[PRO Intellect Technology PRO 57 User Manual Download
Rancul Ratha
Winnebago Industries, a leading RV manufacturer, struggled with manual processes and limited visibility. Seeking a game-changing solution for their quality management systems, Tae Banack, the visionary Quality Systems Manager, led the way. The problem was clear: outdated workflows and fragmented information. The solution? Intellect's no-code platform, offering flexibility, scalability, and seamless mobile integration. With 18 implemented apps, including Supplier Qualification and CAPA, Winnebago underwent a paradigm shift. Real-time data and streamlined processes translated to enhanced supplier performance and organizational accountability. Intellect not only met Winnebago's needs but opened doors to endless possibilities. The journey continues as Winnebago plans to expand with Intellect, revolutionizing employee training and suggestion programs.
Mrieux NutriSciences is dedicated to helping companies worldwide find practical solutions to today's food safety, quality and nutrition challenges throughout the supply chain. The company was challenged with a paper-based document system. It prompted them to look for an off-the-shelf solution that helped them eliminate manual paper-based processes.
In this whitepaper, Intellect explores how artificial intelligence (AI) is revolutionizing Quality Management Systems (QMS). From the evolution of QMS to highly configurable, cloud-based solutions, the paper highlights practical AI applications within Intellect's QMS platform, enabling efficient document management and real-time reporting. Emphasizing data security, the paper assures users of confidentiality. Intellect's AI-powered QMS stands as a cutting-edge solution, ensuring organizations stay ahead with enhanced efficiency and continual improvement in quality management.
21 CFR Part 11 Compliance ensures that companies and organizations implement good business practices by defining the criteria under which electronic records and signatures are accurate, authentic, trustworthy, reliable, confidential, and equivalent to paper records and handwritten signatures on paper.
When faced with an issue, you will need a well-built and effective CAPA Plan. CAPA is a corrective and preventive action plan. It is a quality management strategy used to identify systematic issues to solve and ensure that reoccurrence is unlikely. If you have a production, manufacturing, distribution or testing industry you will need a CAPA Plan. In this paper, you will find your guide to help you build the most effective CAPA Plan. It is easy to implement and allows you to spend less time solving issues that occur as well as save money.
Powered by Internet of Things-reliant devices and web applications capable of processing unprecedented amounts of data, this is a revolution that will touch every industry and seismically shift the way we live, work, and interact with one another.
OSHA Certified Safety & Health Officer can surprise you with an inspection at any time and in any establishment of your organization. You are rarely given an advanced notice of an inspection visit from a CSHO. Therefore, it is so important to be always ready and have the people, policies, and procedures in place. This checklist document will help you be ready for an OSHA inspection and ensure that any inspection you may face goes without any risk of discrepancies and fines.
The QMS build vs. buy decision-making hinges on the value a company sees in building and owning a custom QMS and the cost of ownership over the QMS's lifecycle versus the
ease of using a quickly deployable and proven QMS solution that can be customized.
Golfers desire insights, data and analytics to make informed on course decisions and therefore improve their golf game. Solutions are outdated and include manual entry of data into mobile devices or physically recording data using paper and pencil. The propose of the Shot Scope Technologies Data Intellect project is to deliver a unique software solution for golfers that utilises GNSS technology and mobile phone senor technology to deliver an automatic performance tracking system that works in the background to collect data during play. The golfer is then provided with key insights, statistics, coaching and caddie platforms therefore dramatically increasing engagement on the Shot Scope platform.
Golfers worldwide seek to gather performance tracking information to better understand, influence and improve their golf game. Gathering performance data manually is both time consuming and rigorous. The technology developed under the Golf Data Intellect project allows golf performance data to be automatically collected during play. Worldwide golfers will have access to technology to both collect and review personal performance data. The golfer can then use the performance data to deliver focused improvements in his or her golf game. The technology can be further utilised to deliver engagement through data with different groups of golfers; friends, club members or golfers playing at the opposite side of the world. Initially Shot Scope plans to focus on deploying the technology in the UK and USA golf market. Both significant target markets where golf is an extremely popular sport.
The key significant challenge of the project is development of technology to accurately and automatically collect performance data. The collection of data automatically is challenging with a wide array of variable and accuracy of satellites due to poor weather conditions can result in putting data. This is primarily due to the close proximity of putting data which at times can be less than two feet between shots.
The technology delivers analytical, statistical and insightful performance data that specifically relates to the golfers own performance. The information is broken down into high level and detailed statistics for every key area of a golf game; tee shot, approach shot, short game, sand save percentage and putting. The value of the data is that a golfer can self-analyse his or her game to identify strengths and weaknesses then work on improving performance trough practise or better on course decisions. Once collected and processed the data can be further used to create social engagement between user groups of golfers worldwide.
Shot Scope utilises satellite imagery to display golf shots mapped on an overhead view of the golf course. The course map image is provided via Shot Scopes proprietary course map database that holds 40,000 courses mapped meter by meter. To guarantee a high level of course map imagery and accurate latitude longitude data Shot Scope sources satellite map imagery from multiple suppliers.
The Shot Scope Golf Data Intelect project completed in March 2022. Successfully delivering both commercially viable technology that is currently being used by 85,000 golfers globally and MVP technology that successfully completed tests with trials partners leading to valuable feedback, a long-term relationship and potentially future commercial relationship.
The ESA project and features delivered under the project objectives have helped Shot Scope increase number of product users from 20,000 to 85,000 in 18-months and increase revenue by 400% in the same time window. This fast growth has allowed the company to commence plans to recruit x4 new software developers and x1 new commercial position in the next 3 to 6 months.
The period of growth has helped the company commence plans to scale internationally. Including partnerships with media, data and retails partners in the USA, a partnership with a distributor in Japan that resells to the largest golf retailer in Japan and use of Shot Scope products in 160 different countries worldwide.
APH's Crossword is an accessible cross-platform web app that employs universal design concepts to provide effective tools for solving crossword puzzles with a screen reader. It runs inside your browser and can load puzzles from multiple sources like the Los Angeles Times -crossword
Consisting of a grid of squares in which the solver enters answers to clues that go either across or down, crossword puzzles stimulate the intellect through clue interpretation, research, and fact finding. A typical puzzle includes two lists of numbered clues, one for answers that go across the grid (horizontal), and one for answers that go down (vertical). The grid contains blank and black squares. The answers are entered in the blank squares. The beginning of a clue is denoted by a blank square with a number indicating the clue for that answer. The number can refer to either an across clue, a down clue, or both.
On paper, crossword puzzles provide portable, instant distraction, enlightenment, and stimulation. On a computer or mobile device, they are easier to obtain and manipulate, and supplementary tools and connections to other aficionados or clubs for the serious solver abound. Best of all, the digital interface includes the possibility of accessibility.
To provide feedback and participate in discussions about Crossword subscribe to the email list by sending a blank email to pz-sub...@tech.aph.org. To send messages to the list, use p...@tech.aph.org. There is also a Feedback button in the About dialog.
If you want to participate in beta testing, subscribe to the beta list by sending a blank email to pz-beta-...@tech.aph.org. Send messages to this list by addressing them to pz-...@tech.aph.org.
As you activate a clue in one of the lists of clues, the app highlights the first square of the answer clue in the grid and moves the focus to that location to begin typing. As you type, the app automatically moves the cursor to the next square.
Various options exist to check the solution to the puzzle. If there are no errors detected, a bell sound plays. If errors are detected, an buzz sound plays and the incorrect letters are shown in red. As you navigate the grid, incorrect letters are announced. When an incorrect letter is deleted or replaced, its status returns to normal regardless if the change is correct or incorrect.
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