{"head":{"title":"Helio - Smart Solar & Storage App with IoT Sensor Network","description":"Built a consumer iOS and Android app for solar generation, battery storage, EV charging and smart-home device control - backed by an IoT sensor network…","canonical":"https://oceanlab.in/case-studies/helio"},"study":{"slug":"helio","industry":"energy","projectType":"Solar, battery & smart-home app","featured":true,"country":"ch","tags":["energy","iot","mobile","ai"],"compliances":["GDPR","Swiss FADP","IEC 62443","ISO 27001"],"cover":{"src":"/helio-1.png","width":2400,"height":1797},"gallery":[{"src":"/helio-1.png","width":2400,"height":1797}]},"publishedDate":"2026-09-25","contentByLang":{"en":{"client":"Helio","clientLocation":"Switzerland","category":"Energy / IoT","duration":"Phase 1 (16 Weeks)","title":"Helio - Smart Solar & Storage App with IoT Sensor Network from Prototype to Production","tagline":"AI-Native Solar, Battery & Smart-Home Energy App","description":"Built a consumer iOS and Android app for solar generation, battery storage, EV charging and smart-home device control - backed by an IoT sensor network and AI optimisation engine. Shipped from clickable AI prototype to App Store in 16 weeks.","scope":"AI Prototyping, UI/UX Design, IoT Firmware Integration, Mobile Development and Delivery","industry":"Energy / Smart Home","timeline":"16 Weeks","impacts":[{"value":"16 Weeks","label":"Prototype to App Store","description":"2 weeks scope, 3 weeks clickable AI prototype, 11 weeks production build with IoT integration."},{"value":"Real-time","label":"Sensor telemetry","description":"Live solar generation, battery state and per-device load streamed from on-site sensors over MQTT."},{"value":"Auto-Optimised","label":"AI scheduling","description":"AI engine schedules water heater, EV charging and grid export based on forecast, tariff and battery state."},{"value":"kWh + CO₂ + €","label":"Single-pane savings","description":"Net Worth, peak yield, CO₂ saved and household savings unified into one dashboard."}],"problemShort":"Helio's customers had solar panels, batteries, EV chargers and smart-home devices from four different vendors - each with its own app and no shared view of generation, consumption, or savings. Optimisation was manual, and most users left meaningful savings on the table.","solutionShort":"We delivered a single iOS and Android app that ingests live telemetry from on-site IoT sensors, unifies solar generation, battery storage, EV charging and smart-home device control into one workspace, and runs an AI scheduling engine that auto-optimises around forecast, tariff and battery state - validated through a clickable AI prototype before any firmware integration.","challengesHeading":"The Challenge: Multiple Devices, No Shared Brain","challengesIntro":"A modern Swiss home runs solar, battery, EV, heat pump and smart appliances - each with its own vendor app. Helio's users needed a single brain across all of it.","challenges":[{"title":"Fragmented Vendor Apps","description":"Solar inverter, battery, EV charger and smart-home hub each had its own app with its own login, units, and update cadence. There was no shared source of truth for what the home was actually doing."},{"title":"No Real-time Visibility","description":"Generation, consumption and battery state were polled hourly at best. Users could not see live load shifts when an appliance turned on or solar production dipped behind clouds."},{"title":"Manual Optimisation","description":"Even motivated users struggled to time water heating, EV charging and grid export by hand. Tariff windows, weather and battery state changed faster than people could react."},{"title":"Trust at the Hardware Edge","description":"IoT sensors had to be commissioned, paired and updated in homes by non-technical residents. Onboarding and OTA updates needed to be bulletproof and explainable."}],"approachHeading":"Our Approach: 3 Phases in 16 Weeks","approach":[{"number":"01","title":"Discovery & Scope","description":"Weeks 1–2: embedded with Helio's product, hardware and field-engineering teams. Mapped every flow - onboarding, daily monitoring, scheduling, alerts - across solar, battery, EV and smart-home devices. Locked the production target and KPIs."},{"number":"02","title":"AI-Driven Clickable Prototype","description":"Weeks 3–5: built a fully interactive iOS and Android prototype with mocked sensor data and AI scheduling, so the team could click through every flow - onboarding a new sensor, scheduling water heater, exporting to grid - before we wrote a line of production code or touched firmware."},{"number":"03","title":"Production Build & Launch","description":"Weeks 6–16: shipped the production app for iOS and Android with live MQTT telemetry, IoT sensor commissioning and OTA updates, an AI scheduling engine, smart-home device control, push alerts, and the unified savings dashboard. Submitted to App Store and Play Store in week 15."