Noname Security Platform Updates: 3.29 Release
The Noname Security 3.29 release supports seamless integration with Amazon EKS, shareable links for incidents, API environment identification, application grouping in Active Testing, and more.
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What is Business Logic? | Noname Security
Business logic refers to the set of rules that govern the behavior of a business. At its core, business logic is used in making decisions based on what makes sense for your company. Despite these benefits, business logic doesn’t come without risk as vulnerabilities if your applications rely on business logic to function.
What is Data Exfiltration? | Noname Security
Data exfiltration is the unauthorized transferring of data out of a secure environment, usually for malicious purposes. It’s improper exporting of data; a data breach that ends up with data in the wrong hands. One might say it’s a fancy word for stealing. Outsiders, employees, and contractors can exfiltrate data, but it is often difficult to detect until it’s too late.
How to Comply with PCI DSS 4.0's API Security Requirements
Struggling to keep up with evolving regulations isn’t a new thing for IT security teams. After all, for every NIS, there’s a NIS2. But when you consider that 130+ global jurisdictions have enacted data privacy laws whose mandates change, it’s not surprising that only 9% of executives feel highly confident that they can meet all disclosure requirements.
What is CSPM? | Noname Security
CSPM stands for Cloud Security Posture Management. It’s a security solution that helps organizations identify, assess, and remediate potential security risks or misconfigurations within their cloud infrastructure. CSPM tools provide continuous monitoring and analysis of cloud resources, ensuring adherence to best practices and compliance with security standards.
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The Impact of Evolving Regulation and Compliance on API Security
Regulations are constantly evolving, becoming more punitive with larger fines and penalties every year. As a result, there is a collective industry movement towards the continuous improvement of cybersecurity in business and their ecosystem. This includes understanding what policies and processes must be implemented to remain compliant. However, this is not simply a tick-box exercise; it's about ensuring that organisations have effective safeguards in place to protect their business, their ecosystem of partners, and their customers.
Noname Security Platform Updates: 3.28 Release
The Noname Security 3.28 release supports policies to restrict API access based on IP addresses, a new method to discover and identify GraphQL APIs, and enhancements to Active Testing role-based access control.
API Gateway vs WAF vs API Security Platform
APIs have transformed cloud computing, simplifying communications between different cloud technologies and providing immense benefits to enterprises by connecting various cloud-based solutions. However, APIs have also become a prime target for malicious actors seeking to exploit them as a gateway into valuable resources, such as sensitive data. APIs rely on organizations to set up publicly accessible endpoints that can be used to retrieve user data and services through targeted requests.
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Utilities and Energy a Prime Target For API Security Incidents
As a critical element of national infrastructures worldwide, the energy and utilities sector literally keeps the lights on in today's world. When water, gas, or electricity is cut off from businesses and families, it can have catastrophic consequences. To improve resilience and guarantee service uptime, energy and utilities companies know that digitisation is key to transforming the services they deliver, but aging technology stacks, a lack of interoperability and collaboration, and poor security hygiene are all limiting progress.
Implementing the NIST Cybersecurity Framework (CSF) 2.0 with AI augmented API Security
The updated NIST Cybersecurity Framework (CSF) 2.0 was published February 26, 2024. Previously, this content was also known as the “Framework for Improving Critical Infrastructure Cybersecurity.” As stated in the framework: In summary, the updated NIST Cybersecurity Framework is organized into the following functional categories.