However, with the right tools and techniques, it’s often possible to recover deleted photos from Android. In this guide, we’ll walk you through the best Android recovery methods to help you learn how to recover permanently deleted photos from Android phones.

Can I Recover Photos Deleted on Android?

When any photo is deleted from your Android phone, it’s not immediately erased from the device. Instead, the system marks the space it occupies as available for new data. Until this space is overwritten by new files, there’s still a chance to recover the deleted photos. However, you can recover deleted photos even if the space is overwritten, recovery becomes much more challenging.

Common Reasons for Permanent Deletion of Photos on Android

Before you use any Android data recovery software or manual methods to recover deleted photos from Android devices, it is important to find the exact reasons for the same. Here are some common causes:

• Accidental Deletion: Users may accidentally delete photos while managing their gallery or storage.
• System Updates: Occasionally, system updates may result in the loss of photos due to software glitches or errors.
• Formatting: Formatting the device’s internal storage or an SD card can erase all its content, including stored photos.
• Malware or Virus Attack: Malicious software like viruses or malware can corrupt or delete photos on the device.
• Clearing Cache or Data: Clearing the cache or data of certain apps, like the gallery or photo apps, might inadvertently delete all photos.

How do I Recover Permanently Deleted Photos on Android?

Identifying the exact cause of permanent photo deletion on Android phones will help you to take adequate recovery methods to recover deleted photos from Android. In this part of the blog, we will discuss some common recovery methods that you can try:

Method 01: Check the Google Photos Trash

Many Android devices rely on Google Photos to back up their images. Google Photos offers a built-in Trash folder where deleted photos are stored temporarily, for 30 days before being permanently erased. Go through the below steps to recover deleted photos from the Trash folder:

• Firstly, open the Google Photos app on your Android phone.

  

• Click on the Library icon from the bottom of the screen.
• Now, tap on Trash to see all the photos that have been deleted within the last 30 days.
• Select all the photos you want to recover and click Restore to save them to your Google Photos library and synced to your device.

  

Method 02: Use Cloud Backup Recovery

If your deleted photo is not present in the Recently Deleted album, then it might have been permanently removed from your Android device. In such cases, you can check previously created backups to find and restore deleted photos. If you use cloud backup services like Google Drive, Dropbox, or One Drive to backup your photos, you can easily restore them from there.

Follow the below steps to recover photos from Cloud backups:

• Launch the cloud storage app on your Android device.
• Now, locate the Trash or Recently Deleted folder.
• Select the photos you want to recover and tap “Restore” to bring them back to your cloud library.

Method 03: Use Third-Party Android Data Recovery Software

Instances may occur when your deleted photo might not be available in the Recently Deleted album and you don’t have any previously created backups. In such cases, you can use a third-party data recovery software for Android like Stellar Data Recovery for Android to restore your lost photos. This all-in-one data recovery software is designed to completely scan your device for deleted files and then recover a wide range of data types, including photos.

• The Stellar Data Recovery for Android allows you to recover photos, videos, music, messages, and other types of files from any Android device.
• It supports the recovery of deleted data from Android phones without rooting.
• Compatible with all Android phones, including Samsung, OnePlus, Vivo, Xiaomi, etc.
• 100% safe and secure tool, free from any virus, malware, or Trojan.
• The software even supports the recovery of deleted WhatsApp attachments, including images, audio, and videos.

Here’s how to recover permanently deleted photos from Android phones using this amazing Android data recovery software:

Step 1: Download and install the Stellar Data Recovery for Android software on your Windows device. Launch the software and from the Select What to Recover window, choose Recover Android Data from the left pane and then select the type of data you need to restore. Click Next to complete the recovery process.

Step 2: Once the Android phone is connected to that device, click Scan to initiate the scanning process and wait till it is completed.

Step 3: After completion of the scanning process, preview the recovered photos and select the ones you need to restore. Click the Save button to save selected photos at a desired location on your device.

Tips to Avoid Deletion of Photos on Android

While it is easy and quick to recover deleted photos from Android phones using the above-mentioned data recovery methods, it’s always better to avoid data loss from your end. Here are some additional tips that you can consider to prevent sudden deletion of photos:

• Regular Backups: Make a habit of regularly backing up your photos using multiple methods, such as cloud storage (Google Photos, Dropbox) and external storage (SD cards, USB drives).
• Avoid Rooting Your Device: Unless absolutely required, avoid rooting your device as it can increase the risk of data loss due to file system errors or malicious apps.
• Be Cautious with Factory Resets: It is good practice to back up your data before you perform a factory reset. Use cloud backups or transfer your files to a computer to ensure nothing important is lost.

Conclusion

Recovering permanently deleted photos from an Android phone can be challenging, but it’s not impossible. By following the outlined in this guide—ranging from checking the Recently Deleted album to using professional Android data recovery software, you can maximize your chances of recovering those precious memories. Remember to take preventive measures to protect your data in the future, ensuring that your photos are always safe and easily recoverable.

