Sponsored by KISA and affiliated with the Korean Ministry of Science and ICT (MSIT), K-ISMS-P serves as a standard for evaluating whether enterprises and organizations operate and manage their information security management systems consistently and securely, such that they thoroughly protect their information assets. The new K-ISMS-P standard combined the K-ISMS and K-PIMS (Personal Information Management System) standards with updated control items. Accordingly, the new K-ISMS certification and K-ISMS-P certification (personal information–focused) are introduced under the updated standard.
This certification helps enterprises and organizations across South Korea, regardless of industry, meet KISA compliance requirements more efficiently. Achieving this certification demonstrates the proactive approach AWS has taken to meet compliance set by the South Korean government and to deliver secure AWS services to customers. In addition, we’ve launched Quick Start and Operational Best Practices (conformance pack) pages to provide customers with a compliance framework that they can utilize for their K-ISMS-P compliance needs. Enterprises and organizations can use these toolkits and AWS certification to reduce the effort and cost of getting their own K-ISMS-P certification. You can download the AWS K-ISMS certification under the K-ISMS-P standard from AWS Artifact. To learn more about the AWS K-ISMS certification, see the AWS K-ISMS page. If you have any questions, don’t hesitate to contact your AWS Account Manager.
If you have feedback about this post, submit comments in the Comments section below.
Want more AWS Security how-to content, news, and feature announcements? Follow us on Twitter.
At Cloudflare, we prioritize initiatives that improve the security and privacy of our products and services. The security organization believes trust and transparency are foundational principles that are ingrained in what we build, the policies we set, and the data we protect. Many of our enterprise customers have stringent regulatory compliance obligations and require their cloud service providers like ourselves to provide assurance that we meet and exceed industry security standards. In the last couple of years, we’ve decided to invest in ways to make the evaluation of our security posture easier. We did so not only by obtaining recognized security certifications and reports in an aggressive timeline, but we also built a team that partners with our customers to provide transparency into our security and privacy practices.
Security Certifications & Reports
We understand the importance of providing transparency into our security processes, controls, and how our customers can continuously rely on them to operate effectively. Cloudflare complies with and supports the following standards:
SOC-2 Type II / SOC 3 (Service Organizations Controls) – Cloudflare maintains SOC reports that include the security, confidentiality, and availability trust principles. The SOC-2 report provides assurance that our products and underlying infrastructure are secure and highly available while protecting the confidentiality of our customer’s data. We engage with our third-party assessors on an annual basis, and the report provided to our customers covers a period of one full year.
ISO 27001:2013 (International Standards Organization) – Cloudflare’s ISO certification covers our entire platform including our edge network and core data centers. Customers can be assured that Cloudflare has a formal information security management program that adheres to a globally recognized standard.
PCI Data Security Standard (DSS) – Cloudflare engages with a QSA (qualified security assessor) on an annual basis to evaluate us as a Level 1 Merchant and a Service Provider. This way, we can assure our customers that we meet the requirements to transmit their payment data securely. As a service provider, our customers can trust Cloudflare’s products to meet requirements of the DSS and transmit cardholder data securely through our services.
HIPAA/HITECH Act (Health Insurance Portability and Accountability Act/Health Information Technology for Economic and Clinical Health – Covered healthcare entities that are leveraging our enterprise version of our security products to protect their application layer can be assured that Cloudflare can sign Business Associates Agreements (BAA).
220.127.116.11 Public DNS Resolver Privacy Examination – Cloudflare conducted a first-of-its-kind privacy examination by a leading accounting firm to determine whether the 18.104.22.168 resolver was effectively configured to meet Cloudflare’s privacy commitments. A public summary of the assessment can be found here.
Security Engagement Team
We understood that having security compliance certifications and reports would provide ease of mind when using our products, but we knew it may not be enough for those who are sending their most sensitive information through our services. We decided that it was paramount to build out a Security Engagement Team within our Security Organization. Our Security Engagement Team can work with our customer’s security and compliance functions to understand their regulatory and compliance landscape. They are here to understand our customer’s use cases, address concerns, and communicate asks and requests to our Validations, Risk, and Security Engineering Teams so we know what’s top of mind from our customers.
We strive to put trust first. The certifications and reports we obtain, the security features we build, the white papers, faqs, and documents that we create — we build all of these resources based on the needs of our customers. In the future, we will continue to listen closely to our customers, with the goal of continuously improving the security and privacy of our products and services.
