In 2022, AWS (Amazon Web Services) remains one of the dominant cloud platforms and continues to be recognized as a leader in Cloud Infrastructure and Platform Services. AWS accounts for 34% of the cloud infrastructure service providers, so many organizations today have either all, most, or at least some of their infrastructure on AWS.
Since March 2020, cloud adoption has accelerated at an unprecedented rate and across every industry. With the pandemic ushering in the work-from-home era, the ability of organizations to collaborate remotely has become paramount, placing a higher-than-ever premium on cloud technology.
The adoption of cloud software in organizations continues to grow. In 2020, the combined end-user spending on cloud services totaled $270 billion, according to Gartner. By 2022, projections indicate that this total will rise to a staggering $397.5 billion. In fact, according to Arcserve, there will be over 100 zettabytes of data stored in the cloud by 2025. To give you some perspective, a zettabyte is equivalent to a billion terabytes. But are cloud services superior to an on-premises solution?
As enterprises move their applications to the cloud, they’re adopting finer-grained authorization for their users in order to better secure architectures and applications. Today, many, if not most, organizations use a role-based access control (RBAC) model for secure access. But as the push for fine-grained control grows, many organizations are asking: should we transition to attribute-based access control (ABAC)?
Despite the increase in cloud adoption, many organizations are still hesitant to move their confidential and highly sensitive data to the cloud. It’s not uncommon for companies to have concerns about being able to maintain the privacy, integrity, and security of their data when they migrate to the cloud or leverage cloud services. This is especially true for organizations that operate in highly regulated industries, such as healthcare, financial services, insurance, and the public sector.
Architecturally speaking, cloud-native applications are broken down into smaller components that are highly dynamic, distributed, and ephemeral. Because each of these components is communicating with other components inside or outside the cluster, this architecture introduces new attack vectors that are difficult to protect against using a traditional perimeter-based approach.
In our previous blog breaking down The 5 Fundamentals of Cloud Security, we looked at the value of prevention and secure design. Mapping resource relationships and enforcing security guardrails throughout development helps greatly reduce an available attack surface. But who will enforce these guardrails when your security team is busy with other work? This should be where developers are able to step in. So let’s look at another vital element in cloud security: empowering developers.
Organizations are rapidly migrating their infrastructure to the cloud, enabling them to modernize their applications and deliver more value to their customers. But this transition creates significant security risks that they may be unable to keep pace with. For example, cyber attacks on cloud resources are becoming more sophisticated and prevalent. Additionally, organizations often rely on legacy, disjointed security tools that don’t integrate well with cloud-native infrastructure.
In this episode of TFiR Let’s Talk, Swapnil Bhartiya sits down with Sathya Sankaran, COO of Catalogic and GM of CloudCasa, to discuss in-depth how CloudCasa is supporting backup for the three major cloud providers − Azure Kubernetes Service (AKS), Amazon Elastic Kubernetes Service (EKS), and Google Kubernetes Engine (GKE) − and the data protection challenges they are addressing.
As organizations continue to rapidly adopt cloud services, they struggle to expand network detection and response (NDR) capabilities to their hybrid and multi-cloud environments. Network visibility is critical for security operations center (SOC) teams to secure their cloud environments and ensure they can elevate threat detection and incident investigation capabilities. However, traditional NDR solutions require management, configuration and often lack the security context needed.
Keeper’s powerful Automator eliminates the repetitive task of device approval for Keeper administrators. With Keeper Automator, users will enjoy instant access to Keeper on any new device without having to wait for manual administrative approval. Now with Microsoft Azure support, administrators can deploy Keeper Automator to an Azure Container Service, providing a fully cloud hosted instance of Automator.
As organizations continue to shift to multi-cloud environments and increasingly use cloud services for application development, new challenges emerge that require dramatic changes in the delivery and practice of cybersecurity.
