1(function () { 2 const KEY = "juson_lang"; 3 const articles = { 4 "wearable-odm-project-delivery-process": { 5 "title": "Smart Wearable ODM Delivery Process from Kickoff to Mass Production", 6 "excerpt": "ODM delivery for smart watches, bands and children's watches covers product definition, prototypes, app support and production materials.", 7 "image": "Smart wearable ODM delivery process", 8 "lead": "Juson Smart Hardware usually starts a smart wearable ODM project with product definition instead of tooling or purchasing. The customer provides target market, reference appearance, price range, function scope and first order quantity, then the R&D team breaks them into hardware platform, structure, firmware, app support, packaging materials and production tests.", 9 "sections": [ 10 [ 11 "Product Definition", 12 "Smart watch projects define screen size, Bluetooth or 4G communication, heart rate or blood oxygen sensors, sports modes, notifications and watch-face capability. Smart band projects focus more on battery life, wearing comfort and basic health records. Children's watch projects confirm location, calling, contacts, class mode, low-battery reminders and parent-side management. Smart ring projects focus on size, weight, low power, sleep monitoring and app data sync." 13 ], 14 [ 15 "Prototype and App Debugging", 16 "Prototype work runs hardware, firmware and app together. FitPro and FitnessMax need a device capability table for binding, data sync, notifications, watch faces and OTA entries. Children's watch apps check contacts, location and reminder flows. SuperBand content devices test image, GIF or short-video transfer. Prototype review covers the path from package QR code to first connection." 17 ], 18 [ 19 "Pilot Production", 20 "Pilot production fixes the BOM, flashing process, functional test, aging test, appearance inspection and packaging method. The factory checks keys, screen, Bluetooth connection, sensor sampling, charging, battery voltage and firmware version. The materials team checks package QR codes, app download pages, manuals, privacy policy and FAQ." 21 ], 22 [ 23 "Mass Production Materials", 24 "Before mass production, the customer receives confirmed specifications, test standards, packaging information and a delivery document list. For overseas products, English manuals, download pages, permission notes and privacy policy are usually prepared together so the hardware, app and support materials reach users as one complete product." 25 ] 26 ] 27 }, 28 "hardware-firmware-app-collaboration": { 29 "title": "Why Structure, Firmware and App Coordination Matters in Smart Hardware Projects", 30 "excerpt": "Structure design, firmware strategy and app pages jointly affect smart watches, bands, rings and interactive hardware.", 31 "image": "Structure, firmware and app collaboration", 32 "lead": "Smart hardware experience is built by several parts at the same time. Case size affects battery and antenna placement. Battery capacity affects firmware power strategy. Firmware strategy affects app sync frequency and the data users see. Juson reviews structure, firmware, app pages, manuals and tests in one project table for wearable products.", 33 "sections": [ 34 [ 35 "Structure and Electronic Layout", 36 "A smart watch contains screen, battery, main board, motor, sensors and antenna. Children's watches add calling, location and higher communication frequency. A smart ring has much less internal space, so charging contacts, sensors and antenna position affect thickness and exterior shape. Once structure is fixed, firmware and app capability boundaries are also fixed." 37 ], 38 [ 39 "Firmware Protocol", 40 "Firmware handles data collection, power control, Bluetooth communication, OTA upgrade and recovery. The app reads the same protocol fields to show steps, sleep, heart rate, notifications, watch-face status and battery. Each protocol version needs field definitions, error codes and compatibility notes, especially when new models connect to FitPro or FitnessMax." 41 ], 42 [ 43 "App Pages and Permissions", 44 "The app is not a final display layer. Device binding, system permissions, notifications, weather location, sports data, watch-face push and firmware upgrade all need page-level explanation. If users cannot understand permissions or device status during first use, product reviews are affected." 45 ], 46 [ 47 "Joint Testing", 48 "Joint tests cover first connection, background reconnection, low-battery status, interrupted upgrade, phone replacement and message reminders. SuperBand and digital badge products also test content upload, transfer progress and display confirmation before pilot production starts." 49 ] 50 ] 51 }, 52 "wearable-customization-service": { 53 "title": "Smart Wearable Customization Services for Brand Customers", 54 "excerpt": "Customization covers appearance, functions, apps, documents and production support for wearable product lines.", 55 "image": "Smart wearable customization service", 56 "lead": "Brand customers usually care about visible differentiation, complete functions and launch schedule at the same time. Juson's customization service covers smart watches, smart bands, children's watches, smart rings and interactive hardware, including appearance proposals, hardware platforms, firmware functions, app support, manuals, download pages and production materials.", 57 "sections": [ 58 [ 59 "Appearance and Packaging", 60 "Appearance customization includes case colors, keys, straps, logos, watch-face style, packaging and manual visual
