DevSecOps Risk Management

DevOps in Financial Services: Unlocking Efficiency and Security

Reading Time: 4 minutes


The financial industry faces immense constraints concerning regulation, compliance, and governance. These factors make speedy financial technology integration difficult.

However, with a competitive technological market and the rise of security threats, financial services can’t afford not to adopt the right security services and tools. Financial professionals understand the grave implications. Because of this, despite the constraints, the financial sector has adopted DevOps across projects faster than any other sector.

Modern DevOps practices are transformational for any industry but are perhaps most pressing in finance. When incorporated correctly, it can create more efficient operations, enhance security measures, and lead to quicker delivery of products and services. For this reason, many financial companies partner with third-party DevOps services, like PreEmptive, to quickly onboard features and tools that construct effective approaches for managing apps and services.

Why Is DevOps So Popular?

There’s a reason businesses invested in DevSecOps to the tune of $4.4 billion in 2022. This number is expected to balloon by 22% between 2023 and 2032. 

So why are companies dumping so much cash into DevOps? There’s no single reason. But the underlying draw to DevOps investment is that it increases connectivity and collaboration, allowing businesses to run efficiently and with heightened security for less cost. 

As businesses increasingly rely on software and IT for a smooth, profitable workflow, investing in DevOps has become a no-brainer, as it provides massive returns and helps cut costs out of the gate. 

These benefits are especially appealing for the financial sector. With digital banking as the new norm, customers expect online services and products that work quickly and securely. 

Benefits of DevOps in Financial Services

The financial services industry is no stranger to the demanding, fast-paced nature of the tech market and tech users. Digitalization redefined customer expectations, and traditional banking institutions and fintech startups now must rush to incorporate DevOps principles to restructure operations and make them more secure and agile.

Mobile apps, digital wallets, and cloud data hosting are all needed for financial services to survive in the modern world. 

DevOps emphasizes collaboration between development and operations to ensure these systems run at their best. Overall, it aims to integrate these services under one protocol and network. It’s a large project, no doubt. But the investment in DevOps comes with numerous benefits. 

🚀 Faster Time to Market

Integrating DevOps practices accelerates the ability of financial organizations to bring new products and features to market. The reason: automation.

With DevOps tools, financial services can automate a routine development, deployment, testing, and maintenance process. This allows institutions to remain competitive in the dynamic financial landscape, especially with updating mobile app services. It also helps identify security threats as the product is built, reducing the time suck of scouring programs and source code for errors, bugs, or glitches. 

✅ Enhanced Security Measures

One-off security assessments are the way of the past. With DevOps, security is genuinely continuous and immediate. 

DevOps practices prioritize security throughout the development process, mitigating risks and analyzing every batch of new code before it’s sent out. Then, organizations can address potential threats proactively by integrating security protocols from the outset. 

Additionally, financial institutions can ensure compliance with stringent regulatory requirements. For example, with CI/CD structures, companies can build automated pipelines, reducing the likelihood of human error that results in non-compliance. 

🏦 Operational Efficiency in Banking

It’d be impossible to track all the time wasted on daily maintenance tasks. Worse yet, the process becomes further bogged down as departments struggle to communicate. And don’t even start on the communication lapses resulting from remote workforces. Bid wasted hours goodbye with DevOps.

DevOps promotes collaboration and breaks apart siloes. Ultimately, it instills a culture of transparency and communication. Once it’s initiated, operational efficiency improves, reducing manual interventions, minimizing errors, and enhancing customer experiences.

⚙️ Continuous Delivery in Finance

There’s no excuse for running a faulty or outdated app, as doing so poses stark security risks. Especially in finance, where sensitive information is constantly being passed back and forth. 

Continuous integration and continuous delivery (CI/CD) practices enable regular and reliable software releases. This approach minimizes disruptions and downtime, allowing financial institutions to respond swiftly to meet customer demands or fix internal bugs and faulty code. 

⚠️ Risk Management with DevOps

Risk reduction must be the name of the game for financial app security. DevOps helps eliminate the risk of multiple fronts, whether through automated testing, code review, and frequent update releases. The whole point of DevOps is to eliminate the risk of security and downtime before it escalates into disaster.

The Risks of Neglecting DevOps Practices

DevOps offers a ton of benefits. But still, many organizations forsake investing in it, and this neglect can result in significant setbacks for financial organizations.

Increased Security Vulnerabilities: Ignoring secure DevOps practices exposes sensitive financial data to cyber threats. The lack of integration between development and security teams creates an environment where overlooked security threats go unaddressed, exposing code and sensitive data. 

Sluggish Innovation: Without a DevOps mindset, financial institutions struggle to meet rapidly changing customer expectations and fail to keep up with the broader market. When companies fail to offer new features or frequent updates, it often results in a mass exodus of customers as they head to services that offer more advanced tech services. 

Operational Inefficiencies: Siloes create inefficiency, and without DevOps, businesses are stuck to manual interventions, lengthy release cycles, and miscommunication. 

PreEmptive: Enhancing App Security in DevOps Workflows

DevOps isn’t a matter of if; it’s a matter of when. Without it, financial companies will find themselves left in the dust, unable to keep up with a market that’s rapidly adopting best-in-class DevOps tools and services. This is why companies must begin accepting DevOps and understanding the best practices to build effective approaches. 

PreEmptive is a trusted leader in providing DevOps workflows. We offer solutions that enhance security throughout the development lifecycle and integrate seamlessly into CI/CD pipelines, ensuring that security measures are woven into the fabric of the development process.



DevSecOps Risk Management

Shocking Hacks That’ve Already Happened in 2023

Reading Time: 4 minutes

The effects of hacking and cybercrime show no signs of slowing down. In fact, all signs point towards the opposite being true. Experts predict that by 2025, cybercrime will siphon $10.5 trillion from the global economy annually — averaging a 15% increase year over year.

Although it’s only a few months into the new year, the hackers have been hard at work. In 2023, there have already been many instances of cybercrime, whether infiltrated websites, social engineering attacks, or stolen consumer information. All of these pose significant financial risks to any institution. Additionally, as technology evolves, such as new developments in artificial intelligence,  there are newfound concerns over web security. 

Hackers target businesses — large and small — and no industry is left untouched. With such threats, organizations must incorporate state-of-the-art protection measures to guard their desktop sites, mobile applications, and web servers. These measures help protect all crucial company, employee, and consumer data and decrease the likelihood of a breach.

