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What is Jira Align?

Jira Align is an Atlassian product that is an agile planning tool for implementing scaled agile and assists in the necessary business digital transformation. It is a browser-based cloud service that links team processes in real time with the broader context of the entire company plan.

Jira Align is a tool for agile enterprise planning that integrates work with multiple programs, products, and portfolio management at scale. It links and unifies all the data to receive timely, accurate information throughout your company.

It was previously called AgileCraft, but once Atlassian purchased it in 2023, It was renamed JIRA Align.

What is Enterprise Agility?Why is it essential to my organization?

The term “Enterprise Agility” refers to the ability of an organization to quickly respond to changes in the marketplace. Successful agile transitions can improve customer happiness, reduce operational costs, and increase staff engagement. Smaller cross-functional teams and quicker iterative development cycles are hallmarks of enterprise agility.

At the enterprise level, agile activities are guided by business metrics. It also provides many benefits to organizations working on a large scale.

Here are some of the values enterprise agilities can provide your business with:

Departments successfully interact with one another because they use a common language and have similar goals and intentions.

Teams and team members can do their job without waiting for assistance from other tasks, teammates, partners, or supplies.

Cross-functional teams can collaborate, pool resources & abilities, and finish cross-departmental projects with little managerial guidance.

Each team member is independent, and the organization distributes authority equally.

The company promotes the use of innovative approaches to address developing demands.

Management reacts swiftly to new problems and market developments.

The company employs robust, standardized procedures focused on long-term corporate goals.

JIRA Align Features

The features of Jira Align are divided into several layers that examine the organization from various angles. Thus, the platform offers development teams, managers, and executives customized tool sets at each stage.

Here, essential components used for project-people, tasks, and time are developed as independent hierarchies that span the company.

Customize bar: Jira Align’s whole language may also be modified to suit your company’s requirements. So the platform adjusts to your requirements.

Program Board: Your Company’s overall strategy may be defined and documented using Jira Align’s Enterprise level. Executives can track Execution against Outcomes and Snapshot Progress in the same sections where they can also define the organization’s mission, vision, and core values.

You can track how work is moving on your strategic objectives and plans by incorporating Jira task tracking into the system. Near-real-time updates are made to executive reports.

OKR Heatmap: Is a highly useful tool for summarizing progress toward goals and objectives is the OKR Heatmap. This is followed by the OKR Tree, which shows how objectives may be divided into strategic, portfolio, program, and team levels.

Strategic Backlog: A strategic backlog is another tool in the organizational toolbox that makes it easier to develop, update, and prioritize strategy points. This platform makes it possible to link goals and invest in ideas. Because of this, the connection between the activities and the strategic goals to which they contribute is still evident.

Roadmap: When managers modify the backlog, the project roadmap updates instantly and may be adjusted to meet requirements.

A roadmap summarizes the development of the program. The connections and grouping of jobs within a particular project iteration are displayed in road maps. Then, this design may be changed and tailored to fit the project’s needs.

You can use the Roadmap for scenario planning by separating the instance. You may then change the Roadmap under complete control without affecting the live version.

Dependency Maps: Jira Align also offers Dependency Maps, which record explicit, accepted commitments and guarantee on-time completion of projects. The Dependency Maps show which teams requested a given dependency, which teams rely on it, and the current status of the work.

Wheel map: Dependencies are shown using the Wheel Map in real time. Dependencies begin as red connectors and change to blue connectors after an agreement has been reached. You can quickly understand the bigger picture by using a wheel map. It allows you to view all the incoming and outgoing relationships to any element by selecting it.

Dependency matrix grid view: The Dependency Matrix grid view, however, can reveal problems that could affect work further down the line, such as several dependencies pointing to a single team that could cause cascading problems in the future.

Portfolio Strategy Management: Jira Align offers top-down alignment by using Strategic Snapshots to show how the business operates.

What is Jira Align used for?

