Enhance applications with seamless mobile integrations, enabling intuitive interactions and secure operations directly from users’ mobile devices, allowing for mobile authentication, control, and collaboration.
Extending the existing applications to have the capability to allow users to user their mobile devices to authenticate themselves, to achive increased security without sactificing user experience.
Extending the existing applications to have a secure second screen functionality without the need for any back-end development, allowing users to use their mobile devices as complementary screens for enhanced interaction with streaming devices, IoT devices, self-service machines, and other devices.
Encrypting data stored in insecure storages and databases, ensuring that it can only be unlocked by the user’s mobile device.
Integrating secure, on-demand customer collaboration directly into existing business applications without requiring changes to existing back-end services.
Integrating mobile into IoT applications to enable secure and intuitive interactions with IoT devices, eliminating the need to develop additional back-end services.
Providing secure offline access to sensitive information like passwords and encryption keys, simplifying the process of backing up or exchanging crucial data securely.
injecting and augmenting functionalities into both client applications and backend services at deployment time without requiring any changes to the code repositories, ensuring a non-intrusive and seamless integration into the deployment process.
Generates, gathers, and presents real-time metrics, application logs including stack traces, and HTTP(S) communication logs while running on actual devices, all without requiring changes to the code repositories.
Enables real-time monitoring and analysis of data collection while running on actual devices to provide insights into application performance and behavior, and to identify and diagnose issues as they occur.
Executes automated test cases by simulating various user interactions and scenarios on actual devices, including simulating delayed or unusual backend service responses, media streams, and DRM licenses.
Analyzes the root cause of issues by correlating application logs and interactions between client applications and backend services with the application code.
Injects code for suggested solutions, validating them on actual devices, and simulating backend services if necessary, all without requiring changes to the code repository.
Allows research and development teams to independently inject and augment functionalities into client applications and backend services at deployment time without requiring changes to the code repositories, enabling separate innovation cycles.
Comprehensive Media Asset Management designed to minimize vendor lock-in, featuring extensive metadata management while providing operational agility and freedom in content management.
Integrates with existing back-end services and popular media publishing platforms and implements efficient media workflows with reduced risk of vendor dependency and adaptability for future requirements
Comprehensive metadata management with the ability to maintain detailed metadata in a way that gives business to freedom to process the media and metadata outside the system.
The system includes tools for inspecting video assets to ensure they meet the required quality standards before publishing
Flexible media assets management across platforms, reducing the risk of vendor lock-in and enhancing operational efficiency.
Integrating contents across multiple sources with different metadata formats and standards, ensuring seamless content delivery.
Comprehensive media solutions, from content ingestion from various sources, transocding and transforming, menagement, quality control, schedulring to distribution, ensuring a seamless media workflow.
A Chrome Extension that simulates the web environments of various devices, including PlayStation WebMAF, FireTV, and set-top boxes.
Simulating the remote control of the device, full testing of the application can be performed without the need for the actual device.
Simulating the platform and device-specific APIs to facilitate a comprehensive testings including difference versions of the platform.
Automatically applying the correct simulation environment for each web application developed for that platform.
Utilise desktop browsers to test applications designed for video streaming devices, reducing the dependency on physical device access.
Simulating multiple device environments on Chrome browser to perform comprehensive testing and utilize test automation tools designed for web applications.
Integrate the Device Simulator into continuous integration workflows to automate testing processes for different device environments, enhancing development efficiency and product quality.