IoT Solutions —
From Chip to Cloud.
Firmware, connectivity, cloud, mobile apps, OTA, and security — one team across the entire IoT stack. Smart home, industrial, healthcare, agriculture, and retail systems shipped into production.
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IoT development is the end-to-end engineering of connected-device systems — embedded firmware, wireless protocols (BLE, Wi-Fi, Matter, Thread, LoRaWAN, MQTT), cloud platforms, companion mobile apps, secure OTA updates, and operational analytics.
UpWve Technologies builds IoT systems for smart home, industrial (IIoT), healthcare, agriculture, retail, and automotive — one team spanning firmware, cloud, and apps, with security reviewed against IoT Security Foundation and ETSI EN 303 645 baselines.
Our IoT development tech stack
From silicon to cloud — the stack we ship real IoT systems with.
Our IoT development services
End-to-end IoT engineering — firmware, cloud, mobile, security, OTA, and analytics. One team that speaks embedded C and React Native equally well.
Embedded Firmware Development
Firmware for ESP32, nRF52/53, STM32, and custom silicon — in Embedded C, Rust, Zephyr, or FreeRTOS. Low-power design, peripheral drivers, secure boot, and watchdog-grade reliability.
IoT Companion Apps
Native iOS / Android and cross-platform apps for device pairing, control, and monitoring. BLE, Wi-Fi Direct, Matter onboarding, push alerts, and offline-first UX done right.
Cloud Platform Development
AWS IoT Core, Azure IoT Hub, and Google Cloud IoT backends — device registry, shadow state, rules engines, time-series storage, and API services that scale to millions of devices.
Edge & Gateway Computing
Gateway firmware, edge analytics, and local-first control for low-latency or offline-critical workloads. Greengrass, Azure IoT Edge, KubeEdge, or custom Linux images.
Secure OTA Updates
Signed, staged, rollback-safe OTA firmware updates for every device in the field. Delta updates, A/B partitions, and phased rollouts gated on telemetry.
IoT Security Engineering
Secure boot, secure element integration, TLS 1.3, certificate lifecycle, device identity, zero-trust provisioning, and hardening against common IoT attack classes.
IoT Analytics & Dashboards
Time-series ingestion (InfluxDB, Timescale), stream processing, anomaly detection, and Grafana / custom dashboards — plus alerting pipelines into your ops tools.
Retrofit / Brownfield IoT
Adding connectivity to legacy equipment — PLC bridges, Modbus / OPC-UA adapters, sensor retrofits, and non-invasive monitoring for factories and fleets.
Hardware Prototyping & PoC
PoC builds on dev boards, schematic & PCB-design partner coordination, enclosure design reviews, and BoM validation before you commit to certification and tooling.
AI at the edge of your IoT network
Computer vision, anomaly detection, and predictive models running on the device — so the network stays fast, private, and resilient.
On-Device Vision
- Defect & quality inspectionLine-speed vision models on edge cameras for manufacturing and food lines.
- Presence / occupancyPrivacy-preserving people-count and posture detection running locally.
- Smart camera pipelinesTensorRT and ONNX Runtime on Jetson / Coral / Snapdragon edge devices.
Predictive Maintenance
- Vibration & acousticMotors, pumps, and rotating equipment monitored with edge ML.
- Anomaly detectionUnsupervised models flag drifts before a failure turns into downtime.
- Remaining-useful-lifeSurvival models trained on historical maintenance logs.
Efficient Edge Inference
- Model quantization & pruningInt8 / int4 deployments sized to your target MCU or SoC.
- LiteRT / ExecuTorchPortable inference runtimes for Android, Linux, and microcontrollers.
- Federated updatesOn-device training and federated aggregation where data can't leave the network.
IoT systems we build across every major vertical
Each vertical has its own protocol choices, compliance baseline, and power profile — we build to it, not around it.
Smart Home
Matter-certified lights, locks, sensors, and cameras with iOS / Android pairing.
Industrial (IIoT)
Modbus / OPC-UA bridges, shop-floor sensors, and predictive-maintenance pipelines.
Healthcare IoT
Connected monitors, RPM, infusion pumps — HIPAA-aligned data flows and device identity.
AgriTech & Farming
LoRaWAN soil and weather sensors, livestock trackers, and low-power field gateways.
