Zikr Ring Azan Reminder Counter SpO2 & Sleep Analysis Ring
- Photoplethysmography (PPG)
- REM / NREM Sleep Stage Tracking
- OLED Micro Screen
- IP68 Rated
Engineered with ultra-low-power biomedical microcontrollers, multi-wavelength optical sensors, and micro-ceramic encapsulation. Fully compliant with CE Directive 2014/53/EU (RED), FCC Title 47, and Mexican telecommunication & safety frameworks.
Transforming raw photoplethysmography (PPG) and micro-electro-mechanical systems (MEMS) accelerometry into clinically meaningful sleep stage metrics, validated against polysomnography benchmarks.
Traditional smartwatches suffer from arterial motion artifacts and peripheral skin displacement during restless slumber. Our smart ring form factors utilize the palmar digital arteries of the proximal phalanx, where perfusion indices are up to 300% denser than the radial artery at the dorsal wrist. This enables our optical biosensors to capture pristine heart rate variability (HRV) waveforms, inter-beat intervals (IBI), and pulse transit times with exceptional signal-to-noise ratio (SNR), yielding high clinical agreement with hospital-grade Somnocheck diagnostics.
Navigating cross-border medical-grade consumer hardware demands strict regulatory provenance. Operating under audited ISO9001:2015 protocols, every batch produced across our 8 SMT lines undergoes 100% automated optical inspection (AOI), battery impedance calibration, and IP68/5ATM pressure testing. Full CE Directive compliance guarantees electromagnetic compatibility (EN 301 489), low-power wireless conformity (EN 300 328), and RoHS environmental safety, creating an accelerated path through Mexico's Federal Commission for Protection against Sanitary Risks (COFEPRIS).
Our smart ring and sleep monitoring wearables combine precision micro-optics, titanium/zirconia shells, and edge-computed physiological models designed for continuous 24/7 biometric harvesting.
| Subsystem | Component Specification | Operational Telemetry Output | Significance for Sleep Staging |
|---|---|---|---|
| Optical Sensor Suite | Multi-wavelength PPG (660nm Red, 940nm Infrared, 525nm Green) | Pulse volume amplitude, raw plethysmograph, SpO2 saturation, micro-vascular perfusion | Infrared light penetrates deep digital micro-vasculature to record nocturnal hypopnea without disturbing circadian sleep cycles. |
| Inertial Kinematics | Ultra-low-power 3-Axis MEMS Accelerometer (<6.5μA operating current) | Actigraphy metrics, zero-crossing counts, micro-tremor frequency, body posture orientation | Differentiates true quiescent non-REM restorative sleep from prolonged static wakefulness (latency reduction). |
| Temperature Sensor | Contact Thermistor Array (±0.05°C resolution, calibrated 32°C-42°C) | Continuous basal phalangeal skin temperature trend line | Detects the nocturnal core body temperature drop required for REM-state onset and female luteal phase tracking. |
| Processing & Memory | Nordic nRF52 / Dialog DA1469x ARM Cortex-M33 with embedded DSP | Edge-computed SDNN, RMSSD, PNN50, Stress Index, and Apnea-Hypopnea Event flags | Local filtration suppresses 50/60Hz electromagnetic hum and wrist/finger twitch artifacts prior to BLE 5.2 cloud synchronization. |
| Encapsulation | Medical-grade biostable epoxy resin with outer Zirconia Ceramic / Titanium Grade 5 | 5ATM / IP68 hydrostatic water ingress resistance (hydrophobic coating) | Prevents galvanic micro-corrosion from nocturnal perspiration, safeguarding long-term dermatological biocompatibility (ISO 10993). |
Tailored firmware language packs (Mexican Spanish), low-latency cloud endpoints, and flexible OEM firmware packaging meet the distinct requirements of key metropolitan hubs from CDMX to Monterrey.
At 2,240 meters above sea level, workers in Mexico City frequently experience mild hypoxia coupled with extended commuting stress, contributing to chronic fatigue. Leading insurance companies and enterprise headquarters in Santa Fe and Paseo de la Reforma are rolling out our custom-branded smart health rings within corporate wellness programs. By tracking real-time nocturnal oxygen desaturation events and basal autonomic nervous system recovery (via nighttime RMSSD), corporate human resources reduce sick leaves and elevate cognitive productivity.
Mexico's premier manufacturing corridor across Nuevo León, Coahuila, Querétaro, and Guanajuato operates around-the-clock shift cycles. Irregular circadian rhythms among heavy machinery and automotive assembly line operators present severe occupational hazards. By integrating our rings' sleep latency, awake episode tracking, and fatigue scoring with factory management systems, tier-1 suppliers accurately identify sleep-deprived personnel before workplace accidents occur.
