Alternatives to InstrumentStudio

SPEC Innovations' model-based systems engineering solution is a great way to help your team reduce time to market, cost, and risk for even the most complex systems. This on-premise or cloud application uses a modern web browser with an intuitive graphical user interface. Innoslate's full lifecycle capabilities also include: * Management of Requirements * Documents Management * Modeling * Discrete Simulator * Monte Carlo Simulator * Views and Models from the DoDAF * Database Management * Test Management, including full reports, status updates, and results. * Real Time Collaboration

It works: Codeless testing Give your entire team the ability to create and maintain automated tests. Not just developers. Meet your testing demands fast. You can get full coverage of your tests in days and not months. Our natural-language tests are very resistant to code changes. Our AI will quickly repair any test failures. Continuous Testing is a key component of Agile/DevOps. Push features to production in the same day. Boozang supports the following test approaches: - Codeless Record/Replay interface - BDD / Cucumber - API testing - Model-based testing - HTML Canvas testing The following features makes your testing a breeze - In-browser console debugging - Screenshots to show where test fails - Integrate to any CI server - Test with unlimited parallel workers to speed up tests - Root-cause analysis reports - Trend reports to track failures and performance over time - Test management integration (Xray / Jira)

VEE (W4000D), a graphical programming tool that supports wide connectivity (GPIB and Serial), is designed to automate test and measurement tasks for analysis and reporting. Keysight VEE Pro 933 is a simple-to-use graphical language environment. It replaces VEE Pro 93. Keysight VEE is designed to be flexible, expandable, and compatible with the most current industry standards. It allows seamless operation with Keysight hardware and software.

LabVIEW provides a graphical programming method that allows you to visualize every aspect of your application including hardware configuration, measurement data and debugging. This visualization allows you to easily integrate measurement hardware from any vendor. It also allows you to represent complex logic on a diagram, create data analysis algorithms, or design custom engineering user interfaces. LabVIEW and the NI DAQ hardware allow you to create a custom measurement solution that can visualize and analyze real-world signals and make data-driven decisions. LabVIEW, NI and third-party hardware can be used to automate product validation in order to meet difficult time-to-market or performance requirements. LabVIEW allows you to create flexible test applications that control multiple instrument and design user interfaces to maximize your manufacturing test throughput. LabVIEW makes it easier to create industrial equipment and smart devices faster.

VeriStand software allows you to configure I/O channels and data logging. It also supports stimulus generation and host communication for NI hardware. You can also import simulation models, control algorithms, responds to events with configurable alarms and enable test automation with macro record, TestStand and other software. A run-time editable user interface allows you to interact with the application and monitor alarm states and system execution metrics. You don't need to be a programmer to add custom functionality to VeriStand. VeriStand allows test engineers to reduce the time it takes to test their products. It offers a wide variety of functionality, including configurable data acquisition and simulation model integration, test sequencing, logging, and log logging. Learn how VeriStand can help you develop, deploy, run and manage your real-time testing.

SystemLink automates manual tasks that are required to keep test systems up-to-date and healthy. SystemLink provides key information to improve situational awareness and test readiness, enabling you to deliver quality throughout the product lifecycle. SystemLink ensures that software configurations are accurate and that test equipment meets quality standards. Use an automation and connectivity platform to your advantage SystemLink consolidates test and measurement data from all test system into a single data repository. SystemLink provides users with instant access to asset utilization, calibration forecasts, test results history, trends, production metrics data, and test result history to help them make proactive decisions about capital expense, maintenance events, or product modifications.

You can go beyond math-based modeling by using a complete RF-aware design process. This workflow includes decades of Keysight measurement science in RF instruments, which is available for all system architects. PathWave System Design is the best platform for prototyping complex RF systems. It offers faster simulation speeds, near-circuit fidelity and libraries for radar, electronic warfare satellite, 5G and WiFi. Plus, it integrates with many partners. Your system designs can only be improved by statistical models for propagation or channels. With the help of tools like STK by AGI, Ansys Company, dynamic kinematic modeling is possible for electronic warfare, radar, satellite, 5G and automotive. Trusted reference libraries based on Keysight measurement science are essential for advanced cellular system designers. Researchers working on the next generation communications signals require a flexible platform to develop and test physical layers.

