Blaze offers embedded firmware development for IoT devices, optimizing performance, security, and reliability through expert coding, OTA updates, and automation testing. Ensure seamless hardware-cloud integration and lasting device functionality. Firmware Development Blaze offers embedded software development services that orchestrates the operation of hardware components and ensures their seamless system integration. Blaze engineering teams possess deep expertise in C, C++, Python, nodejs, SQL, etc. , to build firmware to manage crucial functions like data acquisition, processing, and communication between sensors, microcontrollers, and connectivity modules. The choice of programming language is essential for optimizing performance and memory usage, as well as ensuring reliable interactions with the hardware. Our developers focus on writing, debugging, and optimizing this code to meet stringent performance and reliability standards while facilitating smooth integration with both hardware and cloud-based platforms. In addition to initial development, our firmware services provide ongoing support, including OTA updates and maintenance to address evolving needs and emerging issues. This process involves implementing security patches, performance enhancements, and new features to keep the IoT device secure and functional throughout its lifecycle. Automation testing and comprehensive X-Ray reports is integral to ensure that the firmware performs reliably under various conditions. By leveraging programming languages effectively and providing robust, adaptable firmware, our services ensure that IoT products deliver consistent performance, a dependable user experience, and ongoing security and relevance.

Optimize energy consumption and reduce costs with Blaze's Distributed Energy Resource Orchestration (DERO) solution. Empowering homes, communities, and townships with renewable energy integration, smart storage, and real-time management for a sustainable future. AI-Based Sensing Intelligence Inside Switches and Sensors Blaze AI-Based Sensing adds embedded AI to switches, relays, and sensing devices. Each product interprets the signals available to it and produces a useful device-level result. What It Can Interpret Presence and movement Appliance operating cycles Ambient light Electrical load behaviour Voice commands and selected sounds Changes from normal operation Product Applications Intelligent Lighting A switch can use presence and light conditions to determine when lighting is required. Appliance State Recognition A control device can identify when an AC, geyser, fan, pump, or other appliance starts, operates, completes a cycle, or remains active longer than expected. Sound Classification A microphone-enabled product can recognise selected commands and alarm sounds. Electrical Behaviour Monitoring A switch can identify unusual current, repeated start attempts, unexpected operation, or changes in the electrical pattern of a connected appliance. Typical AI Outputs These results can control the connected load directly or be passed to an AI Edge Gateway. Contact Us Occupied or unoccupied Light required or not required Appliance operating or complete Command recognised Load behaviour normal or abnormal Safety or maintenance even

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 is attending India Electronics Week Bangalore, India | 24th September 2025

Blaze offers end-to-end manufacturing solutions, from prototypes to mass production, for IoT products. We specialize in PCBA, DfX strategies, component engineering, and high- to low-volume manufacturing. Our approach ensures reliable, cost-effective, and efficient product development, with a focus on quick time-to-market and excellence in every stage of the process. Build: From Prototypes to Mass Production As an EMS provider, we offer comprehensive turnkey manufacturing solutions, including Printed Circuit Board Assembly (PCBA) and the implementation of DfX techniques. Our advanced technology ensures traceability of finished products, and we utilize our extensive global network of qualified component suppliers. We are fully equipped and proficient in managing the entire process, from design to mass production, for IoT products. DfX We engage with our customers early in the product development cycle, positioning ourselves as a strategic partner in the manufacturing process. This means our involvement spans from the initial design stage to the manufacturing floor and beyond. By employing Design for Excellence (DfX) strategies, we strengthen our partnership with customers, enabling us to develop products that are reliable, cost-effective, and quickly brought to market. DfA Our engineers collaborate closely with the customer's design team to develop assembly techniques and methods in tandem with the product development cycle. We focus on ensuring that the product design is optimized for easy assembly, meeting all relevant objectives. DfT Our dedicated and highly experienced team of Test Engineers work directly with our customers during the development stage in order to ensure that the tests performed fulfill the purpose of deploying the ICT or Functional testing for the final product. DfC With a strong background in component and material engineering, Blaze excels in performing detailed analyses of the BOM to enhance product design and lifecycle. This includes removing NRND (not recommended for new design) components, managing obsolete parts, and identifying suitable replacements. We also review