Did you know that 93% of businesses now host their IT infrastructure on the cloud? Cloud adoption increased in the aftermath of the COVID-19 epidemic, as did remote working. Because of the increased flexibility, productivity, and cost savings, it has become a feasible choice for organizations all over the world.
While cloud adoption provides enterprises with increased flexibility and efficiency, it also exposes them to cyber dangers and data breaches. As a matter of thumb, IT executives should treat cloud security as a strategic need. Now let’s take a look at some of the most talked-about cloud security advancements in recent years to prevent this.
To stay up with digital innovation, many firms have moved some or all of their workloads to the cloud, but some have struggled to maintain their cloud environment and data up to date with their industry’s shifting regulatory compliance criteria. Hillary Hunter, VP, and CTO of IBM Cloud believes that investing in an industry-specific cloud that automates configuration management, regulatory tracking, and other challenges related to a given business will be the solution for many firms.
According to Hunter, “recent research indicated that 64% of C-suite respondents feel that industry-related regulatory compliance is a key barrier to cloud adoption.”
“Cloud adoption is evolving towards specialized clouds as organizations grapple with security and compliance — particularly in highly regulated industries such as the financial services sector and government agencies, for example.”
“As these industries work to fulfill the needs of today’s digital-first consumers and constituencies, industry-specific platforms will be critical in balancing innovation and functionality with strict compliance rules.” They’ll be able to innovate at the speed of change if they choose the correct platform — one with built-in controls — guaranteeing they don’t fall behind when their industry implements new rules or adjusts old ones.”
According to research, the top cloud dangers include misconfiguration, lack of visibility, identity, and illegal access. Position on Cloud Security CSPM examines the settings of your cloud platform accounts for any possible misconfigurations that might lead to data breaches and leaking. Because the cloud environment is rapidly developing, detecting misconfiguration is becoming increasingly challenging. According to Gartner, the most common cause of data breaches is a misconfiguration. Reduced or total removal would result in improved performance.
In terms of safety and security, CSPM assists organizations in building trust with their users. In the cloud, it automates security and ensures compliance.
Here are some examples of how CSPM is beneficial to businesses:
DevOps is gaining traction as an SDLC architecture that allows for the quick deployment of high-quality software products while reducing risk and waste. Automation and cloud infrastructure management solutions supplied as a cloud service are required for DevOps adoption. The procedure itself must be both quick and secure.
DevSecOps is a method of integrating and automating security responsibilities inside the SDLC process, in which the people and technology engaged in the pipeline actively contribute to the software product’s whole lifespan. Security must be integrated into the process rather than being added as a checklist item that can be automated.
Among other cloud trends, the (public) cloud computing business is anticipated to increase by 17% year over year to $266.4 billion in 2020. The worldwide cloud security market is growing at a comparable rate, with a CAGR of 23.5 percent expected to reach $8.9 billion by the end of this year. Global events have transformed the way technology firms operate, resulting in growing cloud adoption—and the security threats that come with it.
According to McAfee, between January and April 2020, business adoption of cloud solutions surged by 50%. External threat actors grew by 630 percent within the same period. Cloud-native security issues are also highlighted in the research as crucial for business workloads in the cloud. As a result, some jobs, such as:
The zero-trust paradigm ensures perfect security by preventing anybody from accessing data unless their identity is verified. It guarantees that users only get access to the information they require. In either circumstance, no further information is provided. The user must validate their identity at each stage. This concept returns control to the company while increasing responsibility. The danger of data breaches is reduced by limiting access.
With a rise in the frequency of insider assaults, adapting to this paradigm becomes vital. Employees should never be given access to material that is unrelated to their job.
Cloud computing allows users to access data at any time. Although this is a problem arising from the users of these resources, the risk that follows is their responsibility. Because of the lack of sight and control, cloud computing exposes users to a greater risk of cybercrime. Individuals are the ones who are least aware of the dangers.
In cloud computing, there are three forms of data that are vulnerable to cybercrime:
Companies cannot operate without end-to-end encryption due to the heightened danger of cybercrime. Despite being aware of the serious dangers, only one out of every five businesses evaluates its cloud security posture regularly. To avoid significant losses in your firm, be sure you don’t fall behind in this area.
We’ve witnessed a significant increase in breaches involving SaaS systems in the last year. As a result of this surge, we’ve witnessed an increase in SaaS security products and technologies. SaaS Security Posture Management (SSPM) products are one of those sectors.
SSPMs are assisting firms in delving into their complete SaaS portfolio to ensure that they are maintaining a pulse on activities while staying compliant. We saw these SSPMs accept approximately a dozen or so platforms in 2021, but the number of SaaS platforms supported by these tools will significantly expand in 2022. Organizations are beginning to develop a more robust SaaS security program that may cover their full portfolio, from cloud-based vendor onboarding and validation through SaaS vendor monitoring and alerting.
ABAC uses tags to determine access rights on the fly. For example, if the value of tag “project” on the principal matches the value of the same tag “project” on the target resource or environment, I may create a policy that provides rights. This enables more scalable and reusable policies, as well as easier maintenance and better permission separation. While many cloud service providers have yet to integrate this new strategy across all services (thus limiting its value), we’re looking forward to seeing how this new approach expands in popularity and support over the next year.
With more companies adopting work-from-home and hybrid work settings, as well as shifting workloads and data to the cloud, protecting cloud-enabled manage cloud services infrastructure should be a priority from the outset. When used responsibly, the cloud offers productivity benefits and reduces risk while increasing productivity.
App developers and infrastructure engineers are increasingly difficult to separate. Developers are building cloud architectures depending on the services they want to use, or they’re building new infrastructure from scratch. Cross-functional teams are beginning to collaborate to consider how security fits into this new style of thinking. We’ve identified possible new attack pathways and security setups, which has aided customers in comprehending the implications. This pattern appears to be continuing.
In their platforms, we’re seeing an increasing number of companies use a server less design. This means not just using cloud service providers’ FaaS (Function as a Service) capabilities, but also exploring the large range of server less options accessible. The potential hazards of quarterly server less product releases must be recognized.
AWS Pinpoint, for example, is an AWS service that provides an email, SMS messaging, and marketing tool that is simple to set up and use with Lambda, API gateway, and other AWS services. It is the responsibility of both the application developers and the cloud IT team to understand the security configurations and risks associated with these technologies because of the vast array of integration options and functionalities.
We’ve also seen “distress” designs used to provide CSPs more control over FaaS infrastructures. A new way of thinking about security emerges when control over these sorts of architectural decisions grows. We’ve had our eyes on these new models, and we’re trying to figure out how to think about security as more server less services become popular. We’ll be paying particular attention to server less in the coming year, and how to protect it while improving efficiency and reducing risks.
Every day, a new sophisticated cyber threat to enterprises emerges, as we all know. Companies must prepare for the worst after considering the aforementioned patterns. To maintain their integrity and build a long-term connection with their clients, they must implement solid security measures. To defend your company from serious risks, keep working and evaluating security concerns regularly.