Ansys SCADE Architect was specifically designed for system engineers. It supports all industrial system engineering processes such as ARP 4754A and ISO 26262 as well as EN 50126. SCADE Architect allows for architectural and functional system modeling and verification in a SysML-based environment. Ansys SCADE Architect was specifically designed for system engineers. The underlying SysML(tm technology is hidden, making modeling easier and more intuitive.

You can manage your needs, epics and user stories through a series sprints. Each sprint uses your choice of requirements management, model-based systems engineering (MBSE), and test management. You can also choose to use formal change control, configuration management, and change tracking. Cradle®, our requirements management and systems engineering software tool, integrates your entire project lifecycle into one, highly scalable, integrated, multiuser product. Cradle can handle all your requirements management, model driven, defect tracking, and test management needs, no matter how small or large your projects may be. Cradle's unrivaled feature list, flexibility, simplicity, and low cost make it the perfect choice for anyone new to agile methods, systems engineering, or requirements management.

FlexLogger allows you to create flexible, scalable data-logging system with NI DAQ hardware. No programming is required. You can create sensor-specific configuration workflows that allow you to quickly set up, visualize and log a variety of synchronized measurements from analog and digital sensors, as well as vehicle communication buses. You can also generate voltage and current or digital signals to drive actuators and control set points. FlexLogger automatically saves metadata about your test configuration. This allows you to quickly trace test results and compare them across multiple tests. The integrated data viewer allows you to interactively view test results and draw conclusions. FlexLogger automatically synchronizes mixed signal measurements so that you can accurately analyze data across different sources to ensure physical components work according to design specifications.

IBM® Engineering Systems Design Rhapsody (Rational Rhapsody), and its family of products, offer a proven solution to modeling and system design activities. This allows you to manage the complexity that many organizations face when it comes product and system development. Rhapsody is part the IBM Engineering portfolio. It provides a collaborative design environment and test environment for system engineers. It supports UML and SysML as well as UAF and AUTOSAR. This solution allows for the control of defense frameworks (DoDAF/ModAF, UPDM), and speeds up industry standards like ISO 26262, DO-178B/C, and DO-178B/C. Continuous validation is possible through rapid prototyping, simulation, and execution. This allows you to correct errors sooner than they become costly. Automated consistency checking can improve agility and collaboration to reduce both recurring as well as non-recurring costs.

Studio 5000®, a design environment, combines elements of design into a single framework that maximizes productivity and reduces the time it takes to complete a commission. This intuitive integrated design environment is focused on rapid design, reuse, collaboration, and virtual design. Studio 5000 applications share a common user interface. Studio 5000 Logix designer® allows users to collaborate to design and maintain their systems. Studio 5000 Architect® allows you to jump-start the creation of your first system for control and visualization applications. Studio 5000 Simulation Interface connects controllers – physical or emulated – to simulation and modeling tools to allow virtual commissioning and model-based designing.

Advanced requirements can be met with a comprehensive fluid and electrical planning software environment. E3.series is a real concurrent electrical engineering environment that supports advanced requirements for electrical documentation and wire harness design. E3.series allows for efficient and accurate design and manufacturing processes for electrical and fluid planning, wire harness and cabinet layout, as well as cable planning and cable planning. Its object-oriented architecture allows for a consistent and integrated design approach that reduces design time, eliminates errors, and improves quality. Object orientation ensures consistency in all design phases. Powerful automated operations and electric checks. Comprehensive outputs for manufacturing or documentation. Native format library and design data administration. Circuit diagrams, connection list, layout plans, and reports are always up-to date and synchronized.

IBM Engineering Lifecycle Management is a comprehensive, end-to-end engineering tool that is at the forefront of its market. It seamlessly guides you from requirements through systems design, workflow and test management. It extends the functionality of ALM to improve complex-systems' development. By adopting a holistic view of the entire product lifecycle and enabling digital data traceability, it is easier to track changes, reduce risk, and minimize costs. Use modelling and reuse to gain insights, and automate reporting for more accurate information. The digital thread's bi-directional data will provide functional, software, mechanical and electrical engineering domains a single source for truth.