Here are important applications of JIRA alignment:

Jira Align acts as a platform that unifies team-level and portfolio management technologies.

The firm benefits from increased visibility, alignment, and traceability.

It ensures that work and planning align with a long-term strategy. Doing this can enhances collaboration and enterprise transformation throughout the whole organization.

It helps managers to ensure that teams function cooperatively and that resources are appropriately allocated by placing projects and activities in their larger strategic contexts.

Who uses Jira Align?

Every level of the business can benefit significantly from Jira Align. Usually, it is employed by:

Companies using a scaled Agile framework, such as SAFe®, DAD, Scrum@Scale, LeSS, Spotify, etc.

Executive teams to tie strategic objectives and goals down to the team level.

Program managers monitor feature-level roadmaps, vulnerabilities, and dependencies.

Organizations that employ distinct business divisions’ installations of Jira.

JIRA Align frameworks

For many different agile frameworks, JIRA Align offers incredibly versatile support. It is one of the few bug-tracking tool products to adopt any scalable framework, whether standard or hybrid.

The following frameworks are among those that Jira Align supports:

SAFe: The Scaled Agile Framework is the most popular and has already assisted several international businesses in finding success with agile.

DaD: Disciplined Agile is a hybrid Agile technique that puts your people above everything else and is expected to be used throughout the lifespan of your project.

Scrum at Scale: Scrum@Scale builds on the Scrum framework. Companies that have previously found success with Scrum at the team level are more likely to employ it.

Spotify: The Spotify Framework is an autonomous, employee-centric business strategy focusing on networks and culture.

Custom and Hybrid frameworks: These adaptable options can constantly be changed to reflect leading practice techniques.

What is differences between JIRA and JIRA Align?

Many small size organizations use Jira. But companies will need to switch to Jira Align as their size grow. Here are some major differences between Jira and Jira Align:

Jira Jira Align

Jira supports small-size teams. Jira Align support teams of 500+ members.

As mentioned above, Jira is not powerful. Jira Align is a powerful tool and provides a business with enterprise agility.

It is a tool for project and task management. Project and task management aren’t supported well by Jira Align.

Jira includes bug tracking, customer service, creating new products, and more. Jira align is the best tool for a business looking towards agility.

What size organizations are the best fit for Jira Align?

All corporate businesses that seek to quicken their growth trajectory must adapt to changes. In this case, Jira Align could be beneficial. Jira Align is an ideal match for a business if team, project, and portfolio management coordination are key business objectives.

It is also favorable for a business if it works with the leadership to synchronize reporting and tool usage across several agile teams (50+).


Jira Align does exactly what its name implies: keeping teams in sync and aligning work-in-progress with business OKRs and the overall organizational plan.

Jira Align is one of the most popular Enterprise Agile planning platforms due to its numerous features.

With the knowledge of the requirement for business agility, support for hybrid scaling models, and enterprise-grade security and data governance, it has a solid grasp of the industry.

JIRA Align is unquestionably a product not to be overlooked if you are heading toward Enterprise Agility because it is a leader in Gartner’s Magic Quadrant.

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What Is Quic (Quick Udp Internet Connections)?

QUIC (Quick UDP Internet Connections) is a transport layer protocol developed by Google in 2013. The primary goal of QUIC is to reduce web communication latency and provide a faster, more secure, and more reliable alternative to the standard protocols used for secure web communication, such as Transmission Control Protocol (TCP) and Transport Layer Security (TLS).

QUIC operates on top of the User Datagram Protocol (UDP), and integrates features such as encryption, congestion control, and connection migration, which are enhancements over the capabilities of TCP and TLS.


QUIC is designed to speed up web communications by reducing the time delay between sending and receiving data packets (latency), a critical factor affecting user experience. High latency can cause slow page loading times and can lead to a poor user experience.

QUIC reduces latency by combining the handshake and encryption process into a single step, contrary to the two-step process required by TCP and TLS. This reduces the round trips required to establish a connection to the server. Furthermore, QUIC enables faster data transfer by allowing data to be sent in smaller, more manageable packets.

