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i need to to monitor a real time patient intravenous drip system in each wards to a s...

  • features; backend database, frontend web display, wards beds status, bedwise sign indicator (normal and abnormal ) red and green, patient registry resets option security system, simple features for installation

1. **Platform Purpose:** The primary goal of the online art gallery is to create...

  • It should have register and login page for both artist and customer,all categories that are available for e-commerce website and it should be attractive one

The purpose is to monitor Student doing an OJT at our facilities. The purpose is to m...

  • User Account = ( People who will time in, take a break, and who time out Admin = ( Admin will view the data of who times in, who takes a break, and who times out ) In - Records - a button that will record the when the user time in Break- Records - a button that will record user when the user takes break Out - Records - a button that will record the when the user who time out Notification - ( When the User time in but late it will notify the user that he/she are late , Admin = ( Admin will view the data of who times in, who takes a break, and who times out )

A website wher user serch his Schlorship eligibility and aplly schlorship, and log in...

  • this web site fetures user can not try to find any website to apply his schlorship and he can visit our website and he go direct whose web vaya our web site. obbyesly smoot work no bad habit

There should be a system / portal for gathering of on the spot information during roa...

  • As technology evolves and user needs change, it's essential to anticipate future features that can enhance the functionality and usability of the on-the-spot information gathering system during road accidents. While specific requirements may vary, here are several features that could be considered for future development: 1. Advanced Mapping and Location Services: Enhance the mapping component with advanced features such as real-time traffic data, route planning, and accident heatmaps. Integrate with geospatial databases for improved location accuracy. 2. Automated Incident Severity Assessment: Implement machine learning algorithms to automatically assess the severity of an accident based on available data. Provide instant insights into the potential impact on traffic, emergency response requirements, and potential injuries. 3. Predictive Analytics for Accident Prevention: Use historical data to implement predictive analytics models that identify high-risk zones and times. Provide recommendations for preventive measures to reduce the likelihood of accidents. 4. Multilingual Support: Implement support for multiple languages to cater to a diverse user base. Ensure that language barriers do not hinder the reporting and understanding of accidents. 5. Augmented Reality (AR) for Accident Scene Documentation: Integrate AR features to assist users in documenting accident scenes more accurately. Allow users to overlay accident-related information onto the real-world scene. 6. Integration with Wearable Devices: Allow users to report accidents or emergency situations using data from wearable devices, such as smartwatches. Capture health-related information for individuals involved in accidents. 7. Enhanced Insurance Claim Submission: Facilitate the submission of insurance claims directly through the platform. Streamline the communication between insurance providers and users for quicker resolution. 8. Social Media Integration: Allow users to share anonymized accident data on social media for broader awareness. Integrate social media analytics to identify trends and public sentiment related to road safety. 9. Offline Reporting Mode: Enable users to submit basic accident information offline, with the system automatically syncing data when an internet connection is reestablished. 10. Voice Recognition and Dictation: Implement voice recognition features for hands-free data input during an accident. Enable users to provide information through voice dictation, enhancing accessibility. 11. Customizable Dashboard: Allow users to customize their dashboards based on their roles and preferences. Provide widgets for quick access to frequently used features. 12. Blockchain for Secure Data Integrity: Explore blockchain technology to enhance data security and integrity. Use blockchain for transparent and tamper-resistant recording of accident details. 13. Integration with Emergency Services: Collaborate with emergency services to improve response times and coordinate efforts during accidents. Enable direct communication between the platform and emergency service providers. 14. Public Education and Awareness Modules: Develop modules for public education on road safety, accident prevention, and the importance of accurate reporting. Integrate gamification elements to make education engaging. 15. APIs for Third-Party Integrations: Develop APIs that allow third-party developers to integrate their tools or services with the platform. Encourage the development of additional features through partnerships. 16. Accessibility Features: Implement accessibility features to ensure the platform is usable by individuals with disabilities. Comply with accessibility standards to make the platform inclusive. 17. Offline Access to Documentation: Provide downloadable accident documentation forms that users can fill out offline and submit when online. 18. Dynamic Forms Based on Accident Type: Customize reporting forms dynamically based on the type and severity of the accident. Streamline data entry for different scenarios. 19. Automatic Notifications and Alerts: Implement automated notification systems for users involved in accidents, keeping them informed of the status of their reports. Send alerts to relevant authorities based on the severity of the accident. 20. Community Forums and Support Groups: Establish community forums and support groups within the platform for users to share experiences, insights, and support each other. 21. Integration with Smart City Initiatives: Collaborate with smart city initiatives to contribute to overall urban planning and safety efforts. Share data with relevant city departments for comprehensive city management. These suggested features aim to enhance the functionality, accessibility, and effectiveness of the on-the-spot information gathering system during road accidents. It's important to prioritize features based on user feedback, technological feasibility, and the evolving needs of the community and stakeholders. Regular updates and improvements will contribute to the long-term success of the platform.

