Your everyday companion is a smartphone. Most of our actions, from placing food orders to scheduling appointments for medical care, probably rely on them.

However, the threat environment always serves as a reminder of how susceptible cell phones may be.

Consider the latest finding made by the security startup Oversecured. These specialists watched the dynamic code loading process and noted any possible risks.

Why does this matter? The Google app, however, employs code that is not included with the app itself. All of this may seem complex, yet it all works to the benefit of improving particular procedures.

In order to minimize download sizes, Google takes advantage of code libraries that are pre-installed on Android devices. In fact, a lot of Android apps employ this technique to reduce the amount of storage space required to function.

The retrieval of code from libraries might be compromised, as shown by over secured. Google may be misled into taking code from malicious applications running on the target device rather than from a trustworthy source.

The rogue software would then be able to get the same rights as Google. Additionally, the latter company frequently has access to your email, search history, call logs, contacts, and other information.

The most terrifying aspect is that anything may occur without your knowing. Let’s talk about some more eerie dangers that confront mobile devices today.

Data Leaks: The Top Mobile Security Threats:-

On your smartphone, you must pay attention to the pop-up screen that shows when you download a new program and run it.

It is a permission popup asking the user to grant the program a few rights. Unfortunately, giving risky apps a lot of rights might have negative effects. The database that has all of this information is vulnerable to hacking, and all of your data might be exposed.

However, new updates to Android 11 and iOS 14 allow users to reject requests for unneeded permissions or even give them once only. Never allow an app all the rights; instead, look at the ones it needs to function and just give them those.

In order to secure the device, it is essential to avoid utilizing any public Wi-Fi hotspots. Never fall for a “Free Wi-Fi” advertisement that is shown at a restaurant, motel, or coffee shop.

Spyware Falsely Claiming to Be an Update:

The three major benefits of regularly updating your OS are bug fixes, increased lifespan, and increased overall safety.

There are circumstances, though, where you must suppress this need. Be suspicious of a program called System Update if you discover it by chance.

This malicious Android malware poses as a system update, as has been documented. Unfortunately, its underlying motives are considerably worse.

Once installed (outside of Google Play, which is already risky), the software begins stealing the data of its users. How? It connects to the Firebase server used by the offenders to remotely operate the compromised device.

What information may malware steal? pretty much everything. You can access your messages, contacts, browser bookmarks, and more. Its ability to record phone calls, track your position, and take images makes it even more terrifying.

Via SMS Messages, malware:

Everyone has experienced the feeling of getting strange SMS messages. However, occasionally these attempts are nothing more than social engineering frauds.

One of the most recent instances to enter the mobile danger arena is the TangleBot.

It appears that users in the US and Canada get phony communications that spread the infection. In most cases, they give recipients specific COVID-19 information and encourage them to click on linked links.

Users are sent to a page that urges them to install an Adobe Flash update if they click on the link. When you choose to install it, TangleBot joins your system with pride. What is its scope? Many different things, including data theft and app control.

How Can You Protect Your Device?

Upgrade your operating systems. Use only the most recent operating systems, such as Android 11 and 12, as they have the most recent security codes.

Install updates only from reputable sources, though. The best option for keeping your smartphone up to date is not a random app that is floating around online.

Firewalls. Always secure your device using a firewall. It functions like a typical firewall. The firewall sends a verification request to the network whenever your mobile device submits a request to it. In order to confirm the device, it also makes communication with the database.

Use app stores with caution. Do not install every software on the Google Play Store, even if you believe in it. Numerous programs are readily available yet are often regarded as being unreliable.

For instance, malicious software for Bitcoin mining, banking Trojans, or obtrusive advertising might unintentionally be downloaded.

Apply for a VPN. You must download VPN programs if you are in a situation where using public Wi-Fi is unavoidable. Your critical information will be safeguarded, and they will conceal all of your activities from network hackers.

Keep your device jailbroken. iPhones can have certain limitations. Therefore, many may think of jailbreaking them in order to have the option to customize their gadgets.

With a jailbroken smartphone, you run the risk of voiding your warranty and having trouble updating your device.

Learn more about Cybersecurity Laws That Minimize Risk

Conclusion: Mobile Security Threats

The hazards posed by mobile devices are changing over time and will only get better. But that’s not what we need to be concerned with. Only our privacy and security are worth worrying about. Therefore, one must take all necessary precautions to avoid any potential harm.

The post Overview Of Top Mobile Security Threats In 2023 appeared first on TechResearchs.

In the dynamic landscape of data-driven decision-making, the convergence of Business Intelligence (BI) and effective Data Management is paramount.

