IoT Solutions

Every project is different, yet they share a lot of similarities. We reuse as much as we can, so that YOU can create truly innovative products.

Base package

We start with a base package, which is 80% standard and includes the functions which we find in almost every IoT project. To cover those tasks we developed reusable solutions of the highest quality, allowing us to save time and budget for some of the more challenging topics.

Asset management and provisioning

Typical use case: There are few dozens of ATIM ACW temperature sensors installed in a hotel. The sensors communicate with a MultiConnect Conduit gateway via private LoRa network. In order to start receiving data the gateway has to be aware of each sensor (AppEUI, DevEUI, AppKey). For this it maintains bi-directional connection with an IoT platform, where the sensors are provisioned via installer's mobile app. This efficient and intuitive mechanism enables rapid sensors installation in hundreds of hotels around the world. Tools used: PTC ThingWorx Core, ThingWorx Edge Microserver, IBM Node Red.

HTML5 web interface

Typical use case: Electronic irrigation controllers became indispensable in the modern farming. Responsible for steady supply of water and fertilizers, those devices have great impact in the fields. Most of such controllers are equipped with some sort of an LCD screen, which is useful as a backup solution but hardly qualifies as an efficient user interface. One of the best ways to control them remotely (especially on the large scale) is a SCADA-like visualization system, updating all important parameters on a single large screen in real time. HTML5 greatly simplifies its configuration and maintenance. Tools used: PTC ThingWorx Core.

Common functionality

This is where we usually spend most of our time. "Common functionality" is what we've already done few times in the past, so it seems to be relatively widespread. However we couldn't "standardize" it because we always find significant differences, varying from project to project.

Consumer UI and B2C

Typical use case: There is a wide range of mechanisms for protecting goods against counterfeit -- holograms, QR codes, RFID and NFC tags, just to name a few. The latter is especially efficient, being virtually impossible to clone. Obviously, the key success factor for any such system is consumer adoption, which imposes great challenge on implementing efficient and user-friendly UI. While our UX designer works on the look-and-feel, the backend team takes care of standard non-functional requirements such as responsiveness, security and scalability. Tools used: PTC ThingWorx Core or Vert.x, Angular JS and Bootstrap.

SIGFOX or LoRa communication

Typical use case: Underground gas pipes are protected by special high-visibility signs, preventing them from accidential damage during excavation works. Sometimes those signs are knocked down by mistake, e.g. by the heavy farming equipment in the open field, and the gas pipe operator is then responsibile for repairing it as quickly as possible. Equiping the signs with gyroscope sensors and SIGFOX transmitters is a reliable and cost-effective solution which improves reaction times and reduces maintenance costs. Provider's M2M platform ensures basic QoS and over-the-air encryption (for LoRa only). Tools used: PTC ThingWorx Core, AES encryption.

Advanced functionality

This is our favorite part, where real innovation begins and our experience shines. We implemented each of those in the past, but every time it was a learn-something-new type of experience. There are no one-size-fits-all solutions here and specifying each of those typically requires dedicated workshops.

Distributed microservice architecture

Typical use case: "Classic" monolythic systems are steadily becoming things of the past. Modern requirements for availability and performance mandate flexible and distributed microservice architectures. A customer selling complex medical equipment operates his IoT system around the world. Each device generates gigabytes of logs every day, all of which have to be processed by sophisticated failure prediction AI algorithms and then reliably archived. The system has no single point of failure and operates at 99.95% uptime. Tools used: Amazon AWS Cloud Watch, AWS S3, Docker Swarm, Kafka, Cassandra, Spark, MLib.

iOS, Android and Windows Phone UIs

Typical use case: Modern mobile phones are rugged, inexpensive and surprisingly powerful, which make them better choice enterprise applications. Tools used: Ionic Framework, Android Studio, XCode.