Discover Blaze's advanced Energy Management Solution for homes and businesses. With connected devices, B.One OS, and real-time energy monitoring, control, and savings, Blaze empowers sustainable practices, helping you reduce consumption and move towards Net-zero while cutting energy costs. Automated Demand Response (ADR) Solution Power the Future with Blaze’s Next-Gen ADR Blaze empowers utilities, energy aggregators, and ESCOs to implement large-scale Automated Demand Response (ADR) programs effortlessly. Built on our secure, globally compliant IoT platform and a vast device ecosystem , the Blaze ADR Solution delivers intelligent, real-time energy management at scale, ensuring grid stability, operational efficiency, and sustainable performance . With native support for traditional split air conditioners via IR blasters and a code library of 200,000+ remotes , Blaze seamlessly integrates legacy systems into modern ADR schemes, enabling rapid deployment with minimal cost . Ever Wonder How Smart Grids Balance Energy in Real Time? Imagine an energy ecosystem that automatically senses demand spikes, adjusts consumption, and keeps the grid stable — all without human intervention. That’s the power of Automated Demand Response (ADR) . ADR is an intelligent mechanism that enables utilities to dynamically reduce or shift electricity usage during periods of high demand or grid stress. With Blaze ADR , utilities and Energy Service Companies (ESCOs) can manage energy smarter, combining automation, user consent, and real-time data to ensure seamless control and sustainability. The Core Objectives: ⚡ Cut Energy Costs - for utilities and end customers alike. 🧠 Boost Grid Resilience - by preventing overloads and maintaining stability. 🌍 Champion Sustainability - aligning operations with global clean energy goals. Blaze ADR isn’t just automation - it’s energy intelligence in action. From Overload to Optimization - The Power of ADR. Every grid faces moments of pressure, those peak hours when energy demand surges, costs spike, and stability hangs in the balance. That’s where Automated Demand Response (ADR) steps in. Instead of reacting to overloads, Blaze enables utilities to anticipate and adapt, automatically balancing supply and demand in real time. By intelligently reducing or shifting electricity usage based on grid conditions and pricing signals, ADR turns potential instability into smart, sustainable control. With Blaze ADR , utilities gain: ✅ Instant Responsiveness - automation that reacts faster than manual control. ✅ Effortless Participation - seamless end-user involvement without disruption. ✅ Reliable Compliance - real-time visibility and accurate reporting for every event. Blaze ADR transforms peak-hour chaos into a new era of intelligent grid harmony. Blaze ADR - The Core of Next-Gen Grid Intelligence. At the heart of Blaze ADR lies a simple goal to help utilities take control when it matters most. By combining automation, analytics, and consent-driven participation , Blaze enables energy providers to dynamically manage demand, cut costs, and keep the grid balanced in real time. When energy peaks, Blaze responds - intelligently, instantly, and sustainably. Key Outcomes: ⚡ Reduce Peak Load Demand - ease the strain when the grid is under pressure. 💰 Lower Operational Costs - optimize distribution and pass savings to customers. 🔋 Enhance Grid Stability - maintain reliability during critical demand spikes. 🌱 Advance Sustainability - drive clean energy adoption and smarter consumption. Benefits for Utilities & Customers: Peak Load Reduction: Reliable demand balancing for consistent performance. Cost Savings: Reduced power purchases and efficient energy delivery. Sustainability: Lower carbon footprint through intelligent automation. Transparency: Real-time monitoring and control for both operators and end-users. Blaze ADR isn’t just managing demand; it’s redefining how energy intelligence powers the future. 3-Tier Architecture for Reliable, Scalable ADR Blaze’s ADR solution features three purpose-built architecture models , each engineered to fit diverse infrastructure needs, connectivity options, and deployment scales. At the heart of every model lies Blaze’s Hybrid Cloud + Edge Core , ensuring resilient connectivity, real-time responsiveness, and seamless integration across devices, gateways, and utility platforms. Blaze’s hybrid design transforms traditional energy networks into intelligent, adaptable ecosystems - driving efficiency, reliability, and flexibility from the core. ADR with Stand-alone Wi-Fi Devices Smart Simplicity for Fast, Scalable Rollouts This model leverages Wi-Fi–enabled smart devices, infrared blasters, outlets, relays, and environmental sensors to enable utilities