expertise
We are dedicated to these goals:
- Shortening and optimizing the process for new product development
- Accelerating time to market by overcoming challenges and completing knowledge gaps
- We specialize in developing integrated, precise solutions to enhance our clients’ innovative products.
- Automation infrastructure development
- Manual software testers
- Script development for server testing
- System stress testing
Automated testing is a process that validates if the software functions appropriately and meets the development requirements before it is released into production. Automated testing tools execute examinations of the software, report outcomes, and compare results with earlier test runs. Testing is a very important phase in the development process. It ensures that all the bugs are ironed out and that the software or hardware is functioning as expected or as close to the target performance as possible. Even so, some testing tasks are too laborious to carry out manually (even though they are easy enough to do). This is where automated testing comes in.
- Execute more tests in less time
- Support continuous development practices
- Cover more scenarios with data-driven testing
- Accelerate cross-browser and cross-device testing
- Testing strategy development
- Desktop, mobile, client-server functionality V&V
- Scenarios for unit testing, regression testing, integration testing
- Product functionality V&V
- Production line testing fixtures
Verification and validation are independent procedures that are used together to check that a product, service, or system meets the requirements and specifications to fulfill its intended purpose. In practice, as quality management terms, the definitions of verification and validation can be inconsistent. Verification is the process for determining whether or not a product fulfills the requirements or specifications established for it. Validation is the assessment of a planned or delivered system to meet the sponsor’s operational need in the most realistic environment achievable.
- Certainty that software functions as per user’s need
- Improvement in quality
- Increase the efficiency of the development
- Alteration in the software
- Reduce the likelihood that a critical defect will be found in multifunctional systems
- Requirements’ functionality compliance verification
- Completeness, consistency, feasibility and testability validation
- Implementing high-performance UI, writing clean optimized code
- Supporting the entire application lifecycle (concept, design, test, release, support)
- Gathering specific requirements and suggesting solutions
- Troubleshooting and debugging
- Liaising with product development team to plan new features
- Researching and suggesting new mobile products, applications, protocols
- Staying up-to-date with new technology trends
A mobile application, most commonly referred to as an app, is a type of application software designed to run on a mobile device such as a smartphone or tablet with various operating systems (iOS, Android, and more).
Native development is the creation of separate applications for each mobile platform; that is, developing one application for iOS and another for Android. Cross-platform development of mobile applications involves creating a common code base for two platforms, with additional translation of the code on each OS via an intermediate layer.
For cross-platform app development, we specialize in Flutter, which is Google’s UI toolkit for building beautiful, natively compiled applications for mobile, web, and desktop.
- Fast development
- Expressive, flexible UI
- Native performance
- Single code
- Correct operation on all platforms
- Simplified logic to avoid possible errors
- Reduced development time and costs
- Artificial intelligence
- Azure/cloud/AWS architecture development
- Database SQL/NoSQL/big data, and more
- Cloud security
Cloud development typically includes integrated development environments, application life cycle management components (for example, test and quality management, source code and configuration management, continuous delivery tools), and application security testing components.
- Scalability and flexibility
- Security
- Quick provisioning of resources
- Multiple service models and advanced cloud services
- Development flexibility
- Multifunctional logic
- Spreading services worldwide
- Real-time embedded systems
- Secure OTA upgrades
- IoT products
- Algorithms and encryption
- Communication protocols and standards
- Ultrasonic measurement systems
- Microcontrollers and real-time operation systems
- Analog, digital, RF communications
Embedded systems have become an integral part of human life, even though they are designed to function with minimal or zero human interference. Aspects such as their low cost, compressed size, and simple design make them very popular. These systems play a vital role in many devices (for example, equipment instrumentation, home appliances) that is likely to continue in the future.
- Convenient for mass production at a low price per piece
- Fast, low-power use, highly stable, reliable
- Task-specific
- Optimize the use or resources available for improved product quality
- Very small size; can be carried and loaded anywhere
- High security level
- Efficient performance according to system demands
- Analog design
- Digital design
- RF design
- Wireless/wired communications
- FPGA
- Production fixtures
We develop customer-specific electronic circuits and circuit boards, specializing in developing motherboards based on x86 and ARM CPUs. We are also highly experienced in developing different types of IoT communication layers. Our greatest wealth of experience is in the field of network technologies, a game-changer in product design.
- PCB design: custom PCBs with any number of layers
- Prototype assembly: prototypes assembled in-house for reduced time to market
- Custom system boards
- Connected wireless devices (our bread and butter)
- Certification standards-compliant support (RoHS/EMI/FCC/ETL)
- Sample and prototype construction
- Inspection and functional testing
- Cost optimization of series