In the fast-paced sales world, the decisive edge often lies in the quality of account planning processes. Streamlining your account management strategy is pivotal to success as markets become increasingly competitive. To thrive in this dynamic environment, modern businesses must adapt and refine their approaches to account planning, leveraging both technological innovations and human insights. In this article, we’ll explore the key elements that will help you stay ahead in the digital age, including essential account planning tips and tricks. Keep reading to unlock vital insights on enhancing your account planning efforts.

The Essentials of Account Planning in the Digital Age

Alt text: Two women discussing and sharing account planning tips and tricks during their meeting.

In a landscape where customer needs and industry trends change at lightning speed, understanding the essentials of account planning is more critical than ever. The essence of account planning lies in deeply understanding your client’s business objectives, competitive environments, and pain points, which can guide your strategies in personalizing service delivery. Building strong relationships with decision-makers is no longer just nice; it’s a strategic necessity.

Account planning requires a data-driven approach to anticipate client needs and craft tailored solutions. It goes beyond just knowing who your clients are – it involves analyzing their business cycles, marketing efforts, and even internal challenges. Effective account planning will align your solutions with their goals, distinguishing your service in a crowded marketplace.

It’s not enough to be reactive in your strategies; proactivity is the new standard. Account planning now involves forward-thinking, short- and long-term goal alignment and constant reevaluation of account strategies. Due to this, sales professionals have turned to various tools and methodologies to structure their account planning more effectively.

For those seeking to enhance their strategies, considering planning tips and tricks can provide competitive insights. By leveraging technology and innovative thinking, account planners can transform their processes to fit the digital business landscape.

Strategies for Personalizing Client Interactions in Account Planning

Alt text: Two men engaged in a strategic discussion, exchanging account planning tips and tricks.

One of the key differentiators in successful account management is the personalized interaction with clients. Customization goes a long way in showing clients they are valued and understood. Account planners must consider each client’s unique business context and tailor their strategies accordingly.

Segmentation strategies can prove invaluable in customizing interactions, as they allow organizations to cater to specific industry needs, company sizes, and client roles. By segmenting accounts and developing profiles, a business can deliver more relevant content, solutions, and communication to each group.

Understanding past interactions, purchases, and preferences can inform how personalized offers and solutions are crafted. This type of targeted engagement increases the chance of sales success and enhances the overall client experience.

The development of trust through personalization is a powerful aspect of account planning. When clients feel their unique challenges and needs are being addressed, they are likelier to engage with and be loyal to a provider. Personalizing interaction is a continuous process that requires attentiveness and a willingness to adapt to evolving client expectations.

Adopting Agile Methodologies for Dynamic Account Planning

Adopting agile methodologies in account planning represents a significant shift in mindset from traditional, often rigid, planning. Agile account planning is iterative, allowing quick adaptations based on changing circumstances or client feedback. It emphasizes flexibility, continuous improvement, and the ability to pivot quickly when necessary.

In an agile environment, account teams work in short sprints, reassessing their strategies regularly to ensure alignment with client objectives. This method promotes collaboration across departments, bringing together diverse perspectives that can lead to more innovative solutions. Cross-functional communication inherent in agile frameworks is vital for cohesive account strategy execution.

Risk management is another area where agile methodologies shine in account planning. By allowing for incremental progress and ongoing review, potential issues can be identified and addressed early, minimizing their impact on the account.

Adopting agile methodologies demands a willingness to let go of long-held procedures in favor of responsive, client-focused strategies. Those willing to embrace this approach can expect enhanced results in their account planning endeavors.

Overall, success in modern account planning hinges on effectively combining technology, data, and personal touch to create responsive and individualized client strategies. Implementing these tips and tricks into your business practice is instrumental in strengthening client relationships and driving growth. As the business landscape evolves, so must our approaches to account planning, ensuring we remain at the forefront of customer satisfaction and success.

Why Time Tracking is Indispensable for Small Business Success

In the world of small businesses, time is a finite and valuable resource. Effective time tracking is key to harnessing this resource, allowing for a meticulous understanding of how business hours are allocated. Through careful monitoring and analysis, small businesses can identify inefficiencies, optimize resource distribution, and enhance overall productivity. This level of detail in time management fosters a culture of accountability and precision, crucial for driving business success.

Exploring the Versatility of TimeCamp’s Timesheet Feature

Central to effective time management in small businesses is TimeCamp’s Timesheet feature, a robust tool designed to cater to the specific needs of this sector. Known for its user-friendly interface and comprehensive capabilities, it streamlines the time tracking process, offering valuable insights into business operations. Small businesses looking to optimize their time management strategies can discover more about this tool and its alignment with business goals by visiting Timesheet App.