In terms of security, QUIC integrates encryption and authentication features directly into the transport layer protocol, resulting in more secure communications that are resistant to eavesdropping, man-in-the-middle attacks, and packet injection.


Supported by several major web browsers including Chrome, Firefox, and Opera, QUIC is also utilized by popular websites such as Google, Facebook, and Twitter.

QUIC is used for secure and efficient connection establishment between clients and servers. It facilitates the negotiation of encryption keys and authentication during the communication process, and is also beneficial for live streaming, file transfers, and other types of web communication requiring low latency, such as online gaming, video conferencing, and real-time data transfer.


QUIC provides several unique features:

Encryption: QUIC integrates end-to-end encryption, making it difficult for attackers to intercept and read data packets.

Multiplexing: QUIC allows multiple data streams to be sent over a single connection, thereby allowing multiple requests to be processed simultaneously and reducing the time needed to load a web page.

Connection Migration: QUIC supports moving an existing connection from one IP address or network interface to another without interrupting the connection. This feature is useful when a user switches networks, such as moving from Wi-Fi to cellular data.

Congestion Control: QUIC includes a congestion control algorithm to prevent network congestion and reduce latency. This algorithm is an enhanced version of TCP’s congestion control algorithm, modified to work with QUIC’s multiplexing and encryption features.


QUIC offers several benefits over TCP and TLS:

Reduced Latency: By combining the handshake and encryption process into a single step and enabling smaller data packets, QUIC can significantly reduce latency.

Increased Security: The integrated encryption and authentication in QUIC enhance security and make it resistant to various attacks.

Improved Reliability: QUIC’s congestion control algorithm can help avoid network congestion, thereby reducing packet loss and connection interruptions.

Better Performance: With its multiplexing feature, QUIC can process multiple data streams simultaneously, reducing web page load time.


Despite its benefits, QUIC also has some limitations:

Compatibility: QUIC is not yet a fully standardized protocol. It may not be supported by all web browsers and servers, potentially causing compatibility issues.

Complexity: QUIC is a complex protocol that demands substantial resources to implement and maintain. This could pose challenges for smaller websites and servers.

Performance Overhead: The added security features of QUIC could introduce some performance overhead, potentially impacting the performance of services reliant on fast data transfers.

A Detailed Introduction To K

This article was published as a part of the Data Science Blogathon.


Cluster analysis or clustering is an unsupervised machine learning algorithm that groups unlabeled datasets. It aims to form clusters or groups using the data points in a dataset in such a way that there is high intra-cluster similarity and low inter-cluster similarity. In, layman terms clustering aims at forming subsets or groups within a dataset consisting of data points which are really similar to each other and the groups or subsets or clusters formed can be significantly differentiated from each other.

Why Clustering?

Let’s assume we have a dataset and we don’t know anything about it. So, a clustering algorithm can discover groups of objects where the average distances between the members/data points of each cluster are closer than to members/data points in other clusters.

Some of the practical applications of Clustering in real life such as:

1) Customer Segmentation: Finding a group of customers with similar behavior given a large database of customers (a practical example is given using banking customer segmentation)

2) Classifying network traffic: Grouping together characteristics of the traffic sources. Traffic types can be easily classified using clusters.

3) Email Spam filter: The data is grouped looking at different sections (header, sender, and content) and then can help classify which of them are spam

4)City-Planning: Grouping of houses according to their geo-location, value, and house type.

Different types of Clustering Algorithms

1) K-means Clustering – Using this algorithm, we classify a given data set through a certain number of predetermined clusters or “k” clusters.

2) Hierarchical Clustering – follows two approaches Divisive and Agglomerative.

Agglomerative considers each observation as a single cluster then grouping similar data points until fused into a single cluster and Divisive works just opposite to it.

3) Fuzzy C means Clustering – The working of the FCM Algorithm is almost similar to the k-means clustering algorithm, the major difference is that in FCM a data point can be put into more than one cluster.

