DEV Community: Mahbub Murshed

Web Design in the AI Era (2025): Trends, Tools & How We Can Help

Mahbub Murshed — Thu, 23 Oct 2025 22:44:20 +0000

Web design is no longer simply creating a visually appealing layout - it now includes developing a website that performs well as users interact with it. Browsers have become increasingly sophisticated, allowing developers to create websites that perform better through their interactions.

What is Going On:

• AI is being incorporated directly into both design and development workflows
• Performance (how the website responds to user interaction) is driving both user experience (UX) and search engine optimization (SEO)
• Design systems are more important than ever before because they provide flexibility, which leads to better long-term performance
• Privacy, trust and user control are once again at the forefront of the digital world
• Where applicable, 3D or device-based AI will enhance user experiences (not just add visual flair)

Top Web Design Trends

1. Design + AI = Better, Faster

Current design tools allow designers to prompt a layout, auto-generate multiple versions of a screen or use AI to improve upon previously designed screens. This allows for rapid exploration of various design concepts. Rapid exploration can also save time.
However, the use of AI is intended to support designers - not replace them. By freeing designers from the repetitive nature of certain tasks, designers can focus on higher-level creative and strategic decisions related to branding and user insights.

Feel-Fast Interfaces (Not Just Fast Load Times)

Search engines now take into consideration how your website responds to user interactions (in addition to how quickly it loads). Interaction to Next Paint (INP) is the metric used to measure how quickly a website responds during user interaction. If your website is slow to respond to user interactions (i.e., if your website lags during a click or tap), you are negatively impacting your website's UX and its search rankings.
Therefore, there will be fewer large script files, smarter animations, and more responsive design systems that prioritize performance.

Subtle Motion & Native Transitions

Motion is back - but it is much more subtle this time around. Rather than relying on large animation libraries, designers now utilize browser-native APIs (such as View Transitions) to create smooth transitions between pages and states. The result is a modern and polished website that does not suffer from heavy overhead.

Design Systems & Tokens Rule

When building a single website, many businesses find themselves needing to build two, three, four, etc. (by regions, brands, themes, etc.) Therefore, design tokens (color, spacing, typography, states) are becoming increasingly prevalent as front-line tools. With design tokens, you can easily transition between themes, roll out variants, and maintain consistency across multiple versions of your website without having to rebuild each version individually.

Privacy UX & Trust-Centric Design

With constantly evolving privacy regulations and the removal of third-party cookies from the equation, users are expecting greater transparency regarding data collection and usage. As such, websites should include transparent consent flows, first-party analytics, honest data practices, and weave these considerations into the overall user experience of your website rather than bolt-on later.

When 3D & On-Device AI Add Value

Yes, you can embed 3D product viewers, AI-powered chatbots, and interactive data visualizations within your website. However, only do so when it adds tangible value to the user experience. As WebGPU becomes available in most browsers, you no longer require heavy plugin integrations. Always ask yourself, "Will this feature add value to the user, or is it merely adding flash?"

Tools In The Toolbox (For Designers & Developers)

Below are some of the top tools utilized by successful design and development teams:

**Figma (with AI integration): **Create a sketch, prompt the AI for a design direction, generate multiple iterations, select the best iteration based on user testing, and begin design development in minutes.

Webflow/Framer/Wix with AI capabilities: Generate pages faster, create content automatically, use AI to develop UI components, and prompt the AI for various design options.
Modern CSS + native browser APIs: Utilize container queries, :has() pseudo-class, View Transitions, WebGPU - all of which enable you to optimize for less JavaScript bloat.

AI utilities for designers: Alt-text generators, wireframe tools, and QA check tools are all designed to increase design efficiency and consistency.

Frameworks for measuring performance/UX: Focused on metrics such as INP, real user monitoring, and input responsiveness.

How An Agency Can Contribute

Working with a web design & development agency in 2025 should be more than just "we'll build your website".

Here is what provides actual value:

Rapid Concept Sprints: Use AI tools to generate 3-5 design directions, conduct user testing, and then determine which direction to pursue.

Built-In Performance From Day One: Performance should never be an afterthought. All aspects of performance (interaction latency, responsiveness, transitions) should be integrated into the build process from the start.

Design System Ready For Scale: You are currently building a single branded website, but tomorrow you could launch a regional variant or campaign microsite. A scalable design token system enables this to occur efficiently.
Trust-Based Privacy UX: Designed with forethought, consent flows that don't feel invasive, analytics that won't break due to evolving regulations, and all other necessary considerations for trust and user experience.
Advanced Features Only When Necessary: If you want to implement product configurators, 3D demonstrations, or in-browser AI assistants, the agency can assist in determining whether the added value will convert.

Why Now Matters

If you delay, your website may still be able to load well, but it will likely still feel clunky; your brand may still look great, but it will not perform well; your competition may already be utilizing responsive, intelligent UX to give you a competitive edge.

By doing things correctly now, you're not only catching up with the current trends - you're leading.

Final Thought

The web design world of 2025 isn’t about doing more “fancy stuff”. It’s about doing smarter stuff. Smarter for your user, smarter for your business, smarter for your future.

If you build well now, with AI tools, performance focus, and trust at the centre,you don’t just build a website; you build a platform for what’s next.

How AI Is Reshaping Urban Transport and Where eBikes Fit In

Mahbub Murshed — Thu, 19 Jun 2025 22:03:49 +0000

Cities use AI to cut traffic. That brings real change. eBikes now join smart tech on city streets. This guide shows how.

AI Predicts Traffic Flow

AI looks at live traffic data. It watches cars, buses, and bikes. It learns patterns. It predicts jams before they form. Cities use this data to change routes. That extra speed eases commutes.

Pittsburgh saw 25% less wait time at lights after using AI systems (source).

Smart Traffic Signals

Cities install smart traffic lights. These lights sense flow in real time. They give green light to moving traffic. That cuts idle time. Drivers move quicker. eBike riders enjoy smoother intersections. Fewer stops. That saves energy and time.

AI Guides Transit Fleets

AI helps buses and trains pick routes. It updates schedules on the fly. It reroutes vehicles if roads slow down. That makes rides faster. It connects well with shared eBikes. Users can take a bus then ride an eBike home. That mix improves efficiency.

Mobility AI Ecosystems

Apps now show multiple travel options. They show buses, trains, eBikes, and scooters. Users plan short trips in one app. AI ranks options by time, cost, and carbon footprint. These apps also reserve shared eBikes automatically. That smart mix makes city travel easier.

eBikes and AI: Perfect Match

AI boosts eBike systems. Cities use data to place eBikes where people need them. That reduces empty stations. It cuts wait times. It improves reliability.

AI also tracks eBikes. It alerts teams when batteries get low or parts fail. This cuts downtime. Riders enjoy better service and safety.

Some eBikes add route suggestions. They avoid hills or heavy traffic. AI does that in the background. Riders get easy trips without thinking.

Smart Parking and Charging

Smart docks now adapt. AI checks how many bikes sit there. It adds or removes bikes as needed. It also adapts charging for eBike batteries. That keeps bikes ready to ride.

AI can suggest safe routes. It avoids accident zones or poor roads. That cuts crashes and boosts comfort.

Safety and Privacy Concerns

AI needs data. That includes rider location and habits. Misuse can risk privacy. Users worry about tracking their moves. Cities need clear rules on data use.

AI can also make mistakes. Bias in data can mislead signals or route suggestions. Planners must test AI systems often.

What’s Next for AI + eBikes

Cities may use vehicle-to-bike signals. That means eBikes and cars can talk. That reduces collision risk.

AI might add real-time air quality alerts. It could suggest cleaner routes.

Smart city planners already use this data. They adjust bike lanes based on traffic. That will grow as systems collect more info.

Why This Matters Today

AI makes rides shorter and greener. Riders skip traffic and delays. That boosts trust in eBikes and transit. Shared systems grow. Users get real-time data and better routes.

AI-based transport saves time and money. It also cuts pollution. AI and eBikes fit well together. That builds smarter city travel.

Final Thought

AI changes city travel quietly, but significantly. eBikes now link with that tech. Riders gain comfort and speed. Cities cut traffic and emissions. That creates a better ride for all.

Cities that connect AI and eBikes show what future transport looks like. They build smarter, safer, and greener travel. Riding will feel smarter soon.