alternative components, address ROHS and REACH compliance for raw materials, and leverage purchasing power by consolidating common BOM items. This comprehensive service helps customers select the best components for their designs, reduces lead times, anticipates potential issues during production, lowers material costs, and accelerates time to market. Product & Component Engineering Component and material engineering is a crucial aspect of our process, beginning with quotations and extending through DfX, NPI, and volume manufacturing. Our team works closely with manufacturers, application engineers, design teams, and distributors, while also managing a comprehensive database for electronic commodities. High Mix (Low to Medium Volume Manufacturing) We utilize SAP S4 HANA tools to enhance demand management, forecasting, and inventory control for customers needing highly engineered or complex PCB assemblies in small to medium batches. Our unique approach includes dedicated manufacturing lines tailored for low to medium volume production. On the shop floor, we implement specialized processes, including continuous LEAN exercises to minimize changeover and line conversion times, manage fluctuations, cross-train operators, standardize procedures, and deploy best practices. These efforts ensure we consistently meet our customers’ requirements with improved testing and operational efficiency. Low Mix (High Volume Manufacturing) Blaze specializes in high-volume manufacturing for both PCBA and box builds for IoT products. Supported by robust backend systems including SAP S4 HANA and EDI integration with customer and vendor portals, we fine-tune our operations to meet delivery deadlines. Our approach involves early design engagement, DfX, dedicated manufacturing lines, process design, training, line balancing, real-time manufacturing data feedback, extensive testing, and one-piece flow. These practices ensure our customers receive world-class products at optimal costs. New Product Introduction (NPI) We employ a rigorous engineering approach to New Product Introduction (NPI). Following the DfX process with the customer, we implement a "Define-Review-Develop-Validate-Implement-Evaluate" methodology. By adopting efficient practices and stringent quality standards, we ensure the most effective NPI strategy is executed for our customers.

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 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 Automation Privacy Policy: Discover how we handle your data with transparency and care. Learn about data collection, usage, sharing practices, and your rights. Blaze Automation is committed to safeguarding your privacy while delivering secure, tailored IoT experiences. Contact us for questions or privacy concerns. Privacy Policy This Privacy Policy explains how Blaze Automation Inc and its affiliates/subsidiaries handle information, including your Personal Data, that is collected in connection with our websites, products, services, mobile applications, IoT plug-ins and other software (collectively, the “Services”). It explains what information we collect, why we collect it, how we use it, who we may disclose it to, and your rights regarding your personal data. By visiting our sites, you acknowledge and agree to the practices described in this Privacy Policy and warrant that all data provided by you is accurate. Our Commitment to Protect Your Privacy At Blaze Automation, we are committed to protecting your Personal Data and your privacy. To ensure that you make informed decisions and feel confident about sharing certain personal information with us, please read this Privacy Policy to understand who we share your Personal Data with and for what purposes, and choices you have concerning how your Personal Data is collected and used by us. We may also provide further privacy collection notices highlighting certain uses of your Personal Data, together with the ability to opt in or out of certain uses, when we collect Personal data from you. Your use of our services is at all times subject to the Terms of Use , which incorporates this Privacy Policy. We’re constantly trying to improve our Services, so we may need to change this Privacy Policy from time to time as well, but we will alert you to changes by placing a notice on the Services and/or by sending you an email, unless we do not have your email address. Such notices will still govern your use of the Services, and you are responsible for reading and understanding them. Use of information we collect now is subject to the Privacy Policy in effect at the time such information is used. We do not knowingly collect or solicit personal data from anyone under the age of 13. If you are under 13, please do not attempt to register for the Services or send any personal data about yourself to us. If we learn that we have collected personal data from a child under age 13, we will promptly delete the personal data. If you believe that a child under 13 may have provided us personal data, please contact us at support@blazeautomation.com . The Data we collect Personal Data You Provide to Us We receive and store any personal data you knowingly provide to us. For example, through the registration process and/or through your account settings, we may collect personal data such as your name, email address, shipping address, billing address, credit card information, phone number, location name, location including geo-fence, group and device names, device location names, device or room