Retail IoT
Smart shelves, ESLs, people-counting, and inventory-accuracy pipelines.
Automotive & Fleet
Telematics, connected-car gateways, EV charging infrastructure, and fleet analytics.
Energy & Utilities
Smart meters, grid sensors, and load-balancing with secure OTA lifecycles.
Smart Buildings
HVAC, access, energy, and occupancy systems unified on BACnet / KNX bridges.
Wearables & Fitness
BLE wearables with companion apps, activity tracking, and Health / HealthKit sync.
IoT solutions for every industry we serve
Named compliance, protocols, and integrations per vertical — no generic "IoT for everything" pitch.
Manufacturing
Shop-floor connectivity, OEE dashboards, MES / SCADA bridges, and predictive maintenance.
Healthcare & MedTech
Connected devices with HIPAA data paths, remote patient monitoring, and alerting.
Agriculture
Soil, weather, and livestock sensors over LoRaWAN with farmer-facing mobile apps.
Logistics & Cold Chain
Temperature & humidity tracking, GPS geofencing, and container tamper detection.
Real Estate & PropTech
Smart-building dashboards, access control, energy optimization, and Matter integrations.
Automotive
Connected vehicle telematics, EV charging infrastructure, and fleet operations.
Energy & Utilities
Smart meters, grid telemetry, solar fleet monitoring, and regulatory reporting.
Retail & F&B
Smart shelves, electronic shelf labels, asset tracking, and restaurant-kitchen sensors.
Education & Campus
Access, safety, smart classrooms, lab equipment monitoring, and hostel IoT.
Smart City
Waste, parking, lighting, air quality, and citizen-facing dashboards.
Oil & Gas
Ruggedized sensors, explosion-rated gateways, pipeline monitoring, and SCADA bridges.
Aviation & Rail
Predictive-maintenance sensing, cabin comfort, and cargo tracking across long journeys.
Flexible IoT engagement models
Prototypes, platform builds, or embedded IoT teams — we match how far along your device journey you are.
PoC / Prototype Build
A focused four-to-eight-week engagement — one device, one cloud path, one companion app — enough to validate the product, the protocol, and the ROI. Best when IoT is new to your business.
- Dev-board-based working prototype
- End-to-end BLE / Wi-Fi / MQTT path
- Mobile pairing flow demo
- Written production roadmap
Fixed-Scope Production Build
A defined IoT system — firmware, cloud, app, and OTA — delivered end-to-end with a locked scope and timeline. Best when the device concept is validated and you're heading to certification.
- Signed scope and protocol choices
- Weekly firmware & cloud demos
- Pre-certification compliance checks
- Production handover with runbooks
Dedicated IoT Team
Embedded pod — firmware, cloud, and mobile engineers working as an extension of your product team. Best for multi-product platforms, evolving roadmaps, and long-running fleets in the field.
- Same engineers across the engagement
- Daily standups on your channel
- Weekly demos + OTA release cadence
- Scales up or down in 2-week windows
Our IoT delivery process
Seven phases from first scoping call through a connected, monitored production fleet.
Discovery & Architecture
Use case, power profile, connectivity, certification, and cost per device mapped out. You receive an architecture diagram and written estimate within 48 hours.
Hardware Selection
MCU, connectivity module, sensors, and BoM validated against your power, range, and cost targets — using dev boards so decisions are reversible.
Firmware & Cloud Build
Embedded firmware, secure cloud endpoints (MQTT / HTTPS), and time-series storage built in parallel with weekly demos on a live dev board.
Mobile Companion App
Pairing flow, device control, monitoring, and notifications wired up — on iOS and Android if the product ships to consumers.
Security & OTA
Secure boot, signed firmware, certificate provisioning, and staged OTA pipelines set up before a single device leaves the lab.
Pilot & Field Testing
Limited field pilot with instrumented telemetry, real-world connectivity, and battery profiling. Issues surface and are fixed before scale-up.
Production & Monitoring
Phased rollout with device-health dashboards, anomaly alerts, scheduled OTA windows, and an on-call runbook handed to your ops team.
Why Choose UpWve?
A strategic technology partner built for speed, ownership, and enterprise-grade delivery — without the complexity of traditional agencies.
Senior Engineers from Day One
Your projects are led by experienced architects, not junior-heavy teams. Senior talent from the start means quality code and faster decisions.