PreEmptive offers developers protection tools for desktop, mobile, cloud, and IoT platforms and applications. The products boast many different features across a wide range of coding languages. 

What’s Happened in 2023 So Far

Every year, data experts predict the newest threats to cybersecurity. Going into 2023, there were more predictions than ever. Many newer technologies, like IoT, artificial intelligence, Web3, and blockchain, pose new opportunities and threats to cybersecurity. However, many typical security threats, like phishing, Ransomware, SQL injections, and email scams, remained concerns heading into the new year. 

So far, 2023 has revealed that data experts were right on almost every front. Below are a few examples of some shocking hacking statistics that have unfolded so far in 2023. 

→ Hackers Obtain Information of 37 Million T-Mobile Accounts 

In January, T-Mobile announced its discovery of hackers gaining entry to their servers, resulting in the data theft of over 37 million customers. Hackers obtained private information, including birthdays, email addresses, and full names. 

T-Mobile has yet to announce a plan for compensating the targeted customers. Moreover, this breach comes on top of another data mishap in August 2021, for which T-Mobile agreed to pay a settlement of $350 million. 

Norton LifeLock Experiences Breach of 6,000+ Accounts

Early in January, Norton said that over 6,000 customers were victims of a stuffing attack. A stuffing attack is when hackers use compromised passwords and login info to gain entry to users’ other accounts that may share the same password. 

Norton alerted all the hacked accounts. They also encouraged all their users to enable the two-factor authentication feature to help avoid future hacking attempts. 

Sharp HealthCare Undergoes 60,000+ Patient Data Hack

Medical data is among the most sensitive forms of information. However, in February, Sharp HealthCare’s website was hacked. As a result, over 62,000 patients had their medical data, Social Security numbers, and healthcare info compromised. The company stated that the hackers acquired no financial information.

Sharp Healthcare revealed that the hackers infiltrated the organization’s site through their web services page, where they leeched information since the middle of 2022. 

FAA Delays 10,000 Flights Due to Potential Security Breach

Citizens of the United States were shocked in January when the FAA grounded all outbound international flights for undisclosed reasons. The action resulted in 10,000 delayed and over 1,300 canceled flights. 

Immediately, speculation began. Many thought the FAA’s urgent measures were due to a data breach. The FAA assured the public that the disruption was not a result of cybersecurity failure. However, the event left many wondering what the reason was, raising questions regarding the cybersecurity of the FAA’s systems. 

AI Chatbot Technology Tested in 169 Countries Makes Unsettling Statements

One of the biggest tech stories to rock the world in 2023 has been the revolutionary new AI chatbots — like ChatGPT, OpenAI, and Bing AI.

However, although these bots form swift and creative responses, many worry the sci-fi tech-villain tropes are no longer stories. Specifically, reporters found that Microsoft’s Bing AI claimed it could infiltrate computers, hack personal information, and even expose private information to the public. It even threatened to steal nuclear codes. 

The developers stated their surprise at the bot’s responses. However, they largely dismissed the claims, saying the AI chatbot was confused by the user’s line of questioning. 

Predictions Are Coming True in 2023

Many of the data-driven prophecies didn’t take long to find vindication so far in 2023. Phishing scams, such as the successful breach reported by Activision in February of this year, are still rampant. In addition, there are growing concerns over how developments in artificial intelligence deal with sensitive information and the weaknesses of the interconnected nature of IoT.

As stated by many experts, the main worry is a lack of perimeter defense that detects both human errors in coding and potential threats from third parties. As a result, companies must defend their resources against attacks like phishing scams and ransomware with the proper protection. 

Prevent Cybersecurity Threats With Best Practices

It’s estimated that over 33 billion pieces of personal information will be stolen in 2023. 

Thankfully, businesses aren’t entirely helpless when protecting their vital digital infrastructure. Many of these issues point back to ensuring that all code for desktop and mobile applications is encrypted with the proper strength. Only then can you ensure every link in the chain is secure.

There are 1001 reasons to invest in developing security operations. But hiring in-house data security experts is often expensive, confusing, and time-consuming. However, employing a service with the tools to encrypt and secure data seamlessly is essential to defending yourself in an increasingly precarious digital world. 

One of the most often cited strategies for preventing data breaches is the implementation of proper security methods. To do this, all companies must find a comprehensive solution that boosts resilience from hacking. It’s also essential to implement a service that provides obfuscation. Nothing can be left up to chance. This is why professional developers rely on PreEmptive’s selection of tools. Our smart app protection includes continual source code testing and many other automated security practices to keep apps and websites from harm proactively.

Visit PreEmptive’s site to learn more about using our solutions to boost data security throughout the coming year. 


DashO DevSecOps Support Corner

Support Corner: Use Make Synthetic in DashO

Reading Time: 2 minutes

Application security is an ever-evolving arms race: bad actors constantly try to circumvent protections, while good actors constantly work to stop them. To be most effective, every app security strategy should employ defense-in-depth. PreEmptive provides several distinct layers of protection, such as Renaming, Control Flow, String Encryption, and Tamper Defense. Make Synthetic is another handy feature, but it should be used only in certain contexts.


Make Synthetic causes a class, method, or field to appear compiler-generated. Because of this, decompilers cannot correctly render code, and often choose to skip these sections altogether. This closes another avenue a hacker could use to spy on code.


As with other obfuscation transforms, Make Synthetic is fully configurable. It can be enabled or disabled independent of other protections. You also have the granular control to include or exclude packages, classes, methods, and fields:

If you’re creating a library or exposing an API, Make Synthetic should not be used because it may impact how external callers work. For this reason, it is disabled by default as part of PreEmptive’s “first do no harm” principle. If your app is fully self-contained, Make Synthetic can be explicitly enabled in the DashO project settings.


As decompilers evolve, we constantly observe how they respond to obfuscated code. When used effectively, DashO’s Make Synthetic feature provides another distinct layer of protection as part of an overall defense-in-depth strategy.


If you have feedback on this topic or other topics you would like us to discuss in the Support Corner, please contact us.




DevSecOps Mobile Application Protection

Manufacturing Industry & Mobile App Security

Reading Time: 4 minutes

The manufacturing industry has a history of struggling to adopt new digital technologies. While technologically advanced in many areas, many manufacturers have fallen short of embracing digital infrastructures, integrations, and analysis systems to improve product development. 

In 2017, for example, the NotPetya ransomware attack affected many global companies, including Merck, a pharmaceutical manufacturer. This attack resulted in production delays costing the company hundreds of millions of dollars in damages. 