The success of BI hinges on accurate, well-prepared data. This article explores the synergy between Business Intelligence BI and data management, along with strategies to mitigate the impact of poor data on analytical outcomes.

The Interplay Between Data and BI

Navigating the Challenge of Data Quality

Ensuring Precision for Effective BI

Defining Data Accuracy for Different Use Cases

BI applications often have varying accuracy requirements. While some applications can function with data accuracy at around 70%, others demand a precision level of 95% or more.

The collaboration between database groups, end-users, and BI application teams is vital in establishing the required data accuracy for each use case.

Fostering Collaboration Between Database and BI Teams

The Collaborative Link: Building bridges between data analysts in the database group and BI analysts and developers is pivotal.

A seamless connection between these teams ensures the data foundation is robust and reliable. Database teams, responsible for managing and refining company data, play a pivotal role in BI success.

Preparing Data for BI Excellence

Data Transformation with ETL Tools

Harnessing ETL (Extract, Transform, Load) tools empowers BI developers to cleanse and format data effectively as it migrates from diverse sources to the designated data repository.

This crucial step includes identifying inaccuracies, duplicates, and inconsistencies, and ensuring data readiness for BI deployment.

The Art of Data Preparation

Data preparation encompasses meticulous steps—unearthing inaccuracies, addressing formatting issues, eliminating irrelevant data, and more.

A collaborative effort between the database and BI teams is essential to determine unsuitable data forms for each BI application and find remedies.

Adapting to Changing Scenarios

Embracing Data Drift

BI and analytics datasets evolve over time, often straying from their initial objectives.

Regular evaluation—typically at least once a year—by IT, in conjunction with business users and the database group, is crucial to ensure alignment with changing business requirements.

IT should assess the relevance of data to BI and analytics applications, updating or revising as needed.

Learn more about Age of Automation: Technology’s Future Impact on Our World

Conclusion: Business Intelligence And Data Management

The fusion of Business Intelligence BI and Data Management creates a formidable foundation for informed decision-making.

By understanding the intricacies of data accuracy, fostering collaboration between database and BI teams, preparing data meticulously, and adapting to evolving scenarios, organizations can harness the power of data to drive success.

In an era of rapid data evolution, this integration is not just an option; it’s necessary for sustained excellence in the business landscape.

The post Integrating Business BI Intelligence And Data Management appeared first on TechResearchs.

In today’s tech-savvy world, innovative gadgets have become an integral part of our lives, making tasks more convenient, entertaining, and productive.

If you’re on a budget but still want to explore some cutting-edge tech, we’ve got you covered.

In this blog post, we’ll introduce you to 10 cool gadgets under $50 that will level up your tech experience without breaking the bank.

From tiny computers to portable projectors, these gadgets offer versatility and functionality that will leave you amazed.

Raspberry Pi: Your Gateway to Creativity

Raspberry Pi is a tiny computer that packs a punch. With endless possibilities for DIY projects, it can be used to build robots, game consoles, media centers, and much more. Its affordability and versatility make it a favorite among tech enthusiasts and learners.

Amazon Echo: Your Personal Voice Assistant

Meet Amazon Echo, a voice-activated speaker that brings a world of convenience to your fingertips. From playing your favorite music to setting alarms and controlling smart home devices, the Echo is your ultimate virtual assistant.

Google Home Mini: Smartness on a Budget

If you’re looking for an affordable voice-activated speaker, Google Home Mini is your go-to gadget. Enjoy the same voice-activated functionalities as its competitors but at a more budget-friendly price.

Anker PowerCore 10000: Power in Your Pocket

Never let your phone run out of juice again with the Anker PowerCore 10000. This portable charger can charge your phone up to three times, making it an essential companion for travelers and busy bees.

Aukey Bluetooth Speaker: Big Sound, Small Package

With the Aukey Bluetooth Speaker, you can enjoy impressive sound quality in a small and portable device. Take it with you on your adventures, and don’t worry about splashes—its water-resistant design has you covered.

WhisperPhone: Amplify Your Voice, Silence the Noise

In noisy environments or for those with hearing difficulties, the WhisperPhone comes to the rescue. This voice amplifier is perfect for hearing announcements in public places or following conversations in challenging settings.

Logitech C270 Webcam: Clear and Crisp Video Calls

Enhance your video conferencing experience with the Logitech C270 Webcam. Its clear and sharp image quality makes virtual meetings a breeze, and the easy setup ensures you’re always ready to connect.

Insta360 GO 2: Capture 360-Degree Adventures

For all the adventurers out there, the Insta360 GO 2 is a game-changer. This tiny action camera can capture amazing 360-degree videos, documenting your thrilling moments in a unique and immersive way.

