Unlock real-time 9-axis spatial telematics, Whisper® noise-isolated directional audio APIs, edge vision camera triggers, and seamless LLM voice orchestration on Solos modular AirGo™ hardware. Built for global enterprise procurement, software integrators, and OEM optical developers.
Enterprise Developer Intelligence
As artificial intelligence transitions from screen-bound chat interfaces to ambient spatial computing, enterprise procurement teams face a critical engineering dilemma: closed consumer ecosystems limit corporate software control, lock down proprietary telemetry, and restrict custom AI model integration. The Solos Smartglasses SDK developer program eliminates these barriers by granting enterprise software architects native access to hardware-level APIs.
Engineered by an MIT-trained micro-display and optics team rooted in Kopin Corporation heritage, Solos provides global enterprise buyers with a modular hardware platform (AirGo™ V2, A5, and Argon series) protected by over 100 patents. By separating the electronics temples from optical frame fronts via our proprietary SmartHinge™ system, enterprise teams can deploy custom voice-controlled AI, spatial posture tracking, bi-directional translation, and hands-free visual workflow verification without redesigning physical hardware.
Whether you are building voice-driven enterprise resource planning (ERP) interfaces for warehouse logistics, HIPAA-compliant clinical transcription tools for healthcare professionals, or real-time remote support systems for field service engineers, the Solos Smartglasses SDK developer program delivers high-frequency data streams, low-latency audio pipelines, and raw sensor controls tailored for enterprise scale.
SDK Hardware Ecosystem
Every Solos frame incorporates our standardized Bluetooth Low Energy (BLE) API stack, directional open-ear Whisper® sound geometry, and swappable SmartHinge™ architecture. Select the hardware profile optimized for your enterprise software deployment.
Features camera trigger endpoints, micro-display driver access, dual Whisper® beamforming mics, and full 9-axis IMU raw telemetry streaming for visual remote assist and AI vision tools.
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Ergonomic wide-fit architecture designed for field technicians requiring long-shift wear, hands-free video capture API integration, and real-time audio prompting.
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Optimized for voice-first AI agents, spatial posture detection, enterprise push-to-talk (PTT) workflows, and operational team communications in high-noise environments.
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Combines premium optical clarity with raw sensor BLE data streams. Perfect for corporate wellness programs, desk-bound voice-command automation, and executive wear.
Send an InquiryMarket Analysis & Industry Trends
Insights for procurement officers, enterprise CTOs, and hardware buyers navigating the fast-evolving wearable AI ecosystem.
Enterprise buyers no longer accept locked software suites. Procurement requirements now dictate hardware platforms featuring robust SDK developer programs that allow internal IT teams to route voice and sensor data directly into proprietary cloud networks (AWS, Azure, private LLMs) without vendor lock-in.
Corporate environments—such as clean rooms, medical operating theaters, and defense research facilities—require strict data privacy compliance. Solos SmartHinge™ modular frame technology allows instant swapping between camera-enabled fronts and camera-free fronts, governed by unified temple SDK firmware.
Logistics fleets and field service operators are replacing rugged handheld terminals with voice-interactive audio smartglasses. Integrating head gesture triggers via 9-axis IMU telemetry reduces worker task time by up to 28% while improving operational safety metrics.
When evaluating smart eyewear platforms for enterprise rollout, tech procurement leaders assess four critical criteria:
Technology Roadmap
Where spatial computing, edge AI processing, and optical micro-assembly are heading over the next decade.
The next phase of wearable AI moves beyond simple voice pass-through. Future SDK integrations prioritize on-device wake-word detection, tinyML intent classification, and real-time noise suppression directly on the eyewear micro-controller. This dramatically reduces cloud latency and allows seamless execution even in offline industrial settings.
The Solos SDK architecture is designed to interface directly with cloud LLMs (such as ChatGPT, Claude, or custom enterprise micro-models) via low-overhead web-socket endpoints, enabling real-time voice translation and context-aware operational guidance.
Monolithic smartglasses that bundle electronics into fixed frame styles are rapidly becoming obsolete. The market demands modularity. Solos SmartHinge™ technology separates the standardized computing temples from optical frame fronts.
This engineering framework enables software developers to build applications against a single, standardized SDK while giving end-users full freedom to hot-swap frame fronts—ranging from ANSI-certified safety glasses to sports eyewear or executive titanium frames—without altering software code.
Traditional bone-conduction audio suffers from uncomfortable skin vibrations and poor low-frequency response, while standard speakers cause privacy-violating sound leakage. The future of spatial voice computing relies on patented directional acoustic geometry.
