm and supported by a stainless-steel wall bracket, EX.AI was designed for professional installation in industrial, infrastructure and outdoor-related edge deployments.

Enabling the Future of Edge Intelligence

EX.AI connects sensors, gateways, machines and AI systems into one resilient ecosystem, enabling smarter infrastructure and intelligent decision-making closer to where data is generated.

Through its combination of Edge AI acceleration, extensive wireless connectivity, industrial interfaces, flexible power and rugged design, the EX.AI IoT Gateway provides a powerful foundation for next-generation connected systems.

The T5TEK SmartLock SLS Series is an intelligent freight security platform designed to provide advanced protection for shipping containers and trailers through connected electronic locking technology, real-time monitoring and wireless asset security management.

Developed by NEUVATEK and featured by Nordic Semiconductor, the SmartLock platform combines rugged industrial mechanical construction, ultra-low-power embedded electronics and secure wireless connectivity to create a next-generation Intelligent Locking System (ILS) for transportation, logistics and fleet security applications.

The SmartLock system is built around Nordic Semiconductor’s nRF52840 2.4GHz Wireless communication between the lock, smartphone applications and cloud-connected gateway infrastructure. The solution supports both onsite unlocking through authorized mobile devices and remote cloud-based access control through telematics gateways.

The lock is mechanically engineered using high-strength 7075 aluminum alloy and is designed to retrofit directly onto existing trailer swing doors in place of traditional locking hasps. A heavy-duty motorized drop-pin locking mechanism secures the trailer handle while allowing electronic authorization, intelligent monitoring and tamper detection functionality.

NEUVATEK developed the electronic architecture and embedded firmware platform powering the SmartLock system, integrating secure wireless communication, sensor monitoring, event detection and ultra-low-power battery management. The embedded system continuously supervises magnetic sensors and onboard accelerometers to detect locking events, door open/close status and potential tampering attempts in real time.

Event and telemetry data can be securely transmitted through cloud-connected logistics infrastructures, enabling transportation operators and fleet managers to receive real-time notifications, remotely monitor asset status and improve freight visibility throughout the transportation chain.

Security was implemented as a foundational component of the SmartLock platform. The Nordic nRF52840 SoC provides advanced cryptographic acceleration, hardware-based AES encryption, secure random number generation and robust low-latency wireless communication capabilities to help protect access control and wireless communications against unauthorized intrusion attempts.

The system was also optimized for extremely low power consumption using Lithium Thionyl Chloride battery technology combined with Nordic’s ultra-low-power wireless architecture, enabling multi-year battery life suitable for long-term transportation and logistics deployments.

The SmartLock SLS Series demonstrates NEUVATEK’s expertise in secure transportation electronics, rugged embedded systems, wireless IoT development and industrial product integration for smart logistics and asset protection markets.

NEUVATEK Inc. is proud to announce its entitlement as an official Design Partner for ALIF Semiconductor, supporting product development based on ALIF technologies and enabling next-generation connected and intelligent devices at the edge.

ALIF Semiconductor is focused on secure AI/ML-enabled 32-bit microcontrollers and fusion processors designed for scalable, low-power endpoint products. ALIF’s Ensemble® and Balletto® product families provide integrated AI acceleration, advanced processing capability, security features and wireless connectivity options for modern embedded systems.

Through NEUVATEK’s expertise in embedded systems, electronics, RF engineering, wireless connectivity, firmware development, cloud-connected platforms and Edge AI product architecture, the company supports clients in transforming ALIF-based technologies into production-ready intelligent products.

NEUVATEK’s focus on Edge AI enables clients to move intelligence closer to the device, where real-time inference, sensor fusion, local decision-making, lower latency, reduced cloud dependency and power-efficient autonomy become critical for next-generation embedded products.

Over the years, NEUVATEK has developed several successful platforms based on advanced embedded AI technologies, applying Edge AI know-how and system-level integration expertise to real-world product challenges across industrial, transportation, healthcare and smart connected markets.

These capabilities support the development of smart gateways, industrial control devices, AI-enabled sensors, home and building automation systems, healthcare electronics, robotics, graphical interfaces, transportation platforms and battery-operated intelligent endpoints.

Edge AI & Machine Learning at the Endpoint

Edge AI is a central focus of NEUVATEK’s ALIF-based development activities. ALIF platforms enable on-device AI/ML execution through the combination of high-efficiency processing and neural acceleration technologies, allowing intelligence to run directly on the endpoint product instead of relying entirely on cloud infrastructure.

