An IoT development company builds the full stack behind connected products: device firmware, connectivity, cloud data pipelines, dashboards, and the mobile or web apps people use to control them. SoluLab designs and develops secure IoT solutions, from connected devices and IoT platforms to real-time monitoring and enterprise integrations. Start with an IoT strategy and solution assessment.
With SoluLab’s IoT expertise, we help you build, manage, and scale smart solutions that drive efficiency, automation, and business growth. We create solutions that are efficient, flexible, and made to fit your unique needs
Before you build anything, you need a clear picture of what's worth connecting and why. We work with your team to map current operations, identify where IoT delivers real ROI, and design a phased roadmap that avoids the common trap of instrumenting everything at once. The result is a technology and integration plan that gets you to a working system faster, with fewer costly pivots along the way.
We build the software layer that turns raw device data into something your team can actually act on, dashboards, device management consoles, and backend logic that scales as your device count grows. Every platform is built to handle real-time data ingestion, device provisioning, and remote configuration without requiring a rebuild as you add hardware. The goal is software that stays manageable whether you're running 50 devices or 50,000.
Your team and your customers need a way to see and control connected devices without touching raw data feeds. We build mobile and web applications that surface live device status, historical trends, and remote controls in an interface people actually want to use. Whether it's a facilities manager checking building sensors or a customer monitoring their EV charger, the app is built around the specific actions that user needs to take.
Connectivity is where most IoT projects run into trouble — dropped signals, incompatible protocols, or networks that can't handle device density at scale. We design connectivity architecture using the right mix of Wi-Fi, cellular, LoRaWAN, Zigbee, or Bluetooth for your specific environment and range requirements, with failover built in so a single dropped connection doesn't take down your monitoring. Security is handled at the connectivity layer too, not bolted on afterward.
Most businesses aren't starting from zero — you already have ERP, CRM, or operational systems that IoT data needs to feed into. We connect new IoT infrastructure to your existing tools via APIs and middleware, so device data shows up where your team already works instead of living in a separate, siloed dashboard. This means faster adoption internally and no disruption to workflows that are already working.
Before committing to a full build, it's worth proving the concept works in the real world. We build functional prototypes fast, real hardware, real sensors, real data flowing through a working pilot, so you can validate the idea, gather stakeholder buy-in, and catch design issues while they're still cheap to fix. Most prototypes are ready for field testing within a few weeks, not months.
An IoT system doesn't stop needing attention once it's deployed — firmware needs updates, connectivity needs monitoring, and devices fail in the field. Our team provides ongoing monitoring, security patching, and 24/7 support so issues get caught before they become outages. We also handle scaling support as you add new devices or locations, so the system that worked for your pilot keeps working at production volume.
Raw device data is only useful once you can predict what it means; that's where AI comes in. We layer machine learning models on top of your IoT data streams to flag anomalies before they cause downtime, forecast maintenance needs, and automate decisions that would otherwise require someone watching a dashboard. This turns a monitoring system into one that actively tells you what to do next.
Build smart, connected industrial ecosystems with IIoT platforms that enhance operational efficiency, and streamline real-time monitoring across manufacturing, and logistics environments.
Whether you're connecting devices, building digital twins, or automating operations, SoluLab delivers measurable results-
At SoluLab, we help you get IoT’s full potential by integrating it with AI, Blockchain, and Data Engineering in your business with smarter, secure, and data-driven solutions.
We blend artificial intelligence with IoT to create intelligent ecosystems that analyze data, predict outcomes, and automate decisions.
We secure IoT networks using blockchain, ensuring transparent data exchange, traceability, and tamper-proof operations across connected devices.
We design robust data pipelines that collect, clean, and process IoT data for real-time insights and smarter business outcomes.
Our IoT development services cater to various industries and support you at every stage of growth, irrespective of changing and growing business requirements. Our solutions span:
Enable connected public infrastructure, real-time monitoring, smart utilities, and data-driven services that improve efficiency and citizen experiences.
Deploy IoT for secure asset tracking, branch monitoring, facility management, security, and connected financial infrastructure.
Use IoT to optimize inventory, warehouse operations, order fulfillment, asset tracking, and real-time supply chain visibility.
Support connected entertainment experiences with device monitoring, performance analytics, infrastructure management, and personalized user experiences.
Build connected EV ecosystems with vehicle monitoring, battery analytics, charging infrastructure, fleet management, and predictive maintenance.
Improve energy management through connected sensors, remote monitoring, predictive maintenance, consumption tracking, and intelligent infrastructure.
Enhance aviation operations with connected asset tracking, predictive maintenance, equipment monitoring, passenger services, and real-time operational insights.
Create smart buildings with connected security, energy management, occupancy monitoring, facility automation, and predictive maintenance capabilities.
Connect medical devices and healthcare infrastructure for remote monitoring, asset tracking, patient care, predictive analytics, and operational efficiency.
Develop connected technology ecosystems with device monitoring, infrastructure management, predictive maintenance, automation, and real-time performance analytics.
Enhance travel operations through connected assets, smart facilities, real-time tracking, personalized experiences, and automated operational workflows.
Enable connected gaming ecosystems with device analytics, infrastructure monitoring, real-time insights, and intelligent player experiences.
Over the years, we have completed a variety of IoT development projects across different industries. Here are some IoT development projects that show our experience. Here are some of those:
What was deployed: An automated checkout system reading tags on items as customers leave the store, plus beacon-powered in-store tracking and connected mobile shopping.
Where it runs: Across the client's retail floor, combining RFID tagging, beacons, digital signage and sensor-based asset tracking, with device authentication and data integrity handled at the connectivity layer.
Result: Reduced cashier staffing requirements by 75%.