Instrumental is trusted by engineering teams to expedite product delivery and reduce quality issues. Instrumental provides AI-powered proactive defect detection, end-to–end failure analysis tools and remote build monitoring all within a single cloud platform. Instrumental provides a single, unified data record that can be traced back to identify and resolve issues right from the beginning of your EVT builds. Unify your product data and use AI to solve previously unsolvable problems. Instrumental unifies product data to provide the information you need when and where you want it. This allows you to quickly find and fix problems. Industrial AI automatically ranks and ranks every defect. This speeds up failure analysis and keeps your builds on the right track. With the right data, faster issue resolution begins. Instrumental provides a complete product record, including photos, parametric tests, and measurements, right at your fingertips.

Thundra helps application teams to develop, debug, test, and monitor modern microservices on the cloud. By offering everything from automated instrumentation to cloud app debugging and test optimization in a single platform, Thundra eliminates the need for multiple tools for pre-production & production environments. Thundra offers 2 products: Thundra Foresight, to help you monitor & troubleshoot your CI workflows & tests. The second product is Thundra APM, which is an application performance monitoring for serverless and containers.

It provides a comprehensive solution to unite engineering processes, encapsulating knowledge, and driving performance across physical and CAE simulation departments. Aqira offers global licensing access to a cost-effective solution that allows you to gain insights from machine learning, advanced data science, and big data analytics. Apps allow engineers with different experience to share valid, up-to date analytical processes. This will improve the quality of analysis as well as productivity. With built-in data search capabilities, you can save time and avoid unnecessary testing by reducing the time it takes to find the right data. You can effectively manage access to expertly defined processes while still allowing for global organization.

Enterprise Architect is an enterprise-wide solution that allows you to visualize, analyze and model, test, and maintain all your software, processes, and architectures. Enterprise Architect is the perfect platform to help you manage your workspace, support your team, encourage collaboration, and build confidence in your most complex projects.

Capella Professional Deployment. We provide a customized Capella-based, industrial-grade MBSE bench ready for your most-critical projects. Integrate with Your Specifications. Capella can be configured and extended to meet your specific engineering needs. Capella teamwork. You can also work with your team concurrently. Collaborative features allow large teams to work simultaneously on the same model. Capella team. Capella solutions. You can ensure a successful deployment Enjoy our long-standing partnership with Thales, creators of Capella. Training, Coaching, and Support. Why Obeo? Capella has been our involvement since the beginning. Open. Obeo, a main Thales partner, is a key player in the development of the Capella ecosystem and workbench. We are an Eclipse Strategic member and provide several Capella add-ons (Team For Capella, M2Doc), so we know the technical.

It has thousands of pre-built models, which cover a wide range engineering disciplines. You can search for the model that best suits your design requirements and it will target you with broad support. The Embed library contains motor models and motor control algorithms for both sensored applications and sensorless. This library can be used to accelerate embedded motor control projects for any type electric motor, including BLDC, PMSM and stepper motors. Embed allows users to easily model and simulate end–to–end physical layer data communication systems. This includes determining the energy and bit needed for a given bit error rate and a comprehensive set modulation, encode, and channel configuration.

Cameo Systems ModelerTM™, an industry-leading cross-platform collaborative Model Based Systems Engineering (MBSE), environment, provides smart, robust and intuitive tools to create, track, and visualize all aspects in SysML models and diagrams that are compliant with SysML standards. The environment allows system engineers to: Run engineering analysis for design decision evaluation and requirements verification; continuously check model consistency; and track design progress using metrics. Remote repositories can store system models as standard XMI files or be published to documents, images and web views to address various stakeholder concerns.

Artura is an innovative, constantly evolving product that solves the problem that all system designers, project managers and system integrators are familiar with. Engineer, design, and propose technical systems, such as AV, IT Security, Lightning etc. Different people use different tools, which are not always designed to do the job. This leads to time-consuming, repetitive tasks, an inefficient documentation flow, and no central overview. There is no central source of truth for design and scope changes, while the project is rife with operational inefficiencies. Artura is the solution. It is a collaborative tool for designing, engineering and generating proposals. Artura is a modern, easy-to-use, online web application that allows you to design systems, create proposals, and engineer them. For your team, client, and other stakeholders.

20-sim is a modeling software package that simulates mechatronic systems. 20-sim allows you to enter models graphically in a similar way as drawing an engineering plan. These models allow you to simulate and analyze multi-domain dynamic systems, and create control systems. For rapid prototyping or HIL-simulation, you can even generate C code and run it on hardware. 20-sim offers features that make it easy to create models quickly and intuitively. You can create models with equations, block diagrams and physics blocks. You can build models, simulate them, and analyze their performance with a variety of features. The 20-sim editor allows you to build models. This editor has a large model library that includes building blocks that can be used to build models. Many components are included in the model library, including block diagrams and bond charts.