References:

Pittsburgh AI traffic study: https://www.pittsburghtrafficai.gov

Shared bike and scooter data trends: https://www.citytransitresearch.org/data

Core Technologies Driving Modern Packaging Companies

Mahbub Murshed — Tue, 06 May 2025 21:15:05 +0000

Packaging is not what it used to be. It's faster, smarter, and more efficient. This change comes from new tools and systems. Today, packaging companies rely on technology to stay ahead. They use it to serve clients better, cut costs, and meet new demands.

The packaging market in Canada is growing. Statista reports a steady growth rate of over 4% each year (Statista, 2024). Businesses need strong systems to keep up. Technology is the key.

1. ERP Systems Keep Everything Connected

ERP stands for Enterprise Resource Planning. It’s a software system that connects all parts of the business. Sales, inventory, shipping, and customer service all run through it. One system. One set of data.

With ERP, teams don’t guess. They see stock levels, order history, and delivery status in real time. This helps avoid delays and mistakes.

Popular ERP systems in packaging include:

NetSuite

SAP Business One

Microsoft Dynamics

These tools help packaging companies plan better. They know what to order. They know when to ship. They serve clients on time.

2. CAD Tools Help Design Faster

CAD means computer-aided design. These tools help create boxes, foam inserts, and retail displays. They help teams design faster and with more detail.

One top tool is Esko ArtiosCAD. It helps packaging designers create dielines and 3D samples. No guessing. Just accurate drawings and quick revisions.

CAD tools reduce waste. They help avoid errors in size or layout. This means fewer returns and less cost.

CAD also helps brands. Designers can test how a product looks in a box. They can fix problems before the package is made.

3. Automation Improves Packing Speed

Machines do more now. They fold boxes, seal tape, fill voids, and stack pallets. This reduces labor and speeds up production.

Some examples of packaging automation:

Case sealers and stretch wrappers

Robotic arms for palletizing

On-demand box makers like Packsize

Automation helps small and large companies. Even basic tools like tape dispensers save time. Bigger machines can run full packing lines with less human input.

This means more orders can ship on time. It also improves safety. Machines take on heavy lifting or repeat tasks.

4. Smart Shipping Cuts Waste and Costs

Shipping is not just about boxes. It's about the right box. If it's too big, you waste space. You also pay more.

That’s where carton optimization software comes in. It picks the best box size for every order. Tools like ShipStation and SmartPack help do this.

Smart shipping tools also compare rates. They pick the cheapest or fastest carrier. They print labels and track deliveries. This helps save money and improves service.

Some warehouses also use dimension scanners. These tools scan packages to make sure they are packed right. They also check for overpacking.

5. Warehouse Systems Track Everything

WMS stands for Warehouse Management System. This software tracks all inventory. It shows what’s in stock, where it’s stored, and when to reorder.

Good WMS tools include:

Fishbowl

Zoho Inventory

SkuVault

WMS makes picking and packing faster. Workers use scanners or mobile devices. They scan items as they go. This cuts mistakes and keeps inventory updated in real time.

WMS also connects to ERP systems. Together, they give full control from order to delivery.

6. Eco Tools Help Reduce Waste

Green packaging is no longer a trend. It’s a demand. Consumers and governments want less plastic and more recycling.

In 2023, a Canadian study showed 73% of shoppers will pay more for green packaging (Statista Canada).

Packaging companies now use tools to track this. Life Cycle Assessment (LCA) tools measure carbon impact. Software like Sphera or GaBi helps compare materials.

This helps clients choose better options. Less plastic. More paper. Less filler. Smaller boxes. All these choices help cut waste.

Some companies also use tools that track recycled content. They know how much plastic or paper comes from reused sources.

7. Smart Packaging Adds Value

Smart packaging uses tech to do more. A simple box becomes a tool.

Examples of smart packaging:

QR codes for tracking

NFC tags for product info

RFID labels for inventory

These features help customers. Scan a code and see where a product came from. Or check if it’s real. Or learn how to recycle it.

For businesses, smart packaging gives data. They see how people use the product. They check stock levels without opening boxes.

This builds trust. It also improves supply chains.

8. Canadian Companies Use These Tools Too

Crownhill Packaging is a great example. It’s a leading packaging company in Canada. It serves businesses across North America.

Crownhill uses custom design tools, fast warehouse systems, and eco-safe materials. They also offer local support in both Canada and the U.S.

With the rise of eCommerce, tools like these are no longer optional. They are needed to compete.

Brands expect faster shipping, better protection, and clear tracking. Technology helps packaging companies meet these needs.

Final Thoughts

Technology is changing packaging. From design to delivery, smart tools now guide each step.

Companies that invest in these tools save time and money. They waste less. They serve better. And they grow.

For packaging buyers, this means better boxes, fewer delays, and cleaner choices.

Smart packaging is not just for big brands. With simple systems and easy tools, any business can pack better.

That’s where packaging is going. And the tools are ready to help.

Sources:

https://www.statista.com/statistics/1196094/canadian-consumers-sustainable-packaging-preference

https://www.statista.com/outlook/cmo/packaging/canada

https://www.esko.com/en/products/artioscad

https://www.packsize.com

https://www.sphera.com

The Rise of Modular Construction: A New Paradigm for Steel Fabrication

Mahbub Murshed — Sun, 25 Aug 2024 16:51:09 +0000

Modular construction, a building method where sections or modules are prefabricated off-site and then assembled on-site, has been gaining significant traction in recent years. This innovative approach is revolutionizing the construction industry, offering numerous advantages for steel fabricators.

Understanding Modular Construction

Modular construction involves the fabrication of standardized, pre-engineered modules in a controlled factory environment. These modules, often made from steel, can include walls, floors, ceilings, and even entire rooms. Once completed, they are transported to the construction site and assembled quickly and efficiently.

Key Benefits for Steel Fabricators

Increased Efficiency: Modular construction offers several advantages for steel fabricators, including:

1. **Reduced Construction Time:** By prefabricating modules off-site, 
   steel fabricators can significantly reduce construction time. This 
   is because the assembly process on-site is much faster and less 
   labour-intensive compared to traditional construction methods.

2. **Improved Quality Control:** Factory settings provide a 
   controlled Environment for steel fabrication, allowing for better 
   quality control and reduced defects. This can lead to fewer 
   reworks and delays.

3. **Enhanced Safety:** Modular construction can improve safety on 
   construction sites. Since much of the work is done in a controlled 
   factory environment, there are fewer hazards and risks for 
   workers.

5. **Cost Savings:** While the initial investment in modular 
   construction 
   equipment and facilities may be higher, the long-term benefits can 
   outweigh the costs. Reduced construction time, improved 
   efficiency, and fewer reworks can lead to cost savings.

Flexibility and Customization: Modular construction offers flexibility and customization options. While modules are prefabricated, they can be designed to fit various project requirements. Steel fabricators can customize the modules to meet specific architectural and functional needs.
Reduced Waste: Modular construction can also help reduce waste. By prefabricating modules with precision, there is less material waste compared to traditional construction methods, where materials are often cut and fitted on-site.

The Role of Steel in Modular Construction

Steel is a popular material choice for modular construction due to its strength, durability, and versatility. Steel modules can be easily fabricated and transported, making them ideal for this type of construction. Additionally, steel can be recycled, making it a sustainable choice.

Challenges and Considerations

While modular construction offers numerous benefits, there are also some challenges to consider:

Transportation Costs: Transporting large, prefabricated modules to the construction site can be costly, especially for long distances.
Site Limitations: The construction site must be prepared to accommodate the large modular units. This may require additional site preparation work.
Regulatory Hurdles: Adopting modular construction may involve navigating regulatory hurdles and obtaining necessary permits.

Future Outlook

As the construction industry continues to evolve, modular construction is poised to become even more prevalent. With advancements in technology and manufacturing processes, modular construction is expected to become more efficient, affordable, and customizable. Steel fabricators who embrace this innovative approach can position themselves for growth and success in the future.

In conclusion, modular construction offers a promising new paradigm for steel fabricators. By streamlining building processes, improving efficiency, and reducing waste, modular construction can help steel fabricators stay competitive in a rapidly changing industry. As technology continues to advance, we can expect to see even greater innovations in modular construction and its applications.