4) Density-Based Spatial Clustering – Useful in the application areas where we require non-linear cluster structures, purely based on density.

What is k-means Clustering?

K-Means Clustering is an Unsupervised Learning algorithm, used to group the unlabeled dataset into different clusters/subsets.

Now you must be wondering what does ‘k’ and ‘means’ in the k-means Clustering means??

Putting a rest to all your guess here ‘k’ defines the number of pre-defined clusters that need to be created in the process of clustering say if k=2, there will be two clusters, and for k=3, there will be three clusters, and so on. As it is a centroid-based algorithm, ‘means’ in k-means clustering is related to the centroid of data points where each cluster is associated with a centroid. The concept of a centroid based algorithm will be explained in the working explanation of k-means.

Mainly the k-means clustering algorithm performs two tasks:

Determines the most optimal value for K center points or centroids by a repetitive process.

Assigns each data point to its closest k-center. Cluster is created with data points which are near to the particular k-center.

How does k-means Clustering work?

Suppose, we have two variables X1 and X2, scatter plot below-

(1) Let’s take the value of k that is the number of pre-defined clusters to be 2(k=2), so here we will be grouping our data into 2 clusters.

Random k points need to be chosen to form the clusters. No restrictions on the selection of random k points can be from inside the data and outside as well. So, here we are considering 2 points as k points (which are not part of our dataset) shown in the figure below-

(2) The next step is to assign each data point of the dataset in the scatterplot to its closest k-point, this will be done by calculating Euclidean distance between each point with k point and draw a median between both the centroids, shown in the figure below-

We can clearly observe that the point to the left of the red line are near to K1 or the blue centroid and the points to the right of the red line are near to K2 or the orange centroid.

(3) As we need to find the closest point, so we will repeat the process by choosing a new centroid. To choose the new centroids, we will compute the center of gravity of these centroids and will find new centroids as below-

(4) Now, we need to reassign each data point to a new centroid. For this, we have to repeat the same process of finding a median line. The median will be like below-

In the above image, we can see, one orange point is on the left side of the line, and two blue points are right to the line. So, these three points will be assigned to new centroids

We will keep finding new centroids until there are no dissimilar points on both sides of the line

We can now remove the assumed centroids, and the two final clusters will be as shown in the below image

So, far we have seen how the k-means algorithm works and the various steps involved to reach the final destination of differentiating clusters.

Now you all must be wondering how to choose the value of k number of clusters??

The performance of the K-means clustering algorithm highly depends upon clusters that it forms. Choosing the optimal number of clusters is a difficult task. There are various ways to find the optimal number of clusters, but here we are discussing two methods to find the number of clusters or value of K that is the Elbow Method and Silhouette score.

Elbow Method to find ‘k’ number of clusters:[1]

The Elbow method is the most popular in finding an optimum number of clusters, this method uses WCSS (Within Clusters Sum of Squares) which accounts for the total variations within a cluster.

WCSS= ∑Pi in Cluster1 distance (Pi C1)2 +∑Pi in Cluster2distance (Pi C2)2+∑Pi in CLuster3 distance (Pi C3)2

In the formula above ∑Pi in Cluster1 distance (Pi C1)2 is the sum of the square of the distances between each data point and its centroid within a cluster1 similarly for the other two terms in the above formula as well.

Steps involved in Elbow Method:

K- means clustering is performed for different values of k (from 1 to 10).

WCSS is calculated for each cluster.

A curve is plotted between WCSS values and the number of clusters k.

The sharp point of bend or a point of the plot looks like an arm, then that point is considered as the best value of K.

So here as we can see a sharp bend is at k=3, so the optimum number of clusters is 3.

