#EPD data

[asestimationsconsultants]

Meeting Circular Economy Demands Through an Industrial Estimating Service

Introduction As industries evolve to meet sustainability goals and reduce environmental impact, the principles of the circular economy are gaining momentum. A circular economy emphasizes keeping materials in use, minimizing waste, and designing for recyclability. While these values are often discussed at the design and policy level, they also have a direct influence on cost planning and project feasibility. Industrial estimating services are increasingly being called upon to factor circular economy considerations into their cost models, enabling smarter resource use and long-term value recovery.

Understanding the Circular Economy in Industry In contrast to the traditional linear model of "take, make, dispose," the circular economy focuses on extending the life cycle of materials and products. This includes strategies like reuse, remanufacturing, recycling, and designing out waste. For industrial projects, this may involve selecting recyclable materials, designing modular components for easy disassembly, or budgeting for end-of-life recovery processes.

These strategies aren’t free — they come with specific costs and trade-offs that need to be identified early. That’s where an industrial estimating service becomes indispensable.

The Expanding Scope of Estimating Services Traditionally, industrial estimating services focused on materials, labor, and equipment to forecast initial capital expenditures. However, the move toward circular design and sustainability has added new dimensions to the estimating process. Modern estimating services must now account for:

Lifecycle Costing: Estimating not just the upfront costs but also maintenance, repair, and recycling costs.

Material Recovery Value: Including the future resale or salvage value of materials in cost plans.

Sustainability Incentives: Factoring in subsidies, tax credits, and compliance costs for meeting green certification standards.

Modular and Flexible Design: Costing for structures that allow easy upgrades, relocations, or disassembly.

Cost Implications of Circular Economy Design Choices Incorporating circular strategies into industrial projects may increase costs in one phase but reduce them significantly in others. For example, using modular steel components might be more expensive than cast-in-place concrete initially, but the steel can be recovered and resold after the facility’s lifespan ends.

An industrial estimating service evaluates these trade-offs to help clients make informed decisions. These services use sophisticated modeling techniques to compare multiple scenarios — traditional linear construction vs. circular design — to demonstrate the financial and environmental impacts over time.

Leveraging Data for Circular Metrics To support circular economy goals, estimators rely on specialized databases that provide:

Environmental Product Declarations (EPDs): Which offer data on material sustainability.

Recyclability Ratings: For common industrial components and systems.

Deconstruction and Salvage Cost Benchmarks: Allowing precise planning for eventual material recovery.

Carbon Cost Multipliers: Quantifying the cost of embodied carbon emissions for different materials.

These inputs help estimators develop comprehensive cost models that align with both project budgets and sustainability mandates.

Industrial Use Case: Circular Design in a Manufacturing Plant Consider a manufacturing company planning to build a new facility with a 25-year operational life. The client wants to explore circular economy principles to support their ESG (Environmental, Social, and Governance) commitments. The industrial estimating service analyzes options like recycled steel framing, modular wall systems, and demountable interior components. They compare initial costs, lifecycle values, and the estimated salvage worth of components after decommissioning.

Although the circular design has a 12% higher upfront cost, the estimator shows that long-term savings from lower maintenance and higher salvage value reduce the net lifecycle cost by 18%. These insights help the client justify the upfront investment to stakeholders and comply with environmental regulations.

Aligning with Stakeholder Expectations Government bodies, investors, and clients are increasingly favoring businesses that integrate circularity and sustainability into their operations. An industrial estimating service ensures that these objectives are baked into the budget from day one, improving project transparency and attracting eco-conscious investors.

Estimators also help with reporting and documentation required for:

Green building certifications like LEED or BREEAM

Corporate sustainability audits

Government grant applications tied to environmental goals

Challenges and Opportunities Meeting circular economy demands can be complex due to lack of standardized cost data, varying regional regulations, and supply chain uncertainty for recycled materials. However, estimating services that invest in robust data systems and cross-disciplinary collaboration can turn these challenges into competitive advantages.

By being early adopters of circular metrics, these services position themselves as valuable partners for future-focused industrial projects.

Conclusion As industries transition to more sustainable models, the role of an industrial estimating service is expanding beyond cost control to strategic sustainability alignment. By integrating circular economy principles into the estimating process, these services enable better financial planning, resource efficiency, and environmental compliance. They not only help meet today’s project demands but also contribute to building a more responsible and regenerative industrial future.

[darkmaga-returns]

Germany’s snap election is just around the corner, and the elites from parties making up the caretaker government (but not only) continue to exhibit a high degree of contentious behavior, with X and Elon Musk being a favorite target.

Now we have two NGOs – Society for Civil Rights (GFF) and Democracy Reporting International (DRI) – suing X for allegedly refusing to disclose its data, that would have helped them “track election disinformation.”

The two groups are citing the EU’s (online censorship law) DSA, saying that X is violating it by withholding the data they are demanding to have access to.

GFF and DRI have at least one thing in common – according to their websites, George Soros’ Open Society Foundations are among their donors (in DRI’s case, this is through membership in the European Partnership for Democracy (EPD) network.

[lazeecomet]

HATEHATEHATE microsoft edge and how it and google are just getting in the way of anything web legacy

So there is this device at work. its called an EPD. the name is not important. all you need to know is that it has an IP address 192.168.X.XXX that you need to connect to it in order to get data.

for whatever reason the company that makes it just hasnt updated the UI or interface since 2005 because this thing does NOT work on modern browsers.

well.... it works mostly that is. except for the chart. it can display a realtime graph of Important Data that i need to look at in order to calibrate it. the chart does not work in edge. it does not work in chrome

it needs java

AND NOT ONLY THAT

it needs ActiveX Controls

BUT NOT ANY NORMAL ONES.