As head of the product department at Azalea Health, I need to understand what our market needs. Based on the conversations that we've had with hospitals and clinics, enterprise-grade security is something they desperately need but rightfully expect their EHR system to provide. That’s why it’s important for our organization to take the responsibility of securing health data off their shoulders.
Autumn is officially here again in New Jersey, bringing fresh apples, cider, Halloween candy by the ton, and pumpkin spice everything. It’s been more than four months since our May update to CloudCasa, which is a bit longer than usual. But don’t think that we spent the summer lounging on a beach! Our development team has been working as hard as ever, and we have an impressive list of new CloudCasa features to announce.
In our previous blog breaking down The 5 Fundamentals of Cloud Security, we discussed the importance of knowing your environment. Teams need to have a comprehensive inventory of their cloud environments to have a clear understanding of the security risks that might exist within. With that in mind, let’s explore the importance of vulnerability prevention and secure design working together to keep threat actors from gaining meaningful access to your organization’s cloud control plane.
When you browse the web, use social media, or shop online, you probably don’t think about how your personal information is being safeguarded. However, with so many cyberattacks hitting the news on a frequent basis, this is something that should concern you. You see, hackers can gain access to your personal information if it isn’t properly encrypted and safeguarded. Thankfully, cryptography is here to save the day.
Having lived and worked in Dubai early in my career, I have a great affinity with the Middle East. So when the opportunity to present at Gitex, the region’s premier technology event, and support our local Lookout team, I jumped at it. You might not think of the Middle East as being at the forefront of technological innovation, but if you stroll around Gitex, you’ll find everything from flying cars, robotics, and environment controls to IT and security.
Trustwave has been recognized in the IDC MarketScape: Worldwide Managed Cloud Security Services in the Multicloud Era Vendor Assessment (doc #US48761022, September 2022). Trustwave, a pure-play cybersecurity services provider, is well positioned in the market. It shows the market acceptance for specialized security skills from its MSS providers.
Hybrid cloud computing enables organizations to deploy sensitive workloads on-premise or in a private cloud, while hosting less business-critical resources on public clouds. But despite its many benefits, the hybrid environment also creates security concerns. AlgoSec’s co-founder and CTO, Prof. Avishai Wool shares his expert insights on these concerns and offers best practices to boost hybrid cloud security.
140,000 Social Security numbers and about 80,000 bank account numbers — that’s what one attacker stole from a major financial institution back in 2019. How did it happen? The attacker used firewall credentials to obtain privilege escalation and hack into improperly secured Amazon cloud instances.
Across the globe, we are all now always connected. People now share, upload, and download information from their phones or computers. Cloud-based storage has become incredibly popular because everything is accessible. And with multiple devices synced, you'll never have to worry about forgetting a file again. However, it's not without risks. If someone gets access to your account credentials, they could potentially view all your data stored in the cloud.
In the cloud, securing identities and workloads is both paramount and complex. Inventories of AWS customer security breaches help us learn from publicly disclosed incidents—but until now, not much concrete data has been shared around the usage of security mechanisms that could have helped prevent these incidents. For this report, we examined real-world data from a sample of more than 600 organizations and thousands of AWS accounts that use the Datadog Cloud Security Platform.
The rapid proliferation of cloud technology has empowered organizations to meet complex challenges with innovative solutions. This flexibility, however, is the antithesis of security — each new cloud solution that an organization adopts expands their attack surface.
As an employer, you have both a moral and legal obligation to shore up sensitive information about your employees. Sensitive information includes genetic and biometric data, medical records, SNNs (social security numbers), and criminal history records, just to name a few. Fail to do so, and you will open yourself up to loads of risk. Hackers are constantly on the hunt for applicant and employee data that they can further sell on the dark web or use to perpetrate fraud.
The reason organizations are embracing cloud-native development is clear: AWS reports those who migrated saw an average of 20% infrastructure cost savings and 66% increase in administrator productivity. Moving your development process to the cloud offers these benefits and many others, but it also offers a whole new set of security challenges. This series is aimed at helping developers create secure infrastructure for modern, cloud-native applications.
