Version 1.0.0 of the Consumer Data Right standard was released in September, and it introduces a common set of Banking APIs in line with Australian government legislation. The principles behind the standards design are very solid, though the some of the specific requirements are pretty wild and they result in a bit of rethinking of some of the classical API conventions. The most prominent example of this is the approach the CDR standards take towards ‘object identifiers’, in the ID Permanence section, and I considered the requirements for this interesting enough to spend some time thinking about and documenting.
In this context, an ‘object identifier’ refers to the way in
which you refer to an individual instance of an object from your API, such as
the ‘accountId’ in the following URI:
In this blog post we will look at what the CDR requires for these types of identifiers, and provide some sample code which implements the obfuscation requirements specified in the standard.
Continue reading “Consumer Data Right (CDR) – User-specific Identifiers for ID Permanence”
Oracle recently introduced a Web Application Firewall (WAF) to further enhance and secure Oracle Cloud Infrastructure offerings. The Oracle Cloud Infrastructure WAF is based on Oracle Zenedge and Oracle Dyn technologies