Automation enables businesses to be more flexible, cost-effective, and efficient to compete in today's highly competitive industrial environment. Over the years, Automation is becoming increasingly significant in the global economy and in every walk of life.
Automation is a procedure that assists you in completing a task with minimum human assistance or without theneedformanual labor. Automation has the ability to begin, alter, show, or measure the variables in the process andstoptheprocess in order to get the intended outcome.
Streamline a system by reducing human participation, which eliminates errors, increases delivery speed, improves quality, lowers costs, and simplifies the business process. It integrates software, people, and processes to create a completely automated workflow.
RPA improves speed and efficiency. The deployment of robots that mimic human actions helps to reduce very manual, labor-intensive activities like re-keying data fromone systemtoanother.
Artificial Intelligence (AI) will become increasingly significant intheworkplace.Increased usage of AI would help businesses gain a better understandingoftheir goods and services. Workflows for operations such as payroll automation,budget forecasting, and compliance could be streamlined byAI-poweredcompanies.
Machine learning is a branch of artificial intelligence (AI) and computer science that utilizes data and algorithms to mimic how people learn, progressively improving its accuracy.
Natural language processing is an area of artificial intelligence concerned with giving computers theabilitytoread a text and spoken words in the same way that people do.
IT teams must manage many servers and applications, but doing so manually isn't a scalable strategy. ImplementingAutomation in your organization will benefit you in numerous ways, some of them are,
The majority of employees spend their time on administrative chores. Implementing process automation solutions allows these tasks to be completed more quickly and error-free. Process automation also allows people to make better use of their time, such as by checking their e-mails or completing online forms.
It is not a matter of how talented and skilled your personnel are. Error is human; errors happen. Manual errors, inefficiency spots, and delays are unavoidable. Errors are reduced, and redundant operations are avoided. Having stated that, when operations are automated, the risk of mistakes falls considerably.
Every firm is striving to increase profitability while decreasing expenses. Automation software is a more efficient and intelligent means of cost reduction and cost conservation. The majority of today's servers have low operating expenses, and the total cost of ownershipis reducing. By automating your company operations, you can enhance productivity while decreasing production costs. Overall, automation is critical to the global economy's progress. Automation ensures optimum resource usage as well as contributions in domains such as manufacturing, IT, healthcare, sports, energy, and technology. Without automation, we will squander our time on needless activities, and the world's economic equilibrium will be disrupted. Cloud Destinations is a Silicon Valley-headquartered, well-established technology organization. We are focused on digital transformation, enterprise application development, infrastructure projects, and professional services related to Cloud Migrations. What are you waiting for, click Cloud Destinations to start your automation journey with us? Visit our website at https://clouddestinations.com and write to us at firstname.lastname@example.org for any query.
According to the latest forecast from Gartner, “Worldwide end-user spending on public cloud services is forecast to grow 20.4% in 2022 to total $494.7 billion,up from $410.9 billion in 2021. In 2023, end-user spending is expected to reach nearly $600 billion.” Small businesses to techgiants from every walks of life have adapted to cloud computing due to its enhanced usability, user-friendliness, and cost effectiveness. The scope of cloud computing is evolving day by day. Let's see some of the trending cloud computing technologies that you don’t want to leave behind.
Edge computing involves building localized data centers for computation and storage at or near where it's being gathered, rather than in a central location that might be thousands of miles away. Edge computing involves ingesting data from nearby devices and then using machine learning software to analyze that data. It's an alternative to transmitting endpoint-generated data to centralized servers for processing, whether on-premises or in the cloud.
A serverless function is a programmable function with a single purpose created by a software developer. The infrastructure is then hosted and managed by cloud computing companies. These companies manage code maintenance and execution, allowing developers to release new code more quickly. Since most of the platforms are having Pay-as-you-go model, Serverless is very helpful for many budding companies. Serverless functions not only make new code deployment faster, simpler, and easier to automate. They also greatly reduce the likelihood of downtime during a deployment.