60s. Children's watches focus on strap material, waterproofing and edge treatment. Smart rings focus on size, weight, surface process and charging method. Digital badges focus on screen display and housing texture. Package QR codes, download entries and after-sales information are confirmed with these materials." 61 ], 62 [ 63 "Function Customization", 64 "Smart watch functions usually include sports modes, heart rate, sleep, notifications, weather, alarm, phone finding, watch faces and OTA. Smart bands keep lighter health records and reminders. Children's watches add location, calling, contacts and class mode. SuperBand or digital badge devices add content upload, app push and device finding." 65 ], 66 [ 67 "App Support", 68 "FitPro, FitnessMax, AI Core Cloud and SuperBand serve different product entries. A customization project confirms device name, language package, page entry, download page, permission notes and privacy policy. For overseas markets, app copy, manuals and download pages are handled together." 69 ], 70 [ 71 "Delivery Files", 72 "Delivery is not only a batch of hardware. Common files include specifications, BOM, test process, packaging artwork, manual, FAQ, app download page, privacy policy and after-sales guide. When a brand repeats an order or adds a new model, the same material structure can be reused." 73 ] 74 ] 75 }, 76 "wearable-hardware-app-solution": { 77 "title": "How Wearable Product Solutions Cover Hardware and Companion Apps", 78 "excerpt": "A complete wearable solution includes hardware, firmware, app support, download pages and user materials.", 79 "image": "Wearable hardware and companion app solution", 80 "lead": "From the user's side, a wearable product is a complete path from device to app. Users scan the package QR code, download the app, turn on Bluetooth, bind the device, then view health data or set reminders. Juson handles hardware design, firmware adaptation, app support and material delivery as one product solution.", 81 "sections": [ 82 [ 83 "Hardware Layer", 84 "The hardware layer includes main control platform, screen, battery, sensors, Bluetooth, motor, charging structure and exterior structure. Smart watches support richer interaction and display. Smart bands focus on battery life and light weight. Smart rings focus on low power and wearing comfort. Children's watches focus on communication and safety." 85 ], 86 [ 87 "Firmware Layer", 88 "Firmware collects and processes device data such as steps, heart rate, sleep, sports records, notifications, watch-face switching and OTA upgrade. It also handles low battery, disconnection, failed upgrade and sensor sampling exceptions. These capabilities are exposed to the app through protocol fields." 89 ], 90 [ 91 "App Layer", 92 "FitPro and FitnessMax serve sports health scenarios. AI Core Cloud serves multiple smart devices. SuperBand serves Bluetooth digital badges and content upload. App pages carry binding, data display, device settings, permission notes and firmware upgrade. Clear app pages make hardware value easier to understand." 93 ], 94 [ 95 "Material Layer", 96 "Download pages, manuals, privacy policy, user agreement, FAQ and after-sales entries are part of the solution. Many overseas products also require English documents and multilingual pages. Complete materials help channel sales, customer service and end-user onboarding." 97 ] 98 ] 99 }, 100 "global-sources-mobile-electronics-2025": { 101 "title": "Juson Smart Hardware to Showcase New Products at Global Sources Mobile Electronics", 102 "excerpt": "The exhibition display covers smart watches, bands, rings, children's watches, digital badges and companion apps.", 103 "image": "Global Sources Mobile Electronics product showcase", 104 "lead": "Juson Smart Hardware will present smart wearable and interactive hardware solutions at Global Sources Mobile Electronics. The display includes smart watches, smart bands, children's watches, smart rings, Bluetooth digital badges and companion apps, with product samples, app pages and delivery materials shown together.", 105 "sections": [ 106 [ 107 "Smart Watches and Bands", 108 "Smart watch samples will show sports health, notifications, watch faces, device settings and firmware upgrades. Smart band samples will focus on light wearing, sleep, heart rate, steps and long battery life. FitPro or FitnessMax can be used on site to review device connection, data sync and reminder settings." 