Last year, Cloudflare announced the planned expansion of our partner program to help managed and professional service partners efficiently engage with Cloudflare and join us in our mission to help build a better Internet. Today, we want to highlight some of those amazing partners and our growing support and training for MSPs around the globe. We want to make sure service partners have the enablement and resources they need to bring a more secure and performant Internet experience to their customers.
This partner program tier is specifically designed for professional service firms and Managed Service Providers (MSPs and MSSPs) that want to build value-added services and support Cloudflare customers. While Cloudflare is hyper-focused on building highly scalable and easy to use products, we recognize that some customers may want to engage with a professional services firm to assist them in maximizing the value of our offerings. From building Cloudflare Workers, implementing multi-cloud load balancing, or managing WAF and DDoS events, our partner training and support enables sales and technical teams to position and support the Cloudflare platform as well as enhance their services businesses.
Our training and certification is meant to help partners through each stage of Cloudflare adoption, from discovery and sale to implementation, operation and continuous optimization. The program includes hands-on education, partner support and success resources, and access to account managers and partner enablement engineers.
Accredited Sales Professional – Learn about key product features and how to identify opportunities and find the best solution for customers.
Accredited Sales Engineer – Learn about Cloudflare’s technical differentiation that drives a smarter, faster and safer Internet.
Accredited Configuration Engineer – Learn about implementation, best practices, and supporting Cloudflare.
Accredited Services Architect –Launching in May, our Architect accreditation dives deeper into cybersecurity management, performance optimization, and migration services for Cloudflare.
Accredited Workers Developer (In Development) – Learn how to develop and deploy serverless applications with Cloudflare Workers.
Over the past year, the partners we’ve engaged with have found success throughout Cloudflare’s lifecycle by helping customers understand how to transform their network in their move to hybrid and multi-cloud solutions, develop serverless applications, or manage the Cloudflare platform.
Network Digital Transformations
“Cloudflare is streamlining our migration from on-prem to the cloud. As we tap into various public cloud services, Cloudflare serves as our independent, unified point of control — giving us the strategic flexibility to choose the right cloud solution for the job, and the ability to easily make changes down the line.” — Dr. Isabel Wolters, Chief Technology Officer, Handelsblatt Media Group
Serverless Architecture Development
“At Queue-it we pride ourselves on being the leading developer of virtual waiting room technology, providing a first-in, first-out online waiting system. By partnering with Cloudflare, we’ve made it easier for our joint customers to bring our solution to their applications through Cloudflare Apps and our Cloudflare Workers Connector that leverages the power of edge computing.” – Henrik Bjergegaard, VP Sales, Queue-It
Managed Security & Insights
“Opticca Security supports our clients with proven and reliable solutions to ensure business continuity and protection of your online assets. Opticca Security has grown our partnership with Cloudflare over the years to support the quick deployment, seamless integration, and trusted expertise of Cloudflare Security solutions, Cloudflare Workers, and more.” — Joey Campione, President, Opticca Security
Partner Showcase – Zilker Technology
We wanted to highlight the success of one of our managed service partners who, together with Cloudflare, is delivering a more secure, more high performing and more reliable Internet experience for customers.
Zilker Technology engaged Cloudflare when one of their eCommerce clients, the retail store of a major NFL team, was facing carding attacks and other malicious activity on their sites. “Our client activated their Cloudflare subscription on a Thursday, and we were live with Cloudflare in production the following Tuesday, ahead of Black Friday later that same week,” says Drew Harris, Director of Managed Services for Zilker. “It was crazy fast and easy!”
Carding – also known as credit card stuffing, fraud or verification, happens when cyber criminals attempt to make small purchases with large volumes of stolen credit card numbers on one eCommerce platform.
In addition to gaining the enhanced security and protection from Cloudflare WAF, advanced DDOS protection, and rate-limiting, Zilker replaced the client’s legacy CDN with Cloudflare CDN, improving site performance and user experience. Zilker provides full-stack managed services and 24/7 support for the client, including Cloudflare monitoring and management.
“Partnering with Cloudflare gives us peace of mind that we can deliver on customer expectations of security and performance all the time, every day. Even as new threats emerge, Cloudflare is one step ahead of the game,” says Matthew Fox, VP of Business Development.
Just getting started
Cloudflare is committed to making our service partners successful to ensure our customers have the best technology and expertise available to them as they accelerate and protect their critical applications, infrastructure, and teams. As Cloudflare grows our product set, we’ve seen increased demand for the services provided by our partners. Cloudflare is excited and grateful to work with amazing agencies, professional services firms and managed security providers across the globe. The diverse Cloudflare Partner Network is essential to our mission of helping to build a better Internet, and we are dedicated to the success of our partners. We’ll continue our commitment to our customers and partners that Cloudflare will be the easiest and most rewarding solution to implement with partners.