A well-integrated and balanced hybrid approach allows organizations to benefit from the best of both environments. The multi-cloud architecture enables businesses to select the cloud providers that are most suited to their specific application settings. More enterprises will need to design totally cloud-native apps in the future, with no architectural reliance on a single provider. Integrating the hybrid and multi-cloud strategy can be extremely beneficial for many businesses that rely on the cloud for critical factors of their IT infrastructure. With new hybrid and multi-cloud solutions emerging on a daily basis, businesses must ensure they are obtaining the finest capabilities across storage, networking, security, application deployment, and management platforms.
Blockchain is a system that provides a tamper-proof digital ledger for recording data without the need for a central authority. But it has serious scalability issues, particularly when it comes to huge amounts of data storage and administration. On the other hand, Kubernetes is an open-source framework for managing app deployment and scaling. Kubernetes also provides high availability by running many containers for one important function. Blockchain and Kubernetes go hand in hand and help the blockchain to grow exponentially. So, deploying blockchains and their components using the cloud-native Kubernetes clusters may soon become the norm.
Cloud computing and artificial intelligence have a symbiotic connection. The latter supports cloud computing and the former is critical to the delivery of AI services. Cloud services contribute to the democratization of AI by making it available to a larger customer base. It also provides smaller firms with access to AI-enhanced commercial services. Using AI and cloud services interchangeably enables businesses to maximize the benefits of both technologies. AI helps the cloud with data management and insight, while the cloud allows for continuous data backup and recovery.
Regularly tracking and keeping up to date with current trends and technologies will give you a holistic view of the current market and its expectations. With new technologies, and trends emerging day by day, businesses have a plethora of possibilities to validate and update their workflows and techniques for optimal performance.
We, Cloud Destinanitons act as an extension to your team. We help you manage your Cloud Services, and Service Desk Operations leveraging industry Standard ITIL Foundation Framework, Tools, and Processes, enabling you to focus on your core business. Get your hands on and try out some new technologies with Cloud Destinations.
Visit our website at https://clouddestinations.com and write to us at email@example.com for any query.
The widespread COVID-19 pandemic has pushed businesses worldwide to survive and struggling to stay afloat, due to the workforce vacuum created. This unforeseen breakdown has turned the work culture and business process models upside down. In the wake of an emergency, industries are struggling with procuring an adequate workforce, Robotic Process Automation (RPA) paved a new successful way in the business world by wiping out the dependency on human resources. Also, RPA helped the industries to achieve their business goals by satisfying their needs at a low cost. Let us see how RPA accelerated healthcare collections and revenue cycle management.
A software technology that helps you ease the work process of digital systems and software interactions by mimicking the human interactions effectively by deploying robots is known as Robotic Process Automation (RPA).
The Healthcare industry has an enormous amount of paper documentation often left unused. Digitalizing the data will help the doctors to manage the patient’s data in real-time. Investing in a proper RPA software solution have benefits such as expedited billing collections, simplified claim management, efficient patient handling, potential reduction of human errors, and more.
RPA helps organizations to automate the process of digitizing the data in less time. It enables the administrators to leverage data to deliver better care, prevent diseases, automate all areas of the continuum of care, improve their quality of services, and attract more patients, which leads to increased revenue.
Billings are often repetitive and tedious processes that can be automated by RPA and expedite the billing invoices and reminders in real-time using bots, which helps the collections agents collect the dues on time.
The Healthcare industry has stringent protocols for data handling, which involves more document evaluations, processing, and manual verification. It will take more time due to manual and repetitive tasks. But with RPA in action, you can quickly expedite the records management process with utmost accuracy and without any human errors.
Automating patient scheduling eliminates the need for resource allocation for scheduling, which helps you reduce the waiting time by arranging appointments faster. It will increase patient satisfaction and increase revenue at the same time.
Due to manual processes, the healthcare industry often lands with lawsuits for delayed claims. Automating the billing cycles in the healthcare industry will reduce the money spent on denied claims due to improper handling manual workforce to manage the massive workloads.
Due to RPA’s exponential popularity many businesses are keen on deploying it in their organizations. But before implementing RPA in your organization, you need to select the right tool to make the most out of it. Here, are some key criteria you should know:
● Architecture: An RPA tool's functions and capabilities are determined by the skills and controls it contains. Most RPA systems have a layered design for improved deployment and maintenance, which is another crucial feature to consider when choosing the correct RPA tool. Selecting a proper RPA tool helps you quickly deploy and maximize the business output.