Known as Mexico's Silicon Valley, Jalisco is at the forefront of digital healthcare startups. Private clinical networks and bariatric recovery centers in Guadalajara employ our open Bluetooth SDK and RESTful JSON APIs to receive automated nocturnal hypopnea alerts. Because non-compliance with bulky continuous positive airway pressure (CPAP) headgear exceeds 40%, lightweight smart rings provide unobtrusive long-term compliance tracking for patients struggling with obstructive sleep apnea (OSA).
Consumer health electronics are surging across Mexican department stores and e-commerce platforms. We supply local consumer electronics brands with retail-ready, white-label packaging translated into neutral Spanish (Español Latinoamericano), complete with Mexican barcode compliance, NOM conformity labeling, and pre-packaged magnetic fast chargers tailored for standard Mexican Type A/B wall power adapters.
Elder care communities in warmer retirement areas rely on our unobtrusive biometric rings for non-stigmatizing patient monitoring. Continuous passive resting heart rate, nighttime skin temperature deviations, and erratic movement tracking identify emerging febrile states or nighttime disorientation without placing uncomfortable straps on delicate, aging skin.
Taking advantage of our dual-frequency ceramic NFC models (featuring genuine NXP NTAG216 and Infineon secure chips), Mexican universities, luxury hotel resorts in Cancún and Los Cabos, and corporate campuses combine biometric sleep and wellness tracking with secure keyless door access and cashless POS payment authorization.
A confluence of rising public healthcare digitization, nearshoring investments, and stringent electronic standard harmonization makes Mexico the fastest-growing market for smart health wearables in Latin America.
With the enactment of Mexican Official Standard NOM-035-STPS-2018, employers are legally mandated to identify and mitigate severe psychosocial risk factors, including work-induced sleep disruption and acute stress. Enterprise buyers are increasingly turning to non-invasive smart rings to evaluate workforce physical resilience and provide objective data for corporate health audits without violating sensitive personal privacy.
All wireless frequency-emitting devices entering Mexico must comply with the Federal Telecommunications Institute (IFT) guidelines and electrical safety standards (NOM-001-SCFI-2018 or NOM-019-SCFI). Because our products carry foundational CE RED and FCC certifications, our compliance team furnishes Mexican importers with the essential technical test reports (RF, SAR, EMC), slashing third-party testing fees at accredited Mexican laboratories such as NYCE or ANCE.
According to Mexican National Health and Nutrition Surveys (ENSANUT), over 75% of the adult population suffers from overweight or obesity, deeply correlated with obstructive sleep apnea, cardiovascular hypertension, and type-2 diabetes. As public institutions (IMSS, ISSSTE) and private hospital groups modernize preventative medicine, affordable consumer sleep trackers serve as frontline triage tools for early physiological intervention.
From micro-SMT surface mounting to ultrasonic bonding and airtight hermetic chamber checks, every unit is engineered for long-term field stability and zero out-of-box defects.
Equipped with ultra-fast Yamaha and Panasonic mounters capable of placing 0201 passive components and micro-pitch ball grid arrays (BGA) with ±15μm accuracy.
Multi-stage QA: solder paste 3D-SPI, inline automated optical inspection (AOI), 48-hour battery cycle aging, and automated multi-frequency RF test chambers.
Functional working prototypes shipped in 7 days. Low MOQ starting from 200 units on base models, with comprehensive custom housing mold injection and SDK customization.
Streamlined freight channels via DHL/FedEx Express Air to CDMX, Guadalajara, and Monterrey, or consolidated ocean shipping to Puerto de Manzanillo and Lázaro Cárdenas.
Direct, pragmatic answers addressing tariff classifications, NOM certification procedures, payment terms, and private-label firmware engineering.
From conceptual design and biometric algorithm optimization to rapid pilot runs and global delivery, our structured lifecycle ensures total schedule predictability.
We review your target biometric outputs, operational battery life requirements, enclosure material preferences (Titanium, Ceramic, Resin), and Mexican regulatory milestones within 24 hours.
Our firmware and industrial design teams build functional working prototypes equipped with test bootloaders, laser logo markings, and tailored calibration profiles for immediate lab evaluation.
High-precision CNC micro-machining and mold tooling for custom ring geometries, ring size sizing kits (US sizes 6 through 13), followed by mechanical stress and salt spray tests.
Mass manufacturing across our ISO9001 certified Class 100,000 dust-free workshops. 100% optical inspection, automatic sensor calibration, and hermetic ultrasonic chamber sealing.
Final outgoing quality verification (AQL 0.65 Level II), generation of batch quality certificates, NOM label application, and secure anti-static palletizing for international freight forwarders.
Continuous over-the-air (OTA) firmware maintenance, sleep staging algorithmic enhancements, updated SDK releases for new iOS/Android versions, and dedicated post-sales engineering support.