to deploy ADR programs rapidly. Operating over the user’s existing Wi-Fi, these devices eliminate infrastructure costs and are plug-and-play installable by any trained electrician. Ideal for small to mid-scale rollouts, it delivers instant operational benefits with minimal overhead making it the perfect entry point into Automated Demand Response. ADR with Wi-SUN + Wi-Fi Smart Devices Dual Connectivity. Zero Downtime. Infinite Possibilities. This hybrid architecture blends Wi-Fi and Wi-SUN technologies to ensure always-on reliability and precise demand management at scale. Even if Wi-Fi connectivity fluctuates, the Wi-SUN mesh maintains seamless communication with the utility. A compact Wi-SUN Head End System (HES) connects 1,000+ households via 4G/5G networks, balancing cost and performance. If the utility already operates Wi-SUN HES for smart meters, Blaze’s platform can integrate directly through APIs - zero new infrastructure required. Scenario 1: Wi-SUN Connectivity Scenario 1: Wi-SUN Connectivity ADR with Zigbee-based Smart Devices & Gateway The Intelligent Core for Large-Scale, High-Demand Environments Designed for commercial, industrial, and large residential setups, this model employs Zigbee/Z-Wave smart devices managed through an Edge Gateway installed on-site. The gateway executes local load management and DER orchestration even with limited internet, ensuring uninterrupted ADR control. It integrates thermostats, relays, and major load devices like water heaters, pool pumps, and chillers , enabling real-time energy optimization . With AI-driven insights layered on top, Blaze transforms the gateway into a local intelligence core, optimizing every watt consumed. Key Components Software Components Dashboard Smart, scalable, and data-driven - Blaze’s Platform delivers unified control and real-time energy insights. ADR Schedule Management: Unified platform for utilities to efficiently manage and execute Automated Demand Response (ADR) schedules. System Health, Analytics & Control: Offers real-time system health monitoring, detailed analytics, and remote control for seamless operations. Demand Insights & Reports: Visualizes demand trends and generates actionable reports for smarter, data-driven decisions. Load Shedding Range (10–15%): Load shedding depends on relay cutoff power and AC set points. Example: If an AC is set at 25 °C and the room is 18 °C, it adjusts to 25 °C, saving energy. If already 26 °C, no change occurs since lowering would increase power use, hence a 10–15% cutoff range. Mobile App Empowering users with control, transparency, and real-time energy awareness. Live Energy Insights: Monitor real-time energy usage and stay informed about consumption patterns anytime, anywhere. Effortless Participation: Easily provide consent and set personal preferences for ADR events, full control at your fingertips. Built on Trust & Transparency: Strengthens the connection between utilities and users through clear data visibility and informed participation. Smart Device Enrollment: Enroll devices, manage consent, and define participation rules seamlessly within the app. Event History & Analytics: Access detailed event logs, participation summaries, and energy performance history for smarter decision-making. Cloud Platform Powering seamless automation, intelligence, and control at scale. Smart Event Orchestration: Manages ADR events triggered by utility control centers or third-party providers with precision and reliability. Real-time Signal Processing: Interprets live grid signals, applies user-defined rules, and executes demand response actions instantly. Utility-grade Monitoring & Compliance: Delivers powerful dashboards, reporting tools, and secure data storage for complete visibility, auditing, and compliance. Devices Wi-SUN + Wi-Fi Based Relay Controls high-consumption appliances such as ACs, geysers, washing machines, and dishwashers. During ADR events (with user consent), it automatically manages or turns off loads across multiple households. Installed at customer sites and connected to high-power devices like heaters and ACs, it supports Wi-SUN + Wi-Fi communication for seamless connectivity. Executes local control commands (e.g., device shutdown during ADR) via: Wi-SUN protocol: Gateway communication Wi-Fi: Local device integration Wi-SUN Gateway with LTE Connectivity Aggregates data from sensors and relays. Connects to the cloud via LTE, ensuring independence from local Wi-Fi. Supports remote firmware updates and real-time Utility visibility. Wi-SUN Gateway with LTE Connectivity Aggregates data from sensors and relays. Connects to the cloud via LTE, ensuring independence from local Wi-Fi. Supports remote firmware updates and real-time Utility visibility.