The benefits of high availability, scalability, and elasticity that AWS offers has proven to be a boon for Software-as-a-Service (SaaS) providers. AWS has also made it seamless to adopt microservices architectures for modernizing these SaaS applications, as well as providing API-based access for external applications.
An API management layer such as Amazon API Gateway is a natural choice for customers to expose APIs externally in a secure and highly scalable manner. However, as they adopt the cloud for their software applications and services, these providers may spin up redundant AWS environments to support them for multiple customers. This is typically driven by some unique requirements for each of their customers.
However, there is potential to create a multi-tenant microservices architecture using the capabilities of API Gateway. This architecture utilizes the same instance of microservice to serve different customers, thereby leading to a better utilization of the environment and optimized from a cost perspective. This configuration requires providers to support white-labelling of domains to cater to each of their customer as well as support identification of the customer domain for handling customized business logic for each customer in the backend microservices.
This blog post talks about a reference architecture that allows API Gateway to act as single entry point for external-facing, API-based microservices and web applications across multiple external customers by leveraging a different subdomain for each one.
Amazon API Gateway: A Single Entry-Point
Using a single API Gateway in the architecture across multiple web portal applications and microservices is an important consideration towards the goal of reusability of components and cost optimization.
Amazon API Gateway provides a highly scalable solution to create and publish RESTful and WebSocket APIs. It provides flexibility in choosing multiple backend technologies such as AWS Lambda functions, AWS Step Functions state machines, or call HTTP(s) endpoints hosted on AWS Elastic Beanstalk, Amazon EC2, and also non-AWS hosted HTTP based services.
API Gateway allows for handling common API management tasks such as security, caching, throttling, and monitoring. While its primary objective is to provide that abstraction layer on top of your backend APIs and microservices, it can also allow backends to be simple web applications for web portal access or Amazon S3 buckets for providing access to static web content or documents.
Along with above capabilities, the following key features of API Gateway help to create the architecture described here.
Custom Domain Names support: When an API is deployed using API Gateway, the default API endpoint domain name is not user friendly as can be seen here:https://api-id.execute-api.region.amazonaws.com/stageapi-id is generated by API Gateway; region is specified by you when creating the API; and stage is specified by you when deploying the API.The default API endpoint can be difficult to recall and not user-friendly. To provide a simpler and more intuitive URL for your API users, it allows you to specify a custom domain name such as customer1.example.com via its integration with AWS Certificate Manager, which allows for SSL certificate-based validation of the sub-domains. API Gateway allows you to map multiple sub-domains to a single API endpoint allowing you to white-label the domains based on an external customer’s requirement.
API request /response transformation: API Gateway allows you to specify the integration of each path of the API endpoint separately. This allows you to route API requests for each path to a separate backend endpoint and at the same time apply any request/response transformations, such as customer header insertion or modification of existing headers to manage any custom handling of APIs.
Architecture and Its Benefits
In the architecture shown in the diagram below, the features explained in this blog are utilized.
This architecture is an example of a typical SaaS provider who wants to offer its services to other enterprises and needs to support white-labeling domains for this web and API infrastructure. This is achieved using the following steps:
A single domain of example.com can be registered with a domain registrar and you can create subdomains by creating CNAME records for example customer1.example.com, customer2.example.com by updating DNS information with the domain registrar. This can be handled by AWS’s own DNS and Registrar service Amazon Route 53 or can be any third party domain name provider.
Once complete, AWS provides AWS Certificate Manager (ACM) to create a certificate for the following domains: example.com and *.example.com. This makes sure that the ACM certificate once applied to the API Gateway can allow for multiple subdomains to be served by it.
Using the certificate created in ACM, you can create custom domain for the API endpoint. In this example this API endpoint will serve two subdomains for two different external customers and specifying base path mappings as needed. The following two subdomains are created as custom domains using this capability: customer1.example.com and customer2.example.com. Note: Make sure to add CNAME records for customer1 and customer2 at your DNS provider to point to the target domain name created within your API Gateway for each of the two customer sub-domains.