Unpacking the Features of TimeCamp’s Timesheet

The Timesheet feature from TimeCamp is a perfect blend of simplicity and functionality, designed to ease the time tracking process while providing detailed insights into time usage. Its ability to accurately track and report time across various tasks and projects is invaluable for small businesses, offering a clear view of where time is best invested. This adaptability across different business models makes it an ideal tool for any small business aiming to refine its time management and operational efficiency.

Key Strategies for Successful Time Tracking in Small Businesses

Implementing a time tracking system like TimeCamp’s Timesheet feature goes beyond software installation. It requires a comprehensive approach that includes training the team on the importance of time tracking, establishing clear guidelines for usage, and cultivating a positive attitude towards time management as a fundamental aspect of business growth and personal development. Encouraging team engagement, providing regular training, and demonstrating the tangible benefits of effective time tracking are essential to ensure a smooth and successful adoption process.

Tailoring Time Tracking for the Unique Needs of Small Businesses

Adapting time tracking strategies to fit the specific needs of small businesses is crucial for maximizing their impact. The guide on Time tracking for small business offers a wealth of insights and practical tips, helping businesses to customize their time tracking practices to align with their unique operational goals. This resource is invaluable for those seeking to optimize their time management techniques and drive business efficiency.

Conclusion: Time Tracking as a Catalyst for Small Business Growth

In conclusion, time tracking is an essential tool for small businesses striving for efficiency and competitiveness. By leveraging tools like TimeCamp’s Timesheet feature and implementing strategic time management practices, small businesses can achieve significant improvements in their operations. Time tracking is more than a measure of hours; it’s a strategic approach that enables informed decisions, improves team performance, and fosters long-term business growth.

Low-code and no-code platforms are revolutionizing the software development landscape by breaking down the traditional barriers that once restricted the creation of software to professional developers. These innovative tools are empowering non-developers, often referred to as “citizen developers,” to actively participate in the process of designing, building, and deploying software solutions.

Traditionally, software development was a complex and highly specialized field, requiring in-depth coding knowledge and technical expertise. This exclusivity often led to bottlenecks in project timelines and a heavy reliance on IT departments. Low-code and no-code platforms, however, have changed the game.

Low-code platforms require minimal coding knowledge and provide a visual interface that simplifies the development process. No-code platforms take this a step further, allowing users to create applications with little to no coding at all. These tools offer a wide range of pre-built components, templates, and drag-and-drop features, making it easy for non-developers to design and customize applications.

The implications of this shift are profound. Business professionals, subject matter experts, and individuals from various departments within organizations can now directly contribute to the development of software solutions that cater to their specific needs. They can create applications for tasks such as workflow automation, data management, customer relationship management, and more, all without relying on IT teams. However, for organizations seeking more complex and highly customized software solutions, custom software development services like those offered by providers remain an essential choice to address unique and intricate requirements beyond the capabilities of low-code and no-code platforms.

This democratization of software development not only accelerates the delivery of solutions but also fosters innovation within organizations. It allows for faster adaptation to changing business environments and customer demands. Additionally, it reduces the backlog of IT departments, freeing up their resources for more complex, mission-critical tasks.

Low-code and no-code platforms: Simplified development tools empower non-developers to create software

In the ever-evolving landscape of software development, low-code and no-code platforms have emerged as transformative tools, democratizing the process of creating software. These platforms cater to individuals and teams with varying degrees of technical expertise, from seasoned developers to non-technical users, enabling them to design, develop, and deploy software applications rapidly. Here, we’ll explore the key features and benefits of these simplified development tools:

Low-code platforms require a certain level of coding proficiency, making them suitable for moderately complex projects where some custom coding may be needed. They offer greater flexibility and customization, making them ideal for developing enterprise applications and more intricate solutions. However, the learning curve for non-developers can be moderate to steep.

Conversely, no-code platforms are designed for those with little to no coding knowledge. They focus on rapid application development using visual interfaces and predefined building blocks. While they offer limited customization and are best suited for simple, straightforward tasks, they have a gentle learning curve that appeals to a broad range of users, including citizen developers.

Accelerating Development with Simplified Tools

These simplified tools, including low-code and no-code platforms, offer a range of advantages that have a profound impact on the software development process. Here are key points highlighting how these tools accelerate development and benefit businesses:

Speedy Application Development: Low-code and no-code platforms streamline the development process by providing pre-built components, templates, and user-friendly interfaces. This rapid development cycle means that businesses can bring new applications to market more quickly than with traditional development methods.

Agility and Adaptability: With simplified tools, organizations can respond promptly to changing market demands and evolving business needs. They have the flexibility to create, modify, and deploy applications in a fraction of the time it would take through traditional development. This agility allows businesses to stay competitive and seize opportunities as they arise.

