Address | 7 Temasek Boulevard, #12-07 Suntec Tower One, Singapore |
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Telephone | 94881466 |
URL | https://pace.txtgroup.com/ |
nidhi.kashyap@pacelab.com |
VAPS is the worldwide leader in embedded graphics software tools for safety-critical and mission-critical display applications.
It has been providing Human-Machine Interface (HMI) graphical modeling tools to produce state-of-the-art graphics and highly optimized code for PC and embedded systems for over 30 years to the Aerospace and Defense (A&D) industries.
PACE develops, supports, and delivers cutting-edge HMI modeling tools for the prototyping and design of embedded display graphics. It have been helping Aerospace & Defence organizations develop advanced displays for many kinds of applications including Heads-up Displays (HUD), Primary Flights Displays (PFD), Multi-Function Displays (MFD), digital map overlays and UAS ground station controls among others for the last several decades.
VAPS XT is a Full-featured software tool for rapid development of interactive graphical HMI displays for avionics, embedded applications & safety critical systems.
VAPS XT is a complete, object-oriented C++ avionics software development tool for all types of avionics cockpit displays, including ARINC 661.
Features:
1. Rapid prototyping and simulation
➢From concept to deployment with single model
➢Integration into simulation development environments
2.Multitouch gestures deployable to any system
3. HMI animations with user defined velocity curves
4. Support for large area screen management
➢Window and screen management
➢Multiuser HMI display development
5. Video streaming, live video and blending
➢FACE compositor Support
6. Code generator supporting deployment to virtually any 32-bit or 64-bit environment with TQL-1 Tool and no runtime fee
7. Performance monitoring allowing optimization of designs
8. Direct support for OpenGL ES and SC specification
Industry Standards supported by VAPS XT:
•AS9100,
•ARINC 661
•ARINC 661 Part 2 Model
•FACE
•OpenGL ES, SC1.01 & SC2.0
•DO-178C
•DO-330
DESMO - PACE preliminary design solutions build on a best-in-class software platform for model-based design, which supports you from design space exploration to design automation.
PACE generic platform for model-based, multi-disciplinary design, which supplies the basic functional and procedural infrastructure for the modeling, analysis, sizing and optimization of complex engineering systems. Provides unique modeling and analysis capabilities.
DESMO (formerly APD & SysArc):
Extends the platform with domain-specific functionality for preliminary aircraft design. Supports the evaluation of conventional & non-conventional configurations.
Adds a further functional layer for systems architecture design. Enables investigations and trade-offs at the aircraft level.
WEAVR an Extended Reality Platform supports a seamless adoption of XR Technology at scale with ease by large organizations. Whether it's a high-tech manufacturing facility seeking an efficient and safe environment while upholding quality and maintenance standards, or a aerospace company aiming to enhance worker safety and proficiency through XR technology, our platform is designed to meet diverse needs.
WEAVR is a comprehensive, no-code visual drag-and-drop tool empowering industrial companies of all sizes to create, scale, and manage premier XR training experiences. WEAVR provides an open architecture composed by a set of modules including an editor platform, a Cloud application for collaboration and content management as well as a player powered by XR technology (augmented, mixed and virtual reality).
Integrated with AI, it simplifies application development through drag-and-drop functionality, a multi-language management portal, and centralized, device-agnostic application execution capabilities.
We support organizations in their transformation by enabling the adaptation of XR technology across all segments and departments, making it feasible to deploy throughout the entire organization to meet specific needs.
We are supporting companies from following industries in enhancing and developing their workforce for industry specific skills, in re-skilling, in upskilling, in innovation, for safety, in collaboration, in running efficient operations and production, in identifying anomalies, in knowledge transfer or many more usage of XR technology by transitioning to virtual environments tailored to their specific needs