Connectivity & Smart Systems
Connected Product Services
Your product, connected to the world around it.
A device that works in isolation is no longer enough. Your customers expect products that communicate, share data and integrate into larger ecosystems. We build the connectivity layer that makes that happen. From device-to-device communication to cloud integration, designed for reliability, security and the kind of scale that your solution demands.
Communication Stack Integration:
We integrate the protocols and software stacks required for connected embedded products, aligned with bandwidth, latency, power, and deployment constraints.
Device & Cloud Connectivity Architecture:
We design and implement the connectivity architecture that links embedded devices with gateways, backend services, and cloud platforms through reliable and scalable data flows.
Secure Connectivity Enablement:
We implement encryption, certificate handling, secure provisioning, and access-control mechanisms to protect connected products across their operational lifecycle.
THE REALITY
Connectivity is easy to demonstrate but hard to deliver at scale
Getting a device to send data to a cloud dashboard in a demo only takes a a few hours. Getting that same connection to work reliably across thousands of deployed units, in variable network conditions, with security that holds up against real threats, takes months of disciplined engineering.
Most connectivity problems don’t show up until the product is in the field. Dropped connections. Firmware updates that fail halfway. Cloud ingestion pipelines that can’t handle the load. Provisioning flows that work for ten devices but break at ten thousand.
We build connectivity for production reality, not demo conditions. Every protocol choice, every security layer, every data path is designed for the conditions your product will actually face.
Let’s connect your product the right way
HOW WE WORK WITH YOU
ENGAGEMENT MODELS
Three ways to work together. Pick the one that fits your project.
Onshore
Our engineers work on-site, co-located with your team. Full integration into your daily workflow, your tools, your standup. Best for fast-moving projects where proximity accelerates decisions.
Nearshore
Our engineering center is in Sibiu, Romania. Senior embedded talent with full infrastructure, connected to your project as if they were down the hall.
Hybrid
A combination of on-site presence and nearshore capacity. Designed for projects that need both hands-on collaboration and scalable engineering depth. We help you define the right split in the first conversation.
What We Do
Communication Stack Integration
We integrate the communication protocols and software stacks required for connected embedded products, taking into account bandwidth, latency, power, and deployment constraints. This includes both local and wide-area connectivity, aligned with the requirements of the target product and operating environment.
Representative technologies: MQTT, CoAP, HTTP/REST, BLE, Wi-Fi, 4G/5G, LPWAN, Ethernet, CAN, TCP/IP, UDP
Device-to-Device & Device-to-Cloud Connectivity
We design and implement connectivity paths between embedded devices, gateways, backend systems, and cloud services. This includes communication architecture, data transport, session management, and integration patterns that support scalable and reliable product operation.
Representative technologies: MQTT brokers, REST APIs, WebSockets, gateway firmware, cloud SDKs
IoT Communication Flows & Lifecycle Management
We implement the communication flows that support connected product operation across the lifecycle, including provisioning, secure onboarding, data exchange, remote configuration, firmware updates, and fleet-level interaction. The goal is to ensure that connectivity remains manageable and reliable after deployment.
Representative technologies: OTA update frameworks, device provisioning, fleet management, MQTT topic architecture, remote configuration services
Protocol Validation & Interoperability
We validate communication behavior under representative network conditions and verify interoperability across devices, modules, and system endpoints. This includes identifying protocol-level inconsistencies, integration issues, and environment-dependent communication failures before they affect field performance.
Representative technologies: protocol analyzers, packet capture, interoperability test suites, network simulation tools
Secure Connectivity Enablement
We implement the security mechanisms required to protect communication channels, device identity, and data exchange across connected systems. This includes encryption, certificate handling, secure provisioning, and access-control mechanisms adapted to embedded product environments.