109 ], 110 [ 111 "Children's Watches and Smart Rings", 112 "Children's watch displays include location, calling, contacts, class mode and parent-side management. Smart ring displays include low power, sleep monitoring, light wearing and app data sync. Enamel Art Smart Ring will show how accessory appearance and smart functions can be combined." 113 ], 114 [ 115 "SuperBand and Device Management", 116 "SuperBand shows content upload, device connection, app push and device finding for Bluetooth digital badges. AI Core Cloud is used for smart glasses, Bluetooth speakers, TWS earbuds and other device management, including device access, status view and scenario management." 117 ], 118 [ 119 "Exhibition Communication", 120 "On-site discussions cover target market, product form, app language, package QR code, manuals and production schedule. Customers can bring reference appearance or function lists so mature solutions and customization scope can be reviewed directly." 121 ] 122 ] 123 },
124 "hong-kong-mobile-electronics-fair-2024": { 125 "title": "Juson Smart Hardware Attended the 2024 Autumn Hong Kong Global Sources Mobile Electronics Show", 126 "excerpt": "The booth displayed wearable samples, companion apps and product material delivery capabilities.", 127 "image": "2024 Hong Kong Global Sources Mobile Electronics Show", 128 "lead": "During the 2024 Autumn Hong Kong Global Sources Mobile Electronics Show, Juson Smart Hardware presented smart wearable and smart hardware solutions to domestic and overseas customers. The booth included smart watches, smart bands, smart rings, children's watches, Bluetooth digital badges, companion apps and material pages.", 129 "sections": [ 130 [ 131 "Booth Products", 132 "Smart watch samples covered sports health, notifications, watch faces and Bluetooth connection. Smart band samples highlighted light wearing and basic health records. Smart ring samples showed low power and sleep monitoring. Children's watch samples focused on location, calling and parent-side management." 133 ], 134 [ 135 "App Display", 136 "FitPro, FitnessMax, SuperBand and AI Core Cloud were shown on site. Customers could review device binding, data sync, reminder settings, content upload and device status management. For overseas customers, the team also introduced download pages, multilingual manuals and privacy policy materials." 137 ], 138 [ 139 "Customer Topics", 140 "Customers asked frequently about brand logos, watch-face customization, app languages, package QR codes, manuals, production schedule and after-sales materials. Compared with buying hardware alone, more customers wanted a product that could enter retail channels with a complete material package." 141 ], 142 [ 143 "Post-show Materials", 144 "After the show, Juson continued organizing solution materials for smart watches, smart bands, smart rings and interactive hardware, supporting later prototype review, quotation and project discussion." 145 ] 146 ] 147 }, 148 "hong-kong-global-sources-wearable-show": { 149 "title": "Juson Appeared at Hong Kong Global Sources Mobile Electronics Show with Wearable Solutions", 150 "excerpt": "Juson displayed multi-category wearable solutions and companion app capabilities at the show.", 151 "image": "Hong Kong Global Sources wearable show", 152 "lead": "During the Hong Kong Global Sources Mobile Electronics Show, Juson Smart Hardware displayed solution capabilities across multiple wearable categories. The display extended from individual samples to hardware platform, firmware functions, app support, user documents and production assistance.", 153 "sections": [ 154 [ 155 "Product Categories", 156 "Smart watches carry screen interaction, sports health and notifications. Smart bands fit long battery life and basic health records. Smart rings fit sleep and light wearing. Children's watches fit safety calls and parent management. Digital badges fit content display and brand interaction. The booth arranged samples by these categories." 157 ], 158 [ 159 "Solution Explanation", 160 "Customers usually looked at appearance first, then discussed chipset, sensors, apps, languages and packaging. Staff explained Bluetooth connection, watch-face push, notifications, data sync, content upload and OTA upgrade through working samples." 161 ], 162 [ 163 "Companion Apps", 164 "FitPro, FitnessMax, SuperBand and AI Core Cloud correspond to sports health, content upload and device management. App demonstrations helped customers see how hardware functions appear on the phone side." 165 ], 166 [ 167 "Follow-up Services", 168 "After exhibition discussions, Juson provides specification organization, prototype verification, manual preparation, download-page setup and production test support so product ideas move into a deliverable process." 