Bose QuietComfort Earbuds: Your Personal Sound Oasis

Block out distractions and dive into your world of music or work with Bose QuietComfort Earbuds. These noise-canceling earbuds deliver premium sound quality and long-lasting comfort.

Anker Nebula Capsule II: Your Portable Movie Theater

Turn any space into a movie theater with the Anker Nebula Capsule II. This portable projector can project a 100-inch image, bringing your favorite movies and TV shows to life on the go.

Learn more about 5 Ways to Turn Your Raspberry Pi into a Passive-Income Machine

Conclusion: 10 cool gadgets under $50

With these 10 cool gadgets under $50, you can embrace innovation without breaking the bank.

From the versatile Raspberry Pi to the immersive Insta360 GO 2, each gadget offers unique experiences to enhance your tech journey.

Whether you’re a tech enthusiast, a productivity geek, or an adventure seeker, these budget-friendly gadgets will cater to your needs.

Embrace the world of affordable technology and explore new possibilities with these innovative gadgets. Stay entertained, be productive, and stay connected—all without exceeding your budget.

Upgrade your tech game and embrace the power of cool gadgets that fit snugly into your pocket and your lifestyle. The future of tech is here, and it’s within your reach!

The post 10 Cool Gadgets Under $50 to Enhance Your Tech Experience appeared first on TechResearchs.

In the fast-paced digital age, our lives have become deeply intertwined with technology.

We rely on digital platforms for communication, entertainment, shopping, and even managing our finances.

While the digital revolution has brought numerous benefits, it has also raised concerns about the security and privacy of our data.

As we progress into the future, it becomes imperative to address the challenges of safeguarding privacy in this connected world.

This blog post explores the evolving privacy landscape, the impact of emerging technologies, and the collective efforts needed to ensure data protection for individuals and organizations alike.

The Digital Age and Evolving Privacy Landscape:

The digital age has transformed how we interact with information and one another. From social media to online shopping, every digital interaction generates valuable data.

As a result, the privacy landscape has evolved, and the onus is now on both individuals and companies to protect personal data from malicious actors and potential breaches.

Safeguarding Personal Data in a Connected World:

In this interconnected world, data privacy is of utmost importance. From financial information to personal preferences, a myriad of data points are stored and analyzed daily.

Robust encryption, secure data storage, and regular updates to security protocols are essential to safeguarding personal data from cyber threats.

Balancing Personalization and Data Privacy:

As technology advances, companies aim to provide personalized experiences to users.

However, personalization often relies on the collection and analysis of user data. Striking a balance between personalized services and data privacy is crucial to avoid excessive data sharing and potential misuse of personal information.

Ensuring Transparency and Accountability:

Companies that collect and process personal data must prioritize transparency. Individuals have the right to know how their data is being used, stored, and shared.

Implementing clear privacy policies, consent mechanisms, and data breach notification protocols are essential steps toward building trust and accountability.

Securing Privacy in the Age of Artificial Intelligence:

Artificial intelligence (AI) holds tremendous potential, but it also poses unique challenges to data privacy.

AI algorithms rely on vast datasets, and it is crucial to ensure that personal data used in AI models is properly anonymized and protected from unauthorized access.

Privacy by Design: An Integrated Approach:

Privacy by Design is a proactive approach that prioritizes data privacy from the initial stages of technology development.

Companies should incorporate privacy features and data protection mechanisms into their products and services to ensure that privacy is not an afterthought but a foundational principle.

User Education: Empowering Individuals to Data Protection:

User education plays a pivotal role in data protection. Individuals must be aware of the risks, learn how to spot potential threats and understand their rights concerning their personal data.

Educational campaigns and resources can empower users to make informed decisions about their online privacy.

Emerging Technologies and Data Protection:

As new technologies emerge, privacy concerns will evolve accordingly. From the Internet of Things (IoT) to biometric authentication, each innovation brings its set of challenges.

To maintain data privacy in this rapidly changing landscape, organizations must adapt their privacy strategies accordingly.

Collective Responsibility: Collaborating for a Privacy-Centric Future:

Safeguarding privacy is not the sole responsibility of individuals or organizations; it requires a collective effort.

Governments, businesses, and individuals must collaborate to establish robust data protection regulations, ethical data practices, and a culture that prioritizes privacy.

Learn more about 10 Essential Tips for Cybersecurity for Remote Workers

Conclusion: Data Protection

As we embrace the boundless possibilities of the digital age, safeguarding privacy must remain a top priority.

Striking the right balance between personalization and data privacy, ensuring transparency, and adopting privacy by design principles will pave the way for a more secure and privacy-centric future.

