How switching to a composable DXP will affect security
![CS_-_Cybersecurity_-16.9.png](https://images.contentstack.io/v3/assets/blt7359e2a55efae483/bltfec51cb51453460f/642d819a37ecbf10cadce345/CS_-_Cybersecurity_-16.9.png)
The top priority for any business is protecting sensitive information from cyberattacks, and the effectiveness of your cybersecurity measures largely depends on your tech stack. There are a number of benefits of going composable, and a key one is that composable DXPs can offer better security than monolithic solutions. Read on to learn:
- How going composable can improve your organization’s cybersecurity
- What you need to know to make your composable tech stack as secure as possible
What is composable architecture?
Composable architecture breaks down the large and complex functions found in monolithic solutions into smaller, more manageable pieces. An API acts as the go-between for these smaller pieces, allowing them to communicate and transfer information more efficiently. In a composable CMS, the front-end and back-end layers are decoupled, so changes can be made to the front end independent of back-end functions.
There are a variety of benefits of moving to a composable DXP, including reduced IT costs, more streamlined processes and functions, easier updates and, when properly implemented, better security.
What are the biggest threats businesses face?
Cyberattacks have always posed a risk to businesses, but that threat has grown in the past decade. Businesses have beefed up their cybersecurity measures when it comes to some of the more common threats like phishing and malware; unfortunately, hackers have responded by developing more sophisticated cyberattacks that are harder to spot — and more difficult to guard against.
Today, businesses face a slew of cybersecurity threats. Ransomware attacks hold entire networks hostage. Endpoint attacks are on the rise, thanks to the shift toward remote work and, in turn, the number of off-site Internet of Things (IoT) devices connected to business systems. Supply chain attacks exploit security weaknesses in third-party vendors or providers to gain access to their partners’ systems. And even though we are better trained to spot phishing attempts and avoid malware, these strategies still work often enough that hackers continue to use them.
Composable DXPs provide the flexibility to employ cutting-edge cybersecurity measures to protect against cyber attacks and data breaches.
The security benefits of going composable
A strong cybersecurity strategy is especially important with composable DXPs. As noted above, a composable approach offers the ability to break the large, single-suite functions of monolithic platforms into smaller components. This allows for more customization options, as organizations can pick and choose the specific programs and functions they need to deliver a top-tier digital experience. But each individual piece has its own security requirements and vulnerabilities, and your cybersecurity strategy needs to account for all these differences so there are no holes to exploit.
When moving to a composable DXP, a key first step is to define your security needs and identify the security tech stack that best meets those needs. This will serve as the foundation of your cybersecurity framework, and all the functionality that follows needs to fit within it. The benefit is that it makes it much easier to identify and isolate any vulnerabilities in your security. With monolithic systems, spotting security risks or finding the source of a breach means combing through the entire system. With a composable DXP, it’s much faster and easier to go through each individual function and make the necessary adjustments to secure your system.
How to properly secure your composable tech stack
Breaking out functions into individual components with a composable DXP solution creates more endpoints that can be vulnerable to cyberattacks. But even though there are more potential points of access, there are also more ways to secure your systems.
API management platforms make it easy to track API usage and integrate up-to-date security protocols like OAuth and OpenID. That allows you to control who can access and use critical applications and data stored in cloud services, and with authentication processes to verify user IDs, you can catch any security threats before a breach occurs.
To secure your composable DXP, these functions are essential:
- End-to-end encryption
- Access controls
- Authentication: Encryption keys; 2FA; securing IoT devices
- Data protection
- Detailed monitoring
Implementing these functions and tailoring them to the unique needs of your composable DXP helps ensure that the sensitive data in your platform is protected from cyberattacks.
Data security in your composable DXP
When it comes to brand interactions, today’s consumer expects a personalized experience, but in order to create a robust customer journey, you need to gather data about your customers. Consumers are willing to provide that data if it means a better digital experience — but they also expect that their sensitive information will be safe in your hands.
The financial cost of a data breach can be massive, but it’s nothing compared to the damage your organization’s reputation will suffer if your customer data is exposed due to a security breach. Fortunately, your composable DXP strategies can help provide better data security.
With a monolithic system, if your critical infrastructure is breached, all your customer data is exposed. A composable DXP allows you to create modular data pipelines that connect to each individual component and the relevant data, rather than a single large block that contains all your data, as is the case with legacy systems. With composable, you can scale up or down and implement or remove components based on your security needs. And if a data breach does occur in one component, the scope of the data exposure is usually limited.
Securely meeting consumer demands
The customer experience is delivered across different parts of your composable DXP, from your headless CMS to your marketing stack — and it all needs to be supported by a robust cybersecurity strategy that meets or exceeds industry standards.
Cybersecurity threats come in all shapes and sizes, and cyberattacks can come from anywhere. To combat those threats and protect your system, your cybersecurity strategy needs to address all the potential risks. Your technology also needs to be flexible and adaptable in order to guard against new threats as they arise. Going composable allows you to build your tech stack to match your security strategy, and vice versa.
It’s important to remember that ensuring a safe and secure experience goes beyond adding security protocols to your tech stack. Rather, it’s about deploying the right technologies and data protection programs and practices for the unique needs of your organization.
Learn more
Learn more about composable architecture in our blog post, “Why composable architecture is the future of digital experience.”
Schedule a free demo to learn how Contentstack can help you create a secure composable DXP solution that best suits your organization’s needs.
About Contentstack
The Contentstack team comprises highly skilled professionals specializing in product marketing, customer acquisition and retention, and digital marketing strategy. With extensive experience holding senior positions in notable technology companies across various sectors, they bring diverse backgrounds and deep industry knowledge to deliver impactful solutions.
Contentstack stands out in the composable DXP and Headless CMS markets with an impressive track record of 87 G2 user awards, 6 analyst recognitions, and 3 industry accolades, showcasing its robust market presence and user satisfaction.
Check out our case studies to see why industry-leading companies trust Contentstack.
Experience the power of Contentstack's award-winning platform by scheduling a demo, starting a free trial, or joining a small group demo today.
Follow Contentstack on Linkedin
![Background.png](https://images.contentstack.io/v3/assets/blt7359e2a55efae483/bltaff98de14760cbd7/662a3589528fc14d2655c242/Background.png)