169 ] 170 ] 171 }, 172 "wearable-health-management-trends": { 173 "title": "Product Trends for Smart Wearables in Health Management", 174 "excerpt": "Health wearables are extending from steps to sleep, heart rate, blood oxygen, stress and long-term trends.", 175 "image": "Smart wearable health management trends", 176 "lead": "Health management remains an important direction for smart wearables. Users now look beyond steps and sports records. They also check sleep, heart rate, blood oxygen, stress, sedentary reminders and long-term trends. Different device forms play different roles in health management.", 177 "sections": [ 178 [ 179 "Smart Watches", 180 "Smart watches have larger screens and richer interaction, making them suitable for sports modes, heart-rate curves, notifications, weather, watch faces and device settings. Through FitPro or FitnessMax, users can view sports records, sleep trends and device status on the phone." 181 ], 182 [ 183 "Smart Bands", 184 "Smart bands are better for long wearing and basic health records. Their screens are smaller, so the device side shows core status while the app presents more complete data. Battery life, weight, sensor position and strap comfort affect data continuity." 185 ], 186 [ 187 "Smart Rings", 188 "Smart rings are closer to daily accessories and fit sleep monitoring and lightweight health trends. Rings have no large screen, so data is mainly presented in the app. Low power, wearing comfort and charging method are key design points." 189 ], 190 [ 191 "Materials and Compliance", 192 "Health data involves user privacy. App permission notes, privacy policy, user agreement, download page and manuals should be prepared with the product. Overseas versions usually need English or multilingual materials." 193 ] 194 ] 195 }, 196 "smart-ring-lightweight-health-monitoring": { 197 "title": "Why Smart Rings Are Becoming a Direction for Lightweight Health Monitoring", 198 "excerpt": "Smart rings fit sleep, heart-rate trends and lightweight health records, with design focus on wearing, power and app sync.", 199 "image": "Smart ring lightweight health monitoring", 200 "lead": "Smart rings are small, low-profile and close to daily accessories. They are not suited for complex screen interaction, but they fit sleep monitoring, heart-rate trends and lightweight health records. Juson handles appearance, structure, low power and app data sync together in ring solutions.", 201 "sections": [ 202 [ 203 "Product Form", 204 "Ring products define size range, thickness, weight and surface treatment according to the target user. Enamel Art Smart Ring emphasizes enamel visuals and accessory qualities, while low-power health rings focus more on sleep monitoring and long wearing." 205 ], 206 [ 207 "Internal Structure", 208 "A ring has limited internal space. Battery, PCB, sensors, charging contacts, antenna and shell must be arranged tightly. Sensor position affects data quality, shell material affects antenna performance, and charging method affects appearance and waterproof design." 209 ], 210 [ 211 "App Data", 212 "The ring body stays simple, with most data shown in the app. Sleep, heart-rate trends, battery level, connection status and sync t
212ime need clear presentation. If a brand already has a health app, ring data fields and page entries need to be confirmed." 213 ], 214 [ 215 "Packaging and Positioning", 216 "Smart rings can target gifts, fashion accessories, sleep health and lightweight sports records. Different positioning leads to different packaging and user materials. Gift versions focus on appearance and unboxing, while health versions focus on data explanation and privacy policy." 217 ] 218 ] 219 }, 220 "kids-smartwatch-safety-battery-life": { 221 "title": "Safety, Battery Life and Usability Requirements for Children's Smart Watches", 222 "excerpt": "Children's smart watches need stable location, calling, low-battery reminders, parent-side apps and clear user materials.", 223 "image": "Children's smart watch safety and battery life", 224 "lead": "Children's smart watches face both children and parents. Children care about wearing and appearance. Parents care about location, calling, safety reminders and management. The product needs a stable experience across school, outdoor activity, charging and parent-side operation.", 225 "sections": [ 226 [ 227 "Safety Functions", 228 "Common functions include location, calling, contact management, class mode, low-battery reminder, device finding and safe-zone alerts. The parent app and manual need to explain these functions clearly." 