Noooooo it has to pretend to be a website to download you an unsigned ActiveX Control driver? extension? IDK what it is but you need to install it.

but we are getting ahead of ourselves here. suffice it to say, the computer that would NORMALLY display this chart got reformatted and now it cant. so i used my laptop

so i opened Interet Explorer because that is the program that works

Edge opens the MSN homepage instead.

thats not what i want. i tried Edge. it cant display the graph. I open Internet Explorer again

edge opens another MSN homepage window

i install google chrome. it also doesnt work. they are both chromium after all. i try to install firefox. its blocked on the network. i need to prevent edge from closing IE

with a little google-fu i rename my BMO or whatever folder in my edge folder to prevent it from openening Edge when i want IE

it doesnt work

i do some more google-fu and disable my extension settings to prevent the BMO thing

another MSN homepage opens

I start digging into the forums on HVAC websites because these guys are having the same problem only with AC units. I find it. I have to create a VSB file that force opens the website with edge. cool.

whats a VSB file?

after an hour of fucking around just TRYING to OPEN IE so i can use the browser that can display the chart i have created a VSB file that OPENS IE ON THE IP ADDRESS OF THE EPD UNIT

the graph doesnt work. i need java

the java webpage doesnt load on ie

i download it with chrome

still doent work. i have to enable it in my extensions from IE

THE GRAPH DOES SOMETHING!

it asks me to download something. i say yes

edge tells me it blocked an unsighed ActiveX Controls program from running.

what the fuck is ActiveX Controls? can i download it somewhere else?

NOPE! its backed into IE. you gotta go into your internet settings and basically turn off all your security or add the website to your list of trusted websites

my trusted website list is controlled by IT. i cant change it. the weakest settings i can enable still result in the program being halted.

i have apparently generated several dozen automatic support alerts as every time i try and run it it sends a warning to IT that i am accessing a potentially dangerous site

its taken me 2 hours and i have not even started calibration.

i am forced to do the backup method of just blindly assuming everything is working and downloading the CSV file later. this too ends up not working but for reasons i will have to figure out tomorrow. the data is there but the math is wrong.

fucking hate edge and its backwards incompatiblity

[woodflooringuk]

Brand Spotlights: Why Tarkett Vinyl Flooring Is a Go-To for Commercial Spaces

Brand Spotlights: Why Tarkett Vinyl Flooring Is a Go-To for Commercial Spaces

Author, Written by:  Bledy (Installation Expert and Technical Writer)

When it comes to commercial flooring, performance matters—but so does design. That’s why Tarkett vinyl flooring has become a trusted name across a wide range of industries, from healthcare and hospitality to retail, education, and office interiors. Combining durability, sustainability, and visual flexibility, Tarkett has earned its reputation as a go-to choice for commercial designers and facility managers alike.

Let’s explore what makes Tarkett vinyl flooring such a standout in commercial environments—and why it continues to lead the pack in 2025.

1. Built for High-Traffic Performance 🛠️

Commercial spaces demand flooring that can take a beating—think constant footfall, wheeled traffic, and frequent cleaning. Tarkett’s vinyl collections are engineered specifically for these challenges.

✔ High abrasion and impact resistance ✔ Available in heterogeneous and homogeneous vinyl formats ✔ Designed for long-term wear in high-traffic areas ✔ Offers excellent dimensional stability and indentation resistance

🧼 Bonus: Many products come with Tarkett’s TopClean XP™ surface treatment, making maintenance fast and cost-effective.

2. Design Flexibility That Enhances Every Environment 🎨

Function is essential, but aesthetics matter too—especially in spaces where branding, ambiance, or client experience is key. Tarkett doesn’t compromise on design.

✔ Wide range of colours, patterns, and textures—from subtle wood tones to bold abstract designs ✔ Seamless coordination across product lines for zoning, wayfinding, and visual flow ✔ Available in tiles, planks, and sheet formats to suit layout needs

🏥 Industry example: In healthcare, Tarkett vinyl can define patient zones, support infection control, and still offer a calming, natural look for healing environments.

3. Acoustic and Comfort Solutions for Busy Environments 🔇

In open-plan offices, schools, or multi-use commercial spaces, flooring plays a key role in sound absorption and underfoot comfort.

✔ Acoustic vinyl options with up to 19dB sound reduction ✔ Cushioned backing for improved ergonomics in standing zones ✔ Contributes to better acoustics in classrooms, offices, and hospitality settings

👟 Where it excels: Staff areas, corridors, hotel lobbies, or any space where sound control and comfort meet.

4. Sustainability as Standard 🌱

Tarkett is widely recognised for its commitment to sustainable manufacturing and circular design. Their goal? To make floors that not only perform—but protect people and the planet.

✔ Use of phthalate-free plasticisers and low-VOC materials ✔ Many collections are Cradle to Cradle® certified ✔ Tarkett offers floor recycling programmes across many regions ✔ Transparent product data with EPDs and HPDs available

♻️ Why it matters: Choosing Tarkett vinyl can help commercial projects earn points toward green building certifications like LEED and BREEAM.

5. Easy Installation and Lifecycle Support 🔧

Tarkett flooring is designed to simplify installation and long-term care, which helps reduce downtime and labour costs for commercial projects.