● Low-code capabilities: Select the tool that requires low code development, which helps you easily drag and drop the functions without implementing high level of codes.
● Speed: Increasing the processing speed is one of the significant advantages of implementing RPA. So, it is more advisable to select the tool that helps you increase the speed, resulting in faster completion of tasks, data management, and more.
● Ownership cost: Another key important aspect you should consider before selecting the RPA tool is the ownership cost. You should evaluate the vendor fees, implementation costs, maintenance fees, and more.
● Scalability: Scalability concerns might arise when your RPA installation expands throughout the organization. A cloud solution may mitigate scalability concerns, whether native, VMs, or containers. This is especially true if the orchestration component can create extra bots as needed.
Cloud Destinations is a Silicon Valley-headquartered, well-established technology organization. We focus on digital transformation, enterprise application development, infrastructure projects, and professional services related to Cloud Migrations. Start your automation journey with us by clicking Cloud Destinations.
Modernizing applications based on business needs will help the business to gain efficiency, safety, structural integrity, and more. Rather than retiring or replacing an existing application, application modernization extends the lifespan of an organization's applications with advanced technologies.
Many firms discover that a major number of legacy workloads are limiting the company’s agility and innovation. Many legacy systems were developed before the era of cloud computing, Linux containers, and other technological advances. These workloads are long-term investments that cannot be readily replaced or retired. As a result, they are less capable of innovating, meeting client expectations, and addressing new possibilities. These legacy applications, particularly in the digital era, can be a significant hindrance to innovation. Application modernization breaks down the monolithic applications into smaller, easier-to-maintain microservices, implementing modern software development, deployment methods, and combining old and new. Application modernization aims to restore agility to legacy applications by transferring them to a modern platform.
Microservices are both an architecture and a method of developing applications. Microservices allow programs to be split down into their smallest, independent components. Microservices are all separated and operate together to complete the same goals, as opposed to a typical, monolithic approach to app development in which everything is put into a single component.
APIs are all about the integration of data, applications, and devices throughout your IT organization so that all your technologies can communicate and function better together. APIs will be valuable for extending functionalities to other systems or gaining access to third-party data. It will be a waste of both money and time if your technologies cannot communicate with one another.
Containers are a cloud-based approach to packaging, deploying, and running applications and workloads. The large picture benefits of containerization include increased scalability, mobility, and operational efficiency, which is ideal for cloud architecture, particularly for multi-cloud and hybrid cloud systems.
After determining the need to update a legacy program and defining the problem, the following stage is to determine how the application will be modernized. There are several essential patterns to application modernization, they are: Retain: A low-risk strategy for retaining or reusing legacy application components inside the new architecture. The legacy program is encapsulated & made available as a service through an API. This strategy also gives the ability to progressively expand the application using a microservices approach. Replatform: Transfers your old code base and settings to a modern deployment platform. A modern platform will provide you with more scalability, quicker performance, and better resource utilization. Refactor: Refactoring and restructuring the code to reduce some of the technical debt that leads to legacy software difficulties, such as outdated libraries, frameworks, code, or inefficient features Rehost: Lifting and shifting the application components to another infrastructure without any or very few changes. Replace and Retire: The best option is if you wish to preserve software that the vendor no longer supports or if you lack the internal knowledge required to administer and repair the legacy application.
Adapting to the market needs, implementing emerging modern technologies, and following the best practices are the key steps to being successful in today’s market. Application modernization helps you to get effective growth, healthy competition, and create unique identities for your business that are necessary for achieving your business goals.
Application modernization improves compatibility with modern technologies, platforms, and code. Furthermore, it lets enterprises effortlessly integrate their applications, allowing them to effectively cater the current and future business demands.
Legacy applications often include security vulnerabilities due to age and outdated technologies. Because of the lack of modern security procedures in developing these applications, hackers might exploit these vulnerabilities. With application modernization, the companies will receive periodical security updates and bug patches in response to new threats.
Modernizing legacy applications with modern technologies gives room to the companies to make their applications cloud native. It will help the companies to enjoy the benefits of cloud applications such as faster go-to-market, scalability, agility, reliability, and more.