Pathology and diagnostic test booking online. for a multi location medical centre. P...

  • 1. Eye catching front end and UI 2. Diagnostic test book and payment gateway 3. Google map integration 4. backend for data update 5. phlebotomy assignment and phlebotomy (Blood Collection person) App 6. billing 7 report uploading from the back end

Purpose: [Job Portal Name] is designed to [briefly describe the main purpose of the j...

  • 1. Advanced Job Search and Matching: Description: Our job portal employs state-of-the-art algorithms to match job seekers with relevant job openings based on their skills, experience, and preferences. Benefits: Saves time for both employers and job seekers by ensuring accurate matches. Increases the likelihood of finding the perfect fit for each role. 2. Intuitive User Profiles: Description: Users can create detailed profiles, highlighting their professional background, skills, and achievements. Benefits: Allows employers to make informed decisions when reviewing candidate profiles. Enables job seekers to present a comprehensive picture of their qualifications. 3. Customizable Job Postings: Description: Employers can create tailored job listings with specific details, including roles, responsibilities, and requirements. Benefits: Attracts candidates who closely match the desired qualifications. Provides clarity to job seekers about the expectations of the role. 4. Communication and Messaging: Description: A built-in messaging system facilitates direct communication between employers and job seekers. Benefits: Streamlines the hiring process by enabling real-time communication. Allows for efficient coordination of interviews and feedback. 5. Application Management Tools: Description: Employers have access to tools for efficiently managing and reviewing job applications. Benefits: Simplifies the hiring process by organizing and categorizing applications. Supports effective screening and shortlisting of candidates. 6. Analytics and Insights: Description: Robust analytics tools provide employers with insights into the performance of their job postings. Benefits: Helps employers assess the effectiveness of their recruitment strategies. Informs data-driven decisions for optimizing future hiring processes. 7. Networking Opportunities: Description: The platform offers features for professionals to connect and network with each other. Benefits: Expands professional networks for job seekers. Enhances employer branding and industry presence for companies. 8. Career Resources and Education: Description: Access to a repository of career resources, educational materials, and industry insights. Benefits: Empowers job seekers with knowledge and tools for career development. Assists employers in staying informed about industry trends. 9. Responsive Design: Description: The platform is designed with a responsive interface for seamless use across various devices. Benefits: Allows users to access the job portal anytime, anywhere, enhancing user convenience. 10. Privacy and Security Measures: Description: Stringent privacy and security measures are in place to protect user data and ensure confidentiality. Benefits: Builds trust among users, assuring them of the safety of their personal information.

Hello, We are a creative agency that frequently collaborates with creators and actor...

  • If you have experience with database development, user interface design, and can create a seamless and efficient platform, we would love to discuss this project with you. Please include examples of similar projects you've worked on, your proposed approach, and an estimated timeline.

The primary goal of the stock management system is to ensure the efficient management...

  • Detailed Inventory: The system allows businesses to maintain a comprehensive database of all the items in their inventory. This includes information such as item name, quantity, price, supplier, and manufacturing date. Advanced Search and Filtering: The software enables users to search for specific items and filter the results based on various criteria, such as item name, category, or supplier. This feature ensures a smooth and efficient navigation of the stock inventory. Multi-User Support: The system is designed to support multiple users, each with different levels of access and permissions. This ensures that different team members can access and manage the stock inventory without any conflict or hindrance. Automatic Reorder Alerts: The software can automatically generate reorder alerts for low-stock items, helping businesses stay ahead of potential stock-outs and replenish their inventory in a timely manner.

To solve metropolitan area on how to manage waste in metropolitan area to manage and...

  • To solve metropolitan area on how to manage waste in metropolitan area to manage and control waste in an area, to keep the area clean and waste free from the area, The system also solve billing system and manage user from the, generate billings receipt for the user . To provide and schedule time when to collect waste and also to identify waste type Collect garbage Add user Manage waste Manage users Admin

To write a complete an online application using Python code with the required linked ...