229 ], 230 [ 231 "Battery Design", 232 "Children do not manage battery strictly, so battery life directly affects safety functions. Screen brightness, communication frequency, location frequency, standby strategy and reminder strategy all need control. Charging should also fit daily family use." 233 ], 234 [ 235 "Parent App", 236 "First use includes download, registration, binding, permission authorization, contact setup and location view. Page prompts should be clear, and device status, battery and connection results should be easy to understand." 237 ], 238 [ 239 "Structure and Materials", 240 "Children's watches need to consider strap material, waterproofing, buttons, edge treatment and whole-device weight. Package QR code, manual, FAQ, privacy policy and after-sales entry should be complete so parents can handle common usage questions quickly." 241 ] 242 ] 243 }, 244 "idc-china-wearable-market-growth": { 245 "title": "IDC: China's Wearable Market Growth Was Four Times the Global Average in Q1", 246 "excerpt": "Wearable growth is driving demand for watches, bands, rings, children's devices and interactive hardware.", 247 "image": "Wearable market growth", 248 "lead": "IDC wearable market data shows that smart wearable devices still have growth space. For a solution company, the growth is not driven by one product alone. It comes from sports health, child safety, lightweight accessories, sleep monitoring and interactive smart hardware expanding together.", 249 "sections": [ 250 [ 251 "Smart Watches and Bands", 252 "Smart watches remain the most function-rich category, covering sports health, notifications, watch faces and device management. Smart bands use light weight, battery life and price advantages for basic health records and gift markets. FitPro and FitnessMax continue to serve as data display and device management entries." 253 ], 254 [ 255 "Smart Rings", 256 "Smart rings are moving from concept products into clearer scenarios. Low-power sleep monitoring, heart-rate trends, light wearing and accessory appearance are common customer topics. Enamel Art Smart Ring represents a direction that combines craft appearance with smart functions." 257 ], 258 [ 259 "Children's and Interactive Devices", 260 "Children's watch demand comes from location, calling and parent management. SuperBand and digital badge products serve content display, IP merchandise and event gifts. They are not traditional wearables, but they still rely on Bluetooth connection, apps and device management." 261 ], 262 [ 263 "Supply and Delivery", 264 "Market growth accelerates customer project kickoff. Mature hardware platforms, firmware adaptation, app support, download pages, manuals and production test processes need to move together. Hardware samples alone no longer meet
264complete delivery expectations from brand customers." 265 ] 266 ] 267 }, 268 "smartwatch-sports-notification-device-management": { 269 "title": "Sports Algorithms, Notifications and Device Management in Smart Watch Solutions", 270 "excerpt": "Smart watch solutions should present sports health, notifications, watch-face push, OTA upgrade and device management clearly.", 271 "image": "Smart watch sports, notifications and device management", 272 "lead": "Smart watches are the most function-rich form in wearable products. They serve as time and notification entries, sports health recorders, and control points for watch faces, weather, alarms, phone finding and device settings. Juson organizes hardware, firmware and app work around these high-frequency functions.", 273 "sections": [ 274 [ 275 "Sports Health", 276 "Sports health includes steps, distance, calories, heart rate, sleep and multiple sports modes. The device handles sampling and basic records, while FitPro or FitnessMax presents trends, history and device status. Algorithm strategy must match sensors and power consumption, not only the number of sports modes." 277 ], 278 [ 279 "Notifications", 280 "Notifications involve app permissions, phone background behavior, Bluetooth connection and firmware handling. Calls, SMS, social app messages, alarms and do-not-disturb mode all need testing. Stable reminders help the watch become a daily-wear device." 281 ], 282 [ 283 "Watch Faces and Upgrade", 284 "Watch-face push, firmware OTA, device reconnection and recovery affect later user experience. If a brand plans ongoing watch faces or new models, device management logic should be planned from the first product." 285 ], 286 [ 287 "App Pages", 288 "App pages need to separate connection, battery, sports health, notifications, watch faces and upgrade entries. Frequent actions should be placed first and low-frequency settings later. Clear page levels reduce customer-service explanation." 