Silhouette score Method to find ‘k’ number of clusters

The silhouette value is a measure of how similar an object is to its own cluster (cohesion) compared to other clusters (separation). The silhouette ranges from −1 to +1, where a high value indicates that the object is well matched to its own cluster and poorly matched to neighboring clusters. If most objects have a high value, then the clustering configuration is appropriate. If many points have a low or negative value, then the clustering configuration may have too many or too few clusters.

Example showing how we can choose the value of ‘k’, as we can see that at n=3 we have the maximum silhouette score hence we choose the value of k = 3.

Advantages of using k-means clustering

Easy to implement.

With a large number of variables, K-Means may be computationally faster than hierarchical clustering (if K is small).

k-Means may produce Higher clusters than hierarchical clustering.

Difficult to predict the number of clusters (K-Value).

Initial seeds have a strong impact on the final results.

Practical Implementation of K-means Clustering Algorithm using Python (Banking customer segmentation)

Here we are importing the required libraries for our analysis.

Reading the data and getting top 5 observations to have a look at the data set

The code for EDA (Exploratory Data Analysis) has not been included, EDA was performed on this data, and outlier analysis was done to clean the data and make it fit for our analysis.

As we know that K-means is performed only on the numerical data so we choose the numerical columns for our analysis.

Now to perform the k-means clustering as discussed earlier in this article we need to find the value of the ‘k’ number of clusters and we can do that using the following code, here we using several values of k for clustering and then selecting using the Elbow method.

As the number of clusters increases, the variance (within-cluster sum of squares) decreases. The elbow at 3 or 4 clusters represents the most parsimonious balance between minimizing the number of clusters and minimizing the variance within each cluster hence we can choose a value of k to be 3 or 4

Now showing how we can use the Silhouette value Method to find the value of ‘k’.

If we observe, we get the optimum number of clusters at n = 3 so we can finally choose the value of k = 3.

Now, fitting the k means algorithm using the value of k=3 and plotting heatmap for the clusters.

Final Analysis

Cluster 0 – Young customers taking low credit loans for a short duration

Cluster 1 – Middle-aged customers taking high credit loans for a long duration

Cluster 2 – Old aged customers taking medium credit loans for a short duration

Conclusion References:

(1)img(1) to img(8) and [1] ,reference taken from “K-Means Clustering Algorithm”


What Is A Refurbished Phone?

With finances being squeezed hard by the high cost of living, it’s no wonder people are turning to refurbished phones instead.

But what is a refurbished phone? How is it any different to buying a used phone from ebay? Is it even safe to buy a refurbished phone?

We’ll answer these and other questions right here.

What does refurbished actually mean?

This is one of the biggest problems right now as it can mean different things, depending upon who’s selling you the phone.

In general, refurbished means that a used phone has been professionally checked over to make sure it is fully working and that there are no faults with the cameras, speakers, microphone and screen, and that the Wi-Fi, Bluetooth and 4G works as it should.

You might assume, as many people do, that a refurbished phone will have a new battery and that any other defective parts have been replaced.

But this isn’t what happens in most cases. Only Apple and Samsung actually remanufacture phones to a standard where it’s impossible to tell a refurbished one from a brand new one.

And hardly any companies that sell refurbished phones will replace batteries or cracked screens. Aznu in the UK is one of the only companies that does, and pitches itself as a seller of premium refurbished phones with no defects.

Not all phones need replacement parts as they have been well looked after, are fully working and in great condition. So there’s no reason to avoid sellers who simply check and grade phones.

In face, you need to watch out: if a phone has been taken apart, any IP rating (for water-resistance) may no longer apply. If this is important to you, check with the seller before purchasing.

Back Market works a bit differently to most refurbished phone sellers. It’s a marketplace that lists phones from hundreds of different refurbishers.

Most other companies take phones that have been traded in (or sold directly to them), carefully assess them to make sure everything functions as it should and then grade them according to their condition.

For example, it could be ‘like new’, ‘pristine’, ‘very good’, ‘good’, ‘fair’ or something else.

This gives you an idea of what to expect, but unlike ebay or other places where you can buy used phones, you won’t see photos of the actual device you’ll receive on a website that sells refurbished phones.