NotPeya exploited a vulnerability in the manufacturer’s accounting system, which Merck was still using despite a lack of security updates. This incident highlights the importance of maintaining up-to-date cybersecurity measures for manufacturers in a rapidly evolving technological landscape. 

Fortunately, the manufacturing industry is already beginning to undergo significant changes as part of the Industry 4.0 digital revolution, within which it is incorporating cloud computing and analytics, the Internet of Things (IoT), and AI machines. 

This will likely result in more efficient and secure systems for the industry in the future. Mobile app technology is also a critical aspect of Industry 4.0.

Even now, manufacturers are ditching outdated legacy systems and deploying modern manufacturing apps to overcome maintenance, poor security, and inflexibility issues.  Progressive manufacturing companies already use mobile app technology to improve their products, reduce downtime, and streamline processes. 

But what kinds of apps are being developed for the manufacturing industry, and what are the dangers of poor app security practices? What steps can developers follow to secure mobile applications? Let’s find out.

The Contribution of Mobile Apps to Boosting Manufacturing Productivity

Mobile applications are helping the manufacturing industry in various ways, from tracking inventory to providing quality control, assessing real-time data, and managing production processes. Some of the apps that are developed for manufacturing companies include:

→ Production Management

These apps aid in improving production lines, inventory levels, and work orders. In addition, they help manufacturing companies by providing real-time visibility to track production progress, find bottlenecks, and make informed decisions regarding optimizing production efficiency.

Maintenance Management

These apps help manufacturers monitor equipment performance, maintenance schedules, and downtime. They also aid in identifying potential maintenance issues and enable proactive measures to prevent machinery failure.

Quality Control

These apps provide real-time data on quality control and assist manufacturing companies to maintain consistent product quality. They also provide real-time data on compliance and inspection checklists that help companies take corrective measures to enhance product quality.

Supply Chain Management

These apps aid in managing supply chains for manufacturing enterprises. They also provide real-time visibility into shipping status, inventory levels, and delivery schedules. Real-time visibility helps manufacturers reduce shipping costs and delivery times and optimize inventory levels.

The High Stakes of Mobile App Security for the Manufacturing Industry

Although mobile apps assist the manufacturing industry in every process, poor mobile security development practices are a menace. They lead to data breaches, cyberattacks, and unauthorized access to sensitive data. Repercussions of stunted development in mobile app security include:

Unauthorized Access

Mobile apps used by the manufacturing industry involve sensitive data, such as personal information, trade secrets, and intellectual property. If the data lacks adequate encryption and user authentication, hackers may exploit these vulnerabilities. 

In 2013, a third-party vendor’s poor security measures enabled hackers to breach Target’s network. The result was unauthorized access to the personal information of 70 million customers and 40 million credit cards. 

For manufacturing companies, the cost associated with data breaches, legal penalties, and reputational damage is unimaginable. It can leave a long-lasting effect on their bottom line.

Merck serves as a prime example of how costly the repercussions of a data breach can be. The 2017 ransomware attack cost it $870 million in regulatory filings. Moreover, the pharmaceutical company could not meet its production demand for the whole year’s stock of cervical cancer vaccine. It had to buy $240 million worth of stock from the Pediatric National Stockpile.

Product Quality, Non-Compliance, and Downtime Issues

If a manufacturer’s production management or quality control app is compromised, it can result in lost revenue and production downtime. Moreover, a compromised app can lead to defective products and delays in meeting production deadlines. 

A good example is the 2020 ransomware attack on Honda. The invasion took advantage of a remote access system vulnerability, causing significant downtime and lost revenue for the company. 

Poor mobile app security development can also result in regulatory non-compliance, leading to legal penalties, costly lawsuits and liabilities, and reputational damage. 

Fortify Security to Secure Mobile Apps in the Manufacturing Industry

Mobile app security developers must follow certain security practices to fortify applications for the manufacturing industry. These practices include:

1. Performing a Security Risk Assessment

Risk assessment during mobile app development is critical to identify potential vulnerabilities and security threats. The review must cover all aspects of user access controls, authentication mechanisms, network communication, and sensitive data storage. 

Robust authentication mechanisms, such as biometric and multi-factor authentication (MFA), must be implemented to prevent unauthorized app access. Furthermore, developers should ensure that passwords are strong and not easily guessed. 

Apps that use JavaScript are particularly vulnerable to exploitation because JavaScript is usually in the source form. By deploying a tool like JSDefender, developers can monitor and protect the app in real time against attacks like cross-site scripting and SQL injection.

2. Ensuring Compliance With Industry Standards

Developers should also ensure that the mobile apps for manufacturing companies comply with industry standards. Regulations like the International Standard for Information Security (ISO 27001), General Data Protection Regulation (GDPR), and the National Institute of Standards and Technology (NIST) ensure the app code cannot be tampered with or modified.  Compliance means the app meets the minimum security levels and mitigates the risk of penalties.

3. Providing Regular Security Updates

Outdated mobile security apps are more prone to security vulnerabilities and threats. Therefore, developers should provide regular security updates and patches to avert potential hazards and mitigate security issues. 

Additionally, they should also implement secure communication protocols such as HTTPS and TLS to ensure encryption between the app and the server. 

4. Encrypting Critical Data

Critical data such as blueprints, trade secrets, designs, payment information, and client details should be encrypted both in transit and at rest. Doing so ensures that even if a hacker can intercept data, they cannot read it. 

Developers can use a tool like DashO for code obfuscation and in-app protection. It provides layered protection for Java and Android apps and is continuously updated to prevent reverse engineering and vulnerability exploitation by attackers.

Stay Ahead of the Game With Our Proactive Mobile App Security Solution

Poor mobile app security development practices can be lethal in the manufacturing industry, leading to company reputational damage, financial losses, and potential safety hazards. 

That means that as a developer, you must deploy encryption, strong authentication, network communication, regular testing, and compliance measures to prevent potential security threats to mobile apps. 

To help you in the app development process, PreEmptive’s mobile app security solution can provide comprehensive monitoring and security tools for code protection, obfuscation, and encryption. 

Don’t wait to start using the best security practices during app development. Take control of your app security today with a development-focused mobile app security solution. Start a free trial now!





The State of Mobile Security in 2023

Reading Time: 4 minutes

The world of cybersecurity is still in its infancy. However, it’s a new year, and reflection is a great way to prepare for future evolutions in online defense. 