images, Guest User names, Guest User access level information, configuration details, and third-party account credentials (for example, when you use our IoT plug-in service, your log-in credentials for Facebook or other third party sites). If you provide your third-party account credentials to us, you understand some content and/or information in those accounts (“Third Party Account Information”) may be transmitted into your account with us if you authorize such transmissions, and that Third Party Account Information transmitted to our Services is covered by this Privacy Policy; for example, avatars, profile information, images, friends and other authorized information. Certain information may be required to register with us or to take advantage of some of our features. We also may send you updates about our services, informational updates, surveys or promotional offers by email if you have given us consent to do so. If at any time you decide you do not want to receive promotional communications from us, you may unsubscribe by clicking “unsubscribe from this list” or “update subscription preferences” in each email that we send to you. It is not mandatory to provide any of the personal data described above to Blaze Automation, but if you choose not to, you may not be able to receive any of the Services described below, access certain parts of our websites, or receive information from us that you have requested. Personal Data Collected Automatically Whenever you interact with our Services (whether via a mobile application, our IoT plug-ins, third party services, App, browser, or other application, connecting a physical device to our services, connecting a third party service to our services, or otherwise), we automatically receive and record information on our servers, logs and databases from your browser, application, services or device(s). In particular, our Services are designed to allow you to connect various physical devices (e.g., the B.One Hub, and associated B.One and third party sensors and other devices) to the Services. While connected to the Services, these devices automatically report information to our servers (including information that you may have provided when setting up or configuring that device), which may include personal data. For example, if you connect a temperature sensor to the Services, the temperature information from that sensor will be transmitted to the Services, along with any identifying information that you have chosen to associate with that sensor (e.g., the device name, Action name, and Room/Location name that you have assigned to the sensor within the Services). The type of information that is collected from each device will vary depending on the device type. In addition, if you connect any video or audio recording devices to the Services (e.g., video cameras), and you enable the streaming or recording features of those devices through the service, then video or audio data from those devices may be transmitted to, and stored on, the Services, subject to your configuration and settings. We may capture, process and analyze this video and audio information to provide the Services (e.g., to detect motion or other activity, to provide you with notifications, to provide access to stored audio/video clips, etc.), and as otherwise permitted by this Privacy Policy. Please note that if you choose not to enable video/audio storage or recording services through the Services for a particular device, then B.One does not store the video/audio information streamed from that device. Other information collected automatically through the foregoing means may include your IP address, location details, “cookie” information, mobile device, operating system, the type of browser, demographic information, application and/or device(s) you’re using to access our Services, click-through paths, the identity of the page or feature you are requesting or interacting with, time on page of feature, and other indicators of how you are interacting with the Services. “Cookies” are identifiers we transfer to your device that allow us to recognize your browser, application or device and tell us how and when various pages and features in our Services are visited or used and by how many people. In addition, our third party partners, including advertising partners (discussed below), may also use web beacons, or transmit cookies to and read cookies from your browser, application or device when you visit or use our Services (including, without limitation, to collect information in connection with the Google Trusted Stores program or Google Demographics and Interests). Also, if you click on a link to a third party website or service, such third party may also transmit cookies to you. Again, this Privacy Policy does not cover the use of cookies by any third parties. Also, please note that our systems do not currently recognize or respond to browser “Do Not Track” signals. Who we share your Personal Data with In certain circumstances, we will disclose your personal Data to third parties as described below: Aggregated Personal Information that’s no longer personally identifiable We may anonymize your Personal Information so that you cannot be individually identified, and provide that information to our partners or use that information for in marketing or promotional items (“aggregate information”). We may also provide aggregate information to our partners, who may use such information to understand how often and in what ways people use our