Through user education and collective responsibility, we can navigate the challenges of data protection, empowering individuals to take control of their personal information and fostering a digital landscape where privacy is respected and upheld for all.

The post Safeguarding Privacy in the Digital Age: Navigating the Future of Personal Data Protection appeared first on TechResearchs.

Technology has always been a catalyst for change, revolutionizing the way we live, communicate, and work.

As we venture into the future, the impact of technology on the world of work is becoming increasingly evident.

Automation, artificial intelligence, and digitization are reshaping industries and the job market at an unprecedented pace.

In this blog post, we will explore how technology will shape the future of our world, particularly focusing on the transformation of work in the age of automation.

The Fourth Industrial Revolution:

We find ourselves amid the Fourth Industrial Revolution, characterized by the integration of digital, physical, and biological technologies.

This revolution is propelling us toward a highly interconnected and automated world. Advancements in robotics, machine learning, and big data are leading to a significant shift in the nature of work across various sectors.

Age of Automation and Job Disruption:

Automation has undoubtedly led to job disruptions in certain industries, especially in tasks that can be easily automated.

However, it is crucial to recognize that while certain jobs may be replaced, new opportunities will also emerge.

The key lies in preparing the workforce to adapt to the changing landscape and acquire skills that complement automation rather than compete against it.

Reskilling and Upskilling the Workforce:

As automation becomes more prevalent, reskilling and upskilling the workforce will be paramount.

There will be an increasing demand for individuals with expertise in managing and optimizing automated processes, as well as those skilled in areas where human creativity, emotional intelligence, and problem-solving abilities are irreplaceable.

Gig Economy and Remote Work:

Technology has already facilitated the rise of the gig economy, where freelancers and independent contractors offer their services on a project basis.

With the aid of technology, remote work has become more feasible and widespread, enabling individuals to work for companies and clients from different parts of the world, fostering a global workforce.

Emphasis on Creativity and Innovation:

As technology automates repetitive tasks, human creativity, and innovation will take center stage.

The workforce of the future will be tasked with leveraging technology to solve complex problems, drive innovation, and design new solutions to meet evolving societal needs.

Ethical Considerations in Automation:

With automation comes ethical considerations. As machines and AI make decisions autonomously, questions regarding accountability, bias, and fairness arise.

It is essential to develop ethical frameworks and guidelines to ensure technology is used responsibly and ethically.

Workforce Diversity and Inclusivity:

Technology has the potential to promote workforce diversity and inclusivity. Remote work and flexible schedules can provide opportunities for individuals who may have faced barriers in traditional work environments.

Furthermore, AI-powered tools can be employed to mitigate biases in recruitment and hiring processes.

Redefining the Concept of Work:

The future of work will challenge traditional notions of employment. Rather than lifelong careers with a single employer, individuals may engage in a mix of roles, projects, and continuous learning experiences throughout their professional lives.

This dynamic approach to work will require adaptability and a willingness to embrace change.

Human-Machine Collaboration:

The future of work will be characterized by human-machine collaboration. Instead of viewing technology as a threat, embracing it as a partner will lead to enhanced productivity and creativity.

Effective collaboration between humans and machines will be the key to unlocking the full potential of automation.

Learn more about Hyper-Automation vs. Automation: Informed Business Decisions

Conclusion: Age of Automation

As technology continues to advance, its impact on the future of our world, particularly in the realm of work, will be profound.

Age of Automation and artificial intelligence will undoubtedly reshape industries and job roles, but they will also create new opportunities and pave the way for a more inclusive, innovative, and interconnected workforce.

To thrive in the age of automation, we must prioritize reskilling and upskilling, foster a culture of lifelong learning, and establish ethical frameworks to guide the responsible use of technology.

By embracing the transformative power of technology and harnessing it to augment human capabilities, we can create a future of work that is both technologically advanced and uniquely human.

The post Age of Automation: Technology’s Future Impact on Our World appeared first on TechResearchs.

The Algorithmic Accountability Act has emerged as a crucial step in ensuring fairness and transparency in the realm of artificial intelligence (AI).

With its focus on reporting, audits, and addressing AI bias, this act demands tech leaders take proactive measures in combating bias in AI systems.

Understanding its implications and taking action promptly can help businesses stay ahead in the evolving landscape of AI regulations.

Understanding the Algorithmic Accountability Act:

Siobhan Hanna, the managing director of global AI systems at TELUS International, emphasizes that the Act mandates companies adopting AI to conduct critical impact assessments of their automated systems, adhering to guidelines set by the Federal Trade Commission (FTC).

The act’s provisions aim to drive self-auditing and reporting of AI systems, progressing towards implementing policies and methods to eliminate prejudice more effectively.