Medicgraph is a platform for measuring accurate ECG data analytics, data management, and reporting. Built by SoluLab, the software manages data, allowing nursing and medical staff to practice more patient-centred care.
Our technology stack is designed to support a wide range of projects and industries. It provides the flexibility and tools needed for your business needs. From development to deployment, it covers everything.
Whether you are connecting devices, building digital twins or automating operations, SoluLab builds IoT systems that work at production volume, not just in the pilot.
Get a Free Strategy CallCost depends on whether you need custom hardware, how many devices you are deploying and how many systems the data feeds into. Software-only projects on off-the-shelf devices cost considerably less than builds involving firmware and hardware design.
| Engagement | What it covers | Typical range | Timeline |
|---|---|---|---|
| IoT consulting and roadmap | Operations audit, use case prioritisation, architecture recommendation, phased plan | Fixed fee, credited against the build | 2–4 weeks |
| Prototype or pilot | Off-the-shelf devices, basic cloud ingestion, single dashboard, field test with a small device group | $8,000–$25,000 | 4–8 weeks |
| Production IoT platform | Device management, cloud pipeline, apps, system integration, security hardening | $25,000–$75,000 | 3–6 months |
| Custom hardware and firmware build | Sensor and board design, embedded firmware, certification, manufacturing support | $80,000+ | 6 months+ |
| Support and maintenance | Firmware updates, connectivity monitoring, security patching, scaling support | Monthly retainer | Ongoing |
We follow a structured, client-focused approach to IoT development. Every stage delivers value, clarity, and long-term success for your business. Here’s our process for IoT development:
We start with structured stakeholder interviews and a technical audit of your current operations, devices, and data infrastructure. This isn't a generic questionnaire; we dig into your specific goals, constraints, and the operational problems you're actually trying to solve. The output is a documented set of requirements that becomes the foundation for everything we design next, so the project starts aligned instead of guessing.
With discovery findings in hand, our architects design the technical blueprint: device selection, connectivity protocol, cloud vs. edge processing split, data architecture, and security model. We map out the full technology stack and a phased deployment plan with concrete milestones, so you know what's being built, when, and what "done" looks like for each phase before development starts.
Development runs in parallel. Our hardware team handles sensor selection, device firmware, and physical prototyping where custom hardware is needed, while the software team builds the backend, APIs, and user-facing dashboards or apps. We work in agile sprints with regular check-ins, so you see working components incrementally instead of waiting until the end to see anything functional.
Every IoT system gets tested at multiple layers before it goes anywhere near production: device-level testing for sensor accuracy and firmware stability, network testing for connectivity reliability and failover behavior, and security testing to catch vulnerabilities in device authentication and data transmission. We also run load testing to confirm the system holds up as device count scales, not just at pilot volume.
We roll out the system into your live environment in stages, starting with a controlled pilot group of devices before scaling to full deployment. Integration work connects the new IoT infrastructure to your existing ERP, CRM, or operational tools via APIs, so data flows into systems your team already uses rather than creating a new silo. We stay hands-on through this phase to catch environment-specific issues that don't show up in testing.
Once live, we provide continuous monitoring of device health, connectivity, and data pipeline performance, with alerting configured to catch issues before they become outages. Our team handles firmware updates, security patching, and troubleshooting on an ongoing basis, and we build in headroom for scaling, adding devices, locations, or new use cases without requiring a system redesign each time.
IoT is the one area where maintenance is not optional. Devices sit in the field for years, firmware needs patching and connectivity degrades without anyone noticing.
Staged rollouts with rollback, so a bad update does not brick a fleet. Devices without OTA capability mean a site visit per device.
Alerting on devices that stop reporting, batteries approaching end of life and network degradation, before a user notices missing data.
Connected devices are an attack surface. Patching, certificate rotation and credential management run on a schedule rather than after an incident.
Adding devices, sites or use cases without redesigning the system. We build headroom in rather than treating growth as a new project.
SoluLab focuses on understanding your business needs and delivering solutions that fit. We work with teams of experts to build software that is secure and reliable. Here are a few reasons why you should choose us to lead your IoT journey:
IoT connects devices, sensors, and systems to collect and share data, helping automate operations, reduce costs, and enable smarter, data-driven decisions.
An IoT development company builds connected solutions, including hardware, firmware, connectivity, cloud infrastructure, data pipelines, analytics, and monitoring applications.
An IoT system typically includes devices and hardware, embedded firmware, connectivity, cloud integration, data pipelines, analytics, and applications.
Most projects use off-the-shelf devices for faster, cost-effective deployment. Custom hardware is useful when specific form factors, power, or sensing requirements demand it.
The right option depends on range, power requirements, and device density. Wi-Fi, cellular, LoRaWAN, and Bluetooth suit different IoT use cases.
A prototype typically takes four to eight weeks. Production platforms take three to six months, while custom hardware and certification can require six months or longer.
Pricing depends on project scope, hardware requirements, integrations, and complexity. Prototypes start around $8,000, while production and custom hardware projects cost more.
We secure IoT solutions through device authentication, encrypted communication, secure provisioning, signed firmware updates, network segmentation, and security-focused architecture.
We implement over-the-air updates with staged rollouts and rollback capabilities, helping deploy firmware changes safely across connected devices.
Yes. We integrate IoT infrastructure with ERP, CRM, and operational systems through APIs and middleware, connecting device data with existing business workflows.
We provide end-to-end IoT services, including consulting, device integration, Generative AI IoT solutions, app development, cloud connectivity, and predictive analytics.
We serve healthcare, manufacturing, logistics, retail, energy, and smart cities, enabling greater efficiency, automation, and real-time decision-making through connected data.