Stay updated with the latest trends, announcements, and innovations in IoT, smart home technology, energy management, and more. Blaze’s News section brings you the most relevant and timely information shaping the future of connected ecosystems. Press releases Empowering Global Manufacturing: Why Companies are Turning to India and Blaze for EMS, NPD & MES Excellence

Stay updated with the latest trends, announcements, and innovations in IoT, smart home technology, energy management, and more. Blaze’s News section brings you the most relevant and timely information shaping the future of connected ecosystems. Press releases Powering the Future of Smart Infrastructure with Wi-SUN Technology.

Stay updated with the latest trends, announcements, and innovations in IoT, smart home technology, energy management, and more. Blaze’s News section brings you the most relevant and timely information shaping the future of connected ecosystems. Press releases Blaze's Solutions Showcased at Electronica India 2024 Hyderabad, India | 24th September 2025 Blaze Automation , a leading Original Design Manufacturer (ODM) in the IoT Industry today announced it has integrated Quantum Random Number Generation (QRNG) technology into its Edge Gateways and platforms. The highest level of security is generation of entropy at the edge. This move positions Blaze Automation as one of the first companies to harness quantum physics for cyber security. The timing is critical: with over 25 billion connected devices in use today (projected to reach 50 billion by 2030) and an estimated 98% of their data traffic unencrypted, the need for stronger security in everyday gadgets has never been greater. In cybersecurity, true randomness at the edge (known as entropy ) is critical. As one industry statement explains, “Entropy creates completely unpredictable strings of random numbers, making it exceptionally difficult for bad actors to predict patterns and hack into systems”. Because Blaze’s QRNG approach uses dedicated hardware to generate entropy, it removes a potential weak link. Every Blaze AI Ready Edge Gateway will carry its own mini quantum random generator, greatly reducing the chance of vulnerabilities. By embracing QRNG now, Blaze is giving its customers a head start on quantum-ready security. It also underscores Blaze’s reputation as a forward-looking innovator - effectively bringing cutting-edge research out of the lab and into the living room. Sridhar Ponugupati, CEO of Blaze Automation, said, “Our customers and partners entrust us with the safety of their data, and we take that responsibility to heart. By embedding quantum-grade randomness into our products, we are adding an invisible but powerful shield for every customer we power. It means peace of mind for our customers and partners, a new benchmark for security in the industry. We are proud to be pioneering this technology, and we believe it will soon become the norm as people demand stronger protection.” For Blaze’s partners and OEM clients, the integration of QRNG opens new opportunities as well. Companies building on Blaze’s designed hardware can offer quantum-level security to their customers, helping them stand out in a crowded market. As industry research notes, the traditional cost and integration barriers to such advanced security are falling, allowing organizations to differentiate themselves by protecting their investments with top-end quantum safeguards. Blaze Automation’s move embodies this trend by making state-of-the-art security practical for everyday life.

Blaze offers specialized mechanical design engineering services for IoT devices, providing precise, functional, and durable components. From 3D modeling to prototype development, our team ensures seamless integration, optimal space utilization, and advanced thermal management to meet your IoT goals with confidence. Mechanical Design Engineering Blaze offers specialized mechanical design engineering services tailored to the unique needs of IoT devices. Our expertise lies in crafting precise, functional, and aesthetically pleasing mechanical components that are essential for the successful operation of IoT solutions. From designing enclosures that protect sensitive electronics to developing intricate mechanisms for advanced devices, our team combines deep engineering knowledge with innovative design practices. We ensure that each component not only meets stringent performance and durability standards but also integrates seamlessly with other elements of your IoT system. Our comprehensive range of services encompasses everything from conceptual design and 3D modeling to prototype development and development of jigs and fixtures for the production support . We utilize state-of-the-art software tools and techniques to create detailed designs that optimize space, thermal management, and manufacturability. By collaborating closely with you, we tailor our designs to address specific challenges and requirements, ensuring that your IoT devices are both functional and reliable. With a commitment to quality and precision, we transform your ideas into tangible, high-performance products, enabling you to achieve your IoT goals with confidence.