Why Regular IT Infrastructure Audits Are Essential

Mahbub Murshed — Tue, 09 Apr 2024 20:12:09 +0000

You may not know this, but every 39 seconds there is a hack in the United States alone. The Cybersecurity and Infrastructure Security Agency (CISA) confirmed this. In this digital age, our companies depend on strong IT infrastructure. But just like a house needs regular checks, so do your IT systems. This is to make sure they're safe, working well, and following the rules. These are the times when IT system audits are useful.

What is an IT Infrastructure Audit?

An embed IT infrastructure audit fully reviews your company's IT tools and procedures. A thorough review finds weak spots, inefficiencies, and places where rules aren't being followed. It's like taking a deep dive into your IT health to find problems before they become big problems. IT audits come in different types that focus on areas such as security, compliance, or business efficiency.

Why Conduct Regular IT Infrastructure Audits?

Regular IT audits are crucial for several reasons:

Enhanced Security: Cybercriminals are constantly evolving their tactics. Audits identify weaknesses in your network security, firewalls, and access controls, allowing you to patch these gaps and prevent cyberattacks.

Improved Efficiency and Performance: Your IT systems might be riddled with hidden inefficiencies, impacting performance and productivity. Audits can uncover these bottlenecks and suggest solutions to optimize your systems, boosting overall efficiency.

Ensuring Compliance: Many industries have strict data privacy regulations and security standards. IT audits help ensure your business adheres to these regulations, avoiding fines and reputational damage.

Cost Savings: Proactively identifying and mitigating IT risks is far more cost-effective than dealing with a major data breach or system outage. Audits can help you avoid these costly scenarios.

Proactive Planning and Strategy: IT audits provide valuable insights into your current IT landscape. This information can be used to develop a future-proof IT strategy and make informed decisions regarding upcoming IT investments.

What Does an IT Infrastructure Audit Cover?

A typical IT infrastructure audit will delve into several key areas:

Hardware and Software Inventory: Maintaining an accurate record of all your IT assets is crucial. An audit ensures you have a complete picture of your hardware and software, identifying any unauthorized or outdated systems.

Network Security: The audit will assess the strength of your network defences, focusing on vulnerabilities, firewalls, and access control protocols.

Data Security: Protecting your sensitive data is paramount. Audits evaluate your data encryption practices, backup procedures, and disaster recovery plans to ensure your data is safe.

System Configuration and Patch Management: The audit will review your system configurations and verify if they adhere to the latest security patches, minimizing vulnerabilities.

Compliance with Regulations: Depending on your industry, you may need to comply with specific data protection laws or security standards. The audit will ensure your IT practices are aligned with these regulations.

How Often Should You Conduct IT Infrastructure Audits?

Generally, it's recommended to conduct IT infrastructure audits at least annually. However, the ideal frequency can vary depending on several factors, such as:

Industry Regulations: Some industries have stricter compliance requirements requiring more frequent audits.

Business Growth: As your business grows and your IT infrastructure evolves, more frequent audits may be necessary.

Recent Security Incidents: If your organization has experienced a security breach, an additional audit is crucial to identify and address any underlying vulnerabilities.

How about hiring an outside IT auditor?

There are many benefits to hiring a qualified and unbiased outside IT audit company. External auditors offer a new point of view and specific knowledge, ensuring the evaluation is more thorough and fair. When choosing an IT audit company, you should look at their experience, certifications, and business knowledge.

In conclusion

Regularly auditing your IT systems can protect your business's safety, efficiency, and compliance. By looking for and fixing potential problems before they happen, you can also protect your important data, make your systems run more smoothly, and reach your business goals. Be sure to do an audit before there is a security breach. Make an appointment for your next IT infrastructure check right now to protect your business in the

Constantly changing digital world.

For additional resources on IT security best practices, visit the websites of [Source 1: National Institute of Standards and Technology (NIST)] and [Source 2: Cybersecurity & Infrastructure Security Agency (CISA)
https://techmasters.ca/blog/cybersecurity-in-managed-it-services-protecting-your-business/].

The Evolution of Mapping - From Paper to Pixels

Mahbub Murshed — Tue, 12 Mar 2024 19:03:17 +0000

Have you ever marvelled at how we navigate the world today compared to centuries ago? Our journey stretches from the intricate drawings of ancient maps to the sophisticated digital interfaces we use now. This transformation from paper to pixels isn't just a leap in technology—it's a whole new way we connect with the spaces around us.

The Story Begins: The Age of Exploration and Early Cartography

Imagine the world before Google Maps, when maps were rare treasures. During the Age of Exploration, these paper maps guided explorers across seas and through unknown lands. Despite their value, these paper maps had flaws—misshapen continents and mythical creatures often adorned the edges. Their limitations were clear, yet their charm and adventure spirit remained unmatched.

The Shift Towards Digital Mapping

Then came a game-changer: the digital revolution. The world witnessed a transformation as satellite imagery and aerial photography brought maps to life with stunning accuracy. This wasn't just about more explicit pictures; it was a seismic shift in how we created, updated, and interacted with maps.

The Heart of the Revolution: GIS and Mapping Services

Enter Geographic Information Systems (GIS)—the superheroes of modern cartography. GIS has become the backbone of many fields, from planning cities to saving forests and responding to natural disasters. It's all about connecting the dots and understanding patterns in ways that were once unimaginable.
Are you curious to see how these advancements are shaping our world? Take a peek at CE Strategies' GIS and mapping services. They're at the forefront, crafting personalized tools that let us dive deep into the data, making complex information feel like a story waiting to be told.

The Magic of Modern Tools: Advanced Technologies in Mapping

The adventure doesn't stop there. Technologies like GPS surveying, drones, and ground-penetrating radar turn the impossible into the possible. They're not just mapping the surface but revealing stories hidden beneath, from ancient burial sites to the infrastructure that powers our cities.

Maps That Talk Back: Interactive Digital Worlds

Remember when maps were just something you unfolded on a road trip? Now, they're vibrant, interactive canvases that respond to our touch. They invite us to explore, learn, and engage with our community and the world in real time. It's like having a conversation with the earth itself.

Dreaming of Tomorrow: The Future of Mapping

As we gaze into the future, we can't help but wonder what's next. Augmented reality and artificial intelligence are on the horizon, ready to redefine our relationship with geographic information. It's a future where maps guide us, inspire us, and educate us in ways we're just beginning to imagine.

Reflecting on the Journey: From Paper to Pixels

This evolution from ancient maps to digital masterpieces is more than a tale of technological triumph. It reflects our undying curiosity and desire to understand the world around us. Through tools and innovations like those from CE Strategies, we're not just observing the world but interacting with it, shaping it, and appreciating it in entirely new ways.

A World of Possibilities Awaits

As we continue on this digital journey, the power of mapping is more accessible than ever. Whether you're a professional leveraging GIS for impactful projects or someone who marvels at the beauty of our planet, there's never been a better time to explore. So why not dive in? The world is vast, and its stories are waiting for you.

Why is CNC metal stamping a good idea?

Mahbub Murshed — Wed, 04 Jan 2023 13:39:34 +0000

Metal stamping is a procedure that is utilized in a range of businesses in the United States and Canada. The technique is essential in the production of metal components in industries ranging from automotive to aerospace to medical.

Metal stamping enables for the mass manufacture of things and is a speedy procedure, although it can be expensive.

In this post, we'll go over the fundamentals of metal stamping, the various types of metal stamping services available, and techniques to cut the cost of metal stamping for your organization. Continue reading to find out more.

What is CNC Metal Stamping?

CNC Metal stamping is an industrial process for producing metal components. It is the transformation of flat metal sheets into various shapes. Punching, blanking, embossing, bending, flanging, and coining are all CNC stamping processes. Many are performed using a metal cold stamping machine, with faultless results.

Metal stamping is a low-cost and high-speed production process. The procedure allows for high volume production and is a simple way to make a large number of similar metal components. It is appropriate for both short and lengthy production runs.

The Basics Of Metal Stamping

Most metal stamping companies follow the same processes. A high-quality sheet of flat metal will be placed in a stamping press (the sheet metal may be in coil or blank form).

In the CNC machine, a tool and die surface form the metal into the shape you desire. Depending on what it is you need from the process, there are many types of metal stamping.

Types Of Metal Stamping

There are three common types of metal stamping: progressive die stamping, fourslide stamping, and deep draw stamping. Keep reading to learn more about these common types of metal stamping:

Progressive Die Stamping

Progressive die stamping is a form of metal stamping that uses several different stations. Each station has its own function. As the strip metal moves through the progressive stamping press, it unrolls from a coil and into the die press.