The API Endpoint is then configured with the following API resources:
HTTP integration of /service1 to route traffic to the ELB endpoint of microservice hosted on an ECS cluster
HTTP integration of /service2 to route traffic to the ELB endpoint of web application hosted on an EC2 cluster
HTTP integration of /service1 to route traffic to the ELB endpoint of microservice hosted on an ECS cluster
API Gateway allows you to capture the FQDN of the URL and map it to Custom Headers or Query String Parameters which are then sent to the backend service integrated with the corresponding API resource and the HTTP method. For example we can create a custom header called “Customer” to forward customer1 or customer2 to the backend application for customer-specific business logic. This is done using the Method Request parameters and Integration Request configuration within API Gateway.
As you can see, this is one of the approaches to use an API Gateway as a single entry-point for API-based microservices and web application assets. This allows you to use infrastructure more cost effectively without losing the advantages of scaling when demand to your applications grow. You can read more about working with API Gateway and Route 53 DNS in AWS Documentation and use these capabilities to create architectures to suit your specific requirements.
A new webpage focused on data privacy in Argentina features FAQs, helpful links, and whitepapers that provide an overview of PDPL considerations, as well as our security assurance frameworks and international certifications, including ISO 27001, ISO 27017, and ISO 27018. You’ll also find details about our Information Request Report and the high bar of security at AWS data centers.
Additionally, we’ve released a new workbook that offers a detailed mapping as to how customers can operate securely under the Shared Responsibility Model while also aligning with Disposition No. 11/2006. The AWS Disposition 11/2006 Workbook can be downloaded from the Argentina Data Privacy page or directly from this link. Both resources are also available in Spanish from the Privacidad de los datos en Argentina page.
Want more AWS Security news? Follow us on Twitter.
Today, we’re happy to announce that the AWS GDPR Data Processing Addendum (GDPR DPA) is now part of our online Service Terms. This means all AWS customers globally can rely on the terms of the AWS GDPR DPA which will apply automatically from May 25, 2018, whenever they use AWS services to process personal data under the GDPR. The AWS GDPR DPA also includes EU Model Clauses, which were approved by the European Union (EU) data protection authorities, known as the Article 29 Working Party. This means that AWS customers wishing to transfer personal data from the European Economic Area (EEA) to other countries can do so with the knowledge that their personal data on AWS will be given the same high level of protection it receives in the EEA.
As we approach the GDPR enforcement date this week, this announcement is an important GDPR compliance component for us, our customers, and our partners. All customers which that are using cloud services to process personal data will need to have a data processing agreement in place between them and their cloud services provider if they are to comply with GDPR. As early as April 2017, AWS announced that AWS had a GDPR-ready DPA available for its customers. In this way, we started offering our GDPR DPA to customers over a year before the May 25, 2018 enforcement date. Now, with the DPA terms included in our online service terms, there is no extra engagement needed by our customers and partners to be compliant with the GDPR requirement for data processing terms.
The AWS GDPR DPA also provides our customers with a number of other important assurances, such as the following:
AWS will process customer data only in accordance with customer instructions.
AWS has implemented and will maintain robust technical and organizational measures for the AWS network.
AWS will notify its customers of a security incident without undue delay after becoming aware of the security incident.
Customers who have already signed an offline version of the AWS GDPR DPA can continue to rely on that GDPR DPA. By incorporating our GDPR DPA into the AWS Service Terms, we are simply extending the terms of our GDPR DPA to all customers globally who will require it under GDPR.
AWS GDPR DPA is only part of the story, however. We are continuing to work alongside our customers and partners to help them on their journey towards GDPR compliance.
Good news for cloud security experts: the AWS Certified Security — Specialty exam is here. This new exam allows experienced cloud security professionals to demonstrate and validate their knowledge of how to secure the AWS platform.
About the exam
The security exam covers incident response, logging and monitoring, infrastructure security, identity and access management, and data protection. The exam is open to anyone who currently holds a Cloud Practitioner or Associate-level certification. We recommend candidates have five years of IT security experience designing and implementing security solutions, and at least two years of hands-on experience securing AWS workloads.
The exam validates your understanding of:
Specialized data classifications and AWS data protection mechanisms
Data encryption methods and AWS mechanisms to implement them
Secure Internet protocols and AWS mechanisms to implement them
AWS security services and features of services to provide a secure production environment
Making tradeoff decisions with regard to cost, security, and deployment complexity given a set of application requirements
Security operations and risk
How to prepare
We have training and other resources to help you prepare for the exam.
Want more AWS Security news? Follow us on Twitter.
The collective thoughts of the interwebz
The cookie settings on this website are set to "allow cookies" to give you the best browsing experience possible. If you continue to use this website without changing your cookie settings or you click "Accept" below then you are consenting to this.