Development Proposal: Private
Telemetry Dashboard for Daikibo
Factories
Overview
This proposal outlines the design, development, and deployment of a private telemetry
dashboard for Daikibo Corporation. The goal of this project is to create a centralized and secure
platform that allows Daikibo's internal teams to monitor the health status of machinery
operating across their four major factories. Each of these factories houses nine machines, and
their operational efficiency is critical to the success of Daikibo's manufacturing output.
The proposed system will function exclusively within Daikibo’s corporate intranet, ensuring that
no external access to sensitive operational data is possible. Authentication will be fully
integrated with the company’s existing internal authentication server, enabling all authorized
personnel to log in using their standard credentials. This eliminates the need for additional
accounts or passwords, improving ease of access while maintaining security standards.
The user interface will be designed as a single-page application, providing real-time status
indicators for all machines. Users will have the ability to expand or collapse views at both the
factory and individual machine levels. This not only enhances usability, but also allows for quick
identification of potential issues or areas requiring maintenance attention. The system will also
include access to a historical log of machine statuses, giving users insight into past performance
and trends.
Scope
The scope of this project includes the complete development of a responsive, secure, and
intranet-accessible telemetry dashboard with the following core features:
- Secure access restricted to Daikibo’s internal network, ensuring operational data is not
exposed to the public internet.
- Authentication integration using Daikibo’s internal directory (such as LDAP or Active
Directory), supporting single sign-on capabilities.
- A streamlined, single-page layout displaying the real-time operational status of all
machines across all factories.
- Expandable and collapsible interface sections to drill down into specific factory and
machine statuses.
- A detailed historical log for each machine, showing status changes with corresponding
timestamps.
- Fully responsive design compatible with desktops and internal tablet devices typically
used on factory floors.
- System architecture built using stable and scalable technologies, making it easy to extend
in the future.
Estimate
The estimated effort required to deliver this project is approximately 140 man-hours. The
breakdown is as follows:
Activity Estimated Hours
Requirement Analysis and Planning 10
Frontend Development (UI/UX and Dynamic 45
Interface)
Backend Development (API, Data Handling, 35
Integration)
Authentication Integration and Security Setup 10
Testing, Bug Fixing, and QA Process 20
Deployment within Intranet Environment 10
Documentation and Final Handover 10
Timeline
The development timeline is planned over a four-week period. Each week is focused on
achieving specific milestones to ensure smooth and timely delivery:
1. Week 1: Conduct a detailed requirements gathering session, finalize system design, and
define APIs and data structures.
2. Week 2: Start core frontend and backend development. Implement dashboard layout,
component structure, and basic device data rendering.
3. Week 3: Complete integration of authentication system. Add collapsible interface logic and
begin capturing historical device status.
4. Week 4: Perform thorough testing and QA. Resolve bugs, deploy on internal network, and
deliver documentation and usage guidelines.
Support
Daikibo can rely on our team for reliable post-deployment support. We aim to ensure that the
dashboard remains operational, secure, and capable of growing with the company’s needs.
Our support services include:
- A 30-day post-deployment period of complimentary bug fixes and performance tuning.
- Responsive support through email or ticketing system with replies within 24 business hours.
- Options for future development including the addition of analytics, notifications, or integration
with other enterprise systems.
We are committed to maintaining a high standard of code quality, user experience, and
operational uptime throughout the lifecycle of this product.