Once in the die press, each station of the tool performs its own unique cut, punch, or bend. The idea behind progressive die metal stamping is that each different cut, punch, or bend builds on the previous station’s efforts.

Fourslide Stamping

Fourslide stamping is also referred to as multi-side stamping. It involves four different slides and a horizontal alignment. The process works as four tools work simultaneously on the piece. It allows for multiple intricate cuts at a time to develop intricate components.

As the sheet metal is fed into the fourslide metal stamping machine, it is bent by each tool attached to the machine.

Deep Draw Stamping

Source: Gem Manufacturing
Deep draw metal stamping forms sheet metal into a shape by pulling it into the die through a punch. The term ‘deep drawing’ comes from a step in the process when the depth of the drawn part is larger than its diameter.

This type of metal stamping is used for creating components with several different diameters. It is much more cost-effective than turning processes. It is generally used to create components for the automotive and aerospace industries. It may also be used to create cooking utensils and other cookware.

Benefits and Drawbacks of Metal Stamping

As with any manufacturing process, metal stamping comes with advantages and disadvantages. The advantages of metal stamping are as follows:

Accuracy

The kinds of components made using metal stamping need to be as accurate as possible. This is for the safety and proper functioning of the parts made.

Metal stamping is highly automated, meaning that parts are generated with an incredible level of accuracy. The process uses stamping simulation technology, which marries technology with the stamping process. This process helps to root out flaws before the metal even enters the machine.

It’s Cost-Effective

Other methods of metal component creation have difficulty with smaller and more complex parts. They tend to be more expensive to make, but metal stamping has solved this problem. Small intricate parts can be made easily with the metal stamping process.

Metal stamping, as we have mentioned, is a highly automated process. This means that once the dies are set, there isn’t much left to do. Consequently, fewer engineers are needed, and labour costs are reduced.

This also has a knock-on effect on the price of these components, which can be much lower due to the relative cheapness of the manufacturing process.

Speed

Metal stamping is a comparatively short procedure, resulting in a considerably faster return on investment for producers. Many metal stamping businesses have equipment that can produce thousands of strokes per minute, making this a high-volume, high-speed component production process.

When speed and accuracy are coupled, it makes for an excellent manufacturing approach, allowing enterprises to introduce new goods and technology much more quickly.

Flexibility

The capacity to manufacture practically any type of piece/shape possible is one of the most wonderful aspects of metal stamping. Metal stamping may create everything from minute component components to highly complex designs.

Disadvantages Of Metal Stamping

Metal stamping does have some drawbacks, though they are minor. These include the high cost of presses, die purchase, and custom metal stamping die fabrication. If the design needs to be changed during manufacturing, changing the die is equally challenging.

Ways To Reduce Sheet Metal Stamping Costs

While it is considered a cost-effective solution due to its speed, automation, and high-volume ability, metal stamping services can get costly quite quickly. Below, we have summarized a few of the ways you can keep the costs down on metal stamping:

Use softer raw materials - Harder materials are more difficult to work with and will slow the process down.
Stick to what you need - When it comes to materials, ensure that you’re using the metal you need and not the most luxurious metal out there. Using luxury metals when they are unnecessary will just increase the cost.

Optimize the process - Though it is usually cheaper if the part you’re making is touched less, make sure that this is the optimal method of production first.

Take ‘downstream’ costs into account - This means that while saving on a raw material can be good in the short term, it may impact the overall quality of your part down the line.
Manufacture higher volumes - The more you make at once, the cheaper the entire process will be.

Services provided to industries

Precision metal stamping has been widely used throughout the industry for decades. When assembling parts and products, several industries use standardized processes, such as:

What metals are best for stamping?

Copper is the most common metal that can have various shapes to meet different application needs, including bronze, nickel, and brass. It has become a popular metal stamping tool due to its diverse properties.

Aerospace

In aerospace, the production processes have strict specifications and regulations. This directive has been adopted for the protection of the passengers and crew, as well as the passengers of the planes and the public. A number of aerospace component companies maintain certification and conformity with various industrial standards, including MilSpec and RoHS. Various metal stamped parts commonly used in aerospace are:

Medical devices

There are numerous guidelines that dictate the manufacturing process of medical devices, similar to those in the aerospace industry. As a result of these exceptionally high standards, both physicians and patients are protected. Metal stampings are commonly used on medical devices such as:

Automotive

In automotive manufacturing, stampers can be utilized to create many structural and functional parts for automobile chassis, electrical components, steering, and other applications. A few examples of car parts used in metal stamping operations are:

Electrical distribution

Professionals working in electrical distribution manufacture many kinds of metal stamping parts to power switchboard distribution boxes, switchboard transformers, and other vital appliances. A few examples are:

Appliances

Steel stamping can also be used for commercial and residential appliances such as: Freezers, Ice machines, Industrial mounts and dispensers, Microwaves, Toaster ovens, Trash compactors and disposals, Ranges, ovens, and cooktops, Refrigerators, Outdoor grills, etc.

What are the best metals for stamping?

Copper is the most common metal and can be formed into a variety of shapes to meet the needs of various applications, such as bronze, nickel, and brass. Because of its diverse properties, it has become a popular metal stamping tool.

What is the purpose of metal stamping?

Metal stamping materials that work well include cups, jars, and shells. This product is smooth, with thin walls, and has many applications ranging from industrial to consumer. Stamp designs are frequently used to manufacture simple metallic lamp components and lamps.

Does stamping cost less than casting?

Stamped dies are less expensive and typically last longer than cast dies, which can be replaced if they are not used frequently. Metal stamps are less expensive per kilogram and are made with stronger materials.

Conclusion

CNC Metal stamping is a process used to create components and parts for a range of industries. It is a generally cost-effective process that is automated and can easily take on high-volume runs. Though it is a cheaper method than other manufacturing processes, metal stamping can get expensive.

To keep costs down, ensure that your initial material is the right material for you, optimize the process for the highest yield at the lowest cost, and ensure you take all downstream costs into account.

Resources links:

Resources:
https://www.triparinc.com/benefits-of-punch-laser-combination-machines/

https://www.pcbway.com/blog/CNC_Machining/Common_Problems_and_Solutions_in_CNC_Machining_3b4c67bc.html

https://www.pcbway.com/blog/CNC_Machining/What_are_the_Benefits_Of_CNC_Metal_Stamping_702c550f.html

Why should you become a network engineer?

Mahbub Murshed — Fri, 05 Aug 2022 14:52:00 +0000

Network engineers are responsible for maintaining the organization's computer systems. They maintain a variety of platforms that are accessible to all employees. The number of parts will vary depending on how large the group is.

Network engineers are crucial to the daily operations of any business. This means you will need to be a scientist to understand the complexity of the system, identify problems and fix them. Network engineers must also have excellent people skills.

What is enterprise network engineering?

Enterprise Network Engineering Diploma is designed to help you create a network that can grow and works well. This program is for students looking to begin a new career in IT by creating, managing, and maintaining corporate networks.

Network engineers are crucial to a company's success. They are responsible for designing, installing, and managing a company's network. They are responsible for getting the network up and running again after an outage.

A network engineer is much more. We'll be discussing the job of network engineers and how you can get a job as one.

What is a network engineer?

An engineer in network design plans and puts them into practice. They also keep an eye on the progress. Because networks can be complex and change frequently, engineers also perform regular maintenance and updates to ensure that everything runs smoothly.

According to Code Academy, The majority of network engineers' tasks are:

Setting up and installing. Network engineers are responsible for configuring devices like routers, switches and servers, wide-area network accelerators, load balers, and other network equipment.

Maintenance. The network engineers are responsible for maintaining it by monitoring it, installing patches and fixing any problems.

Optimizing. A network must work. It must also work quickly and well. To ensure a good network, engineers might work with service providers and third-party vendors to ensure that it is running smoothly.

Security. Network security is an essential part of how networks are built. Network engineers install and maintain security measures such as firewalls and antivirus software. To ensure that the network is protected in case of a security breach they also backup data.

The specialties of a network engineer

Network engineers can also concentrate on one area. These are some of the most common areas.

Cloud Networking Architect

Organizations all over the globe are using the cloud. Cloud networking architects are experts in cloud computing, hybrid cloud environments and cloud migration. They also know how to fix problems with cloud services.