Services. However, except as described below, we do not disclose aggregate information to a partner in a manner that would identify you personally, as an individual. Advertisers We may allow advertisers and/or merchant partners (“Advertisers”) to choose the users who will see their advertisements and/or promotional offers. You agree that we may provide any of the aggregate information we have collected from you in non-personally identifiable form to an Advertiser, in order for that Advertiser to select the appropriate audience for those advertisements and/or offers (“Targeted Advertising”). For example, we might use the fact you are located in California to show you ads or offers for California businesses, but we will not tell such businesses who you are. In addition to the foregoing, if you have not opted out of our targeted advertising feature as described below, you agree that we may share your personally identifiable information with Advertisers in order to deliver specific targeted advertising or offers to you (“Targeted Advertising”). For example, we might share with our Advertisers the fact that a moisture sensor that you have connected to our Services has detected a flood in order to show you ads or offers for local plumbing services. If we enable Targeted Advertising for our users by default, you will be able to opt out of Targeted Advertising at any time by changing your personal settings. Partners, Affiliated Businesses and Third-Party Websites We Do Not Control In certain situations, partners, businesses or third-party websites we’re affiliated with (“Affiliated Businesses”) may sell items or provide services to you through the Services (either alone or jointly with us), including reselling providing third-party devices, or delivering unique or custom Apps. You can recognize when an Affiliated Business is associated with such a transaction or service based on the presence of their brand or a transaction you are conducting directly with that Affiliated Business. We will share your Personal Information with that Affiliated Business only to the extent that it is related to such transaction or service, and to the extent that you have explicitly accepted incremental terms with that Affiliated Business whereby you acknowledge and authorize us to share your Personal Information. We have no control over the policies and practices of Affiliated Businesses as to privacy or anything else, so if you choose to take part in any transaction or service relating to an Affiliated Business, please review all such business’ or websites’ policies. If you decide you no longer want to share Personal Information with an Affiliated Business, you may no longer be entitled to receive certain benefits from the Affiliated Business or have access to the Services without establishing a new account or relationship with B.One. Agents We employ other companies and people to perform tasks on our behalf and need to share your information with them to provide our products or services to you. Unless we tell you differently, our agents do not have any right to use the Personal Information we share with them beyond what is necessary to assist us as identified in this Privacy Policy. User Profiles and Submissions Certain user profile information, including without limitation a user’s name, location, and any content that such user has uploaded to the Services, may be displayed to other users to facilitate user interaction within the Services or address your request for B.One’s Services. Your account privacy settings may allow you to limit the other users who can see the Personal Information in your user profile and/or what information in your user profile is visible to others. Any content you upload to your public user profile, along with any Personal Information or content that you voluntarily disclose online in a manner other users can view (on discussion boards, in messages and chat areas, etc.) becomes publicly available, and can be collected and used by others. Your user name may also be displayed to other users if and when you send messages or comments or upload content through the Services and other users can contact you through messages and comments. Additionally, if you sign into the Services through a third party social networking site or service, your list of “friends” from that site or service may be automatically imported to the Services, and such “friends,”” if they are also registered users of the Services, may be able to access certain non-public information you have entered in your Services user profile. Again, we do not control the policies and practices of any other third party site or service. Business Transfers We may choose to buy or sell assets. In these types of transactions, customer information is typically one of the business assets that would be transferred. Also, if we (or our assets) are acquired, or if we go out of business, enter bankruptcy, or go through some other change of control, Personal Information would be one of the assets transferred to or acquired by a third party. Protection of B.One and Others We reserve the right to access, read, preserve, and disclose any information that we reasonably believe is necessary to comply with law or court order; enforce or apply our conditions of use and other agreements; or protect the rights, property, or safety of B.One, our employees, our users, or others. This includes exchanging information with other companies and organizations for fraud protection and credit risk reduction. How Secure is your