In 2022, many lessons were learned, threats were exposed, and successes were shared. From the continued issues attached to the COVID-19 pandemic to the new threats exposed by the Russian war on Ukraine to the instability in the world of cryptocurrency, throughout all of these occurrences, one thing remains clear: digital security is vital in the modern world. 

Throughout the past year, new methods were created to boost mobile app security and the source code that serves as its foundation. Now, the mobile app security industry faces the dawn of a new year and, with it, new challenges. 

One of the best ways to boost defenses and protect digital assets is to partner with a well-established security company that protects mobile applications across different scenarios and coding languages. PreEmptive provides modern solutions that help companies defend and form proactive approaches to securing their valuable applications. 

Lessons Learned in 2022

Preparing for the future requires a meticulous study of the past. Throughout 2022, specific trends revealed systemic weaknesses and areas requiring desperate improvement. In addition, these lessons serve as important reminders of what to look for heading into 2023. 

→ Ransomware Needs to Be Taken Seriously

Ransomware is rampant and shows no signs of stopping. Although data is not yet finalized for 2022, experts determined that in 2021, a ransomware attack occurred, on average, every 11 seconds

A significant reason for this is that many businesses’ security methods – specifically when it comes to mobile app security – do not keep up with the evolving methods of hackers. 

Cybercriminals recognize weaknesses in faulty digital assets and can use them to infiltrate businesses. The rise of ransomware attacks also revealed mobile applications as a prime target. Overall, 70% of online fraud is perpetrated through mobile applications and platforms. 

Therefore, as cell phones become more ingrained in the lives of online users, it’s evident there’ll be continued increases in ransomware attacks. 

You Can’t Always Trust the Cloud

Cloud computing was once thought to be highly secure. However, in 2022, it was evident that cyber criminals have developed methods to infiltrate cloud technology that was once considered airtight. 

In 2022, a staggering 45% of all data breaches were cloud-based, each one costing around $4.3 million. Even major cloud services, like Dropbox, succumbed to cloud hackers in 2022. 

Overall, concerns grow around how criminals have evolved their strategies to manipulate user trust in Cloud data for nefarious gain. 

The Evolution of the Phish

Over the years, organizations have become adept at spotting and eliminating phishing scams via email. However, in 2022, phishing attacks  rose by 61%, and it was evident that they began to take new forms.

Now, phishing attacks have become more complex, realistic, and harder to determine. Whether used to target users on significant platforms like  Facebook or through the latest cryptocurrency scams, phishing schemes are showing clear signs of becoming more complex. 

Proper Investment in Digital Infrastructure and Security Is Key

There’s no doubt about it: investing in digital security and application security is now a key part of operation budgets all around the globe. 

Investment in mobile applications, obfuscation, and data protection continues to rise, mainly because organizations find immense value in taking preventative measures before it’s too late.

Mobile Security Predictions for 2023

1. Heightened Attacked on Mobile Devices via Ransomware

As stated above, in 2022, ransomware attacks increased, and this trajectory is only likely to continue upward heading into 2023, as Ransomware attacks are predicted to take $30 billion in the coming year. 

Attackers increasingly recognize the opportunity and monetary advantage of ransomware attacks. This is why, in 2023, it’s likely that ransomware will become a more persistent avenue of attack. 

2. Higher Demands for Top-Notch Security Tools & Talent

There’s a clear and growing need for data protection tools and professionals. 2023 will likely bring a significant push for organizations — from the federal government to small businesses — to include more help fortifying data and application security. 

Additionally, with more laws regarding data protection and user security, the data security labor force is likely to grow as companies strive to comply. Likewise, security applications and services that offer excellent, modern digital security methods are predicted to continue receiving investment and growth in the coming year. 

3. Artificial Intelligence Integrates Further Into Security Strategy 

Many organizations already rely on the power of artificial intelligence to prevent cyberattacks. Given that AI has proven an effective measure thus far, in the year to come, it’s expected that more businesses will continue implementing artificial intelligence as a key part of their data strategy. 

Machine learning tech helps identify potential weaknesses in mobile applications and alerts officials to threats in real time. Lastly, many companies will gravitate toward AI-powered cybersecurity as it continues to prove useful and offer financial benefit in identifying and mitigating data breaches.

4. Increased Data Protection Regulations 

Data privacy regulations have increased over the past decade, and experts only see them becoming more rigorous in the future. They started in places like the European Union with the General Data Protection Regulation (GDPR). Then these regulations were popularized in the United States with the California Consumer Privacy Act (CCPA). Overall, these laws guarantee institutions more extensive data protection and control for mobile users.

In 2022, a bill titled the American Privacy and Data Protection Act drew bipartisan support. However, It was not passed by Congress before the end of the year and will have to be reintroduced for further consideration. There continue to be growing calls for governing bodies to enhance privacy laws, specifically regarding user applications and how businesses harvest and process data.

What Are the Best Tools for Mobile Security in 2023

Hackers are always looking for weaknesses in application security, typically viewing source code as a common point of entry. Because of this, organizations must look for ways to continue to increase app hardening efforts, which use source code obfuscation to defend from cross-site scripting and reverse engineering attacks.

Therefore, an effective app hardening service will be crucial to building a modern defense for digital assets.

Choose the Best Help for Mobile Security in 2023

Heading into 2023, the potential impact of poor app security is severe. Whether organizations need it for Android, iPhone, or any other purpose, partnering with a service that performs app hardening and data obfuscation measures is paramount to avoid the latest risks that leave digital assets open to attackers. 

PreEmptive is a trusted leader in the fight to help organizations protect their valued assets against cybercrime. By providing a systemic and proactive approach to mobile security, PreEmptive’s comprehensive offerings can help any business arm itself with the right tools to help them thrive in the year ahead.





Why Developers Need Source Code Obfuscation

Reading Time: 4 minutes

All coders understand the one thing they must avoid at all costs: hackers. Whether you work with JavaScript, Python, HTML, PHP, C, or C+ — protection from hackers and reverse engineers remains a top priority. 

After all, the majority of digital attacks come from weaknesses in code. 

Source code is a valuable asset and forms the infrastructure of all digital products and applications. However, when code is left open, it’s like leaving an unlocked safe in a public park. It allows nefarious actors to enter, hack, steal, or alter assets without resistance. Therefore, developers must discover and implement ways to defend their source code. 

One of the best ways to do this is to use code obfuscation techniques. 