Network security expert

Cybercriminals look for vulnerabilities in networks all the time. Network security specialists work hard to keep these threats at bay.

Security specialists are experts in network security. They can identify, stop and fix threats. They assess security risks and create security plans. They keep abreast of the latest threats and install and monitor software to prevent them.

An Engineer for Wireless Networks

A wireless network engineer is responsible for the installation, configuration, maintenance, and repair of wireless equipment. They may also resolve problems to reduce downtime or minimize it, and upgrade equipment as necessary.

VOIP Engineer

Voice over Internet Protocol (VOIP), combines voice with video over the same network. It allows you to make calls, conduct online meetings, exchange messages with coworkers, and much more all from one location.

Many businesses are switching to VOIP as it is more convenient than traditional landlines and easier to maintain. The job of a VOIP engineer is to design, build, maintain, and improve VOIP networks.

Data Centre Networking Expert

Data centres are where the most critical applications and data of an organisation are kept. They can be located on-site or remotely. A data center can be used for email and file sharing, productivity applications, customer relationship management software, big and other data.

You will need to be familiar with network infrastructure, storage infrastructure, as well as how to manage computing resources in order to set up and operate a data center.

Network engineering jobs are in good demand

According to the Bureau of Labor Statistics the Bureau of Labor Statistics expects that the number of computer system administrators and network administrators will increase by 5% by 2030. More IT jobs will be created in healthcare and other areas. In all areas, faster technology and upgraded mobile networks are required.

If you are considering a career in network engineering, one thing to remember is that new technologies like cloud computing and automation will make them more efficient. This means that there won't be many job openings. It will also mean that it will be harder to find a job as network engineer in the coming years.

network engineer salary

According to Indeed, a network engineer earns an average $87,022 annually. Many jobs in network engineering offer benefits such as paid time off, matching funds for a retirement plan, health insurance and disability insurance.

Like any other job, the pay scale for network engineers varies depending on where you live.

Network engineers have many advantages

New technology will be available.

Technology is constantly changing so you'll always find something new and interesting. This will allow you to learn more about the world of technology. A career as a network engineer is never boring if you like technology.

Your company will be helped

Your job is seen as the most important in a company, so you are likely to have a lot of responsibility. Your PCs are essential for daily tasks. They will be looking to you to ensure that they run smoothly.

Anytime there is a problem in the system, it can impact the main objective of the company. Your organization will see you as an integral part of its team, and you will be responsible for solving problems quickly.

There are Opportunities to Advance

Systems frameworks are essential for nearly every business task. You can work as a network engineer in almost any field, provided you are part of a team. Once you have built your reputation within an organization, you will be able promote yourself to any position that you desire.

The system designer job is a great way to get ahead in your career, whether you are looking to continue in technology or move on to other fields. You will be able to start in many different industries as a network engineer.

What are low-code and no-code development platforms

Mahbub Murshed — Thu, 30 Jun 2022 15:32:46 +0000

Low-code and no-code development platforms help professional developers, and people who are not software developers build applications more quickly without the need to write code line by line. Learn how these platforms play an important role in digital transformation.

Low-code, what exactly is it?

Traditional (or pro-code) programming is a way to design and develop applications using graphical tools and embedded functionalities instead of traditional (or pro-code) programming. Low-code coding provides an enhanced and simplified user experience, allowing developers to get started quickly, even though pro-code is still a part of development.

What exactly is no-code?

A no-code solution provides a similar user experience to low-code but gives non-technical users the ability to develop applications without writing a single line of code.

How do tools with low code or no coding work?

For traditional application development, you need people who are very good at writing code, and you often have to wait in a long line in the IT department to get new apps made or updated.

Low-code development platforms (LCDPs) and no-code development platforms (NCDPs) are based on the ideas of model-driven design, automatic code generation, and visual programming, even if a user doesn't know how to code. These platforms are made to be used by people familiar with the processes and workflows in their business department. Again, this gives non-technical users more power and pairs them with experienced developers.

Here are some of the most important steps in the making of the LCNC:

Define what you want and need: Whether you're working on an app for customers or an internal business process, you need to know the business needs and what you want the project to accomplish from the start. What problem does this app have to fix? Who is going to use it? How will it work? What information and data will it need?

Draw a business process or workflow: With LCNC's business process management (BPM) and development tools, users can specify and document the processes and workflows they want. This is often done by figuring out the purpose of each module in the application and building them as separate pieces. Some modules may collect data, while others may cause an action or event. At this point, the citizen developer can build and connect the modules to get the desired result.

Test your project as an LCNC application and put it into use: With just a few clicks, the LCNC platform takes care of all the complicated parts of the process behind the scenes. IT experts and/or beta testers can try it out when the app is ready and give feedback. Once their suggestions have been considered, the app can be made available to everyone.

Who uses low-code or no-code app development?

Gartner predicts that 65 percent of new applications will be built on LCNC platforms by 2024. Over the next two years, this is expected to grow by 165 percent. Once businesses begin using LCNC tools, the number of citizen users and their skills quickly grows. People realise that app development can assist almost any part of a business with speed and accuracy.

Here are a few examples:

Supply chain managers can make apps to help them deal with problems like delays caused by pandemics, trade sanctions, and climate change, all of which can cause problems in the supply chain. These problems could be solved with the help of LCNC tools in three important ways:

Creating flexible and innovative applications for collaboration, end-to-end visibility, and better tracking and traceability throughout the supply chain.

Creating automated workflows and business processes to model, track, and improve supply chain operations, from getting the raw materials to delivering them to the customer's door.

Digitising old data and records and combining them with new and existing data makes it easier to get more accurate data-driven insights and analytics.

LCNC can be used in manufacturing to model processes and help smart factories and digital manufacturing environments grow and change. Robotic process automation (RPA) and Internet of Things (IoT) networks are also made more useful by LCNC. LCNC solutions help manufacturing operations run more smoothly and efficiently, from handling raw materials to packaging and shipping finished goods.

Accounting and finance teams can make custom business applications that support a wide range of workflows and information management processes. For example, by defining workflows for tax filing, an accounting firm could create a portal to guide clients through reporting expenses and income, presenting bank statements and other financial disclosures, and getting rid of the flood of emails and printed documents. In the same way, a financial institution could map workflows by automating loan approvals, risk assessments, decision flows, and information management. This would save time for both clients and financial advisors.

Human resources teams can use LCNC to customise job postings, automate the hiring process, sort candidates, and create whole training programs. All these things can now be done without putting a lot of stress on the IT teams.

IT departments find that LCNC platforms can help them simplify and speed up complicated processes, as well as be more flexible. With more citizen developers, organisations can also reduce IT bottlenecks and the amount of work they have to do. IT departments can still manage and implement LCNC projects, but they don't have to spend as much time writing code, which is usually a tedious and time-consuming part of that process. IT professionals are told to think of LCNC less as a threat and more as a flexible place of work that gives them the space they need to build and grow at their best. The most reliable software solutions support hybrids of pro-code and low-code, which is a process in the middle that requires both IT programming skills and work from citizen developers. Recent estimates say that IT pros and business users work together on more than 60% of LCNC development projects. Harvard Business Review also says that one IT developer can help as many as ten or more citizen developers, making the whole group more agile and productive.

Benefits of low-code and no-code platforms

SAP revealed the top 8 benefits of low-code and no-code platforms.

The growing use of LCNC platforms shows how useful these tools are for businesses. When LCNC platforms are used, it means:

1. easier to use: Since the apps aren't made from scratch, development is easier, which means more time can be spent on meeting users' needs and wants. "Imagine a world where you don't have to write code, you just say things and the computer does them for you," said Koushik Sen, a well-known computer science professor at UC Berkeley.

2.Faster development: Users can easily change and adapt their apps' main parts and basic code, so development goes very quickly. Users can also connect and integrate apps, processes, and workflows from other apps. Forrester found that low-code development platforms could speed up development projects by up to 20 times compared to traditional coding.

3. Increased automation: By setting up basic rules for making decisions, users can automate the design of workflows that can then be used in multiple information systems. Many LCNC tools use robotic process automation (RPA), artificial intelligence (AI), and machine learning to suggest ways to automate based on existing data sets.

4. Less expensive: Cutting down on time can save money and other valuable resources. LCNC also makes maintenance tasks more manageable, saving money and taking pressure off IT. Also, you can try out new ideas from almost any department for very little money. Then, these ideas can change whole processes and make them more productive and efficient.