Instead, you’ll see the same stock images as if you were buying the phone brand new. Currently, the only seller we know of that publishes example photos of what each grade is like is giffgaff – a mobile network operator in the UK.

Usually, you’ll see listings like those below.


Whatever you see, you must read the descriptions of each grade carefully, because you can’t assume ‘good’ means the same from one seller to another.

For example, Envirofone says that a ‘good’ phone will be “An average condition product that has signs of use. This will have wear and tear to the front, back or sides.“

It’s a similar situation if you buy a ‘good condition’ phone from giffgaff, which is the lowest it sells.

Giffgaff sent over an iPhone 12 in good condition for us to look at, and it was difficult to find any damage or defects at all. There were a few tiny scratches on the screen that proved impossible to photograph, and a single one-inch scratch on the rear glass that you should be able to make out in the photo below.

Jim Martin / Foundry

Envirofone also offers a cheaper grade. Its ‘fair’ condition phones will have “signs of heavy wear to the front, back or sides. This product is fully functional and will have a battery health over 70%.”

The best that Envirofone sells is ‘pristine’, which means “a premium product which has light signs of use and is in excellent working order.”

Below is an iPhone 11 in ‘pristine’ condition, which has only one very small scuff mark on one corner and no other visible blemishes.

Jim Martin / Foundry

By contrast, giffgaff’s best condition is ‘like new’ which means “Zero wear and tear: these phones look like new with no visible scratches on the screen or body”.

Naturally, the prices of a refurbished phones differ according to condition, with ‘like new’ being the most expensive, and ‘fair’ being the cheapest.

Most people will be happy with ‘good condition’ as it’s the best compromise: you save more than if you went for a phone with no visible defects, and there shouldn’t be any really noticeable damage.

And if more noticeable scratches, scuffs and light dents don’t bother you, you can save even more. Once you pop a case on, and perhaps a screen protector, most scratches won’t be visible anyway.

In general, you should expect any refurbished phone that isn’t in the lowest grade to have a battery health of 80% or higher. This means it has 80% of its original capacity, so will last 80% as long as when it was new.

Why shouldn’t I just buy a used phone?

It’s a great question. Why not just go on ebay, Facebook marketplace or wherever you usually turn to buy used products?

You may well find a phone on those sites that’s cheaper and in better condition than those you find on refurbished phone websites.

But the big difference with a refurbished phone is that you get a warranty with it, or should do. Typically sellers offer a 12-month warranty so if one of the cameras stop working or there’s some other problem you can return it and get a replacement.

That warranty won’t apply if you drop it and smash the screen, of course, but that’s what phone insurance is for.

Sometimes, though, you will see sellers offering extras like this. UR, for example, provides insurance against accidental damage and includes a glass screen protector, SIM removal tool, compostable phone case and a charger with every phone it sells. Yet they’re comparable in price with other sellers for the equivalent phone.

Refurbished iPhone 13 Pro Max in ‘Premium’ condition


Other sellers, such as Envirofone, include only a charging cable and exclude the charger because you’ve probably already got one, and shipping more chargers is – as Apple will tell you – worse for the environment.

Because buying a refurbished phone is not a private sale – as it would be if you purchased from an individual on ebay – you have more rights. One important one is the ability to return the phone within a certain number of days, usually a minimum of two week, and get your money back.

This means it is safe to buy a refurbished phone.

Do refurbished phones come with new batteries?

The vast majority don’t and there are a variety of reasons why.

One is that putting a new battery in would increase the cost of the phone a lot because of the price of the battery and also the time it takes for someone to replace it.

Unlike the old days where batteries just unclipped from the back of the phone, they’re sealed inside and are difficult to get to.

Back Market told us that it is planning to introduce the option to have a new battery installed, at extra cost. So at least you’ll have the option.

Do refurbished phones last long?

That’s a difficult question to answer. You’ll get a warranty with a refurbished phone, so if it becomes faulty you have some comeback until that time is up.