Using legacy applications, whether for employees or clients, is a real hassle. Customer satisfaction and brand reputation will improve when apps are modernized with a refined user interface, cutting-edge functionality, and innovative features.
Even though there are several ways to legacy application modernization, each business must select the path that aligns with their company’s strategy. All modernization options have advantages, but they are also expensive, complicated, and difficult. Collaboration with an external service provider, like Cloud Destinations, is a more efficient method for achieving application modernization.
Check the Cloud Destinations website to get started with application modernization. Cloud Destinations is one of the leading cloud service providers in the world. It offers a variety of services like helping you to manage your Cloud Services and Service Desk Operations leveraging industry-standard ITIL Foundation Framework, Tools, and Processes, enabling you to focus on your core business.
The SAST technique is a vulnerability scanner that focuses on the source code, as well as the assembly and byte code before it gets compiled and its white box testing. It can be run in your CI pipeline or even as an add-in for an existing IDE.
SAST tools help organizations to analyze the whole code base. They are significantly faster than human-performed secure code reviews. These programs can scan millions of lines of code in seconds. SAST technologies reliably detect important vulnerabilities like buffer overflows, SQL injection, cross-site scripting, and others. Since SAST does not require a working application and its user-friendliness like realtime feedback and graphical representations, developers use SAST in the early stages of the software development life cycle (SDLC) to find and resolve vulnerabilities.
A static application security test is performed to check the code for potential vulnerabilities that could affect an application. During the analysis, SAST will look for various security issues such as SQL injections and unsanitized input. This tool will also check for other potential functional and security issues that could affect an application. Additionally, SAST will help the development team enforce coding standards.It's the best practice to start testing the code at the beginning of a project to ensure the code is secure. By static application testing, we easily remediate the issues that have been identified by the development team.
Extensive Coding and Security flaws testing SAST is a stronghold of the Shift Left strategy, in which software is thoroughly tested for coding errors and security flaws. Even if a program is in its primitive stage and lacks the functionality to run, these tools may inspect it for flaws. That is the primary distinction between static and dynamic testing. Enhanced Code Scanning and Reporting SAST will scan millions of code strings in seconds. It quickly identifies the key problems and highlights the problematic code without any manual code reviews and human involvement. Easier Integration with CI/CD Pipelines Integrating SAST into current CI/CD pipelines enables developers to continually monitor their code, giving scrum masters and product owners with the data needed to manage their organization's security requirements. This results in faster vulnerability detection and mitigation.
1. High risk of false positives.
2. The static report becomes outdated so quickly.
3. Language-dependent tool.
4. The identified issue is difficult to prove that it is a vulnerability.
5. In a Dynamic environment not able to identify vulnerabilities.
Find the right tool Choose a static analysis program that can review the code of programs created in the programming languages you employ. Additionally, the tool has to be able to understand the framework that supports your applications. Create the infrastructure for scanning and deploying the tool In this phase, the license needs are taken care of, access control and authorization are set up, and the servers and databases need to be implemented once the tool is purchased. Tool Customization Adjust the tool to meet the organization's requirements. For instance, you may set it up to identify more security flaws or minimize false positives by creating new criteria or changing current ones. Create dashboards to track scan findings, integrate the tool into the built environment, and provide personalized reports. Prioritize and application analyzation Put your apps onboard as soon as the tool is ready. Prioritize the high-risk applications to scan first if you have a lot of applications. The objective is to have scanned frequently, with application scans coordinated with the release status of the application in daily/monthly build or code check-in.Evaluate the scan results Triaging the scan findings in this stage involves removing false positives. The deployment teams should be informed of the issues as soon as the set of issues is found so that they can resolve the issues properly and promptly. Provide governance, training Providing governance and training will educate the team on the uses and benefits of SAST in the SDLC process and helps the teams to use SAST effectively and extract valuable insights and reduce the potential vulnerabilities in the applications.
Managing SAST for every organization is an effective process and using the right tools protects the organizations against vulnerabilities and security threats while reducing risk, ensuring compliance, and preventing catastrophic data loss. Cloud Destinations assess, detect, and mitigate potential vulnerabilities exploitable by hackers. Thereby reducing the threat landscape and keeping the attack surface as small as possible by setting up a routine vulnerability assessment as per your needs for various compliance programs such as PCI, HIPAA and ISO 27001. Please reach out to firstname.lastname@example.org for any business-related queries.