NEUVATEK supports AI model integration, inference pipelines, sensor data processing, firmware optimization, low-power AI operation and complete Edge AI system architecture for intelligent embedded applications.

Embedded Software Development

NEUVATEK develops embedded firmware and software for ALIF-based systems, including RTOS-based applications, low-power state machines, peripheral drivers, wireless communication interfaces, secure boot workflows, OTA update strategies and system-level software integration.

Hardware, RF & System Integration

The company supports complete electronic hardware and system integration, including schematic design, PCB layout, power architecture, sensor integration, wireless interfaces, RF front-end design, antenna integration and full embedded system bring-up for ALIF-based platforms.

Security Design & Secure Connected Products

Security is a foundational requirement for connected Edge AI systems. NEUVATEK supports secure device architecture, provisioning strategies, encrypted communication workflows, certificate management, signed firmware updates and secure product lifecycle considerations for intelligent connected devices.

Why ALIF for Edge AI Products?

ALIF Semiconductor technologies provide scalable architectures ranging from ultra-low-power microcontrollers to advanced multicore fusion processors, enabling product developers to select the optimal balance between compute, power consumption, memory and operating system capabilities.

Integrated neural processing acceleration enables more efficient AI inference directly on the endpoint, reducing dependency on continuous cloud processing while improving responsiveness, latency and power efficiency.

Combined with NEUVATEK’s expertise in Edge AI product development, embedded systems and intelligent connected platforms, the partnership enables clients to accelerate the development of secure, scalable and next-generation AI-enabled products.

WIN Reality introduced its innovative VR Short Bat solution for the Meta Quest platform, delivering immersive baseball and softball training experiences within compact indoor environments through advanced virtual reality interaction and intelligent motion tracking technologies.

The shortened weighted bat attachment was specifically designed to enable realistic full-swing practice while improving safety, comfort and usability in limited spaces. The system allows athletes to naturally train timing, mechanics and pitch recognition while remaining fully integrated with the WIN Reality VR ecosystem.

NEUVATEK contributed to the electronic hardware architecture, embedded firmware development and system integration powering the sensing platform and Meta VR interaction. The project was developed in partnership with Clandestine for the industrial, mechanical and product design aspects, resulting in a compact and production-ready sports technology platform.

The WIN Reality platform is widely adopted across baseball organizations, training academies, NCAA programs and professional athletes to improve swing mechanics, pitch recognition, reaction time and overall player development using immersive virtual reality and advanced motion analysis technologies.

NEUVATEK Inc. is cooperating with Zurich-based Xlife Sciences AG on the advancement of patented contactless vital signs monitoring technologies targeting next-generation healthcare and digital wellness applications for the United States market.

The collaboration focuses on innovative non-invasive monitoring technologies capable of measuring physiological parameters such as heart rate, respiration and additional vital indicators without requiring direct physical contact with the patient or wearable sensors. These technologies are increasingly gaining importance in telemedicine, remote patient monitoring, smart healthcare infrastructure and AI-driven medical systems.

Xlife Sciences AG is a Switzerland-based life sciences incubator and accelerator focused on transforming scientific research and breakthrough technologies into commercial healthcare solutions. The company supports and develops innovative projects across medical technology, diagnostics, digital health and biotechnology sectors, helping bridge the gap between academic innovation and real-world healthcare deployment.

NEUVATEK contributes its expertise in advanced electronics, embedded systems, Edge AI processing, wireless technologies and product development to support the system architecture, hardware integration and future commercialization activities for the North American healthcare market.

In a world where women increasingly face the risk of assault from behind, .simstechnology's device acts as eyes in the back of the wearer's head, giving them the ability to enjoy the outdoors without fear.

Modulus Media Systems Unveils Its New Modulus M2 4K Media Server and DVR at CEDIA 2022!

Modulus Media Systems arrived at CEDIA 2022 with an all-new media server and DVR, the Modulus M2. The M2 is designed to perform as an HD and 4K UHD movie server with up to 80TB of field-upgradeable storage, optional integrated backup and NAS compatibility for unlimited expansion. Its bold yet unobtrusive design complements a home theater while its RF remote allows installation in an equipment closet.