Cost Savings: By reducing the time and resources required for development, low-code and no-code platforms contribute to significant cost savings. These tools minimize the need for extensive coding and testing, thereby lowering labor and infrastructure expenses. Furthermore, businesses can allocate their IT budgets more efficiently, focusing on projects that truly require custom development.

Reduced IT Workload: Empowering non-developers to create software solutions means that IT departments are not overwhelmed with every development request. This, in turn, eases the burden on IT teams and allows them to concentrate on mission-critical projects that demand their specialized expertise.

Innovation and Experimentation: The accessibility of low-code and no-code platforms encourages experimentation and innovation within an organization. Business users and subject matter experts can quickly prototype and test ideas, creating an environment conducive to innovation and continuous improvement.

Enhanced Collaboration: These tools facilitate collaboration between technical and non-technical teams. Business users can work closely with IT departments or external developers, bridging the gap between the business and IT, and ensuring that software solutions align with business objectives.

In summary, low-code and no-code platforms are game-changers in software development, as they accelerate the process, enhance agility, and offer substantial cost savings. They enable businesses to adapt swiftly to market demands, foster innovation, and create a more collaborative development environment, ultimately contributing to increased efficiency and competitiveness.

Low-code and no-code platforms are transforming software development, empowering non-developers, accelerating delivery, reducing costs, and fostering innovation. The democratization of software development is here to stay, offering a brighter, more agile future.

Software can be defined as a program that is created to perform a certain set of tasks, pre-determined in the form of commands. Building software, applications, games, and operating systems requires a lot of time and effort. Those who fulfill this role through the creative process are called software engineers, and it is their job to ensure that things run smoothly.

The role of software engineers

Microsoft Word, for example, is a software that is designed specifically to generate written documents – whether in writing, in editing, or in its grammatical suggestions. All the functions and features it offers, such as the ability to add headers into a document, change font color and writing style, and adding images into the text, are commands that have been written into the software’s backend in the form of codes by software engineers. Just like doctors who cure the sick, whenever there is a problem or a glitch in the software, there is a team of software engineers that diagnoses the issue and fixes it.

Another major role of software engineers is to ensure that the quality of software is optimal before it is released to the market. The maximum degree of quality is achieved by the software quality assurance (SQA) engineer while developing and releasing software products. SQA engineers participate in every stage of the software development life cycle, from gathering requirements and designing through testing and releasing. To make sure that standards of excellence are followed at every step of development, they collaborate actively with developers of software and other stakeholders.

How to become a software engineer

The road to becoming a software engineer is quite straightforward. First, interested individuals will need to complete a bachelor’s degree in either computer sciences or software engineering. This should be followed by a relevant Master’s Degree. A great option for aspirants with a bachelor’s in a different but related field to computer science is the Online Software Engineering Degree offered by Baylor University The program is completely online and this flexibility allows students to develop global relations while expanding their skill set through working on projects tackling real world challenges – all in all enhancing their earning potential on successful completion of the program.

Importance of software quality assurance

SQA is a necessary and crucial component of the software development life cycle. Businesses are continually creating software applications left, right, and center to suit the expanding needs of their customers, or the business itself, depending on what the software will be used for.

Software program releases are one thing, but it is crucial to ensure that the final result works out as planned. SQA aims to guarantee that the software product meets a predefined set of requirements for quality. SQA works in tandem with the software development life cycle; it is not merely a stage in the development process but works alongside it.

Prevention

A fundamental tenet of software quality engineering is to prioritize prevention over detection. Developers should thus work to avoid bugs from developing in the first place rather than waiting until they are found during testing. Automated testing, code reviews, and continuous integration are just a few of the methods that may be used to accomplish this. Teams may save money on rework and ensure the greatest quality of the final product by identifying flaws early in the development phase.

Testing early and frequently is a further essential tenet of software quality engineering. Teams of software engineers may find flaws earlier in the development process via testing, which will enable them to repair them before they become more costly and complicated. A speedier feedback loop and iteration are made feasible through frequent testing, which also guarantees that bugs are found as soon as possible. This, in theory, will make it more likely that the finished product will fulfill the requirements and expectations of the client or business.

Continuous improvement

An additional fundamental idea in software quality engineering is continuous improvement. Teams can keep raising the bar for quality by routinely reviewing previous performance, identifying opportunities for improvement, and putting changes into practice. Retrospective sessions, root cause analysis, and defect tracking are some strategies for achieving continuous improvement. Teams can make educated decisions and avoid making the same mistakes twice by using information and feedback to guide decision-making.

Focus on the customer

In software quality engineering, a customer-focused strategy is equally crucial. Teams will make sure that the product satisfies users’ requirements and expectations by including consumers in the testing process. As a bonus, increased client loyalty and satisfaction may result from this. Throughout the development phase, it is also critical for software engineers to seek client input in order to make any adjustments that are required.