✔ Multiple installation methods (glue-down, loose-lay, click) ✔ Integrated skirting, transition strips, and wall solutions for a complete finish ✔ Long warranties and excellent technical documentation for specifiers

📦 Good to know: Their extensive network of support makes project planning easier—from small renovations to multi-site rollouts.

Popular Tarkett Vinyl Ranges for Commercial Use

iQ Granit & iQ Eminent: Homogeneous vinyl with unmatched durability and ease of maintenance—perfect for healthcare and education

iD Inspiration: A design-forward LVT range with realistic wood and stone looks for hospitality, retail, and office interiors

Acczent Excellence 80: A flexible and acoustic heterogeneous vinyl ideal for busy public spaces

Tapiflex and Safetred Ranges: For safety, slip resistance, and acoustic control in wellness and transport environments

Why Designers and Specifiers Choose Tarkett

✔ Proven track record in demanding environments ✔ Broad, integrated collections for multi-zone projects ✔ Sustainability baked into every product ✔ Backed by decades of research, innovation, and global reach

In short, Tarkett vinyl flooring hits the commercial sweet spot—where form meets function, and performance meets planet-friendly practice.

✨ Looking to specify Tarkett flooring for your next commercial project? We can help you select the best product for your sector, budget, and design goals.

About Author:

Bledy is a flooring installation expert with over 15 years of experience. He writes easy-to-follow guides and tips to help homeowners and professionals with flooring projects.

[climateintell]

Understanding EPD Environmental Product Declarations and Their Importance

Introduction

Sustainability has become a critical factor in modern industries, pushing companies to adopt environmentally responsible practices. One such approach is the use of an EPD environmental product declaration. This standardized document provides transparent information about a product’s environmental impact throughout its life cycle. As industries and consumers increasingly prioritize eco-friendly choices, EPDs play a vital role in sustainable development.

What Is an EPD Environmental Product Declaration?

An EPD environmental product declaration is a verified and standardized document that quantifies a product’s environmental footprint. It follows international standards such as ISO 14025 and EN 15804, ensuring reliability and consistency across different industries. Unlike marketing claims or green labels, an EPD provides objective data, helping stakeholders make informed decisions based on scientific assessment.

The process of creating an EPD involves conducting a life cycle assessment (LCA), which evaluates a product’s environmental impact from raw material extraction to disposal. The findings are then reviewed and verified by an independent third party before publication.

Benefits of an EPD Environmental Product Declaration

Transparency and Credibility Companies using an EPD demonstrate their commitment to environmental responsibility through independently verified data rather than generic sustainability claims. This increases consumer trust and strengthens a brand’s reputation.

Compliance with Regulations and Standards Many industries require products to meet strict environmental regulations. An EPD helps businesses comply with certification programs like LEED, BREEAM, and DGNB, making it easier for products to be specified in sustainable projects.

Competitive Advantage As sustainability influences purchasing decisions, companies with an EPD environmental product declaration gain a competitive edge over those lacking verified environmental data. This advantage is particularly significant in construction, manufacturing, and packaging industries.

Improved Environmental Performance The LCA process involved in creating an EPD helps identify areas where environmental impact can be reduced. Companies can use this data to enhance production efficiency, optimize material use, and minimize waste.

Support for Green Building and Sustainable Procurement Architects, contractors, and procurement teams increasingly rely on EPDs to select materials that align with sustainability goals. By providing clear environmental data, EPDs support the shift towards greener infrastructure and resource-efficient production.

Industries That Benefit from EPDs

Construction and Building Materials The construction industry heavily relies on EPDs to assess the environmental impact of materials such as concrete, steel, wood, and insulation products. Many green building certifications require EPDs as part of their assessment criteria.

Packaging Industry Sustainable packaging solutions are in high demand. An EPD environmental product declaration helps packaging manufacturers showcase the environmental impact of their materials, promoting eco-friendly alternatives.

Textile and Fashion With growing awareness of sustainable fashion, EPDs are becoming relevant for textile manufacturers. They help brands analyze the carbon footprint of fabrics, dyes, and production methods.

Electronics and Consumer Goods Tech companies and manufacturers of consumer products can use EPDs to track the life cycle impact of their products, ensuring better environmental performance and resource efficiency.

Conclusion

An EPD environmental product declaration is a powerful tool for businesses looking to improve transparency, meet sustainability regulations, and gain a competitive edge. By providing verifiable data on environmental performance, EPDs help companies reduce their ecological footprint and contribute to a more sustainable future. As industries continue to embrace green initiatives, the importance of EPDs will only grow, driving innovation and responsible production across multiple sectors.

[wirthconsulting]

Canon Working on Developing New CO2 Calculations; Also Receives EcoVadis Award

SuMPO EPD (Eco Leaf) environmental label Canon Inc. of Japan announced today that, in cooperation with Nidec Corporation of Kyoto, Japan, it’s calculated the CO2 emissions of its imageRUNNER ADVANCE DX C5840i1 office MFP, using, for the first time, Nidec’s CO2 emissions data for a specific part in the Canon product. For this MFP, Canon also disclosed the SuMPO EPD (Eco Leaf) environmental label,…

[mamayadav]

EPDS Bihar: A Comprehensive Guide to the Electronic Public Distribution System in Bihar

The Electronic Public Distribution System (EPDS) in Bihar has emerged as a crucial initiative aimed at transforming the food distribution network in the state. This system is designed to ensure that essential commodities such as rice, wheat, and kerosene are provided to eligible beneficiaries under various welfare schemes. The integration of technology in the distribution system has helped streamline the process, making it more transparent and efficient. In this comprehensive guide, we will explore the EPDS Bihar portal, its features, benefits, and how citizens can access it.