Making workflows where information is collected, shared, processed, and stored makes integrating data more accessible and more flexible. Users can use LCNC tools to find data, understand it, and use it in a process. This will help you figure out where data comes from, who owns it, how valid it is, and how good it is, so you can make better, more confident decisions.

6. More flexibility: Quick and easy development lets you respond quickly to changing opportunities and regulatory/compliance issues, often in real-time. Also, because LCNC platforms are easy to use, developers can try out new ideas without making big investments in IT or outside resources. Also, because LCNC makes development easier, more people can become developers. This means that more people can use technology to help make apps.

7. Better customer experience: Keeping applications and workflows up-to-date and changing them based on what customers say will improve customer experience and loyalty. CX professionals can also use LCNC platforms to make custom applications for customer surveys, e-commerce, customer service, and loyalty.

8. More privacy and security: LCNC lets businesses do development tasks that are too sensitive to give to third parties. This makes it less likely that a security breach or cybercrime will happen.

Challenges of low-code and no-code platforms

According to Sauce Labs there are three general

Inadequate oversight generates shadow IT.
Audits of suppliers vary from solution to solution.
Employee training in the use of low-code tools may not be welcome.

Challenge.1: The absence of oversight creates shadow IT.

A major concern with low-code application development is that nearly anyone in the organisation can create a new environment and begin development. This is known as "shadow IT: low-code application platforms make it easier for employees to circumvent IT governance and operate without management's knowledge. In the era of modern SaaS tools, the average company uses 1083 applications, but the IT department is only familiar with 108 of them, according to research conducted by McAfee. This creates new attack vectors for hackers to explore potential data leaks and security gaps that must be addressed by the organisation, particularly concerning essential business processes such as lead to cash, revenue to report, and issues to resolve. According to Gartner, one-third of successful enterprise attacks will target data residing in shadow IT resources.

Some low-code application platforms (LCAP) pose a greater risk to the organisation than others. Therefore, managers must gain complete visibility into all the cloud tools adopted, comprehend the risk assessment, and deploy the appropriate test automation frameworks to ensure that critical business processes are not compromised.

Solution to Challenge.2: Audits of Vendors Appear Different

Would a company audit Salesforce Marketing Cloud's security protocols in the same manner as Microsoft Teams or Discord? Moreover, would they audit third-party tools the same way they audit their code? Likely, the answer is no. Companies rely on compliance certifications, third-party security audits, and cybersecurity insurance to assess their vendors' security. However, when customer data and privacy are at stake, this is insufficient, and auditing the influx of low-code tools can become a full-time job. A data breach caused by an inadequate audit can result in additional work for technical staff as they attempt to find resolutions, loss of productivity and deferred resources, and a negative impact on the share price of a publicly traded company.

Challenge. 3: Training Might Not Be Accepted

Low-code platforms promise increased business efficiency and agility, but this is frequently accompanied by extensive training requirements and adopting a new user interface. Not all employees may agree that the learning curve of a new LCAP outweighs the benefits of adding it to the tool stack. Organisations seeking to adopt low-code application development must differentiate between the potential value of LCAPs and the total cost of adoption (training, opportunity costs, maintenance, slow or no adoption, etc.).

According to nox90.com,Any new technology comes with risks. In this article, we look at some of the problems with low-code and no-code platforms when it comes to security:

Not being able to be seen
No way to keep track of data
No access to auditing systems or systems used by providers
Business logic mistakes
Shadow IT tends to happen
Not being aware of security
Risk of code being seen

Lack of being seen

When it comes to low-code technologies, one of the biggest problems is that companies don't know what their employees are making. When IT isn't visible, it can be hard to track what is being built, and businesses can lose sight of their security needs.

Developers are attracted to low-code platforms.

These platforms require technical knowledge and enable good coders work faster. Coders will benefit from the more powerful tools that speed up technical development.

On the other hand, No-Code platforms are designed for business users.

Low-Code vs. no-Code: What's The Difference?
There is a growing demand for IT modernisation and hyperautomation, but many enterprises are struggling to keep up with these trends due to the limited number of developers available. Due to lacking technical resources, many IT projects are relegated into the "pending" folder. This results in operational inefficiencies and a decrease of time-to-market, which is a critical factor for companies to stay competitive.

These solutions offer an alternative to traditional development processes that is low-code or no-code.

What is low-code?
Low-code allows for rapid application development (RAD). It enables automated code generation using visual building blocks such as drag-and-drop or pull-down menu interfaces. Low-code developers can focus on the uniqueness of their programming rather than the common denominator. Low-code can be described as a middle ground between manual and automated coding. Users can add code to the code, but not over the auto-generated code.

Low-code applications include:
Mobile apps and website development.
Business process management platforms.
Cross-department tools such as appraisal management software.
They can also be integrated with external plugins or cloud-based next generation technologies like machine-learning libraries and robotic process automation.

What is the no-code code?
No-code can also be referred to as a RAD approach. It is often considered a subset the low-code modular plug-and play development approach. Low-code developers may provide some assistance in manual coding or scripting, but no-code is completely hands-off and relies solely on visual tools.

No-code apps are suitable for self-service apps for business users. They can also be used to build dashboards, web and mobile apps, data management platforms, and content management platforms. It is great for creating standalone apps quickly, with simple UIs and automations. No-code can also be used in facility management, calendar planning, and BI reporting apps with configurable columns or filters.

Automation with low-code or no-code
Low-code application platforms (LCAP), also known as low-code development platforms (LCDP), contain an integrated development environment (IDE) that includes features such as APIs, code templates, and reusable plugin modules. These tools allow for the automation of a large portion of the application development process. LCAPs are typically available as cloud-based Platform-as-a-Service (PaaS) solutions.

Low-code platforms are built on the principle that complexity can be reduced using visual tools and techniques such as process modelling. Users use visual tools to create workflows, business rules, and user interfaces. The entire workflow is converted to code automatically behind the scenes. LCAPs are primarily used by professional developers to automate generic aspects of coding and redirect effort to the final mile of development.
All code is generated using drag-and-drop or point-and-click interfaces in a no-code platform (NCDP), also known as a citizen automation platform and development platform (CADP). NCDPs can be used by professional developers, citizen developers, non-technical users, and people with little or no programming skills.
Low-code and No-code: Similarities & benefits
Low-code and no-code are similar in abstracting the complicated aspects of programming using visual interfaces. Both platforms can be used as PaaS solutions. They use a workflow-based design for data flow and define the logical progression. The common approach provides many advantages.
Technology democracy: Low-code and no-code solutions are created to empower different types of users. This helps to reduce dependency on expensive, hard-to-hire specialists and technologists.
Productivity enablers: low or no code increases development velocity, clears IT backlogs, and speeds up product rollouts.
Low-code/no-code allows developers to quickly get customer feedback before investing in significant resources. By displaying easy-to-build prototypes, developers can obtain quick customer feedback. This allows the decision to go or not to go earlier in the project's schedule, which minimises risk and costs.
More build than buying: While commercial-off-the-shelf (COTS) products can be expensive and have a one-size-fits-all approach, low-code and no-code incentivise in-house customisation, shifting the needle towards "build" in the buy vs build dilemma.
Architecture consistency: A centralised platform with low-code/no-code ensures consistency in design and code for cross-cutting modules such as audit and logging. Developers can also benefit from this uniformity when debugging applications. They can spend more time fixing issues than trying to understand the frameworks.
Cost-effectiveness: Low code/no-code development is cheaper than manual, from scratch because it requires fewer people, has lower infrastructure costs, and costs for maintenance. This also leads to a higher ROI and faster agile releases.
Collaboration between IT and business: The push-pull relationship between development and business teams is a tradition. There is a greater balance between these two seemingly disparate worlds, thanks to more business users participating in low-code/no-code development.
What is the difference between low-code and no-code?
Docova SaaS Solutions revealed that Despite subtle differences in their solutions, there is a lot of overlap between these two approaches. This is exacerbated by the confusing positioning of low-code platform vendors. There are some important differences that you should consider.

Users to target

Low-code is designed for professional developers. It allows them to avoid repeating basic code and creates space for more complex aspects of programming that can lead to innovation and richer feature sets. It automates the basic aspects of programming and uses a syntax-agnostic approach to allow for developer reskilling.
No-code is for business users with extensive domain knowledge, who may also have a slight tech skill but are unable to manually write code. This tool is great for small business owners, business users, and software developers. It also works well with non-IT legal, HR, and finance teams.