The core of software quality engineer roles

Software quality engineering requires data-driven judgment in all decisions. Engineers can guarantee that the quality of their software is continually improving by utilizing data to discover patterns, measure progress, and make educated choices that will boost the usability of the software that they are working on. A range of information sources, including test results, client comments, and defective tracking systems, may need to be gathered to do this. Overall, a software engineer is a vital part of ensuring that the software runs smoothly and runs in a way that is appropriate to its usage.

The Agile Approach

Agile is not just a set of methods and practices; it represents a set of values and principles. It is an attitude to product and service development that aligns with these values and principles, ensuring optimal customer satisfaction and continuous value delivery. Thus, becoming a truly agile company isn’t about mere adoption but internalisation.

The Essence of Scrum

Scrum is one of the most popular Agile methods, used by numerous agile companies worldwide. The three pivotal roles within Scrum are the Scrum Master, Product Owner, and Development Team. Understanding these roles is fundamental for any organisation looking to successfully implement Agile ways of working.

Scrum Master

The Scrum Master wears multiple hats. They act as a coach, facilitator, problem solver, and protector. Their primary objective is to ensure that the team understands and follows the principles and practices of Scrum. They address impediments, allowing the team to function at its highest potential. For those unfamiliar with Scrum, partnering with an agile coaching company can provide invaluable insights into this role and its responsibilities.

Product Owner

The Product Owner is the voice of the customer. Their core function is creating, maintaining, and prioritising the product backlog, ensuring the team is always working on the most valuable features. They collaborate with the Development Team and stakeholders, ensuring that the developed product aligns with customer needs and company goals. Given the strategic nature of this role, many businesses find value in seeking guidance from an agile consulting firm to refine the Product Owner’s responsibilities.

Development Team

Unlike traditional models, the Development Team in Scrum is self-organising and cross-functional. This means they decide collectively on how to tackle the work and have all the skills necessary to produce a potentially shippable product increment by the end of each sprint. The team comprises professionals like developers, testers, and designers, collaborating harmoniously. To establish such a cohesive unit, especially if new to Scrum, the assistance of an agile development company can be invaluable.

The Synergy

While the roles are distinct, their interplay is where the magic happens. The Scrum Master ensures an impediment-free environment; the Product Owner clarifies what needs to be built, and the Development Team creates it. This synergy drives the iterative and incremental nature of Scrum, ensuring continuous delivery of value.

Making the Agile Transformation

If you’re considering adopting Scrum or any other Agile practices, remember: it’s more than just processes. It’s about embodying a new product and service development approach consistent with Agile values and principles. With that said, aligning with an experienced agile consulting firm can significantly ease this transition, enabling your organisation to become a fully-fledged agile company.

Ready to embark on your Agile journey? Agile Consulting Firm can guide you every step of the way.

Conclusion

In the ever-evolving landscape of modern business, adapting to Agile ways of working isn’t just beneficial – it’s essential. Understanding the critical roles in Scrum is the first step. Partnering with experts, whether an agile coaching company, agile consulting firm, or agile development company, ensures you’re set up for success from the outset. The future is Agile, and with the right approach, your company can be at the forefront of this change.

The Role of EDA Tools in PCB Design

EDA tools are software solutions like Altium that assist engineers and designers in various aspects of PCB design, from schematic capture and component placement to routing and simulation. These tools are indispensable for the design and validation of PCBs, helping to streamline the development process and ensure the functionality and reliability of electronic devices.

Key Features and Benefits of Advanced EDA Tools

1. Schematic Capture: EDA tools offer intuitive and efficient schematic capture capabilities. Designers can create and edit electronic schematics, adding components, connectors, and interconnections with ease. This graphical representation of the circuit forms the basis for the entire design.
2. Component Libraries: EDA tools come with extensive component libraries that include a wide range of pre-modeled electronic components. This feature saves designers time and effort in creating custom components, enabling them to focus on the unique aspects of their design.
3. PCB Layout and Routing: Advanced EDA tools provide powerful PCB layout and routing capabilities. Designers can place components on the PCB, define the board outline, and use auto-routing features to optimize trace routing. This results in a well-organized and efficient PCB layout.
4. Design Rule Checking (DRC): EDA tools include DRC features that automatically check the design against predefined rules. This helps identify and rectify potential errors and inconsistencies in the PCB layout, ensuring compliance with design standards and guidelines.
5. Simulation and Analysis: One of the most crucial aspects of EDA tools is their simulation and analysis capabilities. Designers can simulate the behavior of the circuit under various conditions, such as voltage fluctuations and temperature changes. This allows for early identification of potential issues and optimization of the design.
6. Signal Integrity Analysis: EDA tools often include features for signal integrity analysis. Designers can assess the impact of trace lengths, impedance matching, and termination schemes on signal quality. This is critical for high-speed digital designs.
7. Thermal Analysis: Thermal management is essential in PCB design. Advanced EDA tools provide thermal analysis features that help designers understand how heat dissipates within the PCB, preventing overheating and ensuring the longevity of components.
8. 3D Modeling: Some EDA tools offer 3D modeling capabilities, allowing designers to visualize the PCB in a three-dimensional space. This helps identify any physical interference issues and aids in the design of enclosures and heat sinks.