It’s impossible to say how long it will continue to work beyond the warranty, but that’s the same with a new phone.

However, it is important to understand they are not new phones and have been used by someone already. The battery (if it hasn’t been replaced) won’t last as long as a brand new one and you also need to remember that if you’re buying an older model, it won’t get updates from its maker for as long as a more recent phone.

For example, your budget might stretch as far as an iPhone 11. This is a popular choice for a refurbished phone, but as it was released in September 2023, it’s already over three years old.

Apple may continue to offer iOS updates for it, but potentially only for another two years.

The situation can be worse for Android phones which typically get updates for only three years anyway. Buy one from 2023 and you could well find it can’t be updated to the latest version of Android, and may not get security updates either.

Which refurbished phone company is the best?

There are lots of places to buy refurbished phones, but don’t assume every seller is the same, because they’re not.

It is always worth reading reviews on TrustPilot, and also the terms and conditions on the website itself. What does the warranty actually cover? Under what circumstances can you return the phone if you’re not happy with the condition?

You won’t always be dealing with the company that you bought the phone from, either.

Some are actually marketplaces, but you may not notice this. Back Market is one of them, and uses hundreds of different “refurbishers” – independent companies that check over phones and grade them independently, although always using the same guidelines from Back Market to ensure they meet the same standards.

Back Market

When you look at a listing on Back Market, you can see who the seller is at the bottom, and you’re still covered by a 12-month warranty regardless of who’s selling it.

It’s a similar situation with Amazon Renewed and ebay. Neither Amazon nor ebay refurbish phones. Instead, they work with companies that do, and those companies will send you a phone and provide the warranty.

In all three cases: Amazon, ebay and Back Market, you can speak to the in-house customer support teams if you need help resolving any issues. But it’s worth bearing this in mind when buying from these marketplaces.

For more, read our guide on where to buy a refurbished phone.

We’ve also rounded up the best refurbished phone deals we can find which will save you the most on an iPhone 12, iPhone 11, Samsung Galaxy S21 and more.

Related stories

Comprehensive Guide To Jira Dashboard

Introduction to Jira Dashboard

The JIRA Dashboard is a home page of the JIRA software after logging to it i.e. it provides various useful information to the team members, tracks the project development status and is customized by the JIRA administrator. It contains a navigation bar having multiple links like Dashboards, Projects, Issues, Boards and a Create button. Similarly, the system dashboard section contains some default sections like Introduction, Assigned to Me, etc.

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How to Add Gadgets in Jira Dashboard?

The Gadget is an application that added to the created JIRA dashboard which provides useful tracking reports of the project development to the team. The examples of Gadgets are such as, Assigned to Me, Issues in Progress, Calendar, Jira Road Map, Pie Chart, Sprint Burndown, etc. The steps to add gadgets in JIRA dashboard are given below:

Step 1: You Login the JIRA application as an Administrator.

Step 4: You choose your required Gadget from the list of multiple gadgets.

How to Create a Dashboard in Jira?

The JIRA dashboard can be created and customized by the JIRA administrator. The steps to create a dashboard in JIRA are given below:

Step 3: Fill the name of the Dashboard, Description, Access, and Shared with, etc.

Various Operations Performed in Jira Dashboard

There are various operations are performed on the JIRA dashboard. Such as,

1. Dashboards

This is one of the best operations in the JIRA dashboard/ homepage. By using this link we can Add Gadget to the dashboard, Edit layout (choose different dashboard layout), Copy dashboard, Edit dashboard, Create a dashboard, Find dashboard, Delete dashboard, Share dashboard, View as wallboard, Set up wallboard slideshow, etc.

2. Projects

This Project provides the link, it provides multiple sub-links related to the project work i.e. it shows the Current project with status, recent project, Software, Business (business project type), view all the projects and create the project, etc.