  • Business System that allows people worldwide to view tourist attractions and be able to book reservation and flights for visitation. User Interface: You can use a web framework like Flask or Django to create the user interface. Design and implement web pages to display tourist attractions, allow users to select attractions, make reservations, and handle payments. Use HTML, CSS, and JavaScript to create an interactive and visually appealing user interface. Database: Choose a database management system like MySQL or PostgreSQL to store data related to tourist attractions, reservations, payments, etc. Design the database schema with appropriate tables and relationships. Use SQL queries or an ORM (Object-Relational Mapping) library like SQLAlchemy to interact with the database from your Python code. Tourist Attractions: Create a data model for tourist attractions that includes attributes like name, description, location, price, etc. Store the tourist attraction data in the database. Implement functionality to retrieve and display the list of attractions on the website. Payments: Implement payment processing using a payment gateway API like Stripe or PayPal. Allow users to choose between paying the full amount upfront or in installments based on their selection of tourist attraction. Handle payment verification and update the reservation status accordingly. Reservations and Transportation: Create a data model for reservations that includes attributes like user details, selected attraction(s), dates, transportation preferences, etc. Store reservation data in the database. Implement functionality for users to make reservations and select transportation options if needed. Flights/Transportation: Integrate with flight booking APIs or other transportation services if required by your application. Allow users to search for flights or other transportation options based on their selected destination and dates. Remember that this is just an outline to get you started. You'll need to dive deeper into each step and write the actual code to implement the functionality. Good luck with your project!

I will give my tables and ER diagram and workflow and sometimes a protype for exampl...

  • All the basic work flows of a double entry system . suppose I have one table , you create a crud functionality to it and create a query i will give a sample query and a report based on the query. For this how much will it cost

User Engagement: Increase user engagement and interaction by providing a platform tha...

  • User Profiles: Allow users to create and customize their profiles with profile pictures, cover photos, and personal information. News Feed: Display a personalized feed of content, including posts, photos, videos, and updates from friends, groups, and pages that users follow. Posting and Sharing: Enable users to create and share various types of content, such as text, photos, videos, links, and articles. Provide options for tagging friends, adding location information, and setting privacy preferences. Likes, Comments, and Shares: Allow users to engage with posts by liking, commenting, and sharing them with their network. Notifications for interactions on users' posts can enhance engagement. Messaging and Chat: Offer private messaging features to facilitate direct communication between users, including one-on-one chats and group conversations. Consider features like read receipts, emojis, and file sharing. Groups and Communities: Provide users with the ability to create or join interest-based groups or communities. These spaces foster discussions, shared interests, and collaboration among like-minded individuals. Notifications and Alerts: Notify users about relevant activities, such as new friend requests, comments on their posts, mentions, and upcoming events. Allow users to customize their notification preferences. Event Management: Enable users to create, promote, and RSVP to events, both online and offline. Include features for event details, ticketing, location information, and event discussions. Privacy and Security: Implement robust privacy settings to allow users to control their information, including who can see their posts, profile, and personal details. Ensure secure handling of user data and employ measures to prevent unauthorized access. Search and Discovery: Provide a search functionality to help users discover friends, groups, pages, and trending topics. Offer recommendations based on users' interests, connections, and past activities. Multimedia Integration: Support media-rich content by allowing users to upload and share photos, videos, and audio clips. Provide options for editing, filters, and tagging. Trending and Hashtags: Highlight popular topics and hashtags to encourage user engagement and discoverability of relevant content. Implement algorithms to showcase trending posts and topics. Analytics and Insights: Offer users access to statistics and analytics about their profile and posts, such as views, engagement, and audience demographics. These insights can help users understand their impact and improve their content strategy. Mobile Optimization: Ensure the platform is mobile-friendly and provides a seamless user experience across devices, including responsive design, native mobile apps, and push notifications. Integration with Other Platforms: Enable users to connect their social media accounts with other platforms, such as email, messaging apps, and third-party services, for seamless sharing and cross-platform interactions.

I require the source code of something similar to brightlocal, localviking and leadsn...

  • A way to schedule reports, view past reports and download them as a pdf file. It would also need to have a way for people to login and set up login details from an admin panel.
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