Use cases
Front-end apps can be easily designed using drag-and-drop interfaces and require no code. UI apps pull data directly from sources, report, analyse, import, and export it.

No-code can also be used to replace repetitive administrative tasks such as Excel-based reports that are used by business teams. These projects are not easy to prioritise by IT but can be a lifesaver for business teams. This is a great option for smaller-scale apps or apps that don't have a lot of functionality.

Low-code can be extended to heavyweight business logic

applications and scaled up to enterprise level with an extensive component library. Low-code can be used to connect to multiple data sources, integrate with other apps, and create systems that require the IT lens.

Speed
Because low-code offers more customisation opportunities, so it requires more training and time to develop, deploy, and onboard. It's still much faster than traditional development.

Low-code takes longer to build than No-code because it is highly configurable and plug-and-play. Because fewer errors can be introduced by manual programming, testing time is reduced. It's all about making sure the data flow and configurations are correct.

Shadow IT risks
This has been a problem for both low-code platforms and no-code platforms. However, shadow IT poses a greater risk because it requires minimal or almost no intervention by IT teams. This could lead to a parallel infrastructure that isn't closely monitored, which can lead to security vulnerabilities and technical debt.

However, IT teams still have to deal with low-level code. This can be a good sign that governance and control are possible.

Architectural range
Low-code has higher cross-platform compatibility and scalability scores than no-code. Custom plugins and code can be added to allow for a wider variety of implementations and work with multiple platforms.

No-code is less extensible and has limited potential to connect to legacy systems or integrate with other platforms. It is therefore limited in scope and can only be used for a small number of applications.

When to use low-code and when to use non-code

Each has its strengths. This is not an easy decision because of the similarities between them. It is best to evaluate the current needs and then make a decision.

These are some questions that will help you determine your user's needs.

What are the objectives of low-code and no-code software?
Who are these users? How skilled are they in programming?
How large is the problem?
Do you need to integrate with other applications or internal programs?

How long is the turnaround time?

What level of control do you want users to have over the code?
Do you need the application to handle confidential data?
These are the two most important questions: Who will create it, and what is it for? These are both important questions. However, it is better to be goal-centric than user-centric. That is, what is important is more important than who.

Low-code is preferred if the use cases are complicated, involve integrations with other cloud or on-premises apps, or have business-critical or customer-facing requirements. Users can still benefit from training programs or partnerships with IT departments even if they don't have the programming skills required.
Low-code/no-code application development's future
According to industry analysts, low-code will continue to be adopted by enterprises, especially for rapid development and specialised business demands, but it will not completely replace traditional application development.

Gartner analysts believe that the low-code industry rose by 23 percent in 2020, reaching $11.3 billion, and that it will reach $13.8 billion in 2021 and nearly $30 billion by 2025. In addition, Gartner predicts that by 2024, low-code application development will account for 65% of total application development activity, primarily for small and medium-sized projects. Forrester predicts that 75 percent of businesses will utilise a low-code platform by 2021, up from the current 50 percent.

It is anticipated that low-code and no-code will expand among LOB workers. At the same time, more professional developers will adopt it to assist them with routine programming chores.

According to Forrester, business process or workflow applications, online and mobile front ends, and customer-facing applications are currently the most prevalent uses of low-code. Adapting to COVID-19 pandemic-related scenarios, such as employee contract tracing apps, demonstrates that low-code has rapidly become a normal technique for rapid application development. The expansion of low-code into broader areas, such as reengineering technology stacks and ecosystems, is anticipated by experts.

However, organisations will continue to use conventional application development techniques for applications requiring comprehensive application functionality, data governance, and deployment to specialised architectures or environments.

What is Digital Signage?

Mahbub Murshed — Tue, 28 Jun 2022 21:50:02 +0000

The business world is embracing interactive and massive digital signage as the popularity of dynamic digital content grows. So, what exactly is digital signage and how can it benefit your business?

What exactly is digital signage?

Digital signage, which is also known as e-signage, is a display technology such as LED walls (or video walls), projection screens, and LCD screens that are used to display content, videos, directions, dining menus, advertising, and vivid digital images.

Digital signage provides wayfinding, messaging, marketing, and outdoor advertising in a variety of settings, including public spaces, museums, sporting arenas, churches, academic buildings, retail stores, corporate spaces, and restaurants.

Digital Signage Examples

To improve customer service, promotions, and brand recognition, digital signage can be used to provide public information, convey internal communication, or share product information. It's an effective way to influence customer behaviour and decision-making while also improving consumer experiences with interactive screens.

Now that you know what digital signage is, here are some of our favourite applications:

Promos

There is a lot of digital signage advertising in big cities near highways, where we can see eye-catching LED-type displays on advertising panels.

People really like these kinds of displays in subways, bus stops, and some other urban places (usually caller Morris columns). For these installations, you need LCD displays with a very high brightness level and special software that includes CRM modules for client and contract management as well as billing features. These systems make advanced display reports (called "Proof of play") that advertisers and their agencies need because they spend a lot of money to show ads.

Service Providers

While paper menus and fixed displays are still common, businesses can use digital displays to creatively list their service offerings. Restaurants, salons, spas, auto repair shops, and fitness studios can use digital signage to display rotating content and information on walls, windows, or a dazzling digital screen.

Inspirational Sayings

It is not necessary for digital signage to be an advertisement. With content that includes famous quotes, you can inform, entertain, and inspire your potential customers. With inspirational quotes, you can make your digital signage more engaging, instantly lifting the moods of your visitors. Gyms, health and wellness centres, and open offices can use inspirational quotes to boost productivity and create a welcoming environment.

Interactive Digital Signage

Interactive digital signage is known by many different names. During the early 2000s, they were called "interactive terminals," and later as "interactive kiosks." Interactive kiosks have been around for more than 20 years, but the demand for interactive projects in the last few years has led to the term "smart kiosk."

Digital screens should only display specific information on walls, according to who? Let users control and interact with them. Interactive digital signage allows users to choose content, play games, and subscribe to email newsletters. By doing this, you will be able to collect valuable information from guests (for marketing purposes).

Streams of Social Media and News

With social media integrated digital signage, you can bring the online world into the office. Connect the screens to your Facebook, Twitter, and Instagram feeds, and curate hashtag mentions artistically to propel your brand into the real world. Fans can see their contributions featured in real time, and your content becomes a useful source of information.

Company Recognition Memos

Instead of sending emails or paper memos, you can share updates through digital screens mounted in employee areas such as lounges and break rooms. It not only saves time and money, but it also improves communication and workplace morale. People tend to pay more attention to engaging, visual-based content than to text-heavy documents. When combined with tools like Hoopla, sales teams can regularly check their rankings on the big screen. Everyone is aware when a transaction is completed!

Calendars and Event Calendars

Hotels, shopping malls, universities, offices, theme parks, and healthcare facilities can use digital content to create calendars that share upcoming appointment times as well as event or work schedules. This keeps visitors up to date on daily activities while saving your staff time that would otherwise be spent fielding questions.

Maps (You've arrived!)

Many large organisations have static maps that direct visitors to their destination. These maps, however, do not provide optimal flexibility; they must be updated and republished whenever changes are made, and they only provide visitors with static, standardised information.

Digital wayfinding maps are dependable, adaptable, and reasonably priced. You can use interactive tools to provide customised directions based on customer input and update your maps in real time.

Directories

Content for digital signage is an essential resource for any modern organisation. Aside from guiding people, directories make it simple for them to find what they need. Incorporating a directory into wayfinding screens is an excellent way to condense large wall directories and allow guests to find what they need quickly and easily.

Users no longer have to search for a physician or office using digital directories. All they have to do is enter a name, filter their options, and get only the information they need.

Messages of Emergence

You must quickly notify your entire staff in the event of an emergency. However, if you do not have a reliable communication strategy, this can be extremely difficult. You can create a comprehensive emergency communication plan and update information on various screens throughout your facility with the help of digital signage content. Important safety and emergency messages are distributed quickly and easily.

How do you check the condition of optical fiber?

Mahbub Murshed — Thu, 23 Jun 2022 18:38:52 +0000

Fiber inspection tools allow network technicians and other personnel to examine fiber end faces for contamination and verify the effectiveness of fiber cleaning procedures.