289 ] 290 ] 291 }, 292 "smart-band-battery-wearing-data-display": { 293 "title": "How Smart Bands Balance Battery Life, Wearing Comfort and Data Display", 294 "excerpt": "Smart bands focus on light wearing, basic health records and long battery life, with the app carrying detailed data display.", 295 "image": "Smart band battery, wearing and data display", 296 "lead": "Smart bands do not need to carry all the functions of a smart watch. Their core value is being light, stable and power efficient, so they can record basic sports and health data for long periods. Data becomes meaningful only when users keep wearing the band.", 297 "sections": [ 298 [ 299 "Battery Sources", 300 "Band battery life is affected by screen size, battery capacity, sensor sampling, Bluetooth sync, reminder frequency and standby strategy. Firmware needs to control wake-up frequency and sync rhythm, and the app should avoid pulling data too frequently." 301 ], 302 [ 303 "Wearing Experience", 304 "Strap material, device weight, thickness, sensor fit and edge treatment affect whether users wear the band all day. Sleep and heart-rate data rely on continuous wearing, so structure design cannot focus only on appearance." 305 ], 306 [ 307 "Device Display", 308 "A small band screen fits time, steps, battery, heart rate and simple reminders. Complex trends and history should be shown in FitPro or FitnessMax. The device side stays simple while the app gives fuller data explanation." 309 ], 310 [ 311 "Product Scenarios", 312 "Smart bands fit entry-level health, long-battery records, event gifts and basic notifications. Brand customers usually put battery life, cost and wearing feel before feature count when planning band products." 313 ] 314 ] 315 }, 316 "smart-badge-content-device-platform": { 317 "title": "Content Management Solutions for Digital Badges and Interactive Smart Hardware", 318 "excerpt": "Digital badge devices need product planning around content upload, Bluetooth connection, display effect and platform management.", 319 "image": "Digital badge content and device platform", 320 "lead": "Digital badge products are different from traditional watches and bands. Their value comes from content display and personal expression. Users upload images, GIFs or short videos, while brand customers care about content updates, device management and event scenarios. SuperBand is one companion-app direction for this type of content hardware.", 321 "sections": [ 322 [ 323 "Devices and Models", 324 "Digital badge models such as M0010 and M0013, and similar Bluetooth interactive hardware, usually need screen display, Bluetooth transfer, content storage and battery management. Different screen specifications affect image size, GIF effect and short-video duration. The device side must display reliably, and the app side must keep the upload path clear." 325 ], 326 [ 327 "Content Upload", 328 "First use starts with device binding, then the user selects an image, GIF or short video to upload. The app needs to show connection status, transfer progress, failure prompts and display results. First-use upload quality strongly affects how users judge this product category." 329 ], 330 [ 331 "Platform Management", 332 "Event gifts, IP merchandise and brand interaction projects often need continuous content changes. A platform or app can manage content resources, device status, versions and batch updates. For customers with multiple batches of devices, status view and content sync reduce operation cost." 333 ], 334 [ 335 "App Push", 336 "SuperBand can also support app push, device finding and basic message reminders. It turns a digital badge from a static display device into an interactive hardware entry that can keep receiving updated content." 337 ] 338 ] 339 }, 340 "fitnessmax-fitpro-health-scenarios": { 341 "title": "Sports Health Scenario Capabilities of FitnessMax and FitPro", 342 "excerpt": "FitnessMax and FitPro serve smart watch and smart band connection, health data and device management scenarios.", 343 "image": "FitnessMax and FitPro sports health scenarios", 344 "lead": "FitnessMax and FitPro are common companion apps for smart wearable devices, mainly serving smart watches and smart bands. They handle device connection, sports health records, notifications, device settings and personal data management, becoming an important entry for users to understand hardware value.", 345 "sections": [ 346 [ 347 "Device Connection", 348 "After opening the app, users complete Bluetooth scanning, device binding and status confirmation. The app shows device name, battery, connection status and sync t