Blaze Automation offers comprehensive product engineering services including hardware, firmware, IoT integration, and cloud development. Our expertise spans from legacy device upgrades with Matter technology to custom solutions in cybersecurity, application development, and mechanical design for IoT products. SERVICES Comprehensive Services Portfolio Turnkey Product Engineering Seamlessly guiding your product from concept to deployment, ensuring a hassle-free development process. Learn more Hardware Engineering Providing comprehensive hardware design, BOM reduction strategies, and expertise in low-power, RF design optimization. Learn more Firmware Development Crafting robust firmware solutions including device drivers, bootloaders, OS kernels, and protocol stack porting. Learn more Application Development Crafting responsive web, Android, and iOS applications that complement and enhance your hardware offerings. Learn more IoT Integration Transforming conventional devices into intelligent IoT-enabled solutions, unlocking new realms of connectivity and functionality. Learn more Mechanical Design Engineering Providing industrial design services, rapid prototyping, rigorous simulation and testing, and precision tooling solutions. Learn more Cloud & Platform Development Developing high-quality iOS and Android mobile apps, cloud-based applications, and AI/ML solutions. Learn more Matter Enablement Upgrade legacy devices with Matter technology for seamless smart home integration and interoperability. Learn more Blaze Automation is committed to exceeding expectations, offering innovative solutions that empower clients to thrive in today's dynamic technological landscape. Let us inspire your vision with our steadfast dedication to engineering excellence. Hardware Engineering Building/Home Automation Sensors/Actuators, iOS & Android Applications, Voice Skills (Alexa & Google Assistants), Consumer Electronics, Wearable Devices, Telecom & Networking Equipment, Building or Home Automation Gateways, Industrial IoT Sensors & Actuators, Flutter, Microsoft .NET Middleware Telecom: NB-IoT, LTE & 5G based Nodes, Gateways Networking: Protocol Development & Customisation Wireless: Zigbee (HA 3.0 & Green Power), Z-Wave (700 / 800 Series), Wi-Fi, ESP Mesh Lite, Wi-SUN, BLE (4.0 & 5.0), BT, LoRaWAN Others: USB, UART, SPI, 12C, CAN, DTMF, Audio & Video Streaming Cloud: Amazon AWS, Microsoft Azure, Google IoT, BSP, Device Drivers, Firmware, Bootloaders, OTA Frameworks, Java, Python Platform/Hardware Operating Systems: Linux, Vxworks, RT Kernel, Windows NT, TI RTOS Micro Controllers & Processors: Samsung Exynos, Qualcomm Snapdragon, Mediatek, ST Micro, Silicon Labs, Texas Instruments OMAP & CC32xx, Espressif System's ESP32 Series, ARM 7/9/11, 8/16/32 bit Controllers from PIC Family, ATMEL, ST, TI MSP Series, NXP LPC Series

Stay updated with the latest trends, announcements, and innovations in IoT, smart home technology, energy management, and more. Blaze’s News section brings you the most relevant and timely information shaping the future of connected ecosystems. Press releases Blaze Automation , a leading Original Design Manufacturer (ODM) in the IoT Industry today announced it has integrated Quantum Random Number Generation (QRNG) technology into its Edge Gateways and platforms. The highest level of security is generation of entropy at the edge. This move positions Blaze Automation as one of the first companies to harness quantum physics for cyber security. The timing is critical: with over 25 billion connected devices in use today (projected to reach 50 billion by 2030) and an estimated 98% of their data traffic unencrypted, the need for stronger security in everyday gadgets has never been greater. In cybersecurity, true randomness at the edge (known as entropy ) is critical. As one industry statement explains, “Entropy creates completely unpredictable strings of random numbers, making it exceptionally difficult for bad actors to predict patterns and hack into systems”. Because Blaze’s QRNG approach uses dedicated hardware to generate entropy, it removes a potential weak link. Every Blaze AI Ready Edge Gateway will carry its own mini quantum random generator, greatly reducing the chance of vulnerabilities. By embracing QRNG now, Blaze is giving its customers a head start on quantum-ready security. It also underscores Blaze’s reputation as a forward-looking innovator - effectively bringing cutting-edge research out of the lab and into the living room. Sridhar Ponugupati, CEO of Blaze Automation, said, “Our customers