What is EPDS Bihar?

EPDS Bihar stands for the Electronic Public Distribution System in Bihar. It is an online platform that aims to digitize the entire Public Distribution System (PDS) in the state. EPDS is a government initiative under the National Food Security Act (NFSA), which aims to provide subsidized food grains to the economically weaker sections of society.

The system ensures that food grains are distributed efficiently to households through fair price shops (FPS) across the state. The introduction of the EPDS Bihar portal has helped improve transparency, reduce leakage, and enhance the overall functioning of the PDS.

Key Features of EPDS Bihar

EPDS Bihar comes with a wide range of features aimed at improving the efficiency of the food distribution system in the state. Some of the key features include:

Online Registration: The platform allows citizens to register themselves for ration cards online. This process eliminates the need for people to visit government offices and stand in long queues.

Transparency in Distribution: The system ensures that food grains are distributed efficiently through the Fair Price Shops (FPS) and allows beneficiaries to track their entitlements in real-time.

Ration Card Information: EPDS Bihar provides complete details about ration cards, including the types of cards (APL, BPL, etc.), the distribution status, and the list of eligible beneficiaries.

Real-time Data: The system captures real-time data about the distribution process, helping authorities monitor the movement of food grains from storage facilities to FPS. This minimizes the chances of pilferage or fraud.

Availability of Reports: EPDS Bihar generates reports that are accessible to the public. These reports contain detailed information about the beneficiaries, food distribution, and stock management.

Beneficiary Status: Through the portal, beneficiaries can check the status of their food distribution, ensuring they receive the commodities they are entitled to under government schemes.

Grievance Redressal: EPDS Bihar has a grievance redressal mechanism in place. If beneficiaries face any issues with ration card registration or food distribution, they can file a complaint through the portal, which will be addressed by the concerned authorities.

Benefits of EPDS Bihar

The implementation of the EPDS Bihar has brought about significant improvements in the food distribution system. Here are some of the benefits it offers:

Elimination of Fraud: By using biometric authentication and tracking systems, EPDS ensures that only eligible individuals can avail of the benefits. This has reduced the chances of fraud and misuse of resources.

Increased Accessibility: The online platform has made the process of checking and updating ration cards much easier. Beneficiaries can now check their entitlements, register, and even update their details without visiting government offices.

Transparency and Accountability: The digital system provides a transparent mechanism for food distribution. It helps government authorities keep track of the food grain distribution process, ensuring accountability at all levels.

Efficient Food Distribution: The system allows for more accurate forecasting of the food requirements of different regions, ensuring that food grains are distributed as per demand and minimizing wastage.

Time-Saving: The online process saves a significant amount of time for both the citizens and the authorities. Beneficiaries no longer have to visit multiple offices for updates and approvals.

Improved Delivery Mechanism: The system also facilitates better coordination between various stakeholders, including the government, Fair Price Shops, and beneficiaries, leading to improved food delivery across the state.

How to Register for EPDS Bihar?

The registration process for EPDS Bihar is simple and user-friendly. Here’s a step-by-step guide to help you get started:

Visit the Official EPDS Bihar Portal: Go to the official website of EPDS Bihar https://epds.bihar.gov.in.

Click on ‘Registration’: Once you’re on the homepage, click on the ‘Registration’ button. This will redirect you to the registration page.

Enter Your Details: Fill in the required details such as your name, address, Aadhaar number, mobile number, and other relevant information.

Verify Your Details: After entering your details, verify the information you have entered and submit the form. A confirmation message will be sent to your mobile number.

Ration Card Issuance: Once your details are verified and approved, a ration card will be issued to you. You will receive your ration card at your registered address.

How to Check Ration Card Status on EPDS Bihar?

You can easily check the status of your ration card and food distribution by following these steps:

Visit the EPDS Bihar Portal: Go to https://epds.bihar.gov.in.

Click on ‘Ration Card Status’: On the homepage, select the ‘Ration Card Status’ option from the menu.

Enter Your Details: Enter your ration card number, Aadhaar number, or other relevant details in the fields provided.

View Status: After entering the details, click on the ‘Submit’ button. The system will display the status of your ration card, including whether your ration is ready for collection.

EPDS Bihar Mobile Application

In addition to the online portal, the EPDS Bihar mobile application offers a more convenient way for beneficiaries to access services on the go. The app is available for both Android and iOS platforms and provides all the features available on the website, including registration, checking ration card status, and filing grievances.

Challenges Faced by EPDS Bihar

While the EPDS Bihar system has revolutionized the food distribution system, there are still some challenges that need to be addressed:

Digital Literacy: Not all citizens are familiar with digital tools. This can create a barrier for some people, especially the elderly and rural populations, in accessing the portal.

Technical Issues: Some users have reported issues with the website and app, such as slow loading times or difficulty in accessing certain features.

Dependence on Technology: The system relies heavily on technology, which can be problematic if there are power outages or connectivity issues, particularly in rural areas.

Conclusion

The EPDS Bihar system has undoubtedly been a game-changer in the way food distribution is managed in Bihar. By integrating technology into the Public Distribution System, the government has brought in greater transparency, efficiency, and accessibility. Though challenges persist, the overall benefits of the system are undeniable. As more people become aware of EPDS and as technology becomes more accessible, the system is expected to improve further, benefiting millions of citizens in Bihar.