These platforms provide so much flexibility to users that they could go beyond their capabilities and create complex applications which could lead to security vulnerabilities. Low/no code developers might lack knowledge of security practices which can increase the risk of threats in these applications. A recent study conducted by the Ponemon Institute concluded that organizations are concerned about holding low-code platform vendors accountable for data breaches.
Low code, no code platforms are easy to use and flexible, but they also have a lot of vulnerabilities. Companies should be aware that low-code platforms are not secure by default and must be designed with security in mind from the beginning. Due to the advantages of no/low-code platforms, they are becoming more popular, and many organizations are adopting these technologies. However, this might lead to a security challenge for IT departments as hackers can exploit the vulnerabilities in the applications developed using no/low-code platforms. There are many reasons why developers might not have a good understanding of security practices. For example, they might lack the knowledge or experience needed to identify vulnerabilities in their code and take proper precautions against them. Another reason could be that developers are not aware of the potential threats to their system and have no idea how to protect it from them. To make matters worse, teams may not understand what constitutes a threat or how it can be prevented from happening in the first place. This can result in poor security practices being developed by these teams which will affect their ability to correctly identify threats when they arise.
When you build an app without following the traditional software development lifecycle (SDLC), your application will be vulnerable to errors. Hackers could exploit these errors. SDLC refers to the process through which a software development project is executed by an organization. It includes several steps such as requirements analysis, design, development, testing, and www.clouddestination.com deployment. The SDLC ensures that the application meets user needs while ensuring security at every stage of its lifecycle. Some of the key vulnerabilities are,
Low and No code projects broaden the developer pool. Team leaders may find it difficult to keep track of what is being developed and with what resources. Without the awareness of the security or IT staff, inexperienced or untrained developers may be deploying insecure software or methods.
Low/No-code applications tend to focus their security criteria on their product. If developers attempt to alter the app outside of its core low-code platform, for example, by embedding it with cloud services, other apps, or external databases, security issues may arise.
Access control is a critical issue throughout the implementation stage, ensuring that all users only see what they need to see. If the end-users have the power to make access control decisions independent of an enterprise-level policy. This could potentially open data channels that should be closed and expose the business to higher risks.
Users of low-code and no-code systems can utilize pre-compiled code instead of writing their own. This can result in insecure code that gets extended across companies and apps. As a result, any flaws or security issues are passed down whenever that unsafe component is reproduced.Plugins have the potential to cause security issues, which frequently begin with a loss of device control: the emergence of pop-up advertising, unpredictable behavior, and so on. They can also cause data loss because they acquire personal information, including login credentials, and transfer it in an unauthorized manner.
The most common problems with low/no-code systems include data loss, which can lead to dire consequences for your organization if left unaddressed. When it comes to data, the best way to avoid losing it is by making sure that there are no sensitive files on your server. If you cannot eliminate all sensitive information from your system entirely, then make sure that any file containing sensitive data is encrypted so that only authorized users have access or you can seek help from the pioneer in the field and minimize the security risks and vulnerabilities. Cloud Destinations is one such organization, we help you to strong arm your systems. Cloud Destinations use OWASP (Open Web Application Security Project) Top 10 Vulnerability Assessments and follow best practices such as threat modeling, Access Control Monitoring, API/Container security, data protection techniques, and penetration testing before deploying them in production environments that ensure the security of your applications.
The Spring Framework is a lightweight Open source application framework that gives infrastructure for developing java application.Java applications are vulnerable to spring4shell. Using the vulnerability they compromised a huge number of servers
An attacker could exploit Spring4Shell by sending a crafted request to a
vulnerable server. However, exploitation of Spring4Shell requires certain
prerequisites, whereas the first Log4Shell vulnerability affected all versions of
Log4j 2 using the default configuration.
According to Spring, the subsequent requirements were included within the vulnerability report, however the post cautions that there could also be other ways during which this will be exploited so this might not be an entire list of requirements at this time:
There are two vulnerabilities in the spring framework that allow malicious actors to achieve remote code execution (RCE).