Personal Data Your account is protected by a password for your privacy and security. If you access your account via a third party site or service, you may have additional or different sign-on protections via that third party site or service. You must prevent unauthorized access to your account and Personal Information by selecting and protecting your password and/or other sign-on mechanism appropriately and limiting access to your computer or mobile device and browser or application by signing off after you have finished accessing your account. We endeavor to protect the privacy of your account and other Personal Information we hold in our records, but we cannot guarantee complete security. Unauthorized entry or use, hardware or software failure, and other factors, may compromise the security of user information at any time. The Services may contain links to other sites or applications. We are not responsible for the privacy policies and/or practices on other sites. When following a link to another site you should read that site’s privacy policy. Marketing We may use Personal Data for marketing and promotional purposes, including (i) for sending or showing you updates on the latest news, offers and promotions in connection with our products and services (ii) for sending or showing joint marketing offers, loyalty programs, contests and sweepstakes; or (iii) for tailoring and tracking your interactions with internet banner advertisements and links from third party websites to our website. We may also use Personal Data to analyze our customers’ preferences and market trends and derive insights, which we may use to tailor the type of products and offers that we present to you. This may involve us combining Personal Data that we hold about your use of our services with information that we have collected about your web usage. We might provide these insights to our third-party partners for their marketing and promotional purposes. We may communicate marketing and promotions to you by post, telephone, or online and, as appropriate and where required. Transmission and storage of your Personal Data IT Security No data transmission over the Internet, a website, a mobile application or via email or other message service can be guaranteed to be secure from intrusion. However, we maintain commercially reasonable physical, electronic and procedural safeguards to protect your Personal Data in accordance with the requirements of data protection legislation. All Personal Data we collect about you is stored on our or our subcontractors’ secure servers. We comply with our security policies and standards when accessing or using this information and restrict access to your Personal Data to those persons who need to use it for the purpose for which it was collected. You are responsible for keeping any information that we send to you confidential and for complying with any other security procedures that we notify you of. Exporting your Personal Data Your Personal Data may be transferred outside the country in which you are located, including to countries with a lower level of data protection than in the country in which you are located. Retention Period We will retain your Personal Data for as long as is necessary for the processing purpose for which it was collected and any other permitted linked purpose. Our retention periods are based on business needs and your information that is no longer needed is either irreversibly anonymized. Your rights and contacting us General rights You have the right to access certain personal Data held about you and correct any inaccuracies. We may charge a reasonable fee for the processing of any data access request in accordance with data protection legislation in your country. Updating information We will take reasonable steps to try and ensure that your Personal Data is accurate. To help us do this, please notify us of any changes to your Personal Data. Your California Privacy Rights Under California Civil Code Sections 1798.83-1798.84, California residents are entitled to ask us for a notice identifying the categories of Personal Information which we share with our affiliates and/or third parties for marketing purposes, and providing contact information for such affiliates and/or third parties. You may also ask us to refrain from sharing your personal information with third parties for their marketing purposes If you are a California resident and would like a copy of this notice or wish to make a request that we refrain from sharing your information with third parties for their marketing purposes, please submit a written request to support@blazeautomation.com with Subject as: CPR Request Your Choices Cookies. If you want to stop accepting the use of certain cookies, the “help” feature of most browsers will help you disable existing cookies and stop receiving future cookies. Targeted Advertising. If you do not want to receive Targeted Advertising on other websites or select your preferences about the third party Advertisers and advertising network programs that provide you with Targeted Advertising, you can opt-out by visiting the: NAI Opt-Out Page: http://www.networkadvertising.org/choices/ , and Ad Choices Opt-Out Page: http://aboutads.info/choices/ Please note that if you opt-out of Targeted Advertising you may still receive advertisements from Blaze Automation and others; however, these ads will not be displayed due to Targeted Advertising. Contacting us If you have any questions or concerns regarding our Privacy Policy, please send us a detailed message to support@blazeautomation.com , and we will try to resolve your concerns.

