We develop and deploy firmware, applications, and databases, integrating sensors, robotics controls, and IoT devices using C/C++, Python, and Flutter/Dart.
We develop custom software or firmware solutions in C/C++ or Python, create and deploy computer and mobile applications using Flutter for data viewing or system control, adhere to industry-standard documentation and deployment processes (e.g., GitHub), and integrate with existing systems through APIs
We develop and deploy remote automated solutions using sensors with low data transfer rates and reliable operation. This involves selecting, testing, and integrating waterproof sensors (e.g., pressure, temperature), incorporating sensor control into data boards, and validating their functions. We also handle edge computing devices, custom messaging protocols, and integration with communication methods like WIFI, Bluetooth, LoRaWAN, 5G, and Iridium.
We develop robotics control solutions with MAVlink and ArduPilot, select robotic platforms, and manage complex remote and autonomous systems. This includes integrating vision systems and HUDs, developing and integrating peripherals (e.g., grippers), creating control systems, and advancing autonomy. We also offer testing and deployment services.
This initial phase involves collecting and documenting detailed requirements from stakeholders to understand the project's objectives, functionalities, and constraints. It sets the foundation for the entire project by defining what the software should achieve and ensuring alignment with user needs.
During the design phase, the software's architecture and user interface are planned and specified. This includes creating detailed design documents and prototypes that outline how the system will be structured and how it will interact with users and other systems.
In this phase, the actual coding of the software takes place. We write, test, and integrate code according to the design specifications. This phase transforms the design into a working product and involves iterative testing and debugging to ensure functionality and performance.
The testing phase focuses on validating the software against the requirements to identify and fix any defects or issues. Various types of testing, such as unit, integration, and user acceptance testing, are performed to ensure the software meets quality standards and works as intended.
Once testing is complete and the software is deemed ready, it is deployed to the production environment. Following deployment, ongoing maintenance is performed to address any issues, update features, and ensure continued performance and security as user needs and technology evolve.
01
With our expertise in electromechanical solutions at SEA and Sirputis' strong experience in developing complex products from scratch with a systems focus, we ensure your project is completed on time and within budget.
02
Each project receives a dedicated project lead that ensures your needs are met and that the project status is well documented and communicated. Ensuring a great customer experience while delivering a top level solution is our highest priority.
03
Collective knowledge is the backbone of Scoby Collective and SEA. By working with SEA you get the power of the engineering community of SEA and the additional expertise of the Scoby Ecosystem to ensure your project is successful.
Unlock the potential of the ocean with us!