The Act is poised to trigger audits of AI systems not only at the vendor level but also within businesses utilizing AI in decision-making processes if it gets passed.

Senator Cory Booker, a supporter of the bill, warns against biased algorithms leading to disparities in housing, job opportunities, and financial prospects.

This legislation pushes organizations to take greater responsibility for the life-changing decisions made by their AI software.

Challenges for Businesses:

Research reveals that AI can be influenced by 188 different human biases, often ingrained in both culture and data.

Organizations face the challenge of avoiding bias in their AI algorithms, especially when training data is insufficient, skewed, or derived from limited sources.

Businesses without established systems to identify and mitigate algorithmic bias may encounter significant hurdles under the Algorithmic Accountability Act.

Compliance and Impact:

If enacted, the FTC will conduct an AI bias effect study within two years, focusing on critical areas such as healthcare, banking, housing, employment, and education.

The Act primarily targets entities subject to federal jurisdiction, making over $50 million yearly, holding personal information of at least one million individuals or devices, and functioning as data brokers dealing in consumer data.

Actions Businesses Can Take Today:

While absolute bias-free AI may be unattainable due to inherent societal biases, businesses must make sincere efforts to ensure their AI algorithms and underlying data are as impartial as possible.

To meet the challenges posed by the Algorithmic Accountability Act, tech leaders can take proactive measures, including:

Build Diverse AI Teams:
Encompass a broad range of opinions and viewpoints on AI and data within AI development teams to ensure a more balanced perspective.

Establish Internal Auditing Procedures:
Create internal auditing processes to detect and address bias in AI algorithms, promoting transparency and accountability.

Demand Bias Assessment Reports:
Compel data and AI system providers to furnish bias assessment reports to understand and address potential biases in the tools and services they offer.

Prioritize Data Preparation and Quality:
Place significant emphasis on data preparation and data quality to ensure AI systems are built on reliable and diverse datasets, minimizing biases.

Learn more about Cybersecurity Laws That Minimize Risk

Conclusion:

The Algorithmic Accountability Act brings AI bias into the spotlight, urging tech leaders to take proactive steps in ensuring fair and unbiased AI systems.

By understanding the Act’s requirements and acting swiftly, businesses can not only comply with regulations but also foster trust among customers and stakeholders.

Embracing diverse perspectives, internal audits, and data quality measures can lead to more responsible and ethical AI implementations, creating a positive impact in an increasingly AI-driven world.

The post Algorithmic Accountability Act: Navigating AI Bias for Tech Leaders appeared first on TechResearchs.

While they share the same foundation, hyper-automation takes automation to the next level by incorporating cutting-edge technologies, enabling end-to-end automation, and streamlining daily tasks.

The real question isn’t about pitting automation against hyper-automation; instead, it’s about understanding their unique features and finding the best fit for your business.

Let’s delve into the areas where these technologies can empower your business process optimization projects and how to resolve the automation vs. hyper-automation debate.

Hyper-Automation vs. Automation

Areas of Business Process Optimization:

Automation vs. hyper-automation, at their core, are advanced forms of robotic process automation, augmented with technologies such as business process management, digital twins, process mining, artificial intelligence, and machine learning.

Hyper-automation is particularly suited for complex business operations that might span multiple offices or locations.

Some key areas where automation and hyper-automation can significantly benefit your business include:

Order Management and Accounts Payable:

Hyper-automation can eliminate risks in processes heavily reliant on manual labor, such as accounts payable, order management, and customer data extraction.

By automating these operations, businesses can boost employee productivity, reduce errors, and enhance customer satisfaction.

Process Mining:

Process mining software provides valuable insights into your organization’s current state of operations.

By combining process mining with hyper-automation, you gain a comprehensive view of your processes, enabling you to leverage automation to its full potential.

Live Agent Replacement:

Hyper-automation enables the replacement of manual labor by bots, streamlining various consumer touchpoints.

These bots can navigate knowledge bases, assist with support queries, process orders, and manage accounts, enhancing overall efficiency.

Resolving the Automation vs. Hyper-Automation Debate:

A successful digital transformation requires some level of automation. To make the best choice for your organization, consider the following steps:

Identify Business Goals:
Understanding your business objectives is crucial before implementing either automation or hyper-automation. Align the desired outcomes with the capabilities of each technology to ensure you make the right choice.

Explore Automation Tools:
Take the time to explore automation tools that align with your business objectives. Familiarize yourself with low-code development tools and their potential to enhance automation and hyper-automation processes.

Choose Sustainably:
Select tools that are not only effective for your current needs but also scalable to accommodate your business’s growth. Investing in sustainable technologies ensures long-term success.

