We build the whole wireless path and prove it on hardware in the environment the product will actually live in. As an IoT development company, EnCata covers protocol selection, RF hardware, antenna integration, communication firmware, cellular IoT connectivity, device-to-cloud exchange, and validation under real conditions.
Range, data volume, battery life, and available infrastructure pull the architecture in different directions. We compare the relevant options and select the communication method around the actual use case rather than a preferred protocol.
Real products face weak cellular coverage, unavailable internet, interference, and temporary network loss. We design reconnect, local control, fallback channels, or offline behavior where the use case requires it.
Today’s obvious choice may be wrong tomorrow: modules reach end-of-life, networks shut down, and band support varies by region. We check coverage, module lifecycles, and second sources before the design is finalized.
Work that highlights the incredible technologies, solutions, and products EnCata developed
EnCata helped a startup develop a smart soil irrigation system from concept to MVP. The system includes custom electronics, BLE, LoRaWAN, and solar-powered modules for real-time soil monitoring and control. Built and tested in just 8 months.
range of operation
remotely through the mobile network and directly via Wi-Fi modules
EnCata engineered an IoT rodent detection system with movement sensors and NB-IoT data transfer. The system detects rodent activity and sends data to the cloud. The project spanned from electronics design and 3D modeling to prototype development and a 10-unit pilot batch in 6 months.
standby current of the first prototype
time to manufacture 10 prototypes
EnCata supported a startup as an engineering contractor, developing a smart beverage pourer for bars that meters each pour in real time, connects to POS and mobile apps, and enables NFC payments — from PoC to MVP. All IP belongs to the customer.
increase in bar revenue
via credit cards and NFC-enabled transactions
EnCata developed a multifunctional IoT device that purifies, humidifies, ionizes, and monitors indoor air. We supported a consumer startup as an engineering contractor — from concept and embedded software to pilot production. All IP belongs to the customer.
successful crowdfunding campaigns
features delivered in one device, replacing multiple single-purpose products
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We helped an electric mobility startup turn a raw prototype into a smart, IoT-connected skateboard for city commuting. The device is a reliable, eco-friendly, convenient, and intelligent type of urban transport with the possibility of integration into urban infrastructure.
filed as a result of our R&D efforts
final weight (2–3× lighter than typical alternatives)
Wireless issues often start with the wrong technology choice, RF constraints discovered too late, enclosure decisions that weaken the signal, or communication logic that works only under ideal conditions.That is why we take a system-level approach across RFID/NFC, Sub-GHz, BLE/Wi-Fi, LoRaWAN, NB-IoT/LTE-M to fit the technology to the product, not the other way around.
We compare range, data rate, power consumption, device count, infrastructure, regional availability, compatibility, and ecosystem maturity. This helps us select a technology that fits both the product requirements and the market it will operate in.
Antenna type and placement, 50 Ω routing, ground plane and counterpoise length, keep-out zones, shielding, and how the enclosure material and geometry detune the antenna. We tune antennas and matching networks on the physical board, working with modules, RF ICs, SoCs, and SoMs across 2.4 GHz, Sub-GHz, cellular, NFC/RFID, and other project-specific bands.
We define how devices connect, exchange data, recover from connection loss, and interact with gateways, apps, or cloud systems. For distributed systems, we also consider topology, node count, routing, coverage, and power consumption.
We validate connectivity on physical hardware under realistic conditions. Depending on the product stage, we build a PoC, engineering prototype, or MVP to test the concept, product integration, and network behavior before formal certification. Where required, we also prepare the design with RF certification constraints in mind before formal testing.
Our IoT consulting services can start with the result you want to achieve. Tell us what the product should do, and we’ll help define the connectivity requirements and development scope.
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We are not tied to ready-made modules or a specific module vendor. When it makes sense, we can redesign the hardware or implement more logic in firmware to reduce BOM cost.
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We design connectivity for both individual products and distributed networks across fields, factories, buildings, and other environments, balancing node count, coverage, and battery life.
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We design wireless hardware around CE RED and FCC requirements from the start because retrofitting an enclosure after a failed test means a respin
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You receive the source files and developed IP, so your team can continue development with us, in-house, or with another supplier.
Wireless connectivity has to remain practical long after the first successful connection. We consider technology longevity, secure provisioning, user onboarding, and remote maintenance from manufacturing through field use.
We study how each device is authenticated, provisioned, and securely connected, including what happens during manufacturing, first setup, and factory reset.
Connectivity should be easy for the end user too. We account for pairing, first-time setup, network credentials, device claiming, and more when defining the communication flow.
We check regional availability, market adoption, and component lifecycle so the selected connectivity remains practical for the product as long as possible.
We consider how deployed devices will receive firmware updates, recover from failed updates, and remain maintainable without physical access.
The workflow takes the product from communication requirements to integrated hardware and firmware that can be tested under real conditions.
We define communication scenarios, range, data volume, power limits, network topology, and infrastructure.
We integrate the selected radio hardware and antenna with the PCB and develop drivers, protocols, and communication logic.
We test the physical device for range, connection stability, power behavior, data exchange, recovery, and relevant interference scenarios.
We prepare the wireless system for repeatable production, firmware deployment, diagnostics, and certification-oriented validation.
Deep domain understanding increases the success rate of your product.
Wi-Fi, BLE, cellular, or LoRaWAN may seem like obvious choices. But once range, power budget, data volume, infrastructure, and network behavior are considered together, the product may need a less common option such as NB-IoT, LTE-M, UWB, Sub-GHz, Thread, or Zigbee – or a combination of several links.
Wi-Fi may not suit battery-powered or remote devices where low energy consumption and long autonomous operation are critical.
BLE works well nearby, but becomes limiting when the product needs wider coverage or must communicate without a nearby phone or gateway.
LoRaWAN is effective for long-range, low-data communication, but may not fit products that need frequent updates, higher data volumes, or low latency.
As the product matures, wireless connectivity evolves with its electronics, firmware, enclosure, power system, and real-use requirements.
Can the product communicate as intended?
Does connectivity work on the actual device hardware?
Does the device work under realistic conditions?
Can the product be deployed and reproduced reliably?
We share practical thinking around connected products, protocol selection, distributed networks, IoT architecture, and embedded systems. No marketing noise – just practical insights and structured thinking.
We develop wireless connectivity to the point where users can operate the device confidently in its intended environment.
Ready to define the connectivity solution? Fill out the contact form.
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