Faster Decisions, Fewer Layers
Lean teams and direct communication. You talk to the people who build — not account managers who relay messages through a chain.
Custom Delivery, Not Templates
Every solution is tailored to your business, architecture, and growth goals — never cookie-cutter. We build what you need.
Founder & Leadership Access
Direct access to senior leadership ensures accountability, clarity, and faster problem-solving. No ticket queues — you speak to decision-makers.
Better Cost-to-Value Ratio
Enterprise-quality outcomes without inflated costs. Top-tier results at a fraction of what large agencies charge.
Multi-Stack Expertise
Odoo ERP, React, Flutter, AI, IoT — one partner for all your technology needs. No juggling multiple vendors.
Enterprise-Grade Security
Strict NDAs, OWASP compliance, GDPR-ready processes, and full IP ownership. Your data and code are always yours.
Agile Execution without Enterprise Overhead
Modern agile delivery that moves fast — two-week sprints, weekly demos, and real-time visibility into progress without the rigidity of large integrators.
Clear Ownership & Long-Term Maintainability
Codebases, documentation, and architectures are built for clarity, handover, and long-term evolution — not dependency on vendors.
IoT project cost is quoted per product and depends on hardware choices, connectivity, cloud scale, mobile app scope, and certification needs. We tailor the scope to fit your budget — from a four-week PoC to a multi-fleet production platform. Share your requirements on a short discovery call and receive a written estimate within 48 hours, free, with no obligation.
Most IoT products go from kickoff to production in 12 to 28 weeks. A PoC with one device path takes 4–8 weeks; a production-grade single-device system with mobile app typically runs 16–20 weeks; multi-device or certification-heavy projects can run 24–32 weeks or more.
We cover firmware, cloud, mobile, and OTA end-to-end ourselves. For custom PCB, enclosure, and certification work, we coordinate with trusted hardware-design partners — and we bring those relationships in before you commit to tooling.
It depends on range, power, and density. BLE and Wi-Fi for in-home and wearables; Matter and Thread for interoperable smart-home; Zigbee and Z-Wave for established mesh; LoRaWAN and NB-IoT / LTE-M for wide-area low-power; cellular for fleet and mobility. We help you pick — and often pair two protocols.
All three work for most workloads — the choice is usually driven by your team's existing cloud, your data gravity, and integration with ERP / BI systems. For cost-sensitive greenfield IoT, AWS IoT Core is a common default; regulated or Microsoft-heavy environments often favor Azure IoT Hub.
Secure boot, signed firmware, per-device certificates, TLS 1.3, Keystore / secure element integration, zero-trust provisioning, encrypted storage, rate limits, and anomaly detection. We align with IoT Security Foundation guidance and ETSI EN 303 645 baselines.
Firmware is signed, delivered over HTTPS or MQTT, written to an A/B partition, verified, and activated on reboot with automatic rollback on failure. Rollouts are staged (canary → gradual → full) and gated on device telemetry so a bad build can't brick your fleet.
Yes. We build native iOS (SwiftUI) and Android (Kotlin / Compose) companion apps, or cross-platform Flutter / React Native apps when that fits better. Onboarding, BLE pairing, Matter commissioning, control, notifications, and firmware update UX are all handled.
Yes. We build retrofit IoT gateways that speak Modbus, OPC-UA, BACnet, CAN, and proprietary protocols, then forward data to your cloud — without changing the underlying equipment or voiding OEM warranties.
Yes. We deploy quantized ML models on MCUs, Jetson / Coral / Snapdragon edge boards, and mobile gateways — for vision inspection, predictive maintenance, anomaly detection, and on-device decisioning that doesn't depend on the network.
Yes. We design for certification from day one — proper antenna placement, regulatory modes, safe firmware versions — and we coordinate with accredited labs for FCC, CE, IC, BIS, and other regional certifications when your product is ready to ship.
By tiering. Real-time telemetry goes to a time-series database (InfluxDB, Timescale) with aggressive downsampling; raw data optionally archives to object storage; events feed a rules engine; analytics run on aggregated time windows. The result is monitoring you can afford at a million devices.
Have a project in mind? Let's talk.
Share your requirements on a short discovery call. We'll come back with a written estimate, recommended stack, and timeline — whether or not you end up working with us.