The Impact of Advanced EDA Tools

The use of advanced EDA tools has revolutionized the PCB design process. It has significantly reduced design time, improved design accuracy, and enhanced the ability to create complex and innovative electronic devices. These tools enable engineers to push the boundaries of technology, creating smaller, more efficient, and more reliable products.

In conclusion, advanced EDA tools have become indispensable in the field of PCB design and simulation. They offer a wide range of features and benefits that streamline the design process, ensure design integrity, and facilitate collaboration among team members. With the constant evolution of electronic devices, EDA tools play a pivotal role in enabling innovation and maintaining the high standards of functionality and reliability in modern electronics.

Now you may be wondering, how shall one successfully migrate their application to the cloud? The answer to this question is perfectly explained in our article as we will help you through this in a step-by-step process for a successful cloud migration. Follow our guide below to understand this migration process in a detailed manner.

Why do we migrate applications to the cloud?

Among enterprises, cloud migration to the cloud is becoming very popular. According to a report, the cloud migration business is to reach 628.83 billion by the next five years.

Now many people are migrating their applications to the cloud because they are seeing some benefits. Some of them are:

• Cost-effective

Cloud providers are generally simpler and require services with lower costs such as upgrades and maintenance.

• Higher throughput

This means that the performance is enhanced since more users can be served through the cloud and the end-user experience is much better.

• Larger scale

Cloud environment offers a larger scale as a huge amount of users and workload is supported compared to on-premise systems.

Steps to migrate an application to the cloud

Now to achieve this successful migration of our applications to the cloud, let us follow a set of steps below:

1. Assess the application beforehand

This step is the first step that is crucial to proceed further. You will need to study your application beforehand to check its readiness for the cloud. For example, you may need to redesign or alter some of your application slightly so that it meets the performance requirement.

When you choose the desired application for migration, make sure to look at its cloud readiness, hardware, storage, and operating system as well as workload limits.
Decide on how much data you want to transfer to the cloud and keep a record of their workload performance so that you may compare when in cloud trials.

2. Check for any application updates.

To successfully migrate your applications to the cloud, check for any case of refactoring, lifting shifting, or applying containers. These are the different methods used for understanding the cloud readiness of an application.

In refactoring, the native cloud computing environments are employed for their features and functions. This means that your application will run faster and smoother as the developers can explore the vast capabilities of the cloud and further increase parameters like speed or quality. However, refactoring can be time-consuming depending on application type.

Lifting and shifting allow you to copy your application and reinstall it in the cloud on a specific platform. This is on a smaller scale compared to refactoring, but it is also faster and less risky at the same time.

Lastly, containers modify your applications by lifting and shifting some of the components while refactoring the others. Containers are a working unit of software where the code for the application is stored along with the libraries that will allow the application to run.

More importantly, containers slowly migrate your application to the cloud without entirely refactoring the whole application. This reduces the time to mitigate risk.

3. Compare your cost investments and performances

Once you have checked the cloud readiness and the method for cloud migration, follow up by studying your cost prices for running the application on-premises and on the cloud. Compare the two results and choose the cost-effective one. You will have to remember to include the hardware and software types as well as the time for refactoring for cloud migration to analyze your costs. Compare the performance and workload of both methods.

4. Pick the correct cloud environment

To run smoothly and effectively, it is important to choose the right environment for cloud migration. There are generally 4 types of cloud environments that include:

1. Multi-cloud
2. Public cloud
3. Private cloud
4. Hybrid cloud

Some things to consider when you choose your cloud environment are application performance and workload so that they perform well and do not become the downfall instead and cause a loss of profit.

5. Confirm your Cloud service provider

There are several Cloud service providers (CSP) you may opt for but there are some things that you might want to keep in mind before choosing the right Cloud service provider for yourself. These usually include the Cloud service provider’s performance, data security, certifications, migration support, and many more parameters.

According to the qualities they offer, you may want to choose the appropriate cloud service provider. Some of the common CSPs are the Google Cloud Platform, Microsoft Azure, Amazon web services, and Oracle Cloud.

The bottom line

We hope that to increase the performance, cost-effectiveness, and resilience of your application you have read clearly through this article to successfully migrate your application to the cloud. This will be a turn in the positive direction for your application and by following our steps properly you will be perfectly well-versed with this process.

Author

Boris Shiklo

The CTO at ScienceSoft since 2003, Boris has established high quality standards for software solutions and IT services. Boris ensures that ScienceSoft’s programming competencies are relevant to ever-evolving needs of businesses. Under his management, ScienceSoft has successfully started data science, big data, and IoT technology directions. Boris authored and co-authored more than 50 publications.