}],"whyItWorksHeading":"Why It Works: Outcome-Based Differentiation","whyItWorks":[{"title":"Speed to Value","description":"Most consumer energy apps take 12–18 months to ship to App Store. We delivered a clickable AI prototype in 3 weeks and a production app in 16, including the IoT firmware integration."},{"title":"AI-First Prototyping","description":"Every flow - sensor onboarding, daily dashboard, AI scheduling, alerts - was validated in the prototype before any firmware or production code. Helio's product, hardware and customer-success teams clicked through the actual app before we touched a sensor."},{"title":"Single Accountable Team","description":"Design, AI prototyping, IoT integration, mobile engineering and DevOps under one roof - no handoff between an app studio and a hardware integrator, no telephone game on edge cases between sensors and UI."},{"title":"Outcome-Based Engagement","description":"Helio paid for milestones and live functionality, not hours. Our incentives were tied directly to shipping a production app that homeowners actually opened every day."}]},"es":{"client":"Helio","clientLocation":"Suiza","category":"Energía / IoT","duration":"Fase 1 (16 Semanas)","title":"Helio - App de Energía Solar y Almacenamiento con Red de Sensores IoT","tagline":"App AI-Native de Energía Solar, Batería y Hogar Inteligente","description":"Construimos una app iOS y Android para generación solar, almacenamiento en batería, carga de VE y control de dispositivos del hogar inteligente - respaldada por una red de sensores IoT y un motor de optimización con IA. Entregada de prototipo clickable con IA a App Store en 16 semanas.","scope":"Prototipado con IA, Diseño UI/UX, Integración de Firmware IoT, Desarrollo Móvil y Entrega","industry":"Energía / Hogar Inteligente","timeline":"16 Semanas","impacts":[{"value":"16 Semanas","label":"Prototipo a App Store","description":"2 semanas de alcance, 3 semanas de prototipo clickable con IA, 11 semanas de construcción con integración IoT."},{"value":"En vivo","label":"Telemetría de sensores","description":"Generación solar en vivo, estado de batería y carga por dispositivo transmitidos desde sensores in situ por MQTT."},{"value":"Auto-Optimizado","label":"Programación con IA","description":"El motor de IA programa calentador de agua, carga de VE y exportación a la red según pronóstico, tarifa y estado de batería."},{"value":"kWh + CO₂ + €","label":"Ahorros en una vista","description":"Patrimonio Neto, rendimiento pico, CO₂ ahorrado y ahorros del hogar unificados en un solo panel."}],"problemShort":"Los clientes de Helio tenían paneles solares, baterías, cargadores de VE y dispositivos inteligentes de cuatro proveedores distintos - cada uno con su propia app y sin vista compartida de generación, consumo o ahorros. La optimización era manual y la mayoría de usuarios dejaba ahorros importantes sobre la mesa.","solutionShort":"Entregamos una única app iOS y Android que ingiere telemetría en vivo de sensores IoT in situ, unifica generación solar, almacenamiento, carga de VE y control de dispositivos en un espacio de trabajo, y ejecuta un motor de programación con IA - validado mediante prototipo clickable con IA antes de cualquier integración de firmware.","challengesHeading":"El Desafío: Múltiples Dispositivos, Sin Cerebro Compartido","challengesIntro":"Una casa suiza moderna ejecuta solar, batería, VE, bomba de calor y electrodomésticos inteligentes - cada uno con su propia app de proveedor. Los usuarios de Helio necesitaban un único cerebro para todo.","challenges":[{"title":"Apps de Proveedores Fragmentadas","description":"Inversor solar, batería, cargador VE y hub inteligente cada uno con su propia app, login, unidades y cadencia de actualización. No había fuente de verdad compartida."},{"title":"Sin Visibilidad en Tiempo Real","description":"Generación, consumo y estado de batería se sondeaban como mucho cada hora. Los usuarios no podían ver cambios de carga en vivo."},{"title":"Optimización Manual","description":"Incluso usuarios motivados luchaban para programar agua caliente, carga de VE y exportación a la red a mano. Las ventanas tarifarias y el clima cambiaban más rápido de lo que la gente podía reaccionar."},{"title":"Confianza en el Borde Hardware","description":"Los sensores IoT debían ser instalados, emparejados y actualizados por residentes no técnicos. Onboarding y actualizaciones OTA tenían que ser a prueba de fallos y explicables."}],"approachHeading":"Nuestro Enfoque: 3 Fases en 16 Semanas","approach":[{"number":"01","title":"Descubrimiento y Alcance","description":"Semanas 1–2: nos integramos con los equipos de producto, hardware e ingeniería de campo. Mapeamos cada flujo - onboarding, monitoreo diario, programación, alertas."