Learn more about How AI-Powered Chatbots are Revolutionizing Customer Service

Conclusion: Hyper-Automation vs. Automation

Embracing automation and hyper-automation can revolutionize your business processes and drive growth.

Understanding the differences between these two technologies is essential for making informed decisions.

While hyper-automation excels in handling complex operations, identifying your critical tasks allows you to customize each solution to meet your specific automation requirements.

By aligning your business goals and exploring suitable tools, you can pave the way for an affordable, effective, and successful digital transformation.

Embrace the power of automation and hyper-automation to unlock your business’s true potential in the digital era.

The post Hyper-Automation vs. Automation: Informed Business Decisions appeared first on TechResearchs.

AWS offers several types of instances, each designed for specific tasks. The most common instance type is the general purpose t1.micro, which has 2 GB of memory and runs at 0.5 GHz. This instance type is perfect for running simple applications or websites.

You can create your own custom AMI image from scratch using the AWS console. Once you’ve created your AMI, you can launch an instance from it. You can also download pre-built images from AWS Marketplace.

Install Go on AWS EC2:

AWS EC2 is Amazon’s cloud computing service that provides virtual servers to users. You can use it to host websites, run applications, and store data. If you want to install Go on AWS EC2, follow these steps:

a. b. Click the “Launch Instance” button.
c. On the “Select AMI” page, choose Ubuntu 16.04 LTS (HVM) – ami-0d8f9e65.
d. Choose the instance type.
e. Enter the name of the instance.
f. Select the region where you want to launch the instance.
g. Click “Create Launch”.
h. Wait until the instance launches.
i. Once the instance is launched, click the link in the email sent to you by Amazon.
j. Log in to the instance using SSH.
k. Run sudo apt update to download updates.
l. Run sudo apt upgrade.

Create an AMI from your local machine:

1. 2. Open the AMI file using any text editor (Notepad++, Sublime Text)
2. Find the line starting with ! /bin/bash
3. Change the first line to read: !/usr/bin/env bash
4. Save the file
5. Select ‘Open with…’ from the context menu when you right-click the file.
6. Select ‘Set as default application’
7. Click OK
8. To launch the file, double-click it.
9. You should now have a working AMI file
10. If you want to create a new AMI file, simply repeat steps 1 – 10

Launch an instance with the AMI:

AMI stands for Amazon Machine Image. You can launch an instance with AMI using the following command line:

The above command launches an instance with the AMIs image id `amit-0f9b86fa9c0e6ba99f8f3d69f9db9a`. If you want to change the image id, use the following command:

aws ec2 run-instancesto modify-image-attribute –image-id amit-0f9bea09c0e6ba9f8f3dd9f9db9a
`` You can find the AMI ID of any AMI by running the following command: aws ec2 describe-images –filters Name description,Valuesami-*`
This command returns the AMI ID of the AMI.

Configure your instance to use port 8080:

• Open your terminal and run sudo nano /etc/default/tomcat8
• Insert this line into the file:
• JAVA_OPTS”-Djava.net.preferIPv4Stacktrue -Xms256m -Xmx512m -XX:-UseGCOverheadLimit -XX:+UseConcMarkSweepGC -XX:CMSInitiatingOccupancyFraction75 -XX:+CMSParallelRemarkEnabled -XX:SurvivorRatio16 -XX:MaxTenuringThreshold15 -XX:TargetSurvivorRatioPct90 -XX:+DisableExplicitGCInvokesConcurrent -XX:+HeapDumpOnOutOfMemoryError -XX:HeapDumpPath/var/lib/tomcat8/hsperfdata/dump.hprof”
• Close the editor and save the file. Run sudo service tomcat8 restart

Conclusion: installing Go on AWS EC2 is a great way to start using Go on EC2. You can also use this method to install other languages like Python, Ruby, Java, etc.

The post AWS EC2 Free Tier: How To Install AWS EC2 For Free appeared first on TechResearchs.

Introduction: How often have you tried to access a site only to get redirected to another page or even a completely different domain?

This happens because your computer has the wrong IP address assigned to it. If you don’t change it, you won’t be able to connect to the website anymore.

The Internet was designed to allow anyone to publish information freely. Unfortunately, this openness also makes it vulnerable to attacks from hackers who want to steal data or disrupt services. One way they do this is through DNS security bypasses.

DNS stands for Domain Name System. It allows computers to communicate using names instead of numbers (IP addresses).

When you type a web address into your browser, your computer sends a request to the DNS server asking for the IP address of the website you want to visit. The proper IP address is then returned by the DNS server.