Optimize energy consumption and reduce costs with Blaze's Distributed Energy Resource Orchestration (DERO) solution. Empowering homes, communities, and townships with renewable energy integration, smart storage, and real-time management for a sustainable future. AI Edge Gateways Site-Level Intelligence from Connected Products Blaze AI Edge Gateways receive results from AI-enabled sensing products, cameras, video doorbells, and connected equipment. The gateway performs multi-sensor fusion and creates a wider understanding of the room, zone, building, or site. Multi-Sensor Fusion The gateway can evaluate related events such as: Presence detected by a sensing product A person detected by a camera A door or access event Electrical activity from an appliance An acoustic or alarm event Environmental conditions Current equipment state It uses these combined observations to create a site-level decision. BITS Pilani & Blaze Automation Blaze Automation collaborated with BITS Pilani on multi-sensor fusion for Edge AI-enabled automation and management applications. The work focused on combining data from multiple sensors and connected products, enabling the Edge Gateway to interpret field conditions more accurately and reliably. Gateway Applications Occupancy Context Combine sensing and imaging events to determine how a room or zone is being used. Security Verification Correlate camera, access, door, motion, and sound events before generating a security response. Energy Coordination Use occupancy, appliance state, electrical information, and operating rules to coordinate connected loads. Equipment Monitoring Combine electrical, environmental, and operating information to identify changes in equipment behaviour. Typical AI Outputs These results can control the connected load directly or be passed to an AI Edge Gateway. Contact Us Verified event Room or site state Control command Safety or security alert Equipment condition Notification for remote attention

Discover the B1BMBG22Mx BLE module by Blaze, featuring low-power operation, adjustable transmission power, and high CPU speeds. Ideal for asset tracking, wearables, automotive, and medical devices, it ensures reliable communication with optimized power efficiency for extended battery life. BLE Modules Next-Gen BLE Module Technology B1BMBG22Mx The B1BMBG22Mx is a Blaze RF module built on the EFR32BG22C Series SoCs. Designed for low-power operation, this BLE-based module is ideal for energy-efficient applications. It supports adjustable transmission power ranging from 0 to 6 dBm and offers CPU speeds of up to 38.4 MHz or 76.8 MHz, powered by a 32-bit ARM Cortex-M33 core, enabling strong wireless communication with optimized power consumption. The module ensures reliable data transmission speeds for quick and seamless interactions. Its BLE capabilities suit various applications, including asset tracking, wearable technology, automotive, and medical devices, all while extending battery life through efficient power usage. Chip： EFR32BG22 Protocols： BLE 5.4 Key Features： BLE, 2.4 GHz proprietary, Encrypted advertising data, Periodic advertising with responses TX Power： +6 dBm Range： 80m for 0 DBM module and upto 100m for 6 DBM module BLE Modules Advanced Low-Power RF Module Product Description Specifications Applications Datasheets Related Resources The B1BMBG22Mx is an RF module utilizing the EFR32BG22C SoC series from Silicon Labs’ Gecko family. It features a 32-bit ARM Cortex-M33 processor that operates at a maximum frequency of 76.8 MHz. This module also includes a 38.4 MHz crystal oscillator, along with matching components, an antenna matching network, a low-pass filter, and a PCB antenna. It supports multiple GPIOs for LED and button peripherals. It is compatible with Bluetooth 5.4 Low Energy protocols. Additionally, it can be pre-configured with a serial interface communication protocol to facilitate easy programming. The module supports 9 user-accessible GPIOs. They provide flexibility for custom interfacing and controls. The B1BMBG22Mx series comprises three modules, all based on Silicon Labs' EFR32BG22C SoC family. Since the EFR32BG22C SoCs are compatible in terms of package, pins, and peripherals, these three modules are also fully pin-to-pin compatible with each other. Module Specification of B1BMBG22Mx Parameters of B1BMBG22M1 , B1BMBG22M2 and B1BMBG22M3 Development Kits Development board for B1BMBG22M1 / B1BMBG22M2 /B1BMBG22M3 Supports 9 GPIO pins 3 buttons and a Reset button 3 LED USB- Micro-B and USB to type-C power and debug interface Recommended footprint of B1BMBG22M1 , B1BMBG22M2 and B1BMBG22M3 Pin Attributes Pin functions of B1BMBG22M1 , B1BMBG22M2 and B1BMBG22M3 Applications for 0 dBm BLE device, 38.4MHz Automotive Car Music and infotainment system Accessing car with key-based locking and unlocking functionality Proximity Alerts Battery Health and Charge Status in Electric Vehicles Trunk or Door Release Tire pressure sensor monitoring Remote controlling air conditioning Office Buildings Employee Badge Access: BLE can enable secure access within a 10-20 meter range at entry points, meeting rooms, or printer stations, allowing employees to tap or auto-unlock doors and devices. Employee attendance monitoring system Asset Tracking: BLE tags on equipment (e.g., laptops, projectors) can ensure devices stay within specific rooms or alert users if items are moved. Beacon based applications