and partners entrust us with the safety of their data, and we take that responsibility to heart. By embedding quantum-grade randomness into our products, we are adding an invisible but powerful shield for every customer we power. It means peace of mind for our customers and partners, a new benchmark for security in the industry. We are proud to be pioneering this technology, and we believe it will soon become the norm as people demand stronger protection.” For Blaze’s partners and OEM clients, the integration of QRNG opens new opportunities as well. Companies building on Blaze’s designed hardware can offer quantum-level security to their customers, helping them stand out in a crowded market. As industry research notes, the traditional cost and integration barriers to such advanced security are falling, allowing organizations to differentiate themselves by protecting their investments with top-end quantum safeguards. Blaze Automation’s move embodies this trend by making state-of-the-art security practical for everyday life. Blaze Automation attends works by Silicon Labs Hyderabad, India | 24th September 2025

Blaze Automation's Hardware Engineering: Transforming ideas into high-performance IoT devices with expert design, DfC optimization, rigorous testing, and precise fabrication. Our comprehensive hardware services ensure reliability, efficiency, and accelerated time-to-market for innovative solutions. Hardware Engineering Blaze offers specialized hardware engineering services to help convert innovative ideas into tangible, high-performance devices. These services involve the meticulous design and development of essential physical components, such as sensors, microcontrollers, and connectivity modules, tailored to the specific needs of the IoT application. Engineers ensure that the hardware not only meets technical specifications but also adheres to industry standards for reliability, durability, and energy efficiency . Another key component to this process is Design for Components (DfC) involves designing products with a focus on optimizing individual components to balance cost, quality, and performance. It emphasizes selecting cost-effective, standard, and easily integrated components to streamline manufacturing and assembly processes. Furthermore, our hardware engineering services include rigorous testing and validation to ensure that each component performs reliably under real-world conditions. This process involves prototype development, extensive testing, and iterative refinement to address potential issues before moving to mass production. By employing advanced simulation tools and precise fabrication techniques, engineers can fine-tune the hardware design for optimal performance. This comprehensive approach ensures that the final product is not only robust and efficient but also cost-effective, accelerating time-to-market and minimizing the risk of post-launch failures.

Blaze specializes in IoT application development, crafting mobile, web, and desktop solutions with intuitive interfaces for seamless IoT device monitoring and control. With expertise in languages like Python, Java, and React, we deliver responsive, real-time data processing apps that enhance user experience and device connectivity through secure protocols and cloud integration. Application Development Blaze possesses strong experience in Mobile and Web Dashboard application development for IoT creating solutions that interact with IoT devices and manage the data they generate. This development spans mobile, web, and desktop applications, each designed to provide users with intuitive interfaces and functionalities for monitoring and controlling IoT devices. Our expertise spans languages like Python, JavaScript, C# for backend development and Java, Kotlin, React, Flutter, Angular, Swift and Objective-C for the front-end UI. Using these, we build highly responsive and efficient apps that can handle real-time data processing and provide a seamless user experience. Our application development services include implementing robust communication protocols and ensuring secure data transmission. Additionally, our services involve integrating with various IoT platforms and cloud services, utilizing RESTful APIs and MQTT protocols to enable smooth interaction between the application and IoT devices. Over the years, we have created hundreds of highly scalable and powerful applications that enhance the usability and functionality of IoT solutions, ultimately delivering value to end-users through improved connectivity and control.