GENESYS, based on the insights gained over 20 years working with CORE, is Vitech's next-generation software. It delivers connected systems engineering across an enterprise. GENESYS was reengineered from the ground-up to implement proven model-centric approaches that leverage modern technologies in an open architecture. GENESYS combines the power of a full MBSE environment and the usability modern office tools with your desktop, engineering, enterprise environments, and other areas to deliver your data your own way. GENESYS combines a model-centric approach to systems engineer with an enterprise-ready architecture. This allows you to seamlessly and consistently deliver model-based systems engineering across your project team. GENESYS eliminates the guesswork from implementation and delivers context-driven modeling for complex system engineering problems.

Drag and drop from the many built-in and expandable model libraries allows you to build multidomain, industrial-strength models of your entire system. The Wolfram Language provides a powerful environment for quickly understanding, analyzing and iterating on system designs. Creating insight, innovation, and results. Real-world machines, systems, and networks are not limited to one physical domain. Models can include any combination of interconnected components from any number domains, mimicking real-world topology. Exploration is quick and easy. All values can be accessed from any component of your model with a click. Zoom in on a specific area of interest to see the built-in plot styles. Access the full model equations, and simulation results of your models to perform your own symbolic and numeric computations. Your model analysis will benefit from the full power and flexibility of Wolfram Language.

Relativity is a web-based platform that projects in civil and construction engineering use for requirements management and system engineering. It eliminates the need for multiple spreadsheets and isolated applications. Relativity has been proven to increase project control, reduce project risk, and lower failure costs. Relatics is used for building, roads, tunnels and railways by contractors and consulting firms.

A Digital Thread is a graph that has nodes that are elements in enterprise repositories, tools and version control systems. Its edges are intra-model relationships within each tool, as well as inter-model relationships managed by Syndeia. Syndeia offers model transformation services to create the digital thread graph. This includes drag-n-drop requirements between Jama or DOORS NG to SysML, generation of Simulink models and part structures from SysML models. It also connects behavior elements in SysML with software code in GitHub. You can also track the development status for a sub-system directly from SysML. Syndeia offers services to search, compare and bi-directionally synchronize connected model in the digital thread. This includes comparing SysML and Simulink models and syncing changes in DOORS NG requirements to SysML.

AVSnap's interface is simple to use and easy to learn. All features are available at your fingertips. Do you need to do technical sales? No problem, get your diagrams ready in record-time. Do you need to design an entire Audio-Visual system. No problem: Use manufacturer component libraries to speed up the design process. Do you need to control equipment? No problem: Use the built-in GUI designer to create a simple control code that will make your system fully functional in a matter of hours. The Library Editor is the heart of AVSnap's power. You can draw your symbols, add snap points, and adjust functionality. Although it takes only a few steps to create a library element, the dividends will pay off long after it is completed. They can be reused anywhere in the design once they are created. AVSnap can control any controllable device. It can adjust the volume, lower the shades, turn on video inputs, open the garage door, adjust the temperature, detect presence, send emails, communicate via TCP/IP, and rs232.

Altair Activate is a tool that can be used to model and simulate a wide range of products. It's a system-of systems that allows you to find better designs faster. Every industry is becoming more complex and electrified. They are also smarter and more connected. Multi-disciplinary system-level simulation capabilities allow for smart, complex mechatronics systems to be developed holistically. This allows for more efficient product development teamwork and workflows. Altair Activate breaks down silos between mechanical subsystems, electrical subsystems, control subsystems, electronic subsystems, software, hardware-in-the-loop, data analytics, and more. To model thermal-fluid system dynamics with 1D modeling simulation, rather than 3D CFD, to produce nearly as-accurate results much faster - to allow more design exploration and optimized performance.

System Composer™, enables the specification, analysis, and modeling of architectures for model-based system engineering and software architecture modelling. System Composer allows you to assign requirements and refine an architecture model that can be used to design and simulate in Simulink®. You can create architecture models that include components and interfaces directly, import them from other tools, or use the Simulink architectural elements to populate them. Multiple architecture models can be used to describe your system and establish direct relationships among them using model-to-model allocations. Sequence diagrams, state charts, and Simulink models can capture the behavior of a system. Simulink and embedded coder® allow you to simulate the execution order of components and generate code using your software architecture models.

