Doppelio is an IoT test automation platform that enables the virtualization of connected devices and the simulation of various data and load scenarios, allowing for comprehensive testing without reliance on physical hardware. This technology addresses the challenges of validating connected products at scale, ensuring reliable performance across diverse protocols and environments.
Funding
Funding not disclosed
Founders
Product
Problem
Testing connected products and IoT devices requires managing physical hardware, diverse protocols, and complex data scenarios, leading to scalability issues and high costs. Traditional testing methods often rely on field tests or limited homegrown simulators, which lack consistency, repeatability, and the ability to simulate real-world network conditions and load. This results in delayed launches, product recalls, and compromised brand reputation due to bugs and issues found post-launch.
Solution
Doppelio offers an IoT test automation platform that virtualizes connected devices and simulates data, load, and network scenarios at scale, enabling comprehensive testing without physical hardware dependencies. The platform supports standard protocols like MQTT and AMQP, as well as TCP/UDP-based custom protocols and domain-specific protocols such as HL7 and DLMS. It allows users to create test twins (Doppels) of IoT and on-premise connected devices, including Android and iOS phones, and simulate millions of devices to generate true device-like load with structured and unstructured data of any size. By integrating with existing automation frameworks and CI/CD pipelines, Doppelio automates testing across the entire product lifecycle, from unit testing to post-release troubleshooting, ensuring reliable performance across diverse environments.
Target Audience
Doppelio targets organizations developing connected products across various industries, including connected vehicles, healthcare, supply chain, and general IoT, that need to validate device functionality, performance, and security at scale.
Features
- Virtualization of IoT and on-premise connected devices, including Android and iOS phones
- Simulation of unlimited scenarios and device-like load with millions of devices
- Support for standard protocols (MQTT, AMQP), TCP/UDP-based custom protocols, and domain-specific protocols (HL7, DLMS)
- Automated testing across the product lifecycle, from unit testing to post-release troubleshooting
- Integration with existing automation frameworks and CI/CD pipelines
- Low-code platform with a pre-built library of models for easy device virtualization
- Ability to test across edge and cloud environments, simulating various network conditions
- Functional, load, performance, and network condition testing capabilities