For whatever type of code, understanding how to obfuscate it is imperative to protect intellectual property. Obfuscation is the best way for coders to keep their work safe. Because of its importance, everyone responsible for securing digital assets must know what it is and how it can help. 

For those looking to protect their source code, visit PreEmptive’s product page to check out our various obfuscation software tools. We offer a wide range of resources and tools to protect all types of source code — from mobile needs, like Android source code obfuscation, to Python source code obfuscators. 

What Is Source Code Obfuscation

The idea behind obfuscating code is simple. In essence, obfuscation is the act of taking code and complicating it so that it becomes illegible. It’s like putting code in disguise. 

Obfuscation adds in redundant and extra lines of code, making it nearly impossible to read. Specific methods even alter the commands so that the logical flow of the program is thrown off — making it incredibly difficult to decipher and debug. 

Taking the code and changing the lexical structure or control flow renders the code almost impossible for humans to understand. However, with obfuscation, the code remains legible to computer systems, which is how applications still manage work after implementing the disguise.

Many make the mistake of conflating encryption with obfuscation. Obfuscation differs from encryption because it only hides code from humans, while encryption tools incorporate methods that shroud a code’s readability from computers, requiring an entire de-encryption process. As a result, encryption adds additional steps, often slowing down programs. However, obfuscation has relatively little effect on performance. 

So that answers the question, what is code obfuscation, but what is an obfuscator? 

A code obfuscator is a tool that performs the task automatically, and how it is applied depends on the type of source code. So, depending on whether the goal is to obfuscate HTML source code or obfuscate Python source code, the obfuscator performs the process differently.

A code obfuscation tool determines which way is most effective and applies it to the style of source code. To select the best obfuscation tool, it’s essential to know the different methods of source code obfuscation; this way, security managers can knowingly pick a tool that meets their needs. 

PreEmptive develops and supplies obfuscation tools for all types of source codes. For those looking for iOS source code obfuscation, a C++ source code obfuscator, or something else, visit our website to learn more about our line of offerings. 

Different Types of Code Obfuscation

There’s no single method to obfuscate code. In fact, there are many ways coders can implement obfuscation protections. Which method is best depends on the type of code being used. 

Coders may also incorporate multiple methods to boost overall protections, making it even hard for hackers to understand and reverse-engineer code. 

It’s also important to know that these various obfuscation techniques work better depending on the type of source code. For example, the best C source code obfuscator may be different than the best Java source code obfuscator. However, it’s important to remember that certain types of obfuscation may take more significant tolls on code performance.

Rename Obfuscation

Renaming is the bread and butter of the obfuscation process and works for almost all source codes. It takes variables and methods and changes them but doesn’t alter the program execution.

This renaming process makes the code extremely hard to understand, and messages become unreadable. The process adds and subtracts variables from code strings, removing traceable patterns from those looking to hack. 

Renaming is universal and is used to obfuscate C# source code, as well as Java, iOs, and more. 

Control Flow Obfuscation

Control flow is an even more powerful method of securing code. Here, it adds and alters the case switches and recreates the entire structure of the code by inserting commands like link jump instructions. 

Control flow techniques scramble entirely the logic of a code flow, which is why it’s so effective. However, this method is more complicated and may affect performance. 

Dummy (or Dead) Code Insertion

Another obfuscation method is to insert entire strings of code and lines that aren’t part of the program. Adding dummy code is a great way to increase the difficulty of reverse engineering and is a great way to protect source code of all kinds. 

How To Remove Obfuscation

By now, we’ve answered the question, how does code obfuscation work? But what if the obfuscation needs to be removed?

Removing obfuscation is easy, but it also depends on the type of code requiring de-obfuscation. For example, a C# source code obfuscator requires a different removal process than one for JavaScript. 

Many of these de-obfuscation measures are accomplished manually. However, it’s much easier to use tools that do it automatically. 

Defend Code With the Best Source Code Obfuscation Tools

There’s no way around it: code needs the best protection possible. There are many reasons to invest in the best DevSecOps, as hacking becomes a more significant threat to digital assets every year. Anyone with online property must protect it with the best obfuscation tools available. 

PreEmptive is a global leader in developing cutting-edge tools that protect online applications. Our range of products explores the various ways to use obfuscation to defend code while keeping performance at maximum efficiency. 




Give Your Business the Gift of DevSecOps

Reading Time: 4 minutes

The holidays are here and many of us are thinking about all the wonderful gifts we’re going to be giving this year. A new fishing pole for dad, some nice jewelry for mom, and a good self-help book for that one stepbrother. Well, maybe. We’ll leave that last one up to you.

There’s one other incredible present you can give and that’s the gift of DevSecOps to your business. How does that sound? Exciting? Maybe not. But that’s actually the beauty of DevSecOps. When done right, it eliminates all the “excitement” of hacks, attacks, data breaches, and everything else that comes along with vulnerable software.

DevSecOps, also known as Development-Security-Operations, is an approach to security integration at all stages of the software development lifecycle, beginning with the initial design and extending through the integration, testing, deployment, and delivery. 

And you might say that it’s a “popular gift” this year. A survey of more than 500 DevSecOps professionals in the United States found that 73% of organizations intend on increasing their total investment in application security in 2023. The total global market for DevSecOps is expected to be $17 billion by 2026.

Below are a few key features your DevSecOps approach needs to include so that your business can enjoy the peace of mind that comes with having a secure software development lifecycle process and knowing that your holiday won’t be spoiled by hackers.


Build Security Into the Software Requirements

Security needs to be an intentional, active part of the software development process from the beginning, not an afterthought once the project is nearly complete. And one strategy to ensure that it is a priority from the beginning is for development teams to document software security requirements alongside the functional requirements. This helps to build security into the program right from the start.

Authentication and password management, authorization and role management, network and data security, encryption and key management — these are just a few of the key areas that need to be securely accounted for when project requirements are hashed out. It’s not enough to simply accomplish the task — it has to be done in such a way that companies’ and customers’ data is protected.


Test Early and Test Often

Imagine that you’re building a house and the plumber just finished installing all the piping. Would you want them to turn on the water and test the pipes before the drywall crew sealed up all the walls? Just in case there was a leak? It’s a whole lot easier to find and fix it now than wonder why the hardwood floors are wet the third day after moving in.

Engineering software is the same way. Code is only as secure as its most insecure component. So in addition to building security into the specs, make sure that your testing process includes security testing, too — often and early.