SmartCIU is a smart energy metering and control device developed by NEUVATEK to address the demanding Nigerian utility and residential energy market. The platform was designed to combine secure utility metering, prepaid recharge, broadband connectivity and smart home control into a single integrated device.

Nigeria’s energy sector faces major challenges related to electricity theft, inefficient billing, unauthorized meter bypassing and revenue losses for utility companies. As prepaid meters become increasingly adopted across the market, there is a growing need for automated, secure and connected systems that can support reliable recharge, monitoring, control and user interaction.

SmartCIU was developed as a connected customer interface and utility control unit capable of supporting electricity, water and gas metering applications through both wired and wireless interfaces. The device helps bridge the gap between utility infrastructure, consumer access and secure digital energy management.

The product platform covers an integrated set of advanced functions including: LTE CAT6 internet router capability, touch-based user interface, sound notification, wired and wireless communication interfaces to electricity, water and gas meters, utility company recharge functionality, and home automation hub features.

NEUVATEK contributed to the full product development and embedded system architecture, combining electronics design, firmware development, user interface integration, wireless connectivity, metering interfaces and system-level product engineering into a compact consumer-facing energy device.

The platform enables utility companies and service providers to deploy a smarter and more secure prepaid metering ecosystem. By integrating communication, recharge, control and monitoring in one device, SmartCIU can help improve billing accuracy, reduce manual intervention, limit unauthorized consumption and enhance the overall customer experience.

SmartCIU also extends beyond utility metering by acting as a connected home hub. With LTE CAT6 connectivity, touch interaction, audio alerts and smart control interfaces, the device can support value-added services such as home automation, remote monitoring and future smart grid integration.

The project reflects NEUVATEK’s capability in developing connected infrastructure products for emerging markets where reliability, security, usability and cost-effective integration are critical to large-scale deployment.

PatchRx provides a next-generation medication adherence platform designed to help healthcare providers, pharmacies and care teams monitor and improve patient medication compliance through connected smart-cap technology and real-time data analytics.

The PatchRx system combines intelligent pill bottle caps, wireless connectivity, cloud analytics and patient engagement tools to provide healthcare professionals with actionable insights into medication adherence behaviors. The platform enables proactive intervention strategies aimed at improving treatment effectiveness, patient engagement and long-term health outcomes.

NEUVATEK contributed to the electronic hardware development of the smart-cap platform, including the ultra-low-power embedded electronics architecture, infrared ranging sensing technology integration, Bluetooth Low Energy connectivity and optimized battery-powered operation.

The smart pill bottle caps integrate invisible infrared distance ranging technology capable of detecting medication bottle interaction and adherence events with high accuracy, while maintaining extremely low power consumption suitable for long-term operation using a compact coin-cell battery. The connected cap wirelessly communicates through Bluetooth Low Energy to gateways and cloud-connected healthcare platforms for secure real-time adherence monitoring.

PatchRx’s universally compatible smart-cap technology was designed to integrate seamlessly into existing patient medication routines without requiring changes to pharmacy workflows or prescription packaging. The compact form factor and simplified setup process help improve usability for patients across a wide range of healthcare applications including chronic care management, remote therapeutic monitoring and specialty medication programs.

Through its integrated analytics platform, PatchRx enables healthcare providers to monitor adherence trends, receive real-time medication event data and improve patient communication through reminders, alerts and proactive care interventions. The platform supports integration into broader healthcare management ecosystems, telehealth platforms and remote patient monitoring infrastructures.

PatchRx represents a growing category of connected healthcare technologies that combine embedded systems, low-power wireless electronics and cloud-based analytics to improve patient outcomes and modernize digital healthcare delivery.

NEUVATEK Inc. is proud to be an official Design Partner for Nordic Semiconductor, supporting advanced product development based on Nordic technologies for Bluetooth Low Energy, cellular IoT, secure embedded systems, RF engineering and connected product platforms.

Nordic Design Partners are companies that have joined the Nordic Partner Program and are qualified to be listed on the Nordic Semiconductor website. NEUVATEK was approved by Nordic Semiconductor teams in Norway and the United States as an official Design Partner based on several years of successful cooperation.

Through this long-standing collaboration, NEUVATEK has delivered smart connected solutions for multiple business sectors including pharmaceutical devices, asset tracking, portable labs, smart locks, automotive systems, force-feedback gaming platforms, multi-axis motion control, camera systems, LTE Cat-M1 tracking units, healthcare, medical devices, baby care, sports technologies and more.