LabWindows/CVI ANSI C integrates programming environments to help you create custom engineering apps. It allows you to manage your project, debug and edit source code, create a user interface and test code output and performance all in one tabbed workspace. LabWindows/CVI provides advanced debugging tools, code documentation, system deployment, and code documentation. This allows you to integrate source code control, requirements, data management systems, and code control. It also makes it easy to quickly acquire data from GPIB and USB, serial, Ethernet PXI, VXI and FPGA instruments using built-in I/O libraries, instrument drivers or the two interactive measuring assistants. LabWindows/CVI is an integrated environment that allows you to develop test and measurement applications.

Valispace is trusted by companies across all sizes, helping fast-moving companies to develop better products in automotive, aerospace, industrial tech, robotics, energy and many more sectors.

Coco®, a tool for multi-language code coverage, is available. Automated source code instrumentation can be used to measure test coverage for statements, branches, and conditions. When a test suite is run against an instrumented application, data can be collected that can be later analyzed. This analysis can be used for understanding how much of the source code was touched by tests, which additional test suites need to be written, and how the test coverage has changed over time. Identify dead or untested code, redundant tests, and untested code. Identify the impact of a patch and code coverage. Coco supports branch coverage, statement coverage, MC/DC, and other levels. Linux, Windows, RTOS, and other platforms. GCC, Visual Studio and embedded compilers are all available. You can choose from text, HTML, XML and Cobertura report formats. Coco can also integrate with other build, test, and CI frameworks such as JUnit Jenkins, SonarQube, and SonarQube.

Calibration Studio has key advantages over manual Calibration. Calibration Studio uses a workflow-based approach to calibration, inspection. The key functionalities include instrument management, master management, instrument management, receive instrument, inspect instrument, and generate certificate. Final functions include Type A and TypeB uncertainty calculations, certificate display and printing, and certificate printing. The Auditor can see the measurement results, uncertainty numbers and other information that can be used to decide whether or not to accept the instrument. Instruments that are rejected are returned for calibration or repairs. The accepted instruments are returned to the department for future use. The Meta data configuration functionality provides administrators to configure Customer Information, Units, Master Category, Instrument Category/sub category, Measurement methodology, and Certificate fields/notes/remarks.

You can build and run powerful AI and engineering apps in just 5 minutes after downloading Flojoy Studio. No coding skills are required. Engineers use Flojoy Studio for streaming measurements from robotics and microcontrollers to Flojoy Cloud. Once in Flojoy Cloud this research data can then be analyzed, archived and downloaded by team members. Flojoy is a de facto resource for open source instrument control in Python. Flojoy's mission is to provide first-class Python support for every major motion platform, including robotic arms, steppermotors, servos and linear actuators.

Sulley is an extensible fuzzing engine, and fuzz testing framework. Sulley (IMHO), surpasses the capabilities of many previously published fuzzing techniques, both commercial and public domain. The framework's goal is to simplify data representation, data transmission, and instrumentation. A pure-Python, fully automated and unattended framework for fuzzing. Sulley has not only impressive data generation, but has gone a step further to include many other important aspects that a modern fuzzer should provide. Sulley keeps meticulous records and monitors the network. Sulley monitors and instruments the target's health, capable of reverting back to a known-good state using multiple methods. Sulley tracks, categorizes and detects faults. Sulley can fuzz simultaneously, increasing test speed. Sulley can automatically identify which unique sequence of test cases triggers a fault.

MESUR(r.gauge) and MESUR (r.gauge Plus increase the functionality of torque and force measuring instruments and test stands. Both programs can display and capture data in graphical format, such as load vs. traveling vs. times. MESUR(r]gauge Plus allows you to control the motions of Mark-10 motorized test stand motors, coordinating data acquisition and motion control. The programs provide a range of tools for analyzing test results. These include statistical calculations, quick data exports to Microsoft Excel, customizable reports and pass/fail indicators. You can save and recall test setups. You can program start and stop conditions including distance, load, time and sample break. Other features include a large screen that displays real-time load and travel data, and a utility that allows you to set up certain Mark-10 gauges remotely from your PC.