Efficiently monitor and control water usage with Blaze’s Water Management Platform, powered by B.One OS. Ideal for residential and commercial applications, it offers real-time insights and remote management through the B.One Plus app and commercial dashboards. WATER MANAGEMENT Seamless Water Monitoring, Anytime, Anywhere Blaze Automation’s Smart Water Monitoring Solution powered by B.One OS - enables accurate, real-time water usage tracking across residential, commercial, and industrial settings. Designed to prevent wastage, detect leaks early, and optimize utility consumption, our solution combines advanced pulse and ultrasonic water meters with our proprietary AIoT gateway– Raycon Connect and AIoT platform “Intelligent Water Management”. Ultrasonic Water Metering Architectures Pulse Water Metering Architectures Key Features Real-Time Water Usage Alerts Instant Usage Tracking: Monitor hot and cold water consumption in real-time. Detailed Usage Insights: Identify water-intensive activities and optimize consumption patterns. Reverse Flow Detection: Automatically identifies reverse water flow within the pipeline and instantly alerts the user, helping prevent meter damage, billing errors, and potential system inefficiencies. Automated Scheduling: Set schedules to control water flow during specific times for efficiency. Real-Time Temperature: Continuously tracks water temperature, ideal for industrial or utility-critical applications requiring precise thermal data. Historical Data Visualization Hourly and Daily Trends: Access detailed consumption data for recent hours and days. Weekly to Annual Overview: Analyze usage over the last 7 days, month, and year. Usage Comparison: Identify trends by comparing consumption across different periods. Hot or Cold Water: Track and view historical consumption data for both hot and cold water usage. Proactive User Alerts Real-Time Alerts: Get instant alerts for unusual water usage, leaks, or device issues. Stay informed about spikes in consumption or potential damage with customizable alerts via mobile app or email, enabling quick action to prevent water loss and costly repairs. Proactive Meter Health Diagnostics: Automatically identifies faults or hardware malfunctions and sends alerts to ensure continuous, reliable performance. Flow Anomaly Detection: Identifies reverse flow, empty pipe conditions, or abnormal usage patterns, enabling early intervention and system optimization. Secure & Tamper-Resistant Communication: Equipped with built-in tamper detection to maintain data integrity and prevent unauthorized interference, supporting secure operation at all times. WATER LEAK DETECTION Detect Leaks Before Water Damage Happens A water leak inside a home can be an unpleasant experience given the damage that waterlogging can cause to the flooring and fixtures, the cost of repairing the damages and of course, the amount of water wasted when a leak takes time to be detected. Blaze’s Smart Home Water Leak Detection solution is built to address this problem with a combination of sensors, a monitoring system that includes a Gateway and a Cloud Platform, a comprehensive alert mechanism - sirens when the home is occupied and alerts via a Mobile App when the home is not occupied. EXTERNAL VALVE INTEGRATION Automated Shut-Off for Leak Management Blaze’s platform extends smart water management capabilities by enabling external valve control through single or dual relay integration. These relays connect seamlessly with electronic cut-off valves installed outside the meters, allowing for remote shut-off functionality, ideal for maintenance, leak prevention, or consumption regulation. This powerful feature enhances traditional pulse-based metering systems by adding automation and centralized control, without requiring an upgrade to advanced metering infrastructure. It empowers utilities, facility managers, and community operators to implement efficient water governance with minimal complexity. Example Use Cases: Apartment Complex: Four pulse meters connected to Raycon Connect, monitoring water usage per tower individually. Industrial Facility: One ultrasonic meter with RS485 linked to Raycon, providing real-time insights on flow and temperature. Smart City Project: A network of 50+ ultrasonic and pulse meters, centrally monitored via Raycon for leakage detection and waste control. Devices Ultrasonic Water Meter Ultrasonic water meters are cutting-edge digital devices that utilize sound wave technology to precisely measure water flow without any moving parts. By analyzing the time difference between ultrasonic signals sent with and against the water flow, these meters deliver highly accurate readings of flow rate and total consumption. Their solid-state design ensures exceptional reliability, minimal maintenance, and long service life, outperforming traditional mechanical meters. With built-in RS485 (MODBUS) communication, they seamlessly integrate with Blaze Automation’s Raycon Connect and B.One Edge gateways, enabling real-time data transmission and centralized monitoring for smarter water management. Pulse-Based Water Meter Pulse water meters offer a cost-effective, dependable solution for tracking total water consumption across residential, commercial, and industrial setups. They operate by generating electrical pulses for every fixed volume of water—such as one pulse per 10 or 100 liters, and seamlessly integrate with Blaze Automation’s Raycon Connect gateway to convert raw pulses into insightful usage data. Designed for versatility, Blaze’s platform supports various pipe sizes and meter configurations, ensuring accurate readings even in complex deployment environments. Though pulse meters don’t measure flow rate or temperature, their simplicity, affordability, and ease of integration make them ideal for applications where total consumption is the key metric, perfect for multi-tenant buildings, gated communities, and industrial facilities. Water Leak Detector Compact, accurate, and easy to install, protects your space with instant leak alerts and advanced sensing technology. These are typically placed beneath the sinks, near water heaters or in places that are potentially prone to leaks. Raycon Connect Gateway Raycon Connect is Blaze Automation’s intelligent gateway that consolidates data from various water meters and transmits it via cloud or local networks for real-time monitoring. It supports integration of both pulse-based and RS485-based meters and comes equipped with capabilities for faster anomaly detection and response. AI-Ready Gateways Blaze’s Edge 3.0 Gateway gathers information from all the Water Leak Detecting sensors from across the home and sends the data to the cloud for actions. The Gateway is also capable of initiating local actions such as triggering the siren to go off, when a water leak is detected.