What Is GPT disk?

GPT is the abbreviation of the GUID Partition Table. According to Wikipedia, GPT is a standard layout of partition tables of a physical computer storage device, such as a hard disk drive or solid-state drive. Forming a part of the Unified Extensible Firmware Interface (UEFI) standard, it is also used for some BIOS systems because of the limitations of master boot record (MBR) partition tables.

Here is a traditional GUID Partition table scheme. You may figure out that a GPT disk contains a primary GPT partition table, normal partitions, and a secondary GPT partition table.

However, it seems to be complex for some ordinary users to understand. Don’t worry. We added a GPT disk layout image for you to better understand the GPT disk:

From the disk layout, you can see that a GPT disk contains 3 parts:

1. Primary Partition Table: It contains the protective MBR, GPT header, partition table that system needs to load information and access existing partition data.
2. Normal Data Partitions: It’s the physical location where your data and personal files are saved.
3. Backup Partition Table: It is an area for GPT disk to keep backup information for GPT header and partition table in case of loss or damage to the Primary Partition Table.

Advanced Features of GPT Disk

Some of you may still don’t know what exactly can a GPT disk do for you, right? Compared to MBR, GPT provides a more flexible disk partitioning mechanism. Check the feature list below, you will learn what makes GPT disk outstanding:

• GPT with UEFI replaces the clunky old BIOS with MBR partitioning system.
  Every GPT partition has its own unique identifier.
• GPT breaks the limits of MBR.
  GPT disk is much larger in storage capacity than MBR disk, allowing users to create an unlimited number of partitions. Note that if it’s a GPT system disk, you are allowed to create up to 128 partitions.
• It’s easier to recover data from a GPT disk.
  MBR disk stores its partitioning and boot data in one place, however, GPT stores multiple copies of this data across the disk, which makes it much easier to recover once the data is corrupted on GPT.
• GPT can check if its data is intact.
  GPT disk stores the CRC (cyclic redundancy check) values to check if its data is intact. Once the data gets corrupted, GPT can notice the problem and attempt to recover the damaged data from another location on the disk for you.

According to the above features, you can see that a GPT disk is indeed great in data protection and exceeds MBR disk in partition management. If you want to know which is better between GPT and MBR, check the comparison in the next part to learn the details.

How to Partition GPT Disk?

You can do a lot of things on a GPT disk, like creating, resizing, merging, and format partitions. With the help of reliable EaseUS Partition Master, you can even do more advanced operations on the disk, such as migrate OS from HDD to SSD, convert basic to dynamic, convert primary and logical partition, and more.

You can also apply EaseUS Partition Master to complete safely complete all these disk management jobs on your GPT disk with the following steps:

Step 1. Launch EaseUS Partition Master. On the main window, right-click on the unallocated space on your hard drive or external storage device and select “Create”.
Step 2. Adjust the partition size, file system (Choose the file system based on your need), label, etc. for the new partition and click “OK” to continue.
Step 3. Click on the “Execute 1 Task(s)” button and create a new partition by clicking “Apply”.
Watch the following video tutorial and learn how to create a partition in NTFS, FAT, or EXT file system.

FAQs about GPT Disk

Apart from provided information and solutions on managing GPT disk, we also find that many people have doubts about how to check their disk partition style, which is the best for SSD, etc.

If you are having a similar question, check the questions and hope our answers can help you out.

1. How do I check my disk is GPT or MBR?

An easy way that applies to all Windows users for checking the disk partition style is to use Disk Management: Open Disk Management > Locate and right-click on the target disk > Select Properties > Check Disk Information under Volumes > Check your partition style – GPT or MBR.

2. Should I use MBR or GPT for SSD?

Many new SSD users may have the same question. Which partition style should I use it for the new SSD, MBR or GPT? Check the suggestion below, you will know what to do:

• If you plan to use the SSD disk as a system drive, planning to move your operating system to the drive, it should be the same as your current system disk – GPT to GPT or MBR to MBR.
• If you plan to use the SSD disk as a game drive, GPT partition style is more preferable.
• If you plan to use the SSD disk as a data disk, creating many partitions on it, GPT is also recommended.

3. Is a GPT partition bootable?

As the article stated, a GPT disk contains a primary partition table which includes MBR, GPT header, partition tables for loading basic information of existing partitions and entries of these partitions. As long as the primary partition table is intact, the GPT partition is bootable.

If the primary partition table damages, GPT disk will reload the partition information and entries from its secondary partition table – the backup partition table which can be regarded as a backup of the primary partition table. Therefore, even if the primary partition table gets damaged, GPT disk can also load all your partition and displaying your data.