Embedded Software Development

NEUVATEK develops embedded software on Nordic devices using wireless connectivity protocols provided through Nordic SDKs and third-party protocol stacks running fully or partially on Nordic SoCs and SiPs. This includes real-time firmware, low-power state machines, Bluetooth LE applications, cellular IoT modem control, device-to-cloud workflows, OTA update strategies and secure embedded software architectures.

Hardware & RF Design

NEUVATEK supports hardware design and integration of Nordic components into complex electronic systems, including schematic design, multilayer PCB layout, power architecture, sensor integration, Bluetooth antenna implementation, cellular antenna integration, u.FL outputs and complete board bring-up.

Advanced RF & Antenna Design

NEUVATEK provides design services for more complex RF and antenna solutions, including advanced PCB antennas, GPS/GNSS antenna integration, LTE-M/NB-IoT antenna implementation and Bluetooth direction-finding concepts such as AoA/AoD antenna array design.

Security Design & Implementation

Security is a core requirement for modern IoT products. NEUVATEK supports secure device architecture, root-of-trust concepts, encryption, signed DFU, encrypted DFU, keys and certificate management, secure provisioning, bonding strategies and secure product lifecycle planning.

Nordic-Based Success Stories

NEUVATEK has developed several successful products based on Nordic platforms, including secure smart locks for transportation, LTE-M tracking and sensing systems, connected pet safety devices, smart agriculture monitoring platforms, medical and wellness devices, Bluetooth-enabled consumer products and cloud-connected embedded systems.

These projects demonstrate NEUVATEK’s ability to combine Nordic technologies with product-level engineering, RF expertise, firmware development, security implementation and manufacturing-ready embedded design.

As a Nordic Semiconductor Design Partner, NEUVATEK helps clients accelerate the development of reliable, secure and production-ready connected products for global markets.

MNB Devices, represented by Dr. Albert Mikhail and Amgad Barsom, together with the NEUVATEK engineering team, were awarded the United States Patent US11759117B2 for the innovative SINDi technology platform.

The awarded patent recognizes advanced system concepts related to intelligent sensing, connected healthcare technologies and next-generation patient monitoring systems designed to improve real-time data acquisition, safety and healthcare accessibility.

The patent demonstrates the successful collaboration between medical innovation, embedded electronics engineering and intelligent connected technologies, combining multidisciplinary expertise to create practical healthcare-oriented solutions with strong commercial and technological potential.

NEUVATEK contributed to the electronic system architecture, embedded systems engineering, firmware development, wireless communication integration and product realization activities supporting the SINDi platform development.

The awarded patent is officially registered under the publication number:

• Patent Number: US11759117B2
• Patent Type: United States Patent
• Patent Title: SINDi System Technology
• Issue Date: September 19, 2023
• Inventors: Dr. Albert Mikhail, Amgad Barsom and collaborators

The SINDi platform reflects the growing convergence between healthcare technologies, intelligent embedded systems, wireless connectivity and cloud-connected medical infrastructure. Modern connected healthcare solutions increasingly rely on secure sensing, low-power electronics, Edge AI and real-time monitoring capabilities to improve patient care and operational efficiency.

Through its multidisciplinary expertise in embedded systems, electronics, wireless technologies, Edge AI and connected products, NEUVATEK continues to support clients and partners in transforming innovative ideas into protected intellectual property, production-ready technologies and commercially deployable solutions.

The SINDi patent award represents another milestone demonstrating the importance of collaborative innovation between medical experts, inventors and advanced engineering teams in creating meaningful next-generation healthcare technologies.

Slighter was officially recognized as a CES 2019 Innovation Awards Honoree in the “Tech for a Better World” category, recognizing its innovative approach in combining connected electronics, behavioral wellness technologies and intelligent embedded systems into a consumer-oriented smart device platform.

The product was developed as an intelligent connected lighter designed to help users better understand, monitor and gradually reduce smoking habits through Bluetooth-enabled behavioral analysis and guided interaction. The system combines real-time user engagement with intelligent timing, usage learning and personalized reduction strategies.