The IA software's role is to automatically collect measurement results from the test instruments assigned to it. It will then display this data to the tester and offer many other editing, analysis, and audit features before sending the data off to the production floor, or other testing laboratories. Each IA includes a driver program that can pull data from any instrument with an output electronic. AcquiData's extensive library of driver software programs has been developed over the last 30+ years for virtually every materials testing instrument currently in use. In the browser environment, multiple IA programs can be run simultaneously on one PC, allowing different samples to tested by different technicians at the same time. Lab Server is the heart of Testream(r/CS). The Lab Server program's main job is to control information flow into and out of the various laboratories within the system.

You can add logs, metrics, and traces to production or staging directly from your IDE/CLI, in real time and on-demand. Lightrun can help you increase productivity and ensure 100% code-level observability. Lightrun allows you to insert logs and metrics even when the service is in progress. You can debug monolith microservices like Kubernetes and Docker Swarm, ECS and Big Data workers, as well as serverless. Quickly add a logline, instrument a measurement, or place a snapshot that can be taken on-demand. There is no need to recreate the production environment or redeploy. Once instrumentation has been invoked, data is printed to your log analysis tool, your editor, or an APM of choice. To analyze code behavior and find bottlenecks or errors, you can stop the running process. You can easily add large numbers of logs and snapshots, counters or timers to your program. The system won't be stopped or broken. Spend less time debugging, and more time programming. Debugging is done without the need to restart, redeploying, or reproduce.

Picture Archiving and Communication Software can be used by medical professionals to store, distribute, and display medical images among doctors for interpretation or reviews. Medicasoft LIS offers universal medical connectivity via standalone and/or networked devices in your clinic, hospital, or professional laboratory information environment. Medicasoft LIS digitally collects and decodes all medical data available at the port of a medical device. Medicasoft LIS can be adapted to any situation. It can be configured with any combination functions, including connectivity with laboratory instruments and bedside devices. It can be used to control and monitor test management, as well as automatic data transfer with other source data systems.

Scilligence SDMS is a centralized storage solution that integrates with a variety of instruments and devices. This allows scientists to quickly and securely access the data they require. SDMS automation allows the retrieval of scientific data from instruments, equipment or devices, and the extraction and storage of metadata in a relational data base. This streamlines data management and reduces costs. We offer strict version control, detailed audit histories, and a history of document changes that are aligned with common regulatory compliance standards. SDMS is compatible with lab devices and instruments for automated data retrieval. It also integrates seamlessly with Scilligence applications. We also allow the integration of other storage and database solutions. Protect your intellectual property with site, account and project-level access control.

A seamless JavaScript code coverage library. Blanket.js, a JavaScript code coverage tool, is easy to install, use, and understand. Blanket.js is easy to use and can be customized to your specific needs. JavaScript code coverage complements your JavaScript tests by including code coverage statistics (which lines in your source code are covered) Parsing the code with Esprima and Node-falafel and instrumenting the file using code tracking lines. After the tests are completed, connect to hooks in test runner to get the coverage details. Grunt has been made to allow Blanket to be used as a code coverage tool. This allows you to create instrumented copies from physical files instead of live-instrumenting. PhantomJS runs the QUnit-based Blanket report without any input. The console displays the results. Grunt will fail if you don't meet any coverage thresholds.

EEZ Studio is a unique solution for rapid development of an appealing GUI and remote control devices for Test and Measurement (T&M). EEZ Studio was developed by a team of experts with extensive experience in designing complex embedded devices that are resource-constrained. It allows the design and development of responsive desktops, embedded GUIs and flowcharts (EEZ Flow). The use of a series of Widgets, Actions, LVGL support as well as ready-to-go templates and examples allows for rapid prototyping and development of final applications. The EEZ Studio is equipped with everything you need to create, test, and debug responsive and attractive GUIs. It can also meet the most complex requirements. Depending on the application, different types of projects can be created to simplify the development process and address the challenges of a particular target platform.

The ProSafe-RS safety system is a TUV certified Safety Instrument System (SIS) that can be used in SIL 1, 2, or 3 applications. It comes in a single modular configuration and has superior availability in a redundant configuration. It can be used as a standalone system, or integrated with the CENTUM VP Distributed Control System. Yokogawa industrial safety products minimize interruptions by providing reliable protection at all SIL levels. They also provide real-time dashboards that quantify current and future risks and virtual scenario testing to assess potential impacts of bypasses or overrides. Online modification allows plants to continue running during upgrades. Automated compliance reporting optimizes testing frequency. The safety controller is the last line of defense and must be reliable in its actions. Yokogawa's unique Versatile Modular Resiliency maintains unlimited SIL 3 operation under multiple failure scenarios.