},{"number":"02","title":"Prototipo Clickable con IA","description":"Semanas 3–5: construimos un prototipo iOS y Android totalmente interactivo con datos de sensores simulados y programación con IA."},{"number":"03","title":"Construcción y Lanzamiento","description":"Semanas 6–16: entregamos la app de producción para iOS y Android con telemetría MQTT en vivo, comisionado de sensores IoT y actualizaciones OTA, motor de programación con IA, control de dispositivos inteligentes, alertas push y panel de ahorros unificado."}],"whyItWorksHeading":"Por Qué Funciona: Diferenciación Basada en Resultados","whyItWorks":[{"title":"Velocidad al Valor","description":"La mayoría de apps de energía de consumidor tardan 12–18 meses en App Store. Entregamos un prototipo clickable en 3 semanas y una app de producción en 16, incluida la integración de firmware IoT."},{"title":"Prototipado AI-First","description":"Cada flujo - onboarding de sensor, panel diario, programación con IA, alertas - se validó en el prototipo antes de cualquier firmware o código de producción."},{"title":"Equipo Único Responsable","description":"Diseño, prototipado con IA, integración IoT, ingeniería móvil y DevOps bajo un mismo techo - sin transferencias entre estudio de apps e integrador de hardware."},{"title":"Compromiso Basado en Resultados","description":"Helio pagó por hitos y funcionalidad en vivo, no por horas. Nuestros incentivos estaban vinculados directamente a entregar una app que los propietarios abrían cada día."}]},"fr":{"client":"Helio","clientLocation":"Suisse","category":"Énergie / IoT","duration":"Phase 1 (16 Semaines)","title":"Helio - App de Solaire et Stockage avec Réseau de Capteurs IoT","tagline":"App AI-Native d'Énergie Solaire, Batterie et Maison Connectée","description":"Application iOS et Android pour génération solaire, stockage batterie, charge VE et contrôle d'appareils domotiques - alimentée par un réseau de capteurs IoT et un moteur d'optimisation IA. Livrée du prototype IA cliquable à l'App Store en 16 semaines.","scope":"Prototypage IA, Design UI/UX, Intégration Firmware IoT, Développement Mobile et Livraison","industry":"Énergie / Maison Connectée","timeline":"16 Semaines","impacts":[{"value":"16 Semaines","label":"Prototype à l'App Store","description":"2 semaines de cadrage, 3 semaines de prototype IA cliquable, 11 semaines de build avec intégration IoT."},{"value":"Temps réel","label":"Télémétrie capteurs","description":"Génération solaire, état batterie et charge par appareil streamés depuis les capteurs en MQTT."},{"value":"Auto-Optimisé","label":"Planification IA","description":"Le moteur IA programme chauffe-eau, charge VE et export réseau selon prévisions, tarif et état batterie."},{"value":"kWh + CO₂ + €","label":"Économies sur un seul écran","description":"Net Worth, pic de production, CO₂ économisé et économies foyer unifiés dans un dashboard."}],"problemShort":"Les clients de Helio avaient des panneaux solaires, batteries, chargeurs VE et appareils connectés de quatre fournisseurs différents - chacun avec sa propre app et aucune vue partagée de génération, consommation ou économies.","solutionShort":"Une seule app iOS et Android qui ingère la télémétrie en direct des capteurs IoT, unifie production solaire, batterie, charge VE et contrôle des appareils, et exécute un moteur de planification IA - validée via prototype IA cliquable avant toute intégration firmware.","challengesHeading":"Le Défi : Plusieurs Appareils, Pas de Cerveau Partagé","challengesIntro":"Une maison suisse moderne fait tourner solaire, batterie, VE, pompe à chaleur et électroménager connecté - chacun avec sa propre app de fournisseur.","challenges":[{"title":"Apps Fournisseurs Fragmentées","description":"Onduleur solaire, batterie, chargeur VE et hub domotique avaient chacun leur app, login, unités et cadence de mise à jour."},{"title":"Pas de Visibilité Temps Réel","description":"Génération, consommation et état batterie étaient sondés au mieux toutes les heures."},{"title":"Optimisation Manuelle","description":"Même les utilisateurs motivés peinaient à programmer chauffe-eau, charge VE et export réseau à la main."},{"title":"Confiance au Bord du Hardware","description":"Les capteurs IoT devaient être commissionnés, appairés et mis à jour par des résidents non-techniques."}],"approachHeading":"Notre Approche : 3 Phases en 16 Semaines","approach":[{"number":"01","title":"Découverte et Cadrage","description":"Semaines 1–2 : intégration avec les équipes produit, hardware et terrain. Cartographie de chaque flux."},{"number":"02","title":"Prototype Cliquable IA","description":"Semaines 3–5 : prototype iOS et Android totalement interactif avec données capteurs simulées et planification IA."