Smart home applications Appliance Control (BLE-Connected Kitchen Appliances like coffee makers, ovens, or slow cookers.) Motion detectors Smart locks Air quality monitors Water usage monitors In-House electric usage monitors Window blind control Smart plugs Remote control of appliance Speaker and sound system control Elderly and child monitors Pet monitors Doorbell and Visitor Notifications Centralized Hub Communication Health Care and medical devices Wearable health monitoring devices Health tracking Tablet alerting device Smart watches and fitness trackers Applications for 6 dBm with 352 KB memory, 76.8MHz Automotive Remote control vehicle operation Health Care and medical devices Patient health emergency notification system DefenseBeacon based applications Internal Missiles guidance systems Beacon based applications Public Infrastructure and Smart Cities Traffic and Parking Management Public Safety and Emergency Response Environmental Monitoring Real-Time Parking Availability Emergency Call Stations Crowd and Event Management Water and Gas Leak Detection Public Restroom Management Educational Toys Remote control cars Storytelling and Singing Plush Toys Interactive Companions Connected Board Games Voice-Activated Dolls BLE Action Figures Industrial and Manufacturing Asset tracking and inventory management Worker Safety and Location Monitoring Equipment Maintenance and Diagnostics: (HVAC systems, Conveyor Systems, Generators and Power Equipment, etc.,) Retail and Warehousing Proximity Marketing Inventory Tracking Customer Traffic Analysis Environmental monitoring Worker Location and Safety Stock Replenishment Notifications Applications for 6dBm with 512 KB memory, 76.8MHz Agriculture and Farming Automated Irrigation system: Sprinkler controllers, motor pump controller Water Quality Monitoring Smart Agriculture Monitoring: Sensors Crop Health Analysis Soil Health Monitoring Pest and Disease Detection Aerospace and defense Drones Navigation systems Cargo Monitoring: BLE tags Beacon based applications Module Datasheet M1 Module Data Sheet Rev 1.4 M2 Module Data Sheet Rev 1.4 M3 Module Data Sheet Rev 1.4 BLE Dev Kit User Guide BLE Dev Kit User Guide Rev 1.3 Related Resources Related Resources

Blaze’s Smart Home Energy Management System (SHEMS) optimizes energy efficiency by integrating devices and services to reduce costs and enhance user comfort. With real-time data, load scheduling, demand response, and AI/ML technologies, SHEMS empowers Utilities and VPP operators to manage energy usage effectively. SMART HOME ENERGY MANAGEMENT SYSTEMS Unlock Superior Energy Savings and Comfort SHEMS Architecture The Smart Home Energy Management Systems (SHEMS) is a comprehensive platform solution designed to enhance energy efficiency while maintaining user comfort. It integrates various devices and services that connect to a central service, either in the cloud or at the edge. The platform helps achieve energy and cost savings through remote control, load scheduling, demand response, and occupancy-based optimization. SHEMS provides Utilities and Virtual Power Plant (VPP) operators with real-time data on energy consumption and generation from residential and commercial properties. This information enables them to optimize energy use for end users and reduce operating costs during peak demand periods. The system adheres to the “Energy Star SHEMS version 1.0” specification from the EPA, supporting VPP operators and Utilities in their demand management efforts. Leveraging AI/ML technologies, this solution delivers the following key capabilities. Occupancy based actions Using one or more motion sensors (PIR and/or Persistent types), the solution is capable of reducing the energy usage in the unoccupied areas of the home. Weather based tips & actions By understanding the external temperature and light conditions, the solution can suggest to the users to change the set temp of the HVAC or open the curtains instead of keeping the lights on - leading to energy savings. Demand Response actions In countries that have a variable tariff structures for electricity, the SHEMS solution lets users take advantage of the off-peak pricing either through pre-set rules or by reacting to an alert. Additionally, the solution can also independently respond to a Demand-Response signal sent by any Utility. Third Party Integrations In addition to Blaze’s own devices, the SHEMS solution has a rich set of integrations with 3rd party smart devices such as Inverters, Battery Banks and EV bringing all of them into acting as a cohesive unit to deliver maximum energy savings Devices Smart Sockets 10A and 16A sockets allow for detailed monitoring and control of electrical loads at each individual socket, ensuring efficient and precise energy management. In-Wall Relays Single and Dual Relays offer wireless connectivity for controlling one or two loads. They provide efficient, reliable automation, making them ideal for enhancing smart home systems. Motion Sensors Based on PIR technology, these customizable motion sensors can be easily integrated with Smart locks & alarms. AI Ready Multiprotocol Gateways AI Ready multiprotocol gateways that gather the high frequency sampled energy data, received over Wired or Wireless interfaces in the local area network and securely send the processed data over the WAN interfaces over Wifi or Cellular Networks to the cloud for further processing. B.One OS The cloud platform receives the processed data over an encrypted connection for further analysis