To detect exploitation attempts, make sure that Advanced Exploit Prevention and Network Attack Blocker features are enabled. Some techniques used during exploitation are often seen in other exploits that we detect, which is why the decision names can differ.To mitigate risk, upgrade to the newest versions to deal with the Spring4Shell vulnerabilities:
One of the biggest challenges today in cybersecurity is to quickly detect the threats in the network and control the damage. Cloud Destinations prevent, detect, and respond to attacks with built-in unified experiences and end-to-end EDR capabilities and resolve threats faster with automation and expertise. Please reach out to email@example.com for any business related queries.
The U.S. Federal Bureau of Investigation (FBI) has announced a new attacks as BlackCat ransomware-as-a-service (RaaS), which has been targeted at least 60 organizations worldwide between as of March 2022 since its emergence last November.
A BlackCat (also known as ALPHV), is a professional cybercrime group that writes ransomware in Rust programming language and operates under Ransomware as a service(Raas)model.This group has been recruiting affiliates from other ransomware groups and targeting organizations worldwide.
Rust is a programming language,designed for performance and safety, especially safe concurrency.Black cat is first malware ever written in Rust . It is a cross platform language, allowing developers to target several operating systems with the same code.Rust offers, the attackers also take advantage of a lower detection ratio from static analysis tools, which is not used by many programming languages.
Other Ransomware groups extort money from targeted organizations or individual
persons by stealing sensitive data by threatening to release it publicly and
encrypting systems. But Blackcat threatened publishing sensitive data stolen from
the compromised networks and/or deploying Distributed Denial-of-Service (DDoS)
attacks - when victims refuse to meet the ransom demands.
This technique is known as “Triple Extortion.”
BlackCat has been offering payouts up to 80 to 90 % to their affiliates of the ransom payment, and once approved, are given access to a control panel that manages access.
BlackCat ransomware leverages already compromised client authorization to gain
access to the victim system. The deployment of a malware program enhances
PowerShell documents, in line with Cobalt Strike, and disables security features
within the victim's network. Once the malware establishes access, it compromises
Active Directory(AD) user and admin accounts .A malware program uses the
Windows Task Scheduler to configure Group Policy Objectives to execute
But before it could execute ransomware,BlackCat steals a victim's data, including information from cloud providers and leverages Windows scripting to deploy ransomware and to compromise additional hosts.
This BlackCat Ransomware encrypts the files and rename encrypted files by appending them with specific extensions.[For example “GET IT BACK-[extension]- FILES.txt” to GET IT BACK-bzeakde-FILES.txt"] www.
The batch and PowerShell scripts were observed:
One of the biggest challenges today in cybersecurity is to quickly detect the Threats in the network and control the damage. Cloud Destinations enables you with nextgen vulnerability management which quickly detects and manages your Security controls effectively. Please reach out to firstname.lastname@example.org for any business related queries.
The agency has added the vulnerability to its catalog of known exploited vulnerabilities, requiring the Federal Private Government agency to fix the issue by May 10,2022.
A remote codes executes when the Windows Print Spooler service improperly performs privileged file operations. An attacker who exploited this vulnerability could execute arbitrary code with system privileges and install view, modify or delete the program. Also attacker can create a new account with full user privileges.
Print nightmare is a vulnerability in the Windows Print Spooler service that could allow remote code execution. This may have been first fixed by Microsoft in the June’21 patch bundle and in early july’21 Microsoft released an patch for nightmare when researches claimed that this patch did not address all attacks. In Mid-July’21 Microsoft researching on another print nightmare at that time , Microsoft was proposing that organization use workaround to disable the windows print spooler service but this also removes print function.
This vulnerability, listed as CVE-2022-22718 (CVSS score: 7.8), is a critical remote
code execution vulnerability from last year, including 15 privilege escalation
vulnerabilities in April 2022 by Print Nightmares. Below vulnerabilities based on "evidence of aggressive abuse" have also been
added to the catalog:
One of the biggest challenges today in cybersecurity is to quickly detect the vulnerabilities in the network and control the damage. Cloud Destinations enables you with nextgen vulnerability management which quickly detects and manages your Security controls effectively. Please reach out to email@example.com for any business related queries.
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