NEUVATEK fully designed and engineered the complete Slighter platform, covering all major aspects of the product development cycle including:

• Industrial design
• Mechanical system development
• Gas system engineering
• High-voltage micro ignition generator
• Graphical MCU platform integration
• 2.4 GHz Low Energy connectivity
• Touch screen user interface
• High-definition speaker and audio streaming
• Dynamic edge lighting system
• Embedded firmware architecture
• Battery-powered electronics optimization
• Mobile application connectivity

The lighter integrates intelligent behavioral tracking directly into the device itself, enabling users to receive timing guidance, notifications and interactive feedback without relying solely on a mobile application. The product was engineered to combine elegant industrial aesthetics, connected electronics and intuitive user interaction into a premium consumer experience.

Slighter demonstrates NEUVATEK’s multidisciplinary capabilities in advanced consumer electronics product development, combining embedded systems, industrial design, wireless technologies, mechanical engineering and human-centered interaction design within a highly compact connected platform.

Following its CES recognition, Slighter also received international media coverage from major technology and business media organizations including CNN and TechCrunch, further highlighting the product’s innovation, engineering complexity and societal impact.

MYCOR is a smart agriculture monitoring platform developed to help growers, farms and irrigation operators better understand soil conditions through connected field sensing and cellular data transmission. The system is designed for remote outdoor deployment, enabling soil condition measurements to be collected directly from the field and transmitted wirelessly for irrigation monitoring, crop management and precision agriculture applications.

NEUVATEK contributed to the electronic hardware design and embedded firmware development of the MYCOR cellular sensing platform, building a compact, battery-operated IoT system based on Nordic Semiconductor’s nRF9160 LTE-M/NB-IoT technology. The platform combines ultra-low-power electronics, environmental sensing and secure cellular communication for long-term autonomous field operation.

One of the key innovations of the MYCOR sensing technology is its ability to evaluate soil conditions using electrical field sensing techniques without requiring direct conductive contact with the soil itself. This non-contact sensing approach improves long-term reliability by reducing sensor degradation, contamination and corrosion challenges typically associated with traditional soil-contact measurement systems.

The system continuously monitors environmental and soil-related parameters while periodically transmitting collected data through low-power cellular connectivity. Its optimized firmware architecture enables extremely low energy consumption, allowing the battery-powered platform to remain deployed in the field for extended periods while maintaining reliable wireless telemetry operation.

By combining electrical field sensing, low-power embedded electronics and cellular IoT connectivity, MYCOR provides a practical technology foundation for smarter irrigation strategies and precision agriculture management. Access to real-time and historical field data can help reduce water waste, improve irrigation timing, support crop health and provide operators with enhanced visibility across distributed agricultural deployments.

The platform reflects NEUVATEK’s expertise in rugged battery-powered sensing systems, ultra-low-power embedded development and Nordic-based cellular IoT product design. From modem integration and power optimization to sensing electronics and firmware architecture, the system was engineered to operate reliably in demanding outdoor agricultural environments while maintaining a compact and field-friendly form factor.

MYCOR demonstrates how modern embedded systems and wireless telemetry technologies can bring intelligence to agriculture by connecting the physical field environment to cloud-based analytics and monitoring infrastructures. The solution supports the broader transition toward precision farming, remote environmental monitoring and smarter water management strategies for next-generation agriculture.

Slighter, a smart lighter designed to help smokers gradually reduce or quit smoking, was featured by CNN as an innovative connected consumer product addressing a major health and behavioral challenge.

The product uses Bluetooth connectivity and an intelligent usage-learning algorithm to understand a smoker’s typical smoking behavior during an initial learning period. Based on this usage profile, the companion application creates a personalized reduction plan designed to help the user progressively decrease cigarette consumption.

Slighter combines behavioral tracking with physical control of the smoking routine. The lighter includes an integrated screen that displays a countdown to the next allowed smoking time. During the waiting period, the flame is disabled, helping users follow their reduction program while still maintaining a controlled fallback mechanism.

When it is time to smoke, the device can notify the user through vibration, sound or visual indication on the screen. The CNN coverage also highlighted the presence of a “cheat” function, acknowledging that behavioral change requires flexibility and that overly restrictive systems may push users back toward conventional lighters.

NEUVATEK contributed to the product design and embedded technology development behind Slighter, supporting the integration of electronics, firmware, Bluetooth communication, battery-powered operation and user-interaction features within a compact consumer product.

The project demonstrates NEUVATEK’s ability to transform a behavioral health concept into a connected hardware product combining industrial design, embedded electronics, firmware, mobile connectivity and real-world usability.