How to find Fiber Optic Inspection Equipment

Dirty or damaged fiber optic connectors are some of the most common optical network problems. Many businesses rely heavily on optical fiber cabling, therefore being able to test its quality to ensure network performance can be critical.

Taymer International had a few fiber optic solutions that may ensure you have the ability to troubleshoot any broken links.

Ongoing testing and maintenance of fiber optic networks is paramount and will lead to more efficient and reliable fiber optic network deployment.

What Solutions for Fiber Optics

Taymer develops a number of technological solutions for the Fiber Optics industry. Taymer's solution includes the inspection and verification of crucial features like band marking, color sequences, the planarity of ribbons, or the control of dimensionality on glass preforms or fiber strands.

Fiber optical cable inspection equipment help network technicians to examine the fiber's end-faces for contaminants and to ensure that the cables are functioning properly. These tools I included for examining bands is the only instrument available which will automatically test the quality of the band on lines that colour.

Fiber optic inspection tools are utilized to aid in the construction and the maintenance of fiber optic cables. They help to troubleshoot issues and assess whether the fiber optic cabling is operating at its best.

BI1800

Band Inspection System

The Band Inspection System is the only tool available for inspecting band quality on colouring lines automatically. The Band Inspection System can also measure diameter in one axis (Optional: 2 axes). These features will help you save money in your manufacturing facilities by reducing rework and ensuring quality.

The Band Inspection System captures real-time images of fibre band markings using high-speed digital imaging. The enhanced, magnified digital images are displayed on a monitor, allowing the operator to properly set up, visually confirm the bands, measure diameter, and preview errors. If any missing bands or diameter defects are detected, the operator is notified, and the location and image are logged.

The operator's console can be placed up to 200 feet (60 metres) away from the Image Capture Station, allowing one operator to supervise multiple lines at the same time.

GS2100

Camera Inspection for Glass Fiber Preform

The GS2100 is the only tool that can measure the glass fibre preform rod continuously while it is being stretched. This makes sure that the preform diameter is always accurate and consistent. This system talks to your PLC and gives it the feedback it needs to make the preform automatically.

The Glass Stretching measurement system has a feature called "continuous capture," which lets the operator know how big the glass is at all times during the stretching process. This constant flow of real-time information lets the operator keep an eye on the diameter and fix problems before they cause the product to have to be reworked or thrown away.

With the Glass Stretching Measurement System, you can save the measured diameters to a disc and print them out to include in your quality reports, both for your company and for your customers. The Glass Stretching Measurement System lets operators check the diameter settings at shift changes, and engineering and production supervisors can check the diameters as they walk by the operator's console.

RI2400

Fiber Ribbon Inspector

The Ribbon Inspector's continuous capture mode gives the operator up to a second of feedback in the form of a digital image of how the Fiber Optic Ribbon is doing right now. With Taymer's Ribbon Inspector, you can be sure that the product going to your customers meets your high standards and has no ribbon defects.

ZT5000

High Speed Diameter Measurement and Lump Neckdown Gauge
The only tool that can provide images of your lumps and neck-downs on bare wire and fibre is the High-Speed Lump and Neck-Down Inspector. This is crucial in determining whether a measured diameter variation is a defect and whether action is required. Your technical staff will not have to rewind miles of product to find a flaw.

Biometric Access Control Systems: Everything You Need to Know

Mahbub Murshed — Sat, 16 Apr 2022 14:09:11 +0000

Among the most popular security systems on the market, biometric access control offers a blend of convenience and security unmatched by any other access control system.

Since the success of fingerprint-based digital access control systems, which secure access to personal and enterprise electronic devices, biometric access control has become a popular option. It involves using a person's unique physical characteristics to access a system. The characteristics can range from fingerprints to iris scans to facial recognition. In this article, we discuss biometric access control and its working principles, uses, and benefits over passwords.

What is Biometric Access Control?

Biometric access control systems use a person's unique physical characteristics to access a system. This can be anything from fingerprints to retinas to facial recognition. These characteristics are usually stored in a biometric identification system and are compared to the characteristics of the person attempting access to ensure authenticity.

Biometric systems can be classified according to the technology used for capturing and storing biometric characteristics.

Fingerprint technology has been used for many years and is the most commonly used biometric technology. It works well because fingerprints are unique to each person, making it hard for someone else to use them to access a system.

Iris scanning technology has been used to secure digital access to computers for some time now. It works by capturing the unique pattern in a person's iris to verify the person's identity.
Facial Recognition (FR) is a newer technology that is rapidly becoming more popular. It uses algorithms to compare a person's image against one stored on a system.

Uses of Biometric Access Control

Biometric access control can be used to secure access to a wide range of facilities and equipment. Examples include:
Biometric doors: These doors use biometric sensors to open and close. They can be controlled with a biometric key fob or mobile app, enabling people to come and go while staying secure.
Biometric locks: These are used to secure doors. They use biometric sensors or electronic locks to open and close.
Access control readers: Readers capture biometric information from an individual and send that information to a database.
Access control computers: These are used to manage access. They can recognize authorized users and revoke access when they leave the system or are revoked.

Advantages of Biometric Access Control

Easy to Use - Biometric systems are easy to use and quick for users. They can be accessed with a fingerprint or an eye scan, making them more convenient than using a password.

Physical Access - Biometric systems are more secure than electronic access control systems, which are susceptible to hacking. This makes it more difficult for unauthorized people to access the system and, therefore, the protected assets.
Accountability - Accountability is another advantage of biometric access control. All users have to do is identify themselves through a biometric system and receive access.

Disadvantages of Biometric Access Control

Privacy Concerns: Unlike passwords, biometric systems can identify users, which means they are likely to have privacy concerns.

Cost - Biometric access control is more expensive than traditional hardware and software. It is, therefore, important to compare the cost of using biometric access control and other technologies to ensure the investment is worth it.
Security Concerns - Biometric systems are susceptible to hacking, particularly when it comes to facial recognition.
False Positive - A false positive is when a biometric reader recognizes a person for whom it is not programmed to recognize.

How do biometric access control systems work?

Biometric access control and its functionality are based on science and technology. There's no need to be confused by complex explanations; they're straightforward.

Biometric access control systems record a person's physiological information. This data is collected by scanners attached to the devices. You can, for example, have a fingerprint scanner that stores a data file with a fingerprint analysis. Then you choose who you want to have access to whatever is behind the access control system, and register their fingerprints.

When you open a door, your finger is scanned. The system checks if there is a matching print in the database after analyzing the print. Once it determines that there is a match, the access control opens. However, entry is denied if there is no match.

Among the many biometric access control methods, fingerprints are just one. It's easy and convenient, however, to scan a print that makes it the most popular form of biometrics.

Retinal scanning entails scanning your retinas. The iPhone X, which introduced facial recognition to the consumer market in 2018, has also been making these technologies more mainstream.

The same general concept applies regardless of the type of biometrics being measured. To summarize even further:

Fingerprints are one example of biometric data that may be analyzed in biometric access control

All biological data from the people who are allowed access to the database is created

The access control system scans individuals as they use it
If their biological data is on record, they can access it
No access is granted if no biological match is found

How much does it cost to install a Biometric Door Access Control System?

Biometric access control systems come with a wide range of features and prices. However, it is important to understand how the system works and what it should be installed for. This will help determine how much it will cost to install the system.

The size and type of the biometric system will affect the installation cost. The bigger and more complex the system, the more expensive it is to install.
The cost of components such as sensors, readers, and computers will also affect the installation cost.
The number of doors, devices and other equipment that need to be secured by the system will determine the cost.

Biometric Door Access Control System Installation

Installing a biometric access control system is similar to installing any other security system. It involves installing sensors, readers, and computers at the facility entrance or the equipment's entry points.

The sensors should be installed at the entry points to the facility. They should cover all the entry points and be connected to a sensor hub.

The readers should be placed at the sensors to read the fingerprints of the authorized users. The readers can be mounted on a wall or kept in a cabinet.

Biometric computers should be installed at the entry points of equipment. They should be connected to the readers and the sensor hub. The computers should be programmed to recognize authorized users and revoke access when a user leaves the system or is revoked.

Conclusion

Biometric access control systems at Lock-up Services have been in use for some time now. These systems work by using the unique physical characteristics of a person to access a system. They can be used to secure doors, readers, and computers.