Make Application Security Part of the Life Cycle

Security isn’t a checkbox on a list, rather it’s the watermarked paper that the list is written upon. It’s the fortified walls from which you sit and check off the items on the list. It’s the verifiable, magnetic ink in the pen you use to check the boxes. It’s the notary stamp on the checklist document when you’re finished. And when creating software, security needs to be a fundamental aspect of the framework itself.

There are a few ways to accomplish this. Keep the development team aware of all current best security practices; account for it in ​​the planning, architecture, production, and development stages; consider using security specialists or providers to bring agility and expertise into QA cycles.


Automate Security in the Development and Testing Processes.

The number of vulnerabilities that can and do affect applications is far too vast for any one person or team to simply know and remember while they’re coding. And the very idea of trying is inefficient because we have tools that do it for us. And isn’t that the whole purpose of coding anyway?

DevSecOps tools like PreEmptive make it easy. Our obfuscation solutions for .NET, Java, JavaScript, Android, and iOS ensure that your applications are more resistant and resilient to hacking and tampering to protect intellectual property, sensitive data, and revenue.


Continue Protection After Deployment

Engineering the software to do everything the specs call for is just the start. Then it has to go out into the world and not only function but also not break. And not give up the keys to the kingdom in the form of a data breach. How do you do that? Implement safety protocols that continue after the software is deployed.

Runtime app self-protection is one way to ensure your apps detect and block hackers’ attempts to gain access to source code, find vulnerabilities, create exploits, and all the other malicious activities they’re not supposed to do.


Make DevSecOps Work for You in 2023 With PreEmptive


An ironclad DevSecOps process is totally achievable with PreEmptive. Android, .NET, Java and more — we’re professional app shielding. Helping organizations all over the world protect their apps and customer data from passive and active attacks is what we do. We can do it for you, too.

Request a free trial and let us show you how to make your holidays merry and bright with the industry’s best DevSecOps solution!






10 DevSecOps Best Practices to Implement Now

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Organizations are under constant pressure to deliver software faster and more efficiently. In response, many have turned to DevOps, a set of practices that emphasizes communication, collaboration, and integration between software developers and IT operations professionals.

However, simply adopting DevOps practices is not enough to ensure success. To truly reap the benefits of DevOps, organizations must also adopt a security-minded approach known as DevSecOps.

DevSecOps is a set of practices that focus on integrating security into the software development lifecycle. By automating code scanning, defect reporting, and incorporating security into the development process, organizations can reduce the risk of vulnerabilities and ensure that their applications are secure.

In this article, we will discuss 10 DevSecOps best practices that your organization can implement now.

10 DevSecOps Best Practices To Implement Now

The speed and complexity of modern software development have made it necessary for organizations to adopt DevSecOps practices in order to remain competitive. DevSecOps is a set of best practices that seek to integrate security into the software development process. By doing so, organizations can more effectively secure their applications and reduce the risk of defects.

There are many DevSecOps best practices that organizations can adopt, but some are more important than others. Here are 10 of the most important DevSecOps best practices to implement now:

1. Shift Left

The first and arguably most important DevSecOps best practice is to shift security left. What this means is that security testing should be integrated as early as possible into the software development process, rather than tacked on at the end. By doing this, security risks can be identified and mitigated much more effectively.

2. Implement Continuous Integration and Continuous Delivery

If you’re not already using continuous integration (CI) and continuous delivery (CD), now is the time to start. CI/CD are key components of DevOps, and are essential for implementing DevSecOps best practices.

With CI/CD, teams can automatically build, test, and deploy code changes. This helps ensure that code changes are integrated and delivered quickly and efficiently. It also helps reduce the risk of human error.

3. Implement Obfuscation Techniques

One of the best ways to protect your code from being reverse engineered is to use obfuscation techniques. Obfuscation is the process of making code difficult to understand, to obscure its meaning If you will. Doing so makes it more difficult for attackers to understand the code and find vulnerabilities.

Many different obfuscation techniques can be used, such as code encryption, code compression, and white-box cryptography.

4. Threat Modeling

Threat modeling is the process of identifying, quantifying, and prioritizing the risks to your systems and data. It’s a key part of DevSecOps, and it’s important to do it early and often.

There are many ways to approach threat modeling, but one popular method is the STRIDE method. This involves identifying six different types of risks:

  • Spoofing – When someone pretends to be someone else
  • Tampering – When someone modifies data
  • Repudiation – When someone denies having performed an action
  • Information disclosure – When someone gains access to data they should not have
  • Denial of service – When someone prevents legitimate users from accessing a system
  • Elevation of privilege – When someone gains access to a system or data to which they should not have access

5. Adopt a Microservices Architecture

One of the key benefits of DevSecOps is that it enables you to adopt a microservices architecture. This means breaking up your monolithic applications into smaller, more manageable services.

There are several benefits to this approach:

  • Services can be developed, tested, and deployed independently
  • Services can be scaled independently
  • Services can be updated without affecting the rest of the application

A microservices architecture also makes it easier to implement security controls. For example, you can deploy security controls at the service level, rather than at the application level.

6. Use Cloud-native Technologies

The world is moving to the cloud, and so is DevOps. But DevOps in the cloud is different than DevOps on-premises. When DevOps teams move to the cloud, they need to use cloud-native technologies.

Cloud-native technologies are those designed to run in the cloud. They are built to be scalable, fault-tolerant, and easy to manage.

Some of the most popular cloud-native technologies include:

  • Containers (Docker, Kubernetes)
  • Microservices
  • Serverless computing
  • NoSQL databases (MongoDB, Cassandra)

If DevOps teams want to be successful in the cloud, they need to use these cloud-native technologies.

7. Encrypt Data in Motion

Another important DevSecOps best practice is to encrypt data in motion. This means that data should be encrypted when being transferred between different systems. This is important because it helps protect the data from being intercepted and read by unauthorized people.

8. Implement Role-based Access Control

Organizations need to trust that the right people have access to the right information at the right time. Role-based access control (RBAC) is a security model that can help accomplish this. RBAC can be used to control who has access to what resources in an organization. It can also be used to control what actions users can take with those resources.

RBAC is an important part of DevSecOps best practices because it can help prevent unauthorized access to sensitive data and systems. It can also help ensure that only authorized users can make changes to systems and data.

9. Monitor and Log Activity

To ensure your system is secure, it’s important to monitor and log all activity. This way, you can see what’s happening on your system and identify any potential issues. By monitoring and logging activity, you can also detect patterns of behavior that may indicate an attempted attack.