[asestimationsconsultants]

How a Cost Estimating Service Can Drive Net-Zero Carbon Construction Goals

The global construction industry plays a pivotal role in achieving climate targets, with net-zero carbon construction becoming a strategic imperative. Cost estimating services, often viewed as purely financial tools, now serve a critical environmental function by guiding decisions that align budgets with sustainability. When embedded early in the planning process, these services become instrumental in advancing net-zero carbon goals.

Understanding Net-Zero Carbon Construction

Net-zero carbon construction refers to projects where the amount of carbon emissions generated is balanced by the amount removed or offset. This includes both embodied carbon—emissions from material production, transport, and construction—and operational carbon, which stems from the building’s energy use over time.

Cost estimating services help assess and compare low-carbon alternatives from the start, making it easier to make eco-conscious choices that don’t derail budgets.

Role of Cost Estimating in Carbon Accounting

A modern cost estimating service doesn’t just track dollars—it can also calculate carbon impact alongside financial cost. By incorporating data from Environmental Product Declarations (EPDs), lifecycle assessments (LCAs), and carbon benchmarks, estimators can:

Quantify embodied carbon in various material options

Compare high-performance systems with standard systems in both cost and emissions

Recommend budget-friendly alternatives that reduce carbon intensity

Provide carbon vs. cost trade-off scenarios during preconstruction

This dual-layer estimating process enables smarter, more balanced decision-making.

Key Features that Support Net-Zero Planning

Cost estimating services adapted for sustainability can offer the following features:

Carbon cost libraries, linking emissions data with unit pricing

Scenario modeling, allowing project teams to compare design options

Energy use forecasting, tied to MEP systems and building orientation

End-of-life cost projections, accounting for future deconstruction and material reuse

Real-time updates, ensuring carbon impacts are considered when value engineering occurs

These features empower project teams to treat carbon as a measurable and controllable component, just like cost.

Strategic Materials Selection

One of the most direct ways a cost estimating service can influence net-zero goals is through material selection. Estimators can guide teams toward:

Low-carbon concrete mixes, such as those with fly ash or slag

Mass timber and bamboo, offering carbon sequestration benefits

Recycled steel and aluminum, reducing embodied emissions

Bio-based insulation, replacing petroleum-derived products

These choices can be weighed not only for upfront cost but for long-term carbon savings, enhancing the project’s sustainability profile without exceeding budget.

Supporting Energy-Efficient Design

In addition to materials, cost estimators influence energy systems that affect operational carbon. This includes:

Evaluating costs for passive design strategies, such as thermal mass or daylighting

Comparing high-efficiency HVAC systems with baseline code minimums

Calculating ROI on renewables like solar panels and geothermal

Modeling long-term utility cost savings versus initial capital cost

Cost estimating services that integrate energy modeling give clients a clearer picture of payback periods, enabling more confident investment in green technologies.

Challenges and Considerations

Implementing a net-zero strategy with cost estimating support isn’t without obstacles:

Data variability in carbon values across suppliers and geographies

Resistance to unfamiliar materials or methods due to perceived risks

Higher upfront costs, even when lifecycle costs are lower

Team alignment, requiring all stakeholders to prioritize sustainability

Overcoming these challenges requires collaboration and a shift in mindset—from lowest bid to highest long-term value.

Real-World Applications

Net-zero carbon projects are gaining momentum globally, and many have relied on robust estimating processes to stay on track financially and environmentally. These include:

Government-funded civic buildings with strict emissions targets

Educational institutions aiming for long-term operational efficiency

Commercial developers using sustainability as a market differentiator

Each case demonstrates the role of accurate, sustainability-informed estimating in achieving ambitious environmental benchmarks.

Conclusion

Cost estimating services are no longer just financial calculators—they are sustainability enablers. As the construction industry moves toward net-zero carbon outcomes, integrating carbon accountability into cost estimating is essential. These services provide the transparency, precision, and guidance required to build responsibly and economically. In doing so, they help turn climate commitments into construction reality.

[basheeransari]

Case Study: Enterprise Product Development – Building a Truck Drivers Tracker System

 "An In-Depth Case Study on Developing a Scalable Truck Drivers Tracker for Streamlined Logistics Management"

In the fast-paced world of logistics, managing a fleet of vehicles and ensuring timely deliveries are critical for operational success. As technology continues to transform industries, the need for innovative tools that bridge the gap between drivers and managers has grown exponentially. This case study explores the comprehensive process of enterprise product development (EPD) through the creation of a Truck Drivers Tracker system, a solution tailored to address the challenges of real-time fleet tracking, efficient route planning, and seamless communication in the logistics sector.

The Truck Drivers Tracker system exemplifies how enterprise product development can transform industry-specific challenges into actionable results. Built using modern technologies such as JavaScript, React Native, SQLite, and APIs, the system delivers a robust and scalable solution for logistics management. By focusing on features that cater to both drivers and management teams, the system highlights the power of technology in enhancing operational efficiency and communication.

This case study outlines the seven key phases of EPD—from requirement analysis to deployment and scaling—showcasing the critical activities, deliverables, and technologies used at each step. Through a structured approach, innovative software, and user-centric design, the Truck Drivers Tracker system demonstrates how a scalable and reliable solution can address real-world needs while adapting to future growth and technological advancements.

Let’s delve deeper into this project to understand how it serves as a benchmark for enterprise-grade solutions in the logistics industry.