348ime. When a new model is added, the device capability table, Bluetooth protocol and language package need to be confirmed first." 349 ], 350 [ 351 "Sports Health", 352 "Sports health pages usually include steps, exercise records, sleep, heart rate, blood pressure or blood oxygen. Different devices support different data. The app should present pages according to device capability and avoid showing functions the device does not support." 353 ], 354 [ 355 "Reminders and Settings", 356 "Message push, call reminders, alarms, sedentary reminders, do-not-disturb mode, band finding, remote camera and raise-to-wake are common functions for watches and bands. The app needs clear permission notes and switch states to reduce user confusion." 357 ], 358 [ 359 "Supporting Materials", 360 "FitPro or FitnessMax projects usually also need download pages, privacy policy, user agreement, manual and FAQ. Overseas customers pay attention to English download pages and multilingual manuals. A complete app ecosystem reduces after-sales pressure for hardware products." 361 ] 362 ] 363 }, 364 "aicore-superband-device-management": { 365 "title": "Smart Device Management Direction of AI Core Cloud and SuperBand", 366 "excerpt": "AI Core Cloud and SuperBand serve multi-device management and content-hardware management for smart device platforms.", 367 "image": "AI Core Cloud and SuperBand device management", 368 "lead": "AI Core Cloud and SuperBand target different types of smart devices, but both show a trend from single-device connection toward platform-based management. AI Core Cloud fits smart glasses, Bluetooth speakers, TWS earbuds and other multi-device management. SuperBand fits Bluetooth digital badges and content-based interactive hardware.", 369 "sections": [ 370 [ 371 "AI Core Cloud Device Management", 372 "AI Core Cloud can act as a unified management entry for smart devices, showing device connection, status view, usage scenarios and basic settings. After smart glasses, Bluetooth speakers, TWS earbuds and other devices are connected, users can view connection status and device information in one app." 373 ], 374 [ 375 "SuperBand Content Management", 376 "When SuperBand serves Bluetooth digital badges, its core content is device binding, image/GIF/short-video upload, app push and device finding. It leans toward content display and interactive expression, fitting gifts, IP merchandise and event scenarios." 377 ], 378 [ 379 "Local and Cloud", 380 "Device connection, basic settings and real-time operations are usually completed locally. Accounts, content resources, device records and version management can use cloud support. Clear separation between the two makes product experience more stable." 381 ], 382 [ 383 "Materials and Maintenance", 384 "Smart device platform products need ongoing maintenance for download pages, manuals, privacy policy, permission notes and version records. When customers add new device models later, a unified management structure reduces repeated development." 385 ] 386 ] 387 }, 388 "enamel-art-smart-ring": { 389 "title": "Enamel Art Smart Ring: Combining Craft Design with Smart Functions", 390 "excerpt": "Enamel Art Smart Ring combines enamel accessory appearance with low-power health records, sleep monitoring and app sync.", 391 "image": "Enamel Art Smart Ring", 392 "lead": "Enamel Art Smart Ring is a smart ring product closer to daily accessories. It places enamel craft, metal texture and color design on the exterior while keeping low-power health records, sleep monitoring, device battery status and app data synchronization as smart functions.", 393 "sections": [ 394 [ 395 "Exterior Craft", 396 "Enamel, metal color and decorative texture make the ring look more like an accessory. Edge shape, thickness, weight and ring size affect long-term wearing. Craft design should not only be judged by images; daily wearing, sleep use and charging method also need review." 397 ], 398 [ 399 "Smart Functions", 400 "A ring has no large screen, so it fits background recording and app display. Health data, sleep trends, low-battery reminders and connection status are presented through the app. The device body stays simple so users are not disturbed by complex operation while wearing it." 401 ], 402 [ 403 "Structure Design", 404 "Shell material, surface treatment, antenna performance, charging contacts, waterproofing and internal stacking affect each other. Enamel Art Smart Ring projects need joint evaluation of craft, electronic structure and firmware power strategy." 405 ], 406 [ 407 "Product Scenarios", 408 "This ring type fits gifts, fashion accessories, sleep records and lightweight health management. Brand customers can differentiate through appearance, packaging and app pages, giving the product both accessory qualities and smart-device value." 409 ] 410 ] 411 } 412 }; 413 414 let originalArticle = null; 415 const originalCards = []; 416 417 function getLang() { 418 return window.jusonGetLanguage ? window.jusonGetLanguage() : (localStorage.getItem(KEY) || "zh"); 419 } 420 421 function slugFromLocation() {
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Line numbers count LF bytes from the start of the resource, as the search results do. Vendor segments are library code the classifier recognised; they are stored but not indexed. Bytes are shown as Latin1 characters, one per byte.