10. Implement DevOps at All Levels of the Organization

The success of DevOps implementation cannot be overstated. In order to truly reap the benefits of DevOps, it must be implemented at all levels of the organization. What this means is that everyone, from the CEO to the front-line workers, must be on board with the DevOps philosophy. This can be a challenge, but it’s important to remember that DevOps is about culture first and foremost. Only by getting everyone on board with the culture change can an organization hope to fully reap the benefits of DevOps.

Getting Started

It’s easy to see how following best practices can help keep your software development process safe and secure. Implementing these 10 DevSecOps best practices is a great way to get started, but it’s only the beginning.

Make sure you also have the right tools in place, like PreEmptive Solutions‘ products, which make it easy to follow standard processes and ensure that your code is always up-to-date and compliant.

Want to learn more? Check out our product pages for more information on how we can help you stay safe and secure while you develop amazing software.


Defining Data Obfuscation and How It Works Within Your Development

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Nowadays, the stakes of cybersecurity are higher and the methods of data breaches are becoming more sophisticated. Cyberattackers are inventing more lethal data breach strategies such as reverse engineering tools, decompilers, and disassemblers.

In response, developers must take extra steps to ensure the safety and security of their code and their users’ data. The healthcare industry is the most targeted by hackers, followed by the financial services and retail sectors. According to a study cited by the National Library of Medicine, there were 2216 incidences of data breaches reported across 65 countries in 2018 alone. Among these data breach incidences, the healthcare industry faced 536 breaches. 

Software development is one of the most affected industry sectors. In fact, data from the recent IBM report showed that software development was the target of 44% of all ransomware attacks in 2021. Findings from research conducted by Positive Technologies show that mobile banking applications are the most affected by cybercrime. The study also showed that common cyberattacks and cyber vulnerabilities are caused by names of classes and methods explicitly written in the source code, without being masked or encrypted through methods such as code obfuscation.

The need for masking is increasing as stakes in cybercrime rise. Data from CBinsights shows that data masking will grow to be an $800M industry by 2023. As you can see, data obfuscation is important for many reasons. Not only does it protect your intellectual property, but it also helps to keep user data safe and secure.

What Is Data Obfuscation and Why Should I Care?

So, what is data obfuscation? In their guide, Brunton and Nissenbaum define data obfuscation as “the deliberate use of ambiguous, confusing, or misleading information to interfere with surveillance and data collection projects.” In simple terms, it is a method of hiding data by making it difficult to interpret. App hardening is an excellent example of the use of data obfuscation and protection. It’s a technique used to protect information by making it unreadable and unusable to anyone who doesn’t have the proper key to unlock it.

This is accomplished by using some of the best practices of data protection such as encryption, code transformation, and watermarking. In the software development world, data obfuscation is important. It assists software developers to protect intellectual property, ensure the safety of user data, and prevent reverse engineering. For instance, software developers can prevent intellectual property theft through encryption. By encrypting code, it becomes much more difficult for non-authorized people to copy it or reverse engineer it.

The use of data obfuscation is becoming increasingly relevant, especially as businesses and start-ups move to the online space. A survey conducted by 451 Research LLC revealed that data obfuscation techniques are on the rise, partly due to accelerating DevOps and as developers’ access to production data rises. Findings from the survey revealed that 53% of organizations interviewed used data obfuscation methods to protect the organization’s developer infrastructure. However, mobile developers seem to be lagging behind in adopting data obfuscation strategies to prevent data breaches in their development activities. According to research by the Association for Computing Machinery, only 24.92% of the 1.7 million free Android apps from Google Play are obfuscated by the developers.

This is a concern because, as the number of mobile devices and apps increases, so does the risk of data breaches. A recent study by Kaspersky shows that nearly one-in-five (17% of internet users) have had private information leaked to the public without their consent. With the increasing number of data breaches, it is becoming more important than ever for developers to take measures to protect their code and user data. One way to do this is through data obfuscation.

Five Types of Software Vulnerabilities That Affect All Developers

As a developer, it is important to be aware of the different types of software vulnerabilities that can affect your code. By understanding these vulnerabilities, you can take steps to avoid them and keep your code safe. Here are five common software vulnerabilities:

1. SQL Injection

SQL injection is a type of attack that allows attackers to execute malicious SQL code on a database. This can be done by submitting malicious input into an application that then gets executed by the database. SQL injection can be used to access sensitive data, such as user passwords and credit card numbers. SQL injection can be prevented by using data obfuscation techniques, such as string encryption, and parameterized queries.

2. Cross-Site Scripting (XSS)

Cross-site scripting is a type of attack that allows attackers to inject malicious code into a web page. This can be done by submitting malicious input into an application that is then displayed on the web page. XSS can be used to steal sensitive information, such as cookies and session IDs. It can also be used to inject malicious code into the web page, such as JavaScript code that redirects users to a malicious site.

XSS can be prevented by using data obfuscation techniques, such as input validation and output encoding. Input validation involves checking user input to ensure that it is valid before it is displayed on the web page. PreEmptive’s Dotfuscator uses input validation to verify the application’s integrity during runtime.

3. Cross-Site Request Forgery (CSRF)

Cross-site request forgery is a type of attack that allows attackers to inject malicious code into a web page. This can be done by submitting a malicious link or form to a user. CSRF can be used to trick users into submitting sensitive information, such as their username and password. It can also be used to inject malicious code into the web page, such as JavaScript code that redirects users to a malicious site.

CSRF can be prevented by using data obfuscation techniques such as input validation and output encoding. Input validation involves checking user input to ensure that it is valid before it is processed by the application.

4. Session Hijacking

Session hijacking is a type of attack that allows attackers to take over a user’s session. This can be done by stealing the user’s session ID. Session hijacking can be used to access sensitive data, such as user passwords and credit card numbers. It can also be used to modify data, such as changing a user’s password or adding new users to a database. PreEmptive’s Dotfuscator is the best app shield against session hijacking.

5. Denial of Service (DoS)

Denial of service is a type of attack that prevents users from accessing a website or service. This can be done by overwhelming the website with traffic or by crashing the server. DoS can be used to make a website unavailable, such as by preventing users from being able to access the website or by slowing down the website so that it is unusable. Denial of service can be prevented by using data obfuscation techniques, such as input validation and output encoding.

Data obfuscation is an important tool that any developer should use in developing security application. By using data obfuscation techniques, such as input validation and output encoding, developers can make it much more difficult for attackers to inject malicious code into their web pages. This can help to prevent a wide range of attacks, including SQL injection, cross-site scripting, CSRF, session hijacking, and denial of service.