The Problem:

DNS Security Bypass in Google Chrome:

Google Chrome is a web browser developed by Google Inc… It was released on September 15, 2008. It is based on Chromium and uses Blink as its rendering engine.

It is free software distributed under GNU General Public License version 2 (GPLv2). It supports extensions via the Web Store. It is currently the world’s second-most popular web browser after Internet Explorer.

DNS Security Bypass:

The (DNS) is a hierarchical naming system for computers, services, and other resources that are linked to the internet or a private network.

It connects various pieces of information to domain names issued to each of the involved businesses. A computer running a client program such as Microsoft Windows or macOS operating systems uses the DNS to translate hostnames into IP addresses.

DNS Security Bypass In Google Chrome:

This vulnerability exists due to the fact that Google Chrome does not properly validate the security certificate of certain websites.

When a user visits a website with a self-signed certificate, they may notice that their connection times out before reaching the intended destination.

The Solution:

Disable DNS Cache:

You should see a list of DNS servers. If you have any DNS server listed, right-click on it and select “Disable”.

Clear Cookies & History:

Check the box next to “Cookies and site data” and clear out any cookies and history.

Reset Your Search Engine

Change Your Default Browser:

You may want to change your default browser to something else. Open the file manager (File Explorer) and navigate to C:\Users\AppData\Local\Google\Chrome\User Data\Default\Extensions. Delete the extension folder. Then restart your computer and open Chrome again.

Remove Extensions:

Remove extensions that you don’t need. 6. Update Your Software.

Update your software:

Make sure you have the latest version of Windows 10, Chrome, and Firefox.

Clean Up Your Computer:

Clean up your computer. Run CCleaner and make sure everything is clean.

A Few Tips:

Disable HSTS:

HSTS (HTTP Strict Transport Security) is a security feature introduced by browsers to prevent cross-site request forgery attacks.

In short, it prevents malicious websites from making requests to your site using HTTP instead of HTTPS.

Use NoScript:

NoScript is a browser extension that blocks scripts and active content from running on web pages. To use it, click the green lock icon () in the address bar and select “Allow” from the dropdown menu.

Check for updates:

Google Chrome automatically checks for updates once per day.

Clear cache:

Clearing the cache helps improve performance by removing temporary files created by previous browsing sessions.

Update extensions:

You should always keep your extensions updated. If you don’t have time to do it yourself, you can download the latest version from the official website.

Remove unused plugins:

Unused plugins slow down your computer. Click Manage Extensions and then click Uninstall.

Delete cookies:

CONCLUSION: it’s important to keep your computer up to date with security patches, and to avoid installing software from untrusted sources.

The post How to Fix a DNS Security Bypass in Google Chrome appeared first on TechResearchs.

The Pen Testing Methodology:

Using AWS to Penetrate Applications:

Using AWS to Access Data:

Using AWS to Attack Applications:

Using AWS for Application Security Testing:

Conclusion:

INTRODUCTION: How often have you seen a penetration test report where the target was using Amazon Web Services (AWS)? The problem is that AWS offers a very secure environment, so attackers are forced to come up with new ways to compromise systems.
AWS has become a major player in the cloud computing space, offering its clients a variety of services at competitive prices. In order to stay ahead of their competitors, hackers are constantly looking for new ways to penetrate the security of these platforms.
You may think you know everything about Amazon Web Services (AWS), but there are still some tricks up their sleeves. This article will show you how to use AWS to test your web applications without having to worry about security issues.

The Pen Test Methodology:

What is a pen Testing ?
A pen test is a security assessment that involves the use of tools and techniques to identify vulnerabilities in computer systems and networks. A pen tester (penetration tester) is someone who performs these tests.

Why do we need pen testing?
Pen testing is a way to find out what’s going on inside a network or computer system. If you want to know how secure a website is, you could go to the site and try to hack it. But if you’re not sure whether it’s safe, you may want to hire a professional hacker to check it out first.

How does a pen tester perform a pen Testing ?
There are many different ways to perform a pen test. One method is called passive scanning. Passive scanning uses software to search for weaknesses in a network or computer system without actually breaking any rules. Another type of pen test is active scanning. Active scanning involves hacking into a network or computer system and trying to break its defenses.

What are some of the advantages of using a pen tester?
Using a pen tester gives you several advantages. First, it helps you make sure that everything is working properly. Second, it lets you know if there are any holes in your security. Third, it lets you know what kind of problems you might have to deal with down the road. Fourth, it lets you know how much time and money you’ll spend fixing those problems.

What are some of the disadvantages of using a pen tester?
One disadvantage of using a pen taster is that it can cost a lot of money. Also, sometimes people don’t tell them about their security measures. And finally, sometimes people don’t trust them enough to give them access to their computers.

