We build resilient IoT platforms that turn raw sensor data into predictable business outcomes. From edge intelligence to enterprise-grade device management, our AI-enabled engineers ensure your connectivity is secure and ready for global production.
The gap between an IoT prototype and a successful production rollout is where most enterprise initiatives fail. Disconnected hardware, unsecure endpoints, and data latency can turn a strategic advantage into a liability. At Developers.dev, we bridge this gap with security-first IoT engineering. We specialize in building custom IoT platforms that integrate seamlessly with your existing enterprise stack, providing real-time visibility and actionable intelligence.
Whether you are managing a fleet of industrial sensors or launching a consumer wearable, our 100% in-house engineering teams deliver the architecture needed to scale from ten devices to ten million without compromising on security or performance. We focus on low-latency processing, robust data encryption, and high-availability cloud backends to ensure your IoT ecosystem remains a driver of value, not a technical burden.
We design and build the core infrastructure that connects your devices to the cloud, providing a central hub for data management and orchestration.
Securely provision, monitor, and update your entire device fleet from a single interface, ensuring every node is healthy and running the latest firmware.
We move compute power closer to the data source to minimize latency and optimize bandwidth usage for time-sensitive industrial and medical applications.
Modernize your manufacturing floor with connected sensors that enable predictive maintenance, OEE tracking, and automated supply chain triggers.
Transform raw sensor streams into actionable business intelligence with custom data visualization and real-time alerting systems.
We optimize your network stack for efficiency and range, selecting the right protocols for your specific environment and battery requirements.
Create virtual representations of physical assets to simulate performance, predict failures, and optimize operational parameters without risk.
Identify and patch vulnerabilities across your IoT ecosystem, from firmware flaws to insecure cloud APIs and weak authentication.
Developing large-scale applications for smart lighting, waste management, and traffic control to improve urban efficiency and sustainability.
Building HIPAA-compliant IoT solutions for patient monitoring, wearable devices, and smart medical equipment for better clinical outcomes.
Bringing smart home and lifestyle products to market with intuitive mobile apps and reliable cloud backend support.
Engineering robust gateway software that acts as the secure bridge between local device networks and the enterprise cloud.
Bridge the gap between old and new by adding connectivity to legacy hardware through custom sensors and interface modules.
Rigorous testing of hardware-software interaction, connectivity resilience, and battery life under various environmental conditions.
Dedicated support to manage cloud infrastructure, monitor device health, and ensure 24/7 uptime for mission-critical IoT networks.
We implement end-to-end encryption and hardware-level security protocols. Our developers ensure every device endpoint is hardened against intrusion, adhering to SOC2 and ISO 27001 standards.
Our software solutions work with any hardware stack. We build flexible middleware and gateways that support diverse protocols like MQTT, Zigbee, and LoRaWAN, preventing vendor lock-in.
We reduce cloud costs and latency by processing critical data at the source. Our edge computing solutions enable real-time decision-making even in low-bandwidth or offline environments.
Work with 100% on-roll employees. We do not use contractors or freelancers, ensuring long-term project continuity, deeper domain expertise, and consistent quality across your IoT lifecycle.
Transition from pilot to production with confidence. Our modular architecture is built for horizontal scalability, allowing your platform to handle massive data ingestion without performance degradation.
Our engineers use advanced AI tools to accelerate coding, testing, and debugging. This leads to 30% faster deployment cycles and higher code reliability for complex IoT logic.
You retain 100% of the intellectual property. Upon project completion and payment, we transfer all source code and documentation, giving you total control over your digital assets.
Experience mature delivery. Our process maturity ensures predictable timelines, transparent reporting, and rigorous quality assurance that meets the highest global standards for software engineering.
Validate our expertise before committing. We offer a two-week paid trial period to ensure our engineering POD aligns perfectly with your technical requirements and company culture.
Problem: The client relied on manual inspections and reactive maintenance. By the time a fault was detected, the line was already down, leading to high repair costs and missed delivery deadlines.
Downtime Reduced
Cost Saved
Visibility
"Developers.dev didn't just give us a dashboard; they gave us a crystal ball. We now see failures before they happen, saving millions in lost production time."
We deployed an AI-enabled IIoT platform using edge gateways to process vibration data locally. Our solution utilized MQTT for lightweight communication and integrated directly with the client's SAP environment for automated maintenance scheduling.
Problem: Lack of environmental data during transit made it impossible to prove compliance with pharmaceutical storage standards, resulting in significant wastage and legal risks.
Spoilage Reduced
Premium Savings
CSAT Growth
"The level of transparency we now provide to our cold-chain customers has become our primary competitive advantage. The engineering was flawless."
Our team developed a custom IoT tracking application integrated with NB-IoT sensors. We implemented a robust device management system for remote configuration and a high-performance cloud backend on AWS to process environmental telemetry at scale.
Problem: Patients were being discharged with minimal follow-up, leading to preventable complications. Manual monitoring was resource-intensive and prone to human error.
Readmission Drop
Efficiency Gain
Adherence Up
"We can now monitor patients in the comfort of their homes while maintaining the same level of clinical oversight as if they were in a hospital bed."
We built a secure, mobile-first patient monitoring platform utilizing a proprietary sync engine to handle intermittent connectivity and integrated with EHR systems via FHIR standards.
"The IoT engineering team at Developers.dev is world-class. They took our complex sensor requirements and delivered a production-ready platform in record time."
CTO, EnviroTrack Systems
"We needed to scale our smart lighting app to support millions of concurrent users. Developers.dev rebuilt our backend using a highly scalable microservices architecture."
Product Manager, SmartHome Pro
"Their expertise in device management and OTA updates is unmatched. Managing 10,000 trackers across the outback used to be a nightmare; now it's automated and secure."
VP Operations, FleetMaster Logistics
"Developers.dev was the only partner that truly understood HIPAA compliance and wearable integration. They built our MVP and then helped us scale seamlessly."
Founder, VitaWear
"The security-first approach they took with our smart grid monitoring system was exceptional. They passed our third-party security audits with flying colors."
Director of Innovation, GridTech Power
"Their 100% in-house talent model made communication easy and ensured project continuity. The quality has been consistently high across our connected car platform."
Engineering Lead, AutoDrive Solutions
Get an AI-Enabled IoT Engineering POD on a 2-week risk-free trial. Secure your future with vetted, in-house experts who deliver code that scales.
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