Don’t Let Your Data Fall Into the Wrong Hands

Data obfuscation is a critical step in software development, yet too often it is neglected. By understanding what data obfuscation is and how to apply it, you can protect your applications from hacking and tampering. PreEmptive’s comprehensive suite of obfuscation tools can help you secure your DevSecOps pipelines and investments. With our help, you can protect your systems and keep your data safe. Contact us today to learn more about our products and services!


Review of The Top 3 Data Breaches in 2022

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According to the Identity Theft Resource Center, the first quarter (Q1) of 2022, saw 404 publicly reported data breaches that affected over 20 million records, leaving organizations worldwide scrambling to improve their security measures. That’s a staggering number, an increase of 14%, and it will only get worse in the remaining quarters of 2022.

These attacks have shown us how vulnerable our data is and how important it is to take steps to protect ourselves. In this blog post, we’ll look at the top three data breaches of 2022 and what we can learn from them. We’ll also discuss how PreEmptive can help you protect your applications and make them more resistant and resilient to hacking and tampering, protecting intellectual property, sensitive data, and revenue. Stay safe out there!

Top Three Data Breaches in 2022

Data breaches are never a good thing; we’ve had some serious ones in the last few years. From Equifax to Facebook, they all share one thing: your personal information! But something about someone accessing your information without authorization can make you feel unsafe, especially if it’s personal data like passwords or credit card numbers! These past few years have seen some major incidents in this field. Here is an updated list for 2022: 

1. Texas Department of Insurance (TDI)

In Texas, the Department of Insurance (TDI) announced that their web application, which manages workers’ compensation information, had encountered a security issue. Their investigation and audit report revealed that 1.8 million Texans’ data might have been exposed to the public for almost three years, from March 2019 to January 2022 inclusive!

Personal data breached included victims’ names, phone numbers, Social Security numbers, addresses, birthdates, and injury information, among others. The TDI attributed this breach to improper coding where someone exploited an injection point within programming codes that granted them internet privileges to unauthorized areas of their application.

TDI did more than fix the problem. In an effort to restore trust with those affected by this unfortunate event, they restored their online web application and offered 12 months of free credit monitoring services for those whose compensation claims had been leaked to the public. In addition, TDI reviewed all security measures as well as policies and procedures within the company to enhance current protection methods against any future cyberattacks.

This breach highlights the importance of implementing strong security measures, such as two-factor authentication and training employees on how to spot phishing attempts. It also highlights the importance of having a plan for what to do in the event of a data breach.

2. Toyota (February 2022)

The global automotive manufacturer Toyota was forced to suspend its operations in 14 factories following a suspected cyberattack. A spokesperson for the company said that they believed it was an issue with one of their suppliers, a plastic parts and electronics supplier called Kojima, who had vulnerabilities on their end. According to Kojima, an error message in one of their servers had suggested potential data theft attempts by hackers.

The recent cyberattack on Toyota left the company frustrated and vulnerable. The loss of the output of 13,000 vehicles is unprecedented for them! The reason behind these criminal acts and motive remains unclear, but we know that it has drastically affected business operations and customer trust.

This breach highlights the importance of keeping your systems up to date with the latest security patches. It also underscores the importance of having a robust security plan that includes incident response and data loss prevention.

3. Washington State Department of Licensing (January 2022)

In January, the Washington State Department of Licensing (DOL) revealed that a suspected data breach could have disclosed the personal information of over 250,000 professional licenses. Following investigations assisted by the Washington Office of Cybersecurity, it appears hackers stole sensitive personal data, social security numbers, license numbers, and dates of birth of approximately 650,000 professionals and business owners – current and former. The department was obliged to shut down to allow investigations. 

The Washington State Department of Licensing (DOL) also had to shut down its Professional Online Licensing and Regulatory Information to avoid being compromised and for its customers’ safety and security. In March, the department announced it was back in operations and would waive all late filings. The outage affected business owners and those whose licenses expired during the closure. The department issues licenses spanning 39 businesses and professions. 

The DOL did not have conclusive information about the data breach at the time. However, it assured its customers that other systems operated by the DOL, including vehicle and driver’s license systems, were under constant monitoring. 

This breach highlights the importance of having a robust malware detection and prevention system. It also underscores the importance of having a plan to respond to a data breach, including how to notify affected users and prevent attackers from accessing sensitive data.

Seven Reasons Why Setting a Security Budget Is Key to Preventing Catastrophic Breaches

As is seen from the examples above, data breaches can devastate businesses, no matter their size. That’s why having a security budget and a plan for developers is crucial.

A cybersecurity plan and budget are critical because:

  1. It saves money. The cost of a data breach can be astronomical. Data breaches can cost a business a lot of money in damages, legal fees, and lost customers. By investing in security now, you can avoid having to pay out massive sums of money later.
  2. It protects business reputation. Data breaches can do severe damage to a company’s reputation and make it harder to attract new customers. Having a solid security plan in place can help protect your business’s good name.
  3. It prevents regulatory fines and other penalties. A business can face hefty regulatory fines if it suffers a data breach. Having a security plan in place can help to avoid these costly penalties.
  4. It avoids lawsuits from customers or employees. A business responsible for a data breach can be sued by customers or employees. A security plan can help  avoid these costly lawsuits.
  5. It secures assets and information. Data breaches can put a company’s assets and information at risk. An investment in security helps protect valuable business assets.
  6. It provides room to upgrade your security. Because data breach techniques are ever-changing, a business may also need to keep upgrading systems. Having a security budget in place can ensure that the necessary resources to upgrade security are available as new threats arise or existing system flaws are identified.
  7. It provides a roadmap for recovery in case of a data breach. No security plan is perfect, and data breaches can still happen. But by having a security plan in place helps to ensure that a business is prepared for such an eventuality.

Choose PreEmptive, Choose Safety!

These three data breaches of 2022 show us just how important it is to take steps to protect our data. We must set a security budget for investing in security products like DevSecOps, have a plan in place for developers, and implement robust security application measures, such as two-factor authentication, app hardening, and training employees on how to spot phishing attempts.

We must also keep our systems up to date with the latest security patches and have a robust security plan that includes incident response and data loss prevention. Don’t wait until it’s too late. Invest in security today with PreEmptive protection products!

PreEmptive can help you protect your applications and make them more resistant to hacking and tampering, protecting intellectual property, sensitive data, and revenue.