GPS Jobs

I need a reliable way to obtain the location of one specific mobile phone strictly within business hours, 9:00 a.m.-5:30 p.m. The requirement is exactly as follows: “Location of number during business hours 9-5,30.” A working solution could be an API, web dashboard, or lightweight app that pinpoints or reports the handset’s position in real time, or near-real-time, on a map I can access from my desktop. Whichever technical route you choose—GPS, cell-tower triangulation, or another legally compliant geolocation method—the end result must let me see where the phone is whenever I check during the stated hours. Please propose: • The method you will use to gather the location data. • How I will view or download each day’s information. &b...

We are looking for a professional developer or team to build a mobile application based on: • Flutter • Backend Development • Augmented Reality (AR) The app idea focuses on displaying location-based moving images and videos through the camera, with user interaction and rating features. Requirements: • Experience in mobile app development • Working with GPS and maps • Media upload and storage • Clean and scalable code Experience in AR or similar projects is a plus. Interested candidates, please share your portfolio and previous work.

Overview I’m launching a ride-hailing app (Uber-style) focused on London. This is an MVP, not a massive rebuild of Uber. I am looking for an experienced mobile app developer or small team who has already built ride-hailing / taxi / delivery apps (or very similar). Scope of Work (MVP) Rider App (iOS + Android) - User registration & login - Book a ride (pickup & drop-off) - Real-time driver tracking (GPS) - Fare estimate - Payment integration (Stripe / cash option) - Trip history - Ratings Driver App (iOS + Android) - Driver registration & profile - Accept / reject ride requests - Live navigation (Google Maps) - Earnings summary - Trip history - Ratings Admin Panel (Web) - Manage riders & drivers - View trips & earnings - Set commission / subscription pricing - Basi...

We are looking for a Senior AI/ML Engineer (LLM Training and Deployment). We are building Health Model, an on-prem "Robust Expert" LLM that generates healthcare interoperability code from natural language. The model should generate Mirth Connect (NextGen Connect) channel XML and JavaScript transformer code and support HL7 v2 and FHIR patterns. No PHI will be used. Only public docs, open-source samples, and synthetic messages. We need a strong developer to implement the end-to-end pipeline: dataset ingestion, synthetic instruction generation, LoRA fine-tuning, validation harness, and local deployment with an OpenAI-compatible API. Target compute is on-prem GPU hardware (DGX Spark class). Optional experiments can run on Google Vertex AI credits. [Required Skills] - LLM fine-tuni...

I'm looking for a developer to create a GPS-based distance tracking system for Android. This system will be used to monitor the distance traveled by riders. Key Requirements: - Android compatibility - GPS-based tracking - Real-time updates - Route history Ideal Skills & Experience: - Proficiency in Android development - Experience with GPS integration - Knowledge of real-time data processing - Familiarity with database management for route history

I’m looking for an experienced PCB design engineer to create a compact PCB that integrates LTE and GPS functionalities in a single module. The design must include onboard antennas for both LTE and GPS, a charging circuit, and debugging options. All other design and component details will be discussed over chat. --- Functional Features (Antenna Design Requirements): The PCB should include onboard antennas for both LTE and GPS, similar to the integrated antenna design used in ESP32 modules. Antennas must be PCB-etched or chip-type, without external connectors. Proper RF impedance matching (50Ω) and matching networks should be implemented for both antennas. Ensure antenna isolation, ground clearance, and tuning for optimal LTE and GPS signal performance. Include antenna la...

A NRF52 based low power consumption BLE tag with 4G and GPS capabilities. Features: Microcontroller: NRF52, any GPS + 4G module operable in south america Power Supply: Lithium-ion Battery (600mAh+, auto-switching) Communication: Bluetooth + GPS + 4G Additional Components: RGB LED and Buzzer Reprogramming Method: SWD The board must consume the absolute minimum power (~10uA) until GPS + 4G is enabled via software.

I need a lightweight Flutter application that lets visitors explore 40 outdoor artworks spread over roughly five kilometres. The core of the experience is a live GPS map (Google Maps SDK) showing the user’s position and the nearest artwork; a simple list view must automatically sort every piece by distance in real time. For each artwork the screen should present: • 2–3 hi-resolution images • A 3–4 minute audio interview which is stored in the database using backend • A short text blurb we’ll supply I will deliver all UI designs, colour palettes and assets. What I need from you is the complete build for both iOS and Android using Flutter, plus a small, browser-based backend (any lightweight stack you’re comfortable with) where my team can dra...

Project Title Server-Based BIM + GPS Map → AR Visualization Platform (Navisworks, Multi-User) Project Overview We are looking for an experienced developer or small team to build a server-based BIM visualization platform with GPS-based map navigation and AR 3D visualization. The system must allow users to: Navigate a project on a map by GPS coordinates (similar to Google Earth / GIS view) Select a location or area on the map Seamlessly switch to 3D visualization / AR view of the same location using a smartphone camera This is an industrial project (gas processing plant) using a large Navisworks NWD model (~1 GB). Critical requirement: The BIM model must NOT be downloaded to phones. All heavy processing and rendering must be done on a server. Core Functional Requirements 1. G...

OVERVIEW The United Nations Development Programme (UNDP), the Seeker for this Innocentive Challenge, is searching for creative, affordable solutions that can safely detect and mark the presence of underwater explosive ordnance. In conflict or post-conflict zones, vast quantities of explosive ordnance (EO) lie submerged in oceans, lakes, rivers, and coastal waters. From post-WWII dumping to modern conflict spillover, these extremely hazardous explosives jeopardize the lives, livelihoods, and environments of nearby communities. UNDP is particularly interested in solutions that can be safely used by members of these communities, empowering them and enabling widespread knowledge of these dangers without requiring military or high-cost commercial interventions. The ideal solution will allow ...