Phases of Development: Applying EPD Principles to the Truck Drivers Tracker Project

1. Requirement Analysis

The requirement analysis phase is crucial in identifying the core problems and objectives of the project. For the Truck Drivers Tracker, this phase focused on understanding and addressing inefficiencies in logistics operations, ensuring that the solution aligned with user needs and organizational goals.

Key Activities

Workshops and Interviews: Engaging with drivers and fleet managers through workshops and interviews to pinpoint pain points, such as inadequate navigation tools, lack of real-time updates, and poor communication between drivers and management.

Functional Requirements Documentation: Detailed documentation of essential features, such as GPS integration, task assignment updates, and real-time communication between drivers and managers.

Non-Functional Requirements: Ensuring the system’s scalability to handle thousands of concurrent users and robust security measures to protect sensitive data.

Technologies Used

Collaboration Tools and Project Management Software: Tools like Jira, Confluence, and Trello were used for efficiently gathering and managing requirements, ensuring smooth communication across teams.

Deliverables

Requirement Document: A comprehensive document outlining the essential features, including GPS integration, task updates, and real-time notifications for emergencies or delays.

User Personas: Profiles of drivers and managers, describing their typical workflows and interactions with the system to ensure tailored features and functionalities.

2. Solution Design

Once the requirements are clear, the solution design phase begins, converting them into actionable blueprints. This phase focuses on ensuring scalability, user-friendliness, and the integration of advanced technologies to support the project’s long-term goals.

Key Activities

System Architecture: Adoption of a modular system architecture, utilizing JavaScript for frontend interactions and SQLite for lightweight, scalable database management. This ensures that both the driver and management sides can grow independently as needed.

API Design: Creation of robust APIs to enable seamless data synchronization between drivers’ devices and management systems. This allows for the real-time exchange of data.

UI/UX Design:

For Drivers: Creating intuitive, easy-to-use mobile interfaces using React Native, focusing on navigation tools, task updates, and communication features.

For Managers: Designing feature-rich dashboards that include fleet monitoring, real-time analytics, and detailed delivery tracking.

Technologies Used

JavaScript: Used for dynamic application scripting, particularly on the frontend.

React Native: Cross-platform mobile application development to provide a consistent experience for drivers on both Android and iOS.

SQLite: Lightweight database solution to manage data securely and efficiently.

Deliverables

Architectural Blueprints: Detailed system blueprints outlining components, data flows, and integration points such as GPS APIs.

Interactive Prototypes: Demonstrations of core features, such as real-time updates on routes, tracking delivery progress, and fleet management.

3. Development

The development phase turns the design blueprints into functional software, employing agile methodologies to ensure flexibility and iterative progress.

Key Activities

Frontend Development: Building both the driver and management interfaces using React Native, ensuring a seamless, native-like experience for users across both Android and iOS platforms.

Database Integration: Integration of SQLite to store local data, such as routes, updates, and driver logs, ensuring offline functionality and quick access to crucial information.

Backend Development: Implementing APIs to synchronize real-time data between drivers’ applications and the management dashboards, ensuring smooth communication and task execution.

Technologies Used

React Native: For building the frontend interfaces.

SQLite: For local database management and offline functionality.

JavaScript APIs: For backend synchronization and communication between the driver and management systems.

Deliverables

Fully Functional Driver and Management Applications: Applications capable of managing routes, updating delivery statuses, and providing real-time communication between users.

Version-controlled Source Code: Ensuring that the codebase is maintainable and scalable for future updates and bug fixes.

Regular Sprint Reviews: Frequent reviews to demonstrate progress, gather feedback, and adjust the development based on stakeholder inputs.

4. Testing

Testing is a critical phase to ensure that the system works as expected, meets performance benchmarks, and handles data securely.

Key Activities

Unit Testing: Verifying individual components, such as route calculations, GPS accuracy, and user interface elements.

Integration Testing: Ensuring smooth communication between the driver app and the management dashboard through APIs, confirming that data syncs correctly in real-time.

Performance Testing: Simulating high-traffic scenarios to verify the system’s ability to handle thousands of concurrent users without degradation in performance.

Security Testing: Ensuring that sensitive data is protected, with particular focus on data storage in SQLite and secure API communication.

Technologies Used

Jest: A popular testing framework for JavaScript, used for unit and integration testing.

API Testing Tools: Tools like Postman and Swagger for API validation and ensuring smooth integration.

Deliverables

Test Reports: Comprehensive documents outlining performance benchmarks, detected bugs, and their resolutions.

Ready-to-Deploy System: A stable, high-performance system, meeting reliability and security standards.

5. Deployment

The deployment phase involves transitioning the system from development to a live environment, making it available for end-users.

Key Activities

Cloud Hosting Setup: Configuring cloud hosting environments, such as AWS, to ensure APIs and backend systems are scalable and secure.

User Training: Conducting training sessions for drivers and fleet managers to ensure they understand how to use the new system effectively.

Technologies Used

AWS Cloud Services: For hosting APIs and backend systems, ensuring high availability and reliability.

Deliverables

Live Truck Drivers Tracker System: The fully functional system is now accessible to all users, with a smooth user experience.

Onboarding Guides and Manuals: Training resources to help users adopt the new system without difficulty.

6. Maintenance and Support

Post-deployment, the focus shifts to continuous monitoring, performance optimization, and the addition of new features based on user feedback.

Key Activities

Performance Monitoring: Using tools like AWS CloudWatch to monitor system performance, ensuring any issues like slow loading or GPS inaccuracies are quickly addressed.

User Feedback Collection: Actively gathering feedback from drivers and managers to identify pain points and opportunities for improvement.