Solos Whisper® audio technology utilizes dual acoustic ports combined with reverse-phase sound cancellation, directing crystal-clear voice audio directly into the wearer's ear canal while keeping environmental audio audible for total situational awareness.
Wearable SDKs are increasingly leveraged for worker health, safety compliance, and ergonomics. Integrated high-frequency accelerometers, gyroscopes, and magnetometers provide continuous spatial data streams.
Through the Solos SDK, developers can capture head movement vectors, posture degradation metrics, tilt angles, and fall detection triggers, creating data-driven safety systems for high-risk industrial environments.
Developer Deep Dive
Comprehensive APIs engineered for iOS, Android, WebBluetooth, and Unity enterprise environments.
Pre-compiled Swift, Kotlin, and Java libraries with standardized wrapper classes. Access Bluetooth connection management, battery telemetry, touch gesture listeners, and firmware update handlers with minimal code overhead.
Direct low-latency access to 9-axis IMU sensors (accelerometer, gyroscope, magnetometer). Program custom head gesture detection algorithms, neck strain monitoring, or motion-controlled UI navigation in enterprise apps.
Interface directly with our SolosChat™ and SolosTranslate™ engines. Stream raw voice audio payloads into high-accuracy Speech-to-Text (STT) services, query backend LLMs, and synthesize crystal-clear TTS audio playback.
Hardware Integrity
Hardware features engineered specifically to support sustained SDK application performance.
Quick-release frame fronts allow enterprise fleets to adapt hardware to different operational tasks while retaining core electronics temples and SDK integration configurations.
Programmable capacitive touch sensors along the temple support custom single-tap, double-tap, and slide gestures recognized natively within your SDK app UI.
Hardware-level background noise cancellation filters out ambient workplace chatter and engine noise, ensuring pristine audio input for enterprise voice recognition engines.
Enterprise Trust & Engineering Provenance
Our foundation rests on decades of high-performance optics, military-grade display research, and ISO-certified manufacturing controls.
Solos originated from intensive optical and micro-display technology engineering developed in close partnership with Kopin Corporation. Our engineering leadership—trained at MIT and top global research institutes—pioneered wearable heads-up displays, lightweight prescription lens integration, and spatial acoustics.
With more than 100 patents and pending applications, Solos provides enterprise buyers with absolute intellectual property security, protecting your software investment against market infringement risks.
Scaling an enterprise smartglasses deployment requires consistent batch-to-batch quality control, strict supply chain management, and guaranteed component availability. All Solos hardware is manufactured under ISO-controlled production protocols.
We offer full B2B OEM/ODM customization services—ranging from custom branding, specialized temple lengths, and extended battery configurations to dedicated enterprise firmware flashing during production.
Hardware Platform Comparison
Select the AirGo™ platform architecture best suited for your developer program or enterprise procurement requirements.
| Feature / Platform |  AirGo™ V2 (Prime) |  AirGo™ A5 (Hydro) |  AirGo™ V (Krypton) |  AirGo™ 3 (Argon) |
|---|---|---|---|---|
| Target Enterprise Application | Visual Inspection & AI Vision | Voice PTT & Spatial Safety | Camera Capture Workflows | Audio & Executive Wear |
| Camera / Micro-Display Support | Yes (Camera + Display API) | Audio Only | Yes (Photo Capture) | Audio Only |
| IMU Sensor Stream (SDK) | 9-Axis Raw Telemetry | 9-Axis Raw Telemetry | 6-Axis Sensor Stream | 6-Axis Sensor Stream |
| Whisper® Audio Noise Cancellation | Dual Mic Beamforming | Dual Mic Beamforming | Standard Mic Array | Standard Mic Array |
| SmartHinge™ Modular Swap | Yes | Yes | Yes | Yes |
| Battery Runtime (Audio / Standby) | 10 hrs / 8 days | 10 hrs / 8 days | 7 hrs / 5 days | 9 hrs / 7 days |
| Water Resistance | IP54 Splashproof | IP54 Splashproof | IP54 Splashproof | IP54 Splashproof |
| SDK Integration Protocol | Bluetooth 5.3 BLE | Bluetooth 5.3 BLE | Bluetooth 5.0 BLE | Bluetooth 5.0 BLE |
| Optical Glazing Compatibility | Single/Progressive/PHC/Blue | Single/Progressive/PHC/Blue | Single/Progressive/Blue | Single/Progressive/ZEISS |
Enterprise Knowledge Base
Detailed technical and operational answers for procurement officers, software architects, and optical distributors.
Enterprise Engagement
Whether you require developer SDK access, evaluation hardware units, or enterprise-scale OEM/ODM manufacturing, our engineering and sales teams are ready to support your organization.