},{"number":"03","title":"Build & Lancement","description":"Semaines 6–16 : app de production iOS et Android avec télémétrie MQTT live, commissioning de capteurs IoT et OTA, moteur de planification IA, contrôle des appareils, alertes push et dashboard d'économies unifié."}],"whyItWorksHeading":"Pourquoi Ça Marche : Différenciation par Résultats","whyItWorks":[{"title":"Vitesse de Valeur","description":"La plupart des apps grand public prennent 12–18 mois pour l'App Store. Prototype en 3 semaines, app de production en 16 incluant l'intégration firmware IoT."},{"title":"Prototypage AI-First","description":"Chaque flux validé dans le prototype avant tout firmware ou code de production."},{"title":"Équipe Unique Responsable","description":"Design, prototypage IA, intégration IoT, ingénierie mobile et DevOps sous un même toit."},{"title":"Engagement Basé sur les Résultats","description":"Helio a payé pour des jalons et de la fonctionnalité live, pas pour des heures."}]},"de":{"client":"Helio","clientLocation":"Schweiz","category":"Energie / IoT","duration":"Phase 1 (16 Wochen)","title":"Helio - Smart-Solar- und Speicher-App mit IoT-Sensornetzwerk","tagline":"AI-Native Solar-, Batterie- und Smart-Home-Energy-App","description":"iOS- und Android-App für Solarerzeugung, Batteriespeicher, EV-Laden und Smart-Home-Gerätesteuerung - gestützt von einem IoT-Sensornetzwerk und einer KI-Optimierungs-Engine. Vom KI-Prototyp zum App Store in 16 Wochen.","scope":"KI-Prototyping, UI/UX-Design, IoT-Firmware-Integration, Mobile Development und Lieferung","industry":"Energie / Smart Home","timeline":"16 Wochen","impacts":[{"value":"16 Wochen","label":"Prototyp bis App Store","description":"2 Wochen Scoping, 3 Wochen klickbarer KI-Prototyp, 11 Wochen Production Build mit IoT-Integration."},{"value":"Echtzeit","label":"Sensor-Telemetrie","description":"Live-Solarerzeugung, Batteriestatus und Geräte-Last per MQTT von vor-Ort-Sensoren gestreamt."},{"value":"Auto-Optimiert","label":"KI-Scheduling","description":"Die KI-Engine plant Warmwasserbereiter, EV-Laden und Netzeinspeisung basierend auf Prognose, Tarif und Batteriestatus."},{"value":"kWh + CO₂ + €","label":"Single-Pane-Ersparnis","description":"Net Worth, Spitzenertrag, gespartes CO₂ und Haushaltsersparnis in einem Dashboard vereint."}],"problemShort":"Helio-Kunden hatten Solarpanels, Batterien, EV-Lader und Smart-Home-Geräte von vier verschiedenen Anbietern - jeder mit eigener App und ohne geteilte Sicht.","solutionShort":"Eine einzige iOS- und Android-App, die Live-Telemetrie von vor-Ort-IoT-Sensoren ingestiert, Solarerzeugung, Batteriespeicher, EV-Laden und Smart-Home-Steuerung in einem Workspace vereint.","challengesHeading":"Die Herausforderung: Mehrere Geräte, kein gemeinsames Gehirn","challengesIntro":"Ein modernes Schweizer Zuhause betreibt Solar, Batterie, EV, Wärmepumpe und Smart Appliances - jedes mit eigener Anbieter-App.","challenges":[{"title":"Fragmentierte Anbieter-Apps","description":"Solar-Wechselrichter, Batterie, EV-Lader und Smart-Home-Hub hatten je eigene App, Login, Einheiten und Update-Kadenz."},{"title":"Keine Echtzeit-Sichtbarkeit","description":"Erzeugung, Verbrauch und Batteriestatus wurden bestenfalls stündlich abgefragt."},{"title":"Manuelle Optimierung","description":"Selbst motivierte Nutzer hatten Mühe, Warmwasser, EV-Laden und Netzeinspeisung von Hand zu timen."},{"title":"Vertrauen am Hardware-Edge","description":"IoT-Sensoren mussten in Wohnungen von nicht-technischen Bewohnern in Betrieb genommen, gepaart und aktualisiert werden."}],"approachHeading":"Unser Ansatz: 3 Phasen in 16 Wochen","approach":[{"number":"01","title":"Discovery & Scoping","description":"Wochen 1–2: eingebettet mit Produkt-, Hardware- und Field-Engineering-Teams. Jeden Flow kartiert."},{"number":"02","title":"KI-Klickprototyp","description":"Wochen 3–5: voll interaktiver iOS- und Android-Prototyp mit gemockten Sensordaten und KI-Scheduling."},{"number":"03","title":"Build & Launch","description":"Wochen 6–16: Produktions-App für iOS und Android mit Live-MQTT-Telemetrie, IoT-Sensor-Commissioning und OTA-Updates, KI-Scheduling-Engine, Smart-Home-Gerätesteuerung, Push-Alerts und vereintem Spar-Dashboard."}],"whyItWorksHeading":"Warum es funktioniert: Ergebnisbasierte Differenzierung","whyItWorks":[{"title":"Time-to-Value","description":"Die meisten Consumer-Energie-Apps brauchen 12–18 Monate bis App Store. KI-Prototyp in 3 Wochen, Produktions-App in 16, IoT-Firmware-Integration inklusive."},{"title":"AI-First Prototyping","description":"Jeder Flow im Prototyp validiert vor jedem Firmware- oder Production-Code."},{"title":"Ein verantwortliches Team","description":"Design, KI-Prototyping, IoT-Integration, Mobile-Engineering und DevOps unter einem Dach."},{"title":"Ergebnisbasiertes Engagement","description":"Helio zahlte für Meilensteine und Live-Funktionalität, nicht für Stunden."