3. Issues

This link provides different sub links related to the Issues towards the project i.e. it shows the search for Issues, Recent Issues, reported by me, my open Issues and manage filters.

4. Boards

This link provides the board followed by the project. It shows the agile board or Kanban board as per the project development methodology. It has two sub-links such as the recent board and Views all boards.

5. Create

6. Search Filed

In this field, we search for the project or issues or bugs in the JIRA dashboard. It is used to minimize the result to get appropriate requirements.

7. Feedback Link

8. Help Link

This link provides some useful information about the JIRA tool. It has multiple sub-links like About JIRA, JIRA software help, what’s new, JIRA core help, Jira admin help, Atlassian cloud admin help, keyboard shortcuts, and JIRA credits, etc.

9. User Profile Link

It provides the profile details of the user and also manages the profile of the user with information about the user like the photo, email address, phone number, etc. The Log out option is used to logging off from the JIRA tool.

10. System Dashboard

This is present on the JIRA dashboard home page. It contains mainly three sections such as Introduction (Welcome to JIRA), Assign to Me (tasks assigned to a specific user) and Activity Stream (list of activities done by the users).


In this article, we briefly discuss the JIRA Dashboard along with how to create a dashboard in JIRA, how to add gadgets in the JIRA dashboard and different features in JIRA home pages with proper examples. Depending upon project or Industry the view of dashboard changes. The JIRA administrator takes major roles to create the new dashboard. It provides the proper workflow status of the project to track each member of the team with proper documentation.   

Recommended Articles

This is a guide to Jira Dashboard. Here we discuss how to add a gadget, how to add and how to create dashboard and the various operations performed in Jira Dashboard. You can also go through our other related articles to learn more-

What Is A Quantum Dot Monitor?

What’s Behind the Display?

Underneath the surface there are several tiny semiconductor nanocrystals that can influence some of the smallest particles known to mankind. The sizes of these particles are so small you probably have trillions of them under your fingernail. Each of these nanocrystals is known as a quantum dot. What this does is effectively minimize the space that a pixel (or, more appropriately, a dot) will occupy on your screen. There are many reasons why this is much more applicable for television sets and desktop monitors than your current LED set up, but we’ll get to that in a minute. What you need to know right now is that we’re talking about some very tiny crystals that form the picture on your screen.

Why Not Stick with LED?

Have you ever used an OLED screen on a high-end smartphone? The black color is very deep, lacking the typical “noise” you’d encounter with any other “normal” screen. You might have also observed that the colors on display are more vivid. This is also how quantum dot (QD) technology works, except it doesn’t use organic molecules to create its light.

What makes it so much more special than anything else is its propensity to minimize power use while remaining a potentially more affordable technology than the OLED screens we are used to. Since quantum dots can be both photo-active (i.e. light triggers it) and electro-active (i.e. electricity triggers it), it means that we can trigger certain pixels to light up in color while selectively shutting down anything we want to display as black. Your typical LED screen will always have backlighting to kill the mood while you’re watching a dark scene in a movie. This backlighting requires a certain amount of power (my 27-inch monitor takes up about 45 to 48 watts in nominal power). You can technically halve that using a QD monitor because it doesn’t use any power to display black as a color.

QD’s usefulness doesn’t stop here, though. Artists and web designers are able to see a very accurate reproduction of colors due to the sharpness of the image. In addition to this, larger displays may not “fuzz out” as much with the resolution as their LED counterparts would. The fact that it’s potentially rather cheap to manufacture these displays (along with the fact that they actually shine brighter without losing their brilliance as quickly as other displays) makes the technology very promising.

Here’s a fun fact. QD technology isn’t necessarily new. The idea came around the 1980s before personal computers with separate monitors went mainstream. Now that monitors are almost all over the place, and there’s nary a home without a computer, it’s worth another look.

Miguel Leiva-Gomez

Miguel has been a business growth and technology expert for more than a decade and has written software for even longer. From his little castle in Romania, he presents cold and analytical perspectives to things that affect the tech world.

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