and actions. The analytics at an aggregate level are sent to admin dashboards and at an individual unit level to Native Mobile Apps built for both Android and iOS platforms. Key Features Energy Flow Power Flow Analysis: Understand the flow of power between various energy sources in your home. Consumption Tracking: Track energy consumed and produced by each source over different periods. Battery and EV Monitoring: Monitor battery usage and EV charging times. Additional Insights: Gain insights into solar self-consumption, fuel efficiency, and imported/exported energy. Energy Monitoring and Budgeting Comprehensive Monitoring: Integrate Raycon energy meter to monitor energy flow from grid, solar, batteries, and EVs. Real-Time Insights: Gain real-time visibility into energy consumption and costs, including standby loads. Budget Management: Set budgets and monitor consumption against them; receive comprehensive Daily, Weekly, and Monthly reports via email. Fleet Management: Use web dashboards for detailed visualization of energy flow from various sources. Plug Load Management Smart Control: Utilize smart sockets, power strips, and relays to monitor and control the energy consumption of connected devices. Automation: Automate control based on real-time tariffs and schedules. Remote Access: Access control via mobile apps, voice assistants, and web dashboards for remote management. Occupancy-Based Optimization Energy Savings: Reduce energy consumption by turning off high-energy devices and adjusting HVAC settings when locations are unoccupied. Targeted Efficiency: Minimize unnecessary consumption in specific unused areas. Demand Response Actions Cost Minimization: Control devices based on spot pricing or time-of-use energy prices through user input or Utility integrations. Load Management: Implement demand response actions to manage energy usage, cut costs, and reduce load during peak hours via built-in rules in mobile apps. Virtual Power Plants (VPP) Distributed Resources: Network homes and commercial buildings with solar, battery systems, and EVs to function as a single power plant. Grid Relief: Distribute power smartly during peak load periods to relieve grid load and save money by trading energy. Operational Insights: Provide VPP operators with data on energy generation, consumption, and storage levels, and execute preset rules to reduce grid dependency. Weather-Based Smart Actions Weather Integration: Use weather forecasts to make energy-saving decisions without compromising comfort. Pre-Heating/Cooling: Adjust room temperatures during non-peak tariffs based on forecasted conditions. Daylight Utilization: Suggest using natural light to save energy by opening curtains and turning off lights. Thermal Comfort: Adjust HVAC settings based on external temperatures to optimize energy use. Water Heater Control: Turn off water heaters when external temperatures are high to reduce consumption.

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 Introducing Blaze Automation’s Smart Water Monitoring Solution

Explore Blaze Automation's Quality Policy, emphasizing customer satisfaction, continuous improvement, legal compliance, innovation, sustainability, and on-time delivery. Learn how we ensure excellence in every aspect of our products and services. Quality Policy At Blaze Automation, our unwavering commitment is to deliver high-quality products and services globally, consistently meeting and surpassing customer expectations in quality, value, delivery, and service. Quality is our core value and essential business strategy. We Pledge to: Customer Satisfaction: Prioritize understanding and fulfilling customer needs and expectations. Continuous Improvement: Enhance processes, products, and services for increased efficiency and value. Legal Compliance: Adhere to all statutory, regulatory, and legal requirements, maintaining the highest integrity. Employee Empowerment: Foster a culture of involvement, empowerment, and accountability. Innovation and Creativity: Drive growth and sustainability through new ideas and technologies. Employee Development: Invest in training and development to enhance skills and performance. Sustainability: Minimize environmental impact through sustainable practices. On-Time Delivery: Ensure timely delivery of products and services to meet customer expectations. Quick Issue Resolution: Swiftly address and resolve quality issues identified by the community and clients. Strong Stakeholder Relationships: Maintain symbiotic relationships with all stakeholders. Transparent Communication: Effectively communicate this policy to employees, subcontractors, visitors, interested parties, and the public.

Blaze prioritizes cybersecurity for IoT platforms and firmware, implementing advanced encryption, secure authentication, and regular updates to protect devices and data. Adhering to Federal Cybersecurity Standards for Resilience (FCSR), we ensure the highest levels of security, integrity, and confidentiality. Cyber Security At Blaze, we prioritize the cybersecurity of our IoT platforms and firmware to protect your interconnected devices and data from emerging threats. Our robust security measures include advanced encryption, secure authentication, and regular firmware updates to address potential vulnerabilities. We adhere to the Federal Cybersecurity Standards for Resilience (FCSR) to ensure our systems meet rigorous security requirements, safeguarding your information and maintaining the highest levels of integrity and confidentiality.