Slighter received international media attention for its practical approach to smoking reduction, blending connected hardware with behavioral feedback instead of relying only on mobile reminders or manual tracking. By placing intelligence directly into the lighter itself, the product created a more natural and immediate interaction point for users trying to manage their smoking habits.

The CNN feature helped highlight Slighter as an example of how smart consumer electronics can be applied to wellness and lifestyle improvement. The project remains a strong reference for NEUVATEK’s experience in compact connected devices, Bluetooth-enabled consumer products and behavior-driven embedded systems.

Slighter was featured by TechCrunch as an innovative connected consumer product designed to help smokers better understand and manage their smoking habits through intelligent behavioral tracking and Bluetooth-enabled interaction.

The smart lighter combines embedded electronics, wireless communication, battery-powered operation and mobile application connectivity to create a personalized smoking reduction experience based on actual user behavior.

During its learning phase, the device analyzes the user’s smoking frequency and habits to generate a customized reduction strategy through the companion application. The lighter can then guide the user through progressive smoking reduction intervals while displaying timing information directly on the integrated interface.

NEUVATEK contributed to the product design and embedded system development behind Slighter, integrating compact electronics, firmware architecture, Bluetooth connectivity and user interaction capabilities into a production-ready consumer platform.

The project demonstrates NEUVATEK’s experience in transforming behavioral and wellness concepts into connected hardware products combining industrial design, embedded systems, wireless technologies and intuitive user experiences.

The TechCrunch feature helped showcase Slighter as part of the growing trend of smart connected consumer devices leveraging embedded intelligence and mobile integration to address lifestyle and wellness challenges through technology.

NEUVATEK Inc. is proud to announce its approval as an official Apple MFi Design Partner, supporting the design, development and integration of advanced hardware accessories and connected products for the Apple ecosystem.

Apple’s MFi Program provides approved companies with access to the technical specifications, hardware components, certification tools and development resources required to build electronic accessories that connect to Apple products using licensed technologies.

Through NEUVATEK’s multidisciplinary expertise in embedded systems, electronics, RF engineering, wireless connectivity, firmware development, Edge AI, cloud-connected products, industrial design and manufacturing support, the company helps clients transform innovative concepts into premium Apple-compatible products ready for validation, certification support and market deployment.

NEUVATEK’s Apple MFi-related capabilities are relevant for smart accessories, healthcare devices, wearables, smart sensors, connected gateways, industrial interfaces, charging and docking systems, secure accessories, consumer electronics and intelligent products that communicate with iPhone, iPad, Apple Watch and the broader Apple ecosystem.

As an Apple MFi Design Partner, NEUVATEK supports clients in developing products that use Apple licensed technologies and components, including system architecture definition, hardware design, firmware integration, secure communication, authentication component integration, validation planning and manufacturing preparation.

NEUVATEK also develops embedded firmware and system software for connected Apple-compatible accessories, including low-power state machines, device-to-phone communication, BLE integration, wireless configuration, protocol-level implementation, secure update strategies and application-level product behavior.

Edge AI is becoming a key differentiator for next-generation connected accessories. NEUVATEK supports local intelligence, sensor fusion, real-time analytics, event detection, predictive behavior and low-power embedded AI processing to make accessories smarter, more responsive and less dependent on continuous cloud processing.

From concept definition and feasibility analysis to prototyping, hardware validation, firmware testing, certification preparation, production readiness and manufacturing support, NEUVATEK provides clients with a complete development path for premium Apple ecosystem products.

This approval strengthens NEUVATEK’s position as a trusted design and engineering partner for companies developing secure, connected and intelligent hardware products for global markets.

NEUVATEK is proud to maintain a long-standing collaborative partnership with Clandestine Product Development, joining engineers, artists and subject matter experts to deliver superior innovation and technology value to clients worldwide.

Jointly based in Austin, Texas, the collaboration between Clandestine and NEUVATEK combines advanced mechanical engineering, industrial design and embedded systems expertise through a seamless integration of innovative design and connected technology.

Clandestine is an award-winning technology-focused product development consultancy operating from Austin, Texas and Singapore. Since 2008, the company has helped innovative organizations develop and launch advanced products by bringing together industrial design, mechanical engineering, prototyping and production expertise.