]]> 0 67727 https://www.techindeep.com/safeguarding-user-data-67686 https://www.techindeep.com/safeguarding-user-data-67686#comments Wed, 13 Sep 2023 10:40:57 +0000 https://www.techindeep.com/?p=67686 Today, hackers are everywhere. And most of the time, they are after 1 thing, customer’s data.
As an app developer, it is your job, to protect them. Here’s how:

Apply Secure Coding

At the heart of every application, there’s a spine — its code.

It’s the DNA that grants your app life! But folks, this DNA can also be its Achilles heel. A 2019 report by the National Vulnerability Database showed a staggering number of total vulnerabilities of 17,308.

With these numbers, one thing is clear: Bugs and code vulnerabilities are the playgrounds that most attackers frolic in. Remember, dear readers, they’re the doorways adversaries primarily use to break into an application.

• Practicing secure coding
• Making your code resilient

These above points are far from being options. They’re necessities for any developer striving to keep their app secure from invaders.

By infusing secure practices into your code writing, you, effectively, harden your code. It’s as if you’re fortifying your castle’s walls, making it a challenge for any invader to break through.

Activate the Encryption

Next on our list is the magic trick of code masters — Encryption!

It’s the art of transforming your data into a mystical cipher that’s incomprehensible to unauthorized folks. It’s a powerful weapon. A tool that, when wielded properly, can protect your fortress of data against an onslaught of prying eyes.

You can encrypt anything sensitive:

• Passwords
• Credit card details
• Personal identification numbers

The 2020 Cost of a Data Breach Report from IBM revealed that securing your data can reduce the cost of a data breach by $1.76 M. You see, encryption isn’t just important – it’s critical.

More on TechInDeep:

• Endpoint Backup Best Practices: Tips for Successful Implementation and Management
• WhatsApp Business API Integration: Seamless Integration for Business Success
• Are QR Codes Safe?

Strengthen Authentication Mechanics

Let’s turn our attention to gatekeepers now — authentication mechanisms.

Ever heard of two-factor authentication (2FA)? It’s a magic spell, my friends! A potent enchantment that prevents unauthorized access like a steadfast sentinel. When you use robust authentication methods, only the deserving (i.e., authorized users) have access privileges to your app.

Common 2FA Methods are:

• SMS-based 2FA: A widely used method that utilizes text messages for sending one-time codes.

– Easy to set up and use.

– However, susceptible to SMS interception and SIM swapping attacks.

• Authenticator apps: Another popular option, consisting of dedicated apps like Google Authenticator or Authy.

– Typically considered more secure compared to SMS-based 2FA.

– Not reliant on the user’s phone network, which reduces some risks.

• Hardware tokens: Physical devices that generate one-time codes, such as YubiKey.

– Highly secure and less susceptible to phishing attacks.

– Requires users to keep track of the physical token, which can be lost or stolen.

Benefits of Incorporating 2FA are:

• Reduced risk of unauthorized access: Provides an additional layer of security beyond passwords.
• Improved user trust: Demonstrates your commitment to user security and privacy.
• Lowered incidence of data breaches: Adds a roadblock for would-be attackers, helping to prevent data leaks and other detrimental outcomes.

Take Care of Authorization and Access Control

Now, let’s dig deeper into authorization — the art of granting permissions.

You see, user data is precious. It needs to be stringently guarded. That’s where authorization and access control mechanisms swoop in, like knights in shiny armor.

They ensure that users only gain access to the data they’re allowed to. Take, for instance, how a private library operates. Each reader can access only certain bookshelves — not the entire library. Similarly, with effective access control, each user gets carefully monitored and controlled data access.

Storing Data Securely

Data, my programming comrades, is your goldmine! It’s your treasure trove that holds gems like user information and preferences. The Ponemon Institute’s 2020 data breach report highlights that the global average cost of a data breach is $3.86 million.

Those digits tell you one thing: It’s both valuable and vulnerable. That’s why, it’s important to learn the comparison of antivirus such as McAfee and Norton. That way, you can find out which one is best for your company. Furthermore, you need to fortify your treasure chest by using:

• Encrypted databases
• Secure cloud storage services

These practices ensure your treasure remains safe from marauders.

Securing Customer’s Communication

Remember, much like a river, data flows constantly. It courses from your app to others, from your app to websites. During this to-and-fro journey, protection is non-negotiable. Securing the data exchange process is sort of like safeguarding a governor on a state visit.

Handle Third-Party Libraries Carefully

Finally, handle third-party libraries like you would a delicate artifact. They’re great, no doubt. Yet, they can also become the chink in your armor if not treated with caution. Use only authorized APIs and be doubly cautious when dealing with libraries to lessen your vulnerability risks.

Final Thoughts

In the end, remember that these best practices aren’t just guidelines to follow reluctantly. Swear by them, and you’ll find yourself on the path to creating more secure apps. With higher security, comes greater user trust, and that, my friends, is a powerful thing to possess in this digital wilderness. Let’s march ahead, now, with heads held high and our coding keys at the ready!