Robotics Software Development Services
Who Needs Our Robotics Services?
Robots Developers
Companies from the robotics industry that provide hardware for robotic solutions need assistance with software components.
Modern Enterprises
Companies across various industries that want to modernize their workflows with autonomous solutions.
Innovative Startups
Startups that need R&D tools and engineering consulting to verify their innovative robotics ideas.
Robotics Software Services: By Your Side at Any Stage
Waverley can provide industrial automation and robotics development services from the initial stage (prototyping & PoC) through post-production configuration & testing.
R&D
Taking into account your business objectives and specifications, we can provide business analysis, SRS, designs, and architecture diagrams, and build a working prototype.
Robot Development
We have teams of cloud, artificial intelligence, firmware, and embedded engineers ready to build autonomous robotic solutions from the ground up and configure them to work for your business.
Support & Testing
We have a proven track record supporting, bug fixing, maintaining, and scaling the functionality of existing robotic systems. Our hardware testing lab can also be at your service if needed.
What We Do: Robotics Services
Whether at an early stage or during active development, our dedicated development team can deploy robots with advanced processing powers to perform tasks unique to your business domain.
Robot Software/Cloud Architecture Design
We build robotics software from the ground up, from the architecture and cloud infrastructure to testing and deployment.
ROS Development
General ROS services development and ROS drivers development for custom hardware.
Integration with an IoT System / Other Devices
With the help of computer vision and embedded technologies, we build web/mobile IoT apps on top of robotics software.
Advanced Data Collection & Analytics
Requirements for analysis and robotics, SLAM/navigation algorithms tuning, sensor fusion, and robots' remote control (teleoperation).
Robots' Fleet Management
Coordinating fleets of autonomous robots, fleet status monitoring, missions/routes planning, and tasks. Assignment and/or power management, localization.
Testing & Quality Assurance
Hardware testing, integration, usability, smoke, regression, and other kinds of testing to ensure the ultimate performance and security of your robotic device.
Robotics Solutions Development: Our Experience
Technologies
Most Likely, Robots Have Already Penetrated Your Industry
Social Robotics & Smart Home
Robots that work as personal assistants supporting humans with daily tasks at home. This can include developing educational robots.
Manufacturing
Industrial robots will perform simple tasks, such as moving materials, or be pre-programmed to carry out various tasks within industrial settings.
Construction
Through the application of autonomous systems, we build mobile robots for construction which are able to conduct monitoring, measurements, and control on-site.
Oil & Gas
To eliminate hazardous situations, robotic control systems can guide robots to perform dangerous tasks, keeping human employees out of harm's way.
Entertainment
Robots offer a robust network for the entertainment industry, taking, for instance, human-like robots that are pre-programmed for movie making and help in other fields within the entertainment industry.
Pharmaceutical
The R&D department works a lot faster with the help of robots as they can serve as a testing tool. Robots in the pharmaceutical industry can have different functionalities such as dispensing, sorting, and packaging.
Why Engage Waverley for Robotics Development
Proven IoT & Robotics Experience
Our IoT engineers have worked with various microprocessors, boards, sensors, beacons, and other devices to produce robots, IoT devices, Smart Home appliances, and industrial IoT machinery. We are happy to provide client references, an extended portfolio, and work samples if needed.
Full-Scale Set of Services
Over the years, we've built multifaceted engineering capabilities, including Business Analysis and Business Intelligence teams, a UI/UX studio, a mobile engineering lab, IoT development facilities, and well-equipped testing hubs, enabling us to build software products from the ground up.
Security-First Approach
Security is among our top priorities. We follow a secure OWASP-regulated development approach. Our offices are ISO 27001 certified, and we have experience developing FDA, SOC2 and HIPAA-compliant products. We ensure the ultimate physical and digital safety for your intellectual property.
Looking for Robotics Engineers?
Frequently asked questions
Do you also develop hardware for Robots?
No, we only create the software components: cloud infrastructure, back-end architecture, control & management applications, middleware, embedded software, and networking, etc. However, we have partners who provide hardware design and oversee hardware component manufacturing and configuration, so together we can deliver a truly end-to-end solution.
How secure is your Robotics software development process?
We protect your intellectual property with stringent security measures in place across all our locations. Our engineers sign and adhere to the Non-Disclosure Agreement. Your team will be working in a secure, ISO 27001-compliant office environment, adhering to the latest cybersecurity and data protection practices (OWASP, GDPR, SOC 2, HIPAA, etc.).
How do I hire your robotics software consulting services?
Start by filling in the form to tell us more about what you're looking to build. To have a more detailed discussion, we sign a mutual NDA, your ideas are completely safe with us. When the NDA is signed, we're happy to review your specifications, roadmap and other documents you may have that outline the development of your project, your requirements, goals, and milestones. If you do not yet have the specs, no worries, we'll happily guide you through the product planning process, conduct a discovery session and come up with all the necessary documents to start the development. Next, we schedule a meeting with one of our robotics software engineers to discuss the architecture and move on from there.