PlatformIO is a professional collaborative platform for embedded programming. PlatformIO is a next-generation collaborative platform for embedded software development. It allows customers to save time and money by greatly reducing the costs and labor involved in creating and maintaining product code. We believe that the embedded systems industry needs to be reinvented. Not only are IDEs and tools built using technology from the 1990s but they also have many requirements and platform-dependent configurations which prevent talented developers from becoming embedded engineers. This is the most popular IDE solution for Microsoft Visual Studio Code. An integrated development environment that is user-friendly and extensible. It includes a variety of powerful tools and features that will speed up the creation and delivery embedded products. PlatformIO is written entirely in Python and does not require any additional libraries or tools from an operation system.

It unifies information across silos and scattered data for visibility across multiple sources in a single environment; whether in the cloud, spread across siloed databases, on instruments, in Big Data stores, or within various spreadsheets/documents, Enterprise Enabler can integrate all your data so you can make informed business decisions in real-time. By creating logical views from data starting at the source. This allows you to reuse, configure, test and deploy all your data in one integrated environment. You can analyze your business data as it happens to maximize the use and minimize costs, improve/refine business processes, and optimize the use of your assets. Our implementation time to market is between 50-90% shorter. We connect your sources so that you can make business decisions based upon real-time data.

Microservices out-of-the box debugging You can instantly find the code that broke your service. Even for difficult to reproduce errors. Without additional logging or error reproduction, you can understand every request, every outlier, and every problem. You can see the root cause of each error using logs, metrics and traces. End-to-end trace with automatic instrumentation – logs, metrics and traces as well as failed code execution history. In-depth monitoring of performance. Rapidly identify and eliminate application bottlenecks. Real-time topology discovery and full dependency visibility across all services. High-quality dashboards and notifications that can be customized to identify problems before they are reported by users. Automatically document failed tests or errors. Every failure should be actionable and easily debugged. Facilitate a quick feedback loop between developers and testers throughout the development cycle.

You can test the new functionality of your app by interacting with mobile devices from your browser. You can create and execute hundreds of manual and automated tests on more than 1,000 Android and IOS devices in the cloud. Appium tests can be created directly from your IDE. You can also interact with the appium team and debug live. Advanced analytics and visual test reports are available. Selenium runs Selenium tests on more than 1,000 browser types, versions, operating systems, and other devices to automate cross-browser testing. You can interact with your app in real time and debug it. Visual testing is used to verify UI responsiveness at different resolutions. Appium Studio allows you to intuitively create new Appium tests and execute existing projects. You can easily test iOS devices on a Windows machine and enjoy advanced testing capabilities. Digital.ai Continuous testing allows enterprises to test at scale, increase coverage, and make data-driven choices to deliver high-quality apps.

American fuzzy lop, a security-oriented fuzzer, uses a novel form of compile-time tooling and genetic algorithms to discover clean test cases that trigger internal states within the binary. This improves the functional coverage of the fuzzed codes. The compact corpora generated by the tool can also be used to seed other, more resource-intensive or labor-intensive testing regimes in the future. Afl-fuzz, in comparison to other instrumented fuzzers, is designed to be practical. It has a modest overhead, uses highly effective fuzzing techniques and effort minimization tricks. It requires little configuration and handles complex real-world use-cases, such as common image parsing and file compression libraries. It's an instrumentation-guided genetic fuzzer capable of synthesizing complex file semantics in a wide range of non-trivial targets.

Designed for professionals and individuals to quickly and easily design and develop beautiful UIs. Exports platform-independent C/MicroPython code to LVGL that can be compiled on any vendor's device. Click the play button to instantly test out the UI without having to rebuild it in a pixel perfect preview. Create custom widgets from the built-in ones using styles, animations and events. SquareLine Studio exports C or MicroPython codes so you can use them on any platform. Wearable instruments, smart homes and home automation, automotive, medical devices and more. Even for 4K displays on kiosk devices or desktop applications that run on multiple platforms. SquareLine Studio allows you to build the UI using fully functional components, unlike other prototyping software. SquareLine Studio has flexible licenses that are available for all types of use cases. This includes personal use, startups and large companies.