Using AWS to Penetrate Applications:

The AWS Cloud Computing Platform consists of three major components:

EC2 – Elastic Compute Cloud:
EC2 is a virtualized compute instance that runs on Amazon’s own hardware. You pay only for what you use, and you can scale your instances up or down at any time. In addition, you get access to a broad set of preconfigured operating systems, databases, and applications.

S3 – Simple Storage Service:
S3 is a simple file store that lets you upload files and folders, organize them, and make them accessible via HTTP or FTP protocols. You can create buckets and associate permissions with each bucket. You can also configure security policies to control who can access your data.

SQS – Simple Queue Service:
SQS is a message queue service that enables you to send messages between computers without having to worry about low bandwidth or high latency. Messages are stored until they are retrieved by the recipient. You can use SQS to build real-time applications.

Using AWS to Access Data:

AWS is a great way to access data without having to worry about the hardware or software. You don’t have to purchase any equipment or pay for hosting fees. Instead, you simply sign up for a plan and start using the service immediately.
You can use AWS to store files, create websites, run applications, and much more. In this article, we’ll show you how to get started with AWS. We’ll go over what AWS is, what plans are available, and how to choose the right plan for you.

Using AWS to Attack Applications:

AWS Security Groups:
AWS security groups allow you to control access to your instances based on the rules you define. You can use these rules to restrict access to specific IP addresses, ports, protocols, or even entire networks. You can create rules that apply to all EC2 instances in a VPC or just those running certain applications.

IAM Roles:
IAM roles allow you to assign permissions to users or groups without having to manage user accounts directly. Instead, you can grant them permissions using predefined policies. These policies determine what actions they can perform, who they can interact with, and what data they have access to.

CloudTrail:
CloudTrail records API calls made by your application and sends them to S3 where you can analyze them later. You can configure CloudTrail to record events related to your application’s usage of Amazon Web Services (AWS) APIs, including API requests, responses, errors, and retries.

Lambda Functions:
Lambda functions let you run code without provisioning or managing servers. You only pay for the compute time you consume – there is no charge when your function isn’t invoked, and you’re charged only for the duration of time that your function runs. If you need to stop execution of your function, simply return a 200 OK response.

KMS Encryption Keys:
KMS encryption keys provide an additional layer of protection for sensitive data stored in S3. When you encrypt data at rest in S3, you can use a unique master key to decrypt the data. You can then share this master key with others securely via IAM roles.

Application Load Balancers:
Application load balancers route incoming traffic to your application instances behind the scenes. You can set up rules that direct incoming traffic to different application instances based on their current state. As long as your application is responding correctly, you don’t incur any costs.

Elastic Beanstalk:
Elastic Beanstalk makes it easier to deploy and update your web-based applications. You can use Elastic Beanstalk to automatically install software updates, configure application settings, and monitor application performance. You can also easily scale your application up or down depending on how many visitors you receive.

Using AWS for Application Security Testing:

AWS provides a set of tools for application security testing (AST) that includes automated scanning, reporting, and remediation capabilities. These tools are designed to help developers identify potential vulnerabilities before they become problems.

AWS Security Scanner
The AWS Security Scanner is a tool that scans applications running on Amazon EC2 instances for vulnerabilities. It uses open-source vulnerability scanners, including OpenVAS, Nessus, and Metasploit, to scan for known vulnerabilities.

AWS Security Alerts
AWS Security Alerts is a service that sends email notifications whenever a security issue is detected. You can configure alerts based on specific criteria, such as IP address ranges, file types, or keywords. You can also specify whether to send emails only when a problem is discovered or when it’s fixed.

AWS CloudTrail
CloudTrail is a service that records API calls and logs associated with them. It stores information about each API call in log files, which you can access via S3. You can use these logs to determine what requests were made, who made them, and how they were processed.

AWS Config
Config is a service that collects configuration data from various AWS services and makes it accessible via a web console. Using Config, you can view and analyze configuration settings across different AWS services.

AWS CodeBuild
CodeBuild is a service that lets you build and test code without having to manage servers or install software locally. You upload your project to CodeBuild, and it builds and tests the code, then returns the results back to you.

AWS Lambda
Lambda is a service that lets developers write code in any language and run it on demand. You can create custom functions that respond to events, such as receiving messages over a network connection or processing user input. When triggered, Lambda executes the function and passes control to the next event.

AWS Mobile Hub
Mobile Hub is a service that enables mobile app developers to easily integrate their apps with AWS. Developers can use Mobile Hub to store data securely in the cloud, sync data between devices, and make APIs available to their users.

In conclusion, this article shows you how to use AWS effectively to perform penetration tests on your own applications.

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