Blaze’s range of advanced sensors, including Open/Close, PIR Motion, T&H, Water Leak Detectors, Sirens, and Wired Motion Sensors, offer exceptional battery life, seamless integration, customizable triggers, and real-time monitoring for enhanced security and efficiency in any environment. Sensors Top-Tier Sensors for Seamless Monitoring Features Technical Specifications Extra Long Battery Life: Zigbee variant lasts over a year in general usage. Smart Trigger Actions: Configure with a smart lock, strobe alarm, and motion sensor for enhanced security. Technical Specifications (Zigbee): Power Supply: 1xCR2032 Battery Storage Environment: -10~50°C, 0%~90% RH Operating Temperature: 0~40°C Radio Protocol: Zigbee HA 3.0 Dimensions: Sensor Body: 42.5 x 256 x 12.3mm Magnet: 20 x 10 x 8mm Working Current: About 60mA Standby Current: About 30uA Supports Matter over Thread Technical Specifications (Wi-Fi): Power Supply: 2xAAA (1.5V) Batteries Wireless Transmitting and Receiving Frequency: 2.4GHz~2.484GHz Network Protocol Supported: IEEE 802.11 b/g/n Transmitting Power: 802.11b:20dBm±2dBm@1Mbps 802.11g:14dBm±2dBm@54Mbps 802.11n:14dBm±2dBm@MCS7_HT20 Receiving Sensitivity: 802.11b:-91dBm@11Mbps 8%PER 802.11g:-75dBm@54Mbps 10%PER 802.11n:-72dBm@MCS7_HT20 10%PER Working Temperature: 0° ~ +40°C Storage Temperature: -40° ~ +70°C Relative Humidity: 8% ~ 80% Open/Close Sensor Monitoring every open and close. Features Technical Specifications Extended Battery Life: Zigbee variant provides over one year of reliable operation. Customizable Triggers: Seamlessly integrates with smart locks, alarms, and door sensors to enhance security. Power Supply: 2xCR123A Batteries Storage Environment: -40~70°C, 0%~90% RH Operating Temperature: 0 - 40°C Radio Protocol: Zigbee HA 3.0 Radio Frequency: 2.4 GHz Range: More than 100m outdoors about 30m indoors Working Current: About 55mA Standby Current: About 20uA Recommended Installation Height: 2m - 4m Dimensions (W x H x D): 50mm x 50mm x 24.4 mm Supports Matter over Thread PIR Motion Sensor The Eyes That Never Blink Features Technical Specifications Real-Time Monitoring: Obtain accurate and real-time temperature and humidity values of your environment, ensuring optimal conditions at all times. Compact Design: Sleek and compact design that seamlessly integrates into any setting, providing advanced monitoring without taking up space. Power Supply: 1x CR2032 Battery (2.4V - 3.3V DC) Working Current: < 6mA (average) Standby Current: < 4.5uA Battery Capacity: 210mAh Radio Protocol : Zigbee HA 3.0 Wireless Transmitting and Receiving Frequency: 2.400 - 2.483GHz Network Protocol Supported: IEEE 802.15.4 Wireless Coverage: Indoor 40m; outdoor 100m Dimensions: (L X W X H) 45.8 X 45.8 X 16.7 Temperature Measurement: -20 ~ + 60°C (-20°C<Temperature<10°C +/- 1.5°C, 10°C < Temperature < 60°C +/- 0.5°C) Humidity Examination: 0%-99.9% (-20°C < Temperature < 10°C +/- 15%, 10°C < Temperature < 60°C +/- 10%) Supports Matter over Thread Temp. & Hum. Sensor Stay Informed, Stay Comfortable Features Technical Specifications Wall-Mount with Sensor Probe: Comes with an included wall-mount and sensor probe for easy and precise installation. Compact Construction: Designed for easy installation on both the floor and wall, ensuring versatility and convenience. Low Battery Alert: Features a low battery alert to ensure continuous operation and timely maintenance. Power Supply: 2x AAA Batteries Radio Protocol : Zigbee HA 3.0 Maximum Transmit Power: 3 dBm Working Frequency: 2400 MHz – 2483.5 MHz Network Distance (Open Area): <=80m Operating Temperature: -10° to +40°C Storage Temperature: -20° to +60°C Supports Matter over Thread Water Leak Detector Instant Leak Detection Alerts Features Technical Specifications S2 Protected Mode: Ensures secure alerts with AES-128 bit encryption, preventing unauthorized access and enhancing data security. Signal Repeater: Acts as a Zigbee signal repeater, extending your network’s range and reliability for uninterrupted performance. OTA Firmware Updates: Enables over-the-air firmware updates, allowing for seamless improvements without manual intervention. Power supply: AC 110-240V Operating Temperature: -10°C to 50°C Humidity: ≤ 95% RH Radio Protocol : Zigbee HA 3.0 Range: More than 100m outdoors about 30m indoors Decibel: 110db Working current: About 55mA Battery Backup: Up to 4 hours Dimensions (W x H x D): 82mm x 82mm x 33.5 mm Siren Guardian of Safety with Instant Alerts Features Technical Specifications Easy Installation: Includes straightforward wiring and setup instructions, ensuring a hassle-free installation process for any user. Customizable Range Sensitivity: Adjustable motion detection range from 2 meters to 10 meters, providing flexibility to suit different environments. Adjustable Time Delay: Set the time delay for turning off connected loads from 30 seconds to 30 minutes, optimizing energy efficiency. 360-Degree Motion Detection: Offers comprehensive coverage with 360-degree motion detection, ensuring no movement goes unnoticed. Power supply: 220-240VAC Installation sit: Indoors, ceiling mounting HF system: 5.8GHz CW radar, ISM band Reach: 2-10m (radii), adjustable Auto-Off Timer setting: 10 sec to 30 min Power consumption: < 2.0 Watt Power frequency: 50/60Hz Transmission power: < 10mW Detection angle: 360o Rated load: < 1200 Watt Wired Motion Sensor Save Energy with Smart Detection

Stay updated with the latest trends, announcements, and innovations in IoT, smart home technology, energy management, and more. Blaze’s News section brings you the most relevant and timely information shaping the future of connected ecosystems. Press releases Blaze Automation , a leading Original Design Manufacturer (ODM) in the IoT Industry today announced it has integrated Quantum Random Number Generation (QRNG) technology into its Edge Gateways and platforms. The highest level of security is generation of entropy at the edge. This move positions Blaze Automation as one of the first companies to harness quantum physics for cyber security. The timing is critical: with over 25 billion connected devices in use today (projected to reach 50 billion by 2030) and an estimated 98% of their data traffic unencrypted, the need for stronger security in everyday gadgets has never been greater. In cybersecurity, true randomness at the edge (known as entropy ) is critical. As one industry statement explains, “Entropy creates completely unpredictable strings of random numbers, making it exceptionally difficult for bad actors to predict patterns and hack into systems”. Because Blaze’s QRNG approach uses dedicated hardware to generate entropy, it removes a potential weak link. Every Blaze AI Ready Edge Gateway will carry its own mini quantum random generator, greatly reducing the chance of vulnerabilities. By embracing QRNG now, Blaze is giving its customers a head start on quantum-ready security. It also underscores Blaze’s reputation as a forward-looking innovator - effectively bringing cutting-edge research out of the lab and into the living room. Sridhar Ponugupati, CEO of Blaze Automation, said, “Our customers and partners entrust us with the safety of their data, and we take that responsibility to heart. By embedding quantum-grade randomness into our products, we are adding an invisible but powerful shield for every customer we power. It means peace of mind for our customers and partners, a new benchmark for security in the industry. We are proud to be pioneering this technology, and we believe it will soon become the norm as people demand stronger protection.” For Blaze’s partners and OEM clients, the integration of QRNG opens new opportunities as well. Companies building on Blaze’s designed hardware can offer quantum-level security to their customers, helping them stand out in a crowded market. As industry research notes, the traditional cost and integration barriers to such advanced security are falling, allowing organizations to differentiate themselves by protecting their investments with top-end quantum safeguards. Blaze Automation’s move embodies this trend by making state-of-the-art security practical for everyday life. Are you “Q-Day” ready? IoT innovator launches AI Ready Edge Gateways, Secured by Quantum Entropy. Hyderabad, India | 24th September 2025