}]},"ru":{"client":"Helio","clientLocation":"Швейцария","category":"Энергия / IoT","duration":"Фаза 1 (16 Недель)","title":"Helio - Smart-Solar и Storage с Сетью IoT-Сенсоров","tagline":"AI-Native Приложение Solar, Battery и Smart-Home","description":"Приложение iOS и Android для солнечной генерации, батарейного хранения, EV-зарядки и управления smart-home устройствами - поддерживается сетью IoT-сенсоров и AI-движком оптимизации.","scope":"AI-прототипирование, UI/UX-дизайн, IoT-Firmware-Интеграция, Mobile Development и Внедрение","industry":"Энергия / Smart Home","timeline":"16 Недель","impacts":[{"value":"16 Недель","label":"Прототип до App Store","description":"2 недели scope, 3 недели AI-прототипа, 11 недель сборки с IoT-интеграцией."},{"value":"Реальное время","label":"Телеметрия сенсоров","description":"Live солнечная генерация, статус батареи и нагрузка по устройствам стримятся через MQTT."},{"value":"Авто-Оптимизация","label":"AI-Расписание","description":"AI-движок планирует водонагреватель, EV-зарядку и экспорт в сеть исходя из прогноза, тарифа и состояния батареи."},{"value":"кВт·ч + CO₂ + €","label":"Экономия в одном виде","description":"Net Worth, пиковый выход, сэкономленный CO₂ и экономия домохозяйства в одном дашборде."}],"problemShort":"Клиенты Helio имели солнечные панели, батареи, EV-зарядки и smart-home устройства от четырёх разных вендоров - у каждого своё приложение и нет общего вида.","solutionShort":"Одно приложение iOS и Android, которое принимает live-телеметрию от IoT-сенсоров, объединяет солнечную генерацию, батарею, EV-зарядку и контроль устройств в одно рабочее пространство.","challengesHeading":"Вызов: Несколько Устройств, Нет Общего Мозга","challengesIntro":"Современный швейцарский дом запускает solar, battery, EV, тепловой насос и smart-устройства - каждое со своим вендорским приложением.","challenges":[{"title":"Фрагментированные Вендорские Приложения","description":"Solar-инвертор, батарея, EV-зарядка и smart-home хаб у каждого своё приложение, логин и единицы."},{"title":"Нет Видимости в Реальном Времени","description":"Генерация, потребление и статус батареи опрашивались в лучшем случае ежечасно."},{"title":"Ручная Оптимизация","description":"Даже мотивированные пользователи испытывали трудности с тайминг водонагрева, EV-зарядки и экспорта в сеть."},{"title":"Доверие на Хардварном Краю","description":"IoT-сенсоры должны были вводиться в эксплуатацию, спариваться и обновляться нетехническими жильцами."}],"approachHeading":"Наш Подход: 3 Фазы за 16 Недель","approach":[{"number":"01","title":"Discovery и Scoping","description":"Недели 1–2: погружение с командами продукта, хардвара и полевой инженерии Helio."},{"number":"02","title":"Кликабельный AI-Прототип","description":"Недели 3–5: полностью интерактивный iOS/Android прототип с замоканными данными сенсоров и AI-расписанием."},{"number":"03","title":"Сборка и Запуск","description":"Недели 6–16: продакшен-приложение iOS и Android с live MQTT-телеметрией, IoT-комиссионингом и OTA-обновлениями, AI-движком расписания, smart-home контролем и unified savings dashboard."}],"whyItWorksHeading":"Почему Это Работает: Дифференциация по Результатам","whyItWorks":[{"title":"Скорость к Ценности","description":"Большинство потребительских energy-приложений занимают 12–18 месяцев до App Store. AI-прототип за 3 недели, продакшен-приложение за 16, включая IoT-firmware-интеграцию."},{"title":"AI-First Прототипирование","description":"Каждый поток проверен в прототипе до любого firmware или продакшен-кода."},{"title":"Одна Ответственная Команда","description":"Дизайн, AI-прототипирование, IoT-интеграция, mobile-инжиниринг и DevOps под одной крышей."},{"title":"Ангажемент по Результатам","description":"Helio платил за вехи и live-функциональность."}]},"nl":{"client":"Helio","clientLocation":"Zwitserland","category":"Energie / IoT","duration":"Fase 1 (16 Weken)","title":"Helio - Smart Solar & Storage App met IoT Sensornetwerk","tagline":"AI-Native Solar, Battery & Smart-Home Energy App","description":"iOS- en Android-app voor zonneopwekking, batterij-opslag, EV-laden en smart-home apparaatbesturing - ondersteund door een IoT-sensornetwerk en AI-optimalisatiemotor.","scope":"AI-Prototyping, UI/UX-Ontwerp, IoT Firmware Integratie, Mobile Development en Levering","industry":"Energie / Smart Home","timeline":"16 Weken","impacts":[{"value":"16 Weken","label":"Prototype tot App Store","description":"2 weken scope, 3 weken AI-prototype, 11 weken productie-build met IoT-integratie."},{"value":"Real-time","label":"Sensor-telemetrie","description":"Live zonneopwekking, batterijstatus en apparaat-belasting via MQTT van on-site sensoren gestreamd."},{"value":"Auto-Geoptimaliseerd","label":"AI-planning","description":"AI-engine plant boiler, EV-laden en netexport gebaseerd op voorspelling, tarief en batterijstatus."