Scheduled Updates: Regularly rolling out software updates to resolve bugs, improve performance, and add new features.

Technologies Used

AWS CloudWatch: For continuous monitoring of system health and performance.

JavaScript: For implementing frontend and backend updates and optimizations.

Deliverables

Periodic Software Updates: Regular enhancements to improve functionality, resolve bugs, and address performance issues.

Improved User Satisfaction: Continuous adjustments based on user feedback, ensuring the system meets user expectations.

7. Scaling and Upgrading

As the business expands, the system must be able to scale to accommodate increasing users, vehicles, and locations. This phase focuses on expanding system capacity while integrating new technologies to maintain optimal performance.

Key Activities

Database Scaling: Expanding the database capacity in SQLite to handle a larger volume of data as the logistics network grows.

Advanced Features: Introducing features like AI-powered delivery time predictions, optimizing routes, and predictive maintenance alerts for vehicles.

Transitioning to Serverless Architecture: Moving to a serverless architecture for backend systems to ensure scalability and reduce operational costs.

Technologies Used

AI Integration: For predictive analytics, helping optimize delivery times and vehicle maintenance schedules.

Serverless Architectures: Utilizing services like AWS Lambda to manage backend processes in a scalable, cost-effective manner.

Deliverables

Future-Proof System: A system that can grow and adapt as the logistics network expands.

Business Growth Features: New functionalities that contribute to improved operational efficiency and business growth.

Conclusion

The Truck Drivers Tracker Project exemplifies how enterprise product development can address complex real-world challenges through structured phases. By leveraging technologies like JavaScript, React Native, SQLite, and APIs, the system enhances efficiency, improves communication, and streamlines logistics operations. This robust approach ensures the solution aligns with organizational goals, adapts to evolving needs, and delivers consistent value to its users.

FAQs

Why were JavaScript, React Native, APIs, and SQLite chosen for this project? These technologies provide scalability, performance, and cross-platform compatibility, making them ideal for a logistics tracking system that needs to handle a large number of users and frequent updates.

How does SQLite benefit the Truck Drivers Tracker system? SQLite offers a lightweight and efficient database that can easily store local data on mobile devices, providing fast access and secure storage for crucial route information and logs.

What makes React Native ideal for the driver and management applications? React Native enables developers to build high-quality, cross-platform mobile apps with a native experience, streamlining the development process and reducing costs.

How do APIs ensure seamless communication in this project? APIs enable real-time data synchronization between the drivers’ mobile apps and the management dashboards, ensuring that both parties stay informed and can act on up-to-date information.

What scalability measures are implemented in this project? The system uses modular design, cloud services, and serverless computing to accommodate growing user bases, additional vehicles, and future upgrades.

Basheer Ansari Shaik Team, Hardwin Software Solutions About Me: https://about.me/basheeransari/getstarted

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Explore more on Hardwin softwares 

[kavibrown]

The association between cesarean section delivery and child behavior.

Article #4

Cesarean sections (C-sections) account for up to 21% of births worldwide. Studies have linked delivery via C-section with an increased risk of child behavior problems, such as internalizing and externalizing behaviors. Maternal postpartum depression (PPD) is also linked to child behavioral problems and may play a mediating role in the associationbetween the mode of delivery and child behavior. Mixed findings between mode of delivery and PPD may be due to a failure to distinguish between C-section types, as unplanned/emergency C-sections are linked to post-traumatic stress disorder (PTSD), which has been linked to PPD. The objectives of this study were to determine whether, (1) compared with spontaneous vaginal delivery (SVD) and planned C-section, unplanned/emergency C-sections are associated with increased child behavior problems at two to three years of age and (2) maternal PTSD and PPD mediate the associationbetween delivery type and child behavior problems. A secondary data analysis was conducted on 938 mother–child dyads enrolled in the Alberta Pregnancy Outcomes and Nutrition (APrON) study. Conditional process modeling was employed. Child behavior was assessed using the Child Behavior Checklist (CBCL) 1.5–5 years, and maternal PPD and PTSD were assessed using the Edinburgh Postnatal Depression Scale (EPDS) and the Psychiatric Diagnostic Screening Questionnaire (PDSQ), respectively. No associations were found between delivery type and child behaviors; however, the indirect effect of emergency C-section on child behaviors was significant via the mediating pathway of maternal PTSD on PPD symptoms.

[latestbusinessnewsindia]

Tata Steel’s Ferro Alloys Division Leads Industry With First Environmental Product Declaration For Ferrochrome

Tata Steel’s Ferro Alloys and Minerals Division (FAMD) has become the first in India’s ferrochrome industry to publish an Environmental Product Declaration (EPD) for ferrochrome, underscoring its commitment to sustainability. The announcement, made on Friday, highlights the company’s efforts to provide transparent, third-party verified data on the environmental impact of its products.

[orsonblogger]

Enterprise Mobility Trends 2024

Remember the 2016 biopic The Founder, which recounts Ray Kroc's journey as a struggling salesman who discovers a burgeoning burger operation run by brothers Mac and Dick McDonald in the 1950s? Kroc’s vision for a fast-food empire revolutionized the way food was served, ultimately transforming McDonald’s into a global phenomenon. This story illustrates how even the smallest enterprises can grow into influential brands with the right leadership and adaptability. Today, McDonald's is synonymous with fast food, delivering meals worldwide in under 20 minutes, thanks to highly efficient process management. Similarly, in the contemporary business landscape, adapting to trends in enterprise mobility management (EMM) is crucial for organizations looking to thrive. As we look ahead to 2024, it's essential to explore how EMM will evolve and which trends will shape the future of workplace mobility.