NEUVATEK complements the partnership through advanced electronics development, embedded firmware, wireless connectivity, IoT architecture and production-ready intelligent system integration for connected products across consumer, industrial, transportation and smart infrastructure markets.

Over the years, the partnership has successfully supported startups, growth companies and enterprise clients in transforming ideas from early napkin sketches into fully realized commercial products through complete end-to-end development services.

The combined workflow supports clients across every major phase of product realization, including R&D, concept definition, system architecture, Proof of Concept (PoC), Minimum Viable Product (MVP), industrial and mechanical development, embedded electronics, firmware integration, Design for Manufacturing (DFM), prototyping, testing, production support and deployment.

Through this multidisciplinary collaboration, the teams have jointly supported successful products across connected consumer electronics, IoT platforms, medical and wellness devices, industrial systems, transportation technologies, wearables, smart infrastructure and wireless embedded systems.

By integrating mechanical engineering and embedded electronics from the earliest stages, the partnership enables faster iteration cycles, improved manufacturability, stronger product performance and reduced development risk for clients bringing complex hardware products to market.

This long-term relationship continues to support the creation of next-generation connected products developed in Austin and deployed worldwide across consumer, industrial and smart technology markets.

NEUVATEK Inc. supports advanced product development based on Microchip Technology platforms, helping clients transform embedded concepts into reliable, connected, intelligent and production-ready products.

Microchip’s Design Partner Showcase presents active partners by tier and provides customers with access to trusted design partners for hardware design, software development, contract manufacturing and complete product engineering support.

Microchip’s technology portfolio spans microcontrollers, microprocessors, analog interfaces, memory, power management, wireless connectivity, RF and microwave, security, sensors, motor drive, FPGA and programmable logic technologies. This breadth makes Microchip platforms highly relevant for industrial, transportation, medical, consumer, IoT and secure connected products.

Through NEUVATEK’s multidisciplinary expertise in embedded systems, electronics, firmware development, RF engineering, industrial design, Edge AI, cloud-connected products, cybersecurity and manufacturing support, the company helps clients create robust products based on scalable Microchip technologies.

Embedded Systems Development

NEUVATEK develops embedded firmware and complete product architectures using Microchip platforms including PIC®, AVR®, SAM ARM®-based MCUs, PIC32 processors, dsPIC® digital signal controllers, wireless MCUs and Microchip development ecosystems.

Development capabilities include RTOS integration, low-power firmware, peripheral drivers, connectivity stacks, secure boot architectures, OTA update strategies and complete embedded system integration.

Industrial IoT, Connectivity & Edge AI

Edge AI is becoming a key differentiator for intelligent embedded products. NEUVATEK supports sensor fusion, local analytics, real-time decision-making, predictive behavior, secure device-to-cloud communication and low-power embedded intelligence for Microchip-based systems.

These capabilities are highly relevant for industrial automation, transportation electronics, smart sensing, secure gateways, infrastructure monitoring and intelligent connected products.

Hardware, Analog, Power & RF Design

NEUVATEK supports complete electronic hardware and system integration, including schematic design, multilayer PCB layout, analog front-end integration, sensor interfaces, power architecture, wireless connectivity, RF considerations, EMC-aware design and full system bring-up.

The company also supports antenna integration, industrial communication interfaces, low-power battery-operated systems and high-reliability embedded product architectures.

Security & Product Readiness

Secure connected products require security from architecture to production. NEUVATEK supports secure provisioning concepts, authentication workflows, encrypted communications, signed firmware updates, validation planning, testing, manufacturing preparation and product lifecycle support.

Embedded Intelligence for Industrial & Connected Products

NEUVATEK combines embedded systems, electronics, firmware, RF engineering, cloud connectivity, security and Edge AI to create intelligent devices based on scalable Microchip technology platforms.

Why NEUVATEK for Microchip-Based Products?

• Broad expertise across Microchip MCUs, MPUs, DSP controllers, wireless devices, analog interfaces, secure elements and FPGA technologies
• Development of rugged connected systems for industrial automation, transportation electronics, gateways and smart sensing platforms
• Integration of Edge AI, predictive analytics, secure communications and low-power embedded intelligence
• Complete support from concept refinement and architecture definition to prototyping, validation, certification support and manufacturing coordination

By combining advanced embedded engineering with scalable Microchip technologies, NEUVATEK supports clients in accelerating the development of secure, intelligent and production-ready electronic products for global markets.