},{"value":"kWh + CO₂ + €","label":"Single-pane besparingen","description":"Net Worth, piekopbrengst, CO₂ bespaard en huishoudbesparingen verenigd in één dashboard."}],"problemShort":"Helio's klanten hadden zonnepanelen, batterijen, EV-laders en smart-home-apparaten van vier verschillende leveranciers - elk met eigen app.","solutionShort":"Eén iOS- en Android-app die live telemetrie van on-site IoT-sensoren ingest, zonneopwekking, batterijopslag, EV-laden en smart-home besturing in één werkruimte verenigt.","challengesHeading":"De Uitdaging: Meerdere Apparaten, Geen Gedeeld Brein","challengesIntro":"Een modern Zwitsers huis draait solar, batterij, EV, warmtepomp en smart-appliances - elk met eigen leverancier-app.","challenges":[{"title":"Gefragmenteerde Leveranciersapps","description":"Solar-omvormer, batterij, EV-lader en smart-home hub hadden elk eigen app, login, eenheden en update-cadans."},{"title":"Geen Real-Time Zicht","description":"Opwekking, verbruik en batterijstatus werden hoogstens elk uur gepolld."},{"title":"Handmatige Optimalisatie","description":"Zelfs gemotiveerde gebruikers worstelden met het timen van waterverwarming, EV-laden en netexport."},{"title":"Vertrouwen aan de Hardware-Edge","description":"IoT-sensoren moesten worden gecommissioneerd, gepairsd en bijgewerkt door niet-technische bewoners."}],"approachHeading":"Onze Aanpak: 3 Fases in 16 Weken","approach":[{"number":"01","title":"Discovery & Scoping","description":"Weken 1–2: ingebed met Helio's product-, hardware- en field-engineering teams."},{"number":"02","title":"Klikbaar AI-Prototype","description":"Weken 3–5: volledig interactief iOS/Android prototype met gemockte sensordata en AI-planning."},{"number":"03","title":"Build & Lancering","description":"Weken 6–16: productie-app voor iOS en Android met live MQTT-telemetrie, IoT-sensor commissioning en OTA-updates, AI-planningsmotor en uniform spaardashboard."}],"whyItWorksHeading":"Waarom Het Werkt: Resultaatgerichte Differentiatie","whyItWorks":[{"title":"Snelheid naar Waarde","description":"Consumenten-energy-apps duren meestal 12–18 maanden tot App Store. AI-prototype in 3 weken, productie-app in 16, inclusief IoT-firmware-integratie."},{"title":"AI-First Prototyping","description":"Elke flow gevalideerd in het prototype voor enige firmware of productiecode."},{"title":"Eén Verantwoordelijk Team","description":"Ontwerp, AI-prototyping, IoT-integratie, mobile engineering en DevOps onder één dak."},{"title":"Resultaatgericht Engagement","description":"Helio betaalde voor mijlpalen en live functionaliteit."}]},"ja":{"client":"Helio","clientLocation":"スイス","category":"エネルギー / IoT","duration":"フェーズ1(16週間)","title":"Helio - IoTセンサーネットワーク付きスマートソーラー&ストレージアプリ","tagline":"AI-Nativeソーラー、バッテリー、スマートホームエネルギーアプリ","description":"ソーラー発電、バッテリーストレージ、EV充電、スマートホームデバイス制御のためのiOSとAndroidアプリ - IoTセンサーネットワークとAI最適化エンジンに支えられて。","scope":"AIプロトタイピング、UI/UXデザイン、IoTファームウェア統合、モバイル開発、納品","industry":"エネルギー / スマートホーム","timeline":"16週間","impacts":[{"value":"16週間","label":"プロトタイプからApp Storeへ","description":"2週間スコープ、3週間AIプロトタイプ、11週間本番構築でIoT統合。"},{"value":"リアルタイム","label":"センサーテレメトリー","description":"ライブのソーラー発電、バッテリー状態、デバイス負荷をオンサイトセンサーからMQTT経由でストリーム。"},{"value":"自動最適化","label":"AIスケジューリング","description":"AIエンジンが予測、料金、バッテリー状態に基づいて温水器、EV充電、グリッドエクスポートをスケジュール。"},{"value":"kWh + CO₂ + €","label":"シングルペインの節約","description":"Net Worth、ピーク収量、CO₂節約、家計節約を一つのダッシュボードに統合。"}],"problemShort":"Helioの顧客は4つの異なるベンダーのソーラーパネル、バッテリー、EV充電器、スマートホームデバイスを持っていた - それぞれが独自のアプリを持ち。","solutionShort":"オンサイトのIoTセンサーから取り込んだライブテレメトリーを取り込み、ソーラー発電、バッテリーストレージ、EV充電、スマートホームデバイス制御を一つのワークスペースに統合する単一のiOSとAndroidアプリ。","challengesHeading":"課題:複数のデバイス、共有された頭脳なし","challengesIntro":"現代のスイスの家はソーラー、バッテリー、EV、ヒートポンプ、スマート家電を稼働 - それぞれが独自のベンダーアプリ。","challenges":[{"title":"断片化したベンダーアプリ","description":"ソーラーインバーター、バッテリー、EV充電器、スマートホームハブはそれぞれ独自のアプリ、ログイン、単位、更新ケイデンスを持っていた。"},{"title":"リアルタイム可視性の欠如","description":"発電、消費、バッテリー状態はせいぜい毎時ポーリングされた。"},{"title":"手動最適化","description":"やる気のあるユーザーでさえ温水加熱、EV充電、グリッドエクスポートを手動でタイミング調整するのに苦労した。"},{"title":"ハードウェアエッジでの信頼","description":"IoTセンサーは技術者ではない居住者によってコミッショニング、ペアリング、更新される必要があった。"}],"approachHeading":"アプローチ:16週間で3フェーズ","approach":[{"number":"01","title":"ディスカバリーとスコーピング","description":"1-2週目:Helioのプロダクト、ハードウェア、フィールドエンジニアリングチームに組み込み。"},{"number":"02","title":"AI駆動クリック可能プロトタイプ","description":"3-5週目:モックされたセンサーデータとAIスケジューリングを備えた完全インタラクティブiOSとAndroidプロトタイプ。"},{"number":"03","title":"本番構築と立ち上げ","description":"6-16週目:ライブMQTTテレメトリー、IoTセンサーコミッショニング、OTA更新、AIスケジューリングエンジン、統合節約ダッシュボード付きiOSとAndroid本番アプリ。"}],"whyItWorksHeading":"成功理由:結果ベースの差別化","whyItWorks":[{"title":"価値実現の速さ","description":"ほとんどの消費者向けエネルギーアプリはApp Storeまで12-18ヶ月。AIプロトタイプを3週間、本番アプリを16週間で(IoTファームウェア統合を含む)。"},{"title":"AI-Firstプロトタイピング","description":"ファームウェアや本番コードの前に各フローをプロトタイプで検証。"},{"title":"単一の責任チーム","description":"デザイン、AIプロトタイピング、IoT統合、モバイルエンジニアリング、DevOpsを一つ屋根の下で。"},{"title":"結果ベースのエンゲージメント","description":"Helioはマイルストーンとライブ機能に対して支払った。"}]},"ko":{"client":"Helio","clientLocation":"스위스","category":"에너지 / IoT","duration":"1단계 (16주)","title":"Helio - IoT 센서 네트워크 기반 스마트 솔라 및 스토리지 앱","tagline":"AI-Native 솔라, 배터리, 스마트홈 에너지 앱","description":"솔라 발전, 배터리 저장, EV 충전, 스마트홈 기기 제어를 위한 iOS 및 Android 앱 - IoT 센서 네트워크와 AI 최적화 엔진 지원.","scope":"AI 프로토타이핑, UI/UX 디자인, IoT 펌웨어 통합, 모바일 개발 및 납품","industry":"에너지 / 스마트홈","timeline":"16주","impacts":[{"value":"16주","label":"프로토타입에서 App Store","description":"2주 범위, 3주 AI 프로토타입, 11주 IoT 통합 프로덕션 빌드."},{"value":"실시간","label":"센서 텔레메트리","description":"라이브 솔라 발전, 배터리 상태, 기기별 부하를 온사이트 센서에서 MQTT로 스트리밍."},{"value":"자동 최적화","label":"AI 스케줄링","description":"AI 엔진이 예측, 요금, 배터리 상태에 따라 온수기, EV 충전, 그리드 수출을 스케줄링."},{"value":"kWh + CO₂ + €","label":"단일 화면 절감","description":"Net Worth, 피크 산출량, 절감된 CO₂, 가구 절감을 한 대시보드에 통합."}],"problemShort":"Helio 고객들은 4개의 다른 벤더의 솔라 패널, 배터리, EV 충전기, 스마트홈 기기를 가지고 있었다 - 각자 자체 앱을 가지고 공유 보기 없음.","solutionShort":"온사이트 IoT 센서에서 라이브 텔레메트리를 수집하고, 솔라 발전, 배터리 저장, EV 충전, 스마트홈 기기 제어를 한 워크스페이스로 통합하는 단일 iOS 및 Android 앱.","challengesHeading":"도전 과제: 여러 기기, 공유 두뇌 없음","challengesIntro":"현대 스위스 가정은 솔라, 배터리, EV, 히트 펌프, 스마트 가전을 운영 - 각자 벤더 앱을 가지고.","challenges":[{"title":"분절된 벤더 앱","description":"솔라 인버터, 배터리, EV 충전기, 스마트홈 허브가 각자 자체 앱, 로그인, 단위, 업데이트 케이던스를 가짐."},{"title":"실시간 가시성 없음","description":"발전, 소비, 배터리 상태가 기껏해야 시간당 폴링."},{"title":"수동 최적화","description":"동기 부여된 사용자조차 수온, EV 충전, 그리드 수출을 수동으로 타이밍 맞추기 어려웠다."},{"title":"하드웨어 엣지에서의 신뢰","description":"IoT 센서는 비기술적 거주자에 의해 커미셔닝, 페어링, 업데이트되어야 했다."}],"approachHeading":"접근 방식: 16주 동안 3단계","approach":[{"number":"01","title":"디스커버리 및 스코핑","description":"1-2주차: Helio의 제품, 하드웨어, 필드 엔지니어링 팀에 내장."},{"number":"02","title":"AI 기반 클릭 가능 프로토타입","description":"3-5주차: 모킹된 센서 데이터와 AI 스케줄링이 있는 완전 인터랙티브 iOS 및 Android 프로토타입."},{"number":"03","title":"프로덕션 빌드 및 출시","description":"6-16주차: 라이브 MQTT 텔레메트리, IoT 센서 커미셔닝 및 OTA 업데이트, AI 스케줄링 엔진, 통합 절감 대시보드 포함 iOS 및 Android 프로덕션 앱."}],"whyItWorksHeading":"작동 이유: 결과 기반 차별화","whyItWorks":[{"title":"가치 실현 속도","description":"대부분의 소비자 에너지 앱은 App Store까지 12-18개월. AI 프로토타입을 3주, 프로덕션 앱을 16주에 IoT 펌웨어 통합 포함."},{"title":"AI-First 프로토타이핑","description":"펌웨어나 프로덕션 코드 전 모든 흐름을 프로토타입에서 검증."},{"title":"단일 책임 팀","description":"디자인, AI 프로토타이핑, IoT 통합, 모바일 엔지니어링, DevOps를 한 지붕 아래에서."},{"title":"결과 기반 계약","description":"Helio는 마일스톤과 라이브 기능에 대해 지불."}]},"el":{"client":"Helio","clientLocation":"Ελβετία","category":"Ενέργεια / IoT","duration":"Φάση 1 (16 Εβδομάδες)","title":"Helio - Smart Solar & Storage App με Δίκτυο Αισθητήρων IoT","tagline":"AI-Native Solar, Battery & Smart-Home Energy App","description":"Εφαρμογή iOS και Android για ηλιακή παραγωγή, αποθήκευση μπαταρίας, φόρτιση EV και έλεγχο smart-home συσκευών.","scope":"AI Πρωτοτύπωση, UI/UX Σχεδιασμός, IoT Firmware Ενσωμάτωση, Mobile Development και Παράδοση","industry":"Ενέργεια / Smart Home","timeline":"16 Εβδομάδες","impacts":[{"value":"16 Εβδομάδες","label":"Πρωτότυπο στο App Store","description":"2 εβδομάδες scope, 3 εβδομάδες AI-πρωτότυπο, 11 εβδομάδες παραγωγή."},{"value":"Πραγματικός χρόνος","label":"Τηλεμετρία αισθητήρων","description":"Live ηλιακή παραγωγή, κατάσταση μπαταρίας μέσω MQTT."},{"value":"Αυτο-Βελτιστοποίηση","label":"AI χρονοδιαγράμματα","description":"Ο AI κινητήρας προγραμματίζει water heater, EV φόρτιση, εξαγωγή στο δίκτυο."},{"value":"kWh + CO₂ + €","label":"Single-pane εξοικονομήσεις","description":"Net Worth, peak yield, εξοικονομημένο CO₂ σε ένα dashboard."}],"problemShort":"Οι πελάτες της Helio είχαν ηλιακούς, μπαταρίες, EV chargers και smart-home συσκευές από τέσσερις διαφορετικούς προμηθευτές.","solutionShort":"Μία εφαρμογή iOS και Android που ενσωματώνει live τηλεμετρία από αισθητήρες IoT.","challengesHeading":"Η Πρόκληση: Πολλές Συσκευές, Κανένας Κοινός Εγκέφαλος","challengesIntro":"Ένα σύγχρονο ελβετικό σπίτι τρέχει solar, battery, EV, αντλία θερμότητας.","challenges":[{"title":"Κατακερματισμένες Εφαρμογές Προμηθευτών","description":"Ο solar inverter, η μπαταρία, το EV charger είχαν δικά τους apps."},{"title":"Καμία Ορατότητα σε Πραγματικό Χρόνο","description":"Παραγωγή, κατανάλωση, μπαταρία ρωτιόντουσαν στην καλύτερη περίπτωση ωριαία."},{"title":"Χειροκίνητη Βελτιστοποίηση","description":"Ακόμα και κίνητροι χρήστες αγωνίζονταν να χρονολογήσουν θέρμανση νερού."},{"title":"Εμπιστοσύνη στο Hardware Edge","description":"Οι αισθητήρες IoT έπρεπε να εγκατασταθούν από μη τεχνικούς κατοίκους."}],"approachHeading":"Η Προσέγγισή μας: 3 Φάσεις σε 16 Εβδομάδες","approach":[{"number":"01","title":"Ανακάλυψη και Scoping","description":"Εβδομάδες 1-2: ενσωματωμένοι με τις ομάδες της Helio."},{"number":"02","title":"AI Κλικαβλέ Πρωτότυπο","description":"Εβδομάδες 3-5: πλήρως διαδραστικό iOS και Android πρωτότυπο."