At its core, enterprise mobility management is about enhancing operational flexibility while safeguarding the security of mobile devices. This approach leverages technologies like IoT, smartphones, and other intelligent devices to streamline business functions and ensure that employees have the necessary tools to work effectively. In 2023, we saw a surge in trends such as customized applications, enhanced security protocols, and the adoption of Wi-Fi 6 and AI-driven solutions. As we enter 2024, several key trends are expected to dominate the EMM landscape. Firstly, the development of custom cross-platform enterprise applications will enable organizations to enhance workplace mobility, as off-the-shelf solutions often fail to meet specific business needs. Companies are expected to collaborate with mobile app developers to create tailored applications compatible across various devices, improving functionality and user experience. Furthermore, the rise of Progressive Web Apps (PWAs) will allow businesses to deliver native app-like experiences across platforms, ensuring robust and accessible enterprise applications.

The second trend focuses on the increasing prevalence of Bring Your Own Device (BYOD) policies, alongside the emerging Employer-Provided Devices (EPD) model. As organizations recognize the benefits of allowing employees to use personal devices, they are also investing in providing corporate devices that employees can utilize for both work and personal use. This dual approach enhances productivity while maintaining necessary security controls. With 28% of firms already implementing EPD strategies, businesses can now balance flexibility with security, ensuring data protection through effective mobile device management tools. Moreover, generative AI is set to redefine enterprise mobility strategies in 2024. By integrating AI into mobile applications, organizations can offer personalized experiences, streamline communication, and enhance employee engagement. AI-driven solutions will enable businesses to gather insights on user behavior, allowing applications to adapt dynamically to meet employee needs. However, organizations must prioritize robust data protection measures as they incorporate AI, safeguarding sensitive information while leveraging technology for improved operational efficiency.

As businesses increasingly rely on mobile technologies, enhanced security will become paramount. The expansion of enterprise mobility introduces vulnerabilities that can expose organizations to cyber threats. In 2024, companies will adopt flexible mobile application management (MAM) solutions to safeguard their data and mitigate risks associated with remote access and BYOD practices. The integration of blockchain technology and AI-driven anomaly detection will bolster security measures, providing better visibility into user behavior and potential threats. Additionally, the rise of augmented reality (AR) and virtual reality (VR) technologies will further extend the scope of enterprise mobility. These immersive solutions can enhance employee training and engagement, but organizations must ensure that data generated in these virtual environments is secure. By prioritizing data privacy and implementing comprehensive security measures, businesses can successfully navigate the evolving landscape of enterprise mobility.

In conclusion, as organizations become increasingly remote and collaborative, addressing the challenges of enterprise mobility is vital for maximizing productivity and fostering employee satisfaction. The trends shaping EMM in 2024—custom cross-platform applications, a hybrid approach to device ownership, generative AI integration, robust security protocols, and the incorporation of AR/VR technologies—will significantly impact how businesses operate. By embracing these innovations, companies can enhance workplace mobility, streamline operations, and create a more secure environment for their workforce. As we move forward, it will be crucial for organizations to adapt their strategies to harness the full potential of enterprise mobility, ultimately leading to improved performance and employee engagement.

Read More - https://www.techdogs.com/td-articles/techno-trends/enterprise-mobility-trends-2024

[accaciaai]

New Embodied Carbon Law in Canada

The Canadian Standard on Embodied Carbon in Construction is a crucial legislation that provides a comprehensive framework for addressing carbon emissions in construction projects. It mandates stakeholders to measure, disclose, and mitigate embodied carbon throughout the project lifecycle. Compliance with this standard demonstrates a commitment to environmental stewardship and supports Canada’s sustainability goals. By promoting the use of low-carbon materials and efficient building techniques, it fosters a transition towards a more sustainable built environment.

The Standard on Embodied Carbon in Construction includes the following requirements:

Disclose the carbon footprint of structural materials

Reduce the carbon footprint of structural materials

Ensure that structural materials are specified by a professional engineer registered or licensed in the province or territory where the project will be implemented; and

Review the completed Embodied Carbon Disclosure Template (refer to the Embodied Carbon Project Disclosure Template) before project completion to ensure compliance with disclosure and reduction of carbon footprint of this standard;

Further these should include the following requirements in the procurement of construction services:

Ensure that the Embodied Carbon Disclosure Template (refer to the Embodied Carbon Project Disclosure Template) is secured by the organization before project completion, and that it lists the required information for each type of material identified

Disclose the embodied carbon footprint of structural materials measured in global warming potential (GWP) with Environmental Product Declarations (EPDs) that:

Reference the material supplier’s name or professional association as a contributor;

Comply with international standards within the period of validity; and

Are produced using the highest available resolution life cycle inventory (LCI) data

Where EPDs are not readily available, provide a life cycle assessment (LCA) report that complies with international standards (International Organization for Standardization (ISO) 14044, ISO 14025, and ISO 21930 or equivalent) and that is verified by an LCA reviewer as such a report is considered an acceptable equivalent form of disclosure.

Finally, submit to the Treasury Board of Canada Secretariat, at the time of the annual call letter of the Greening Government Strategy, a consolidated report that details the embodied carbon footprint for all construction projects completed in the previous fiscal year that meet or exceed the thresholds. This information may be used for other reporting obligations under the Federal Sustainable Development Strategy.