},{"number":"03","title":"Παραγωγή και Εκκίνηση","description":"Εβδομάδες 6-16: εφαρμογή παραγωγής για iOS και Android με live MQTT τηλεμετρία."}],"whyItWorksHeading":"Γιατί Λειτουργεί: Διαφοροποίηση Βάσει Αποτελεσμάτων","whyItWorks":[{"title":"Ταχύτητα στην Αξία","description":"Οι περισσότερες consumer energy apps παίρνουν 12-18 μήνες."},{"title":"AI-First Πρωτοτύπωση","description":"Κάθε ροή επικυρώθηκε στο πρωτότυπο πριν από οποιοδήποτε firmware."},{"title":"Μία Υπεύθυνη Ομάδα","description":"Σχεδιασμός, AI πρωτοτύπωση, IoT ενσωμάτωση κάτω από μία στέγη."},{"title":"Δέσμευση Βάσει Αποτελεσμάτων","description":"Η Helio πλήρωσε για ορόσημα και ζωντανή λειτουργικότητα."}]}},"others":[{"meta":{"slug":"enerwise","industry":"energy","projectType":"Home energy monitor","country":"au","tags":["energy","iot","mobile","ai"],"compliances":["ISO 27001","Australian Privacy Act","IEC 62443"],"cover":{"src":"/enerwise-1.png","width":1218,"height":844}},"text":{"en":{"title":"EnerWise - Whole-Home Energy & Smart Device Mobile App","description":"Built an iOS and Android app that ingests live device-level consumption from a circuit-clamp IoT sensor network, surfaces AI insights and runs smart-control automations across appliances - shipped from clickable AI prototype to App Store in 12 weeks.","category":"Energy / IoT","client":"EnerWise"}}},{"meta":{"slug":"stoiar","industry":"energy","projectType":"EV charging app","country":"sk","tags":["energy","ev","iot","enterprise"],"compliances":["AFIR","OCPP 1.6J and 2.0.1","OCPI 2.2.1","MID","GDPR","Slovak Act 18/2018","Czech Act 110/2019","PCI DSS","PSD2 SCA","European Accessibility Act","WCAG 2.1 AA"],"cover":{"src":"/case-studies/stoiar/01-home.png","width":1440,"height":1000}},"text":{"en":{"title":"Stožiar - EV Charging App and Operator Console for a Two-Country Charge Point Network","description":"Designed and built a clickable operator console for a Bratislava charge point operator running about 1,200 public chargers in Slovakia and Czechia: live network health, every charger and its OCPP state, audited remote commands, and session detail with signed meter values, the full price calculation and refunds within each user's limit.","category":"Energy / EV Charging","client":"Rozsutec Mobility a.s."}}},{"meta":{"slug":"kasupe","industry":"energy","projectType":"Utility customer portal","country":"zm","tags":["energy","enterprise"],"compliances":["Data Protection Act 2021 (Zambia)","ERB tariff approvals","NWASCO tariff approvals","ERB and NWASCO customer service guidelines","STS (IEC 62055-41)","Bank of Zambia payment systems rules"],"cover":{"src":"/case-studies/kasupe/01-home.png","width":1440,"height":1000}},"text":{"en":{"title":"Kasupe - Utility Customer Portal and Service Console with Safeguarded Disconnections","description":"Designed and built a clickable staff service console for a Lusaka water and electricity utility: one queue for faults, leaks and billing queries with live SLA status, a customer 360 for every account, and disconnection batches that check every safeguard before a crew is sent.","category":"Energy / Utility Customer Portal","client":"Lwimba Hill Water and Power"}}},{"meta":{"slug":"shikra","industry":"energy","projectType":"Grid asset monitoring","country":"pk","tags":["energy","iot","enterprise"],"compliances":["NEPRA performance standards","IEEE 1366","IEC 62443","IEC 62351","IEEE C57.104","IEC 60599","IEC 60076-7","PECA 2016"],"cover":{"src":"/case-studies/shikra/01-home.png","width":1440,"height":1000}},"text":{"en":{"title":"Shikra - Grid Asset Monitoring Platform That Monitors and Never Controls","description":"Designed and built a clickable grid asset monitoring platform for a regional electricity distribution company in Sindh: a control room dashboard, an alarm list built for shift work, an asset register with nameplate data, and an explainable health and risk score for every transformer and breaker - all read-only from SCADA.","category":"Energy / Grid Asset Monitoring","client":"Ranikot Power Distribution Company"}}},{"meta":{"slug":"veleta","industry":"energy","projectType":"Energy trading dashboard","country":"es","tags":["energy","enterprise"],"compliances":["REMIT","MiFID II","GDPR","LOPDGDD"],"cover":{"src":"/case-studies/veleta/01-home.png","width":1440,"height":1000}},"text":{"en":{"title":"Veleta - Power Trading and Risk Console with Human Approval","description":"Designed and built a clickable trading and risk console for a Madrid renewable generator selling wind, solar and battery output on the Iberian power market: a quarter-hour position grid, day-ahead and intraday auction bids with approval before submission, and an intraday blotter where orders over a trader's mandate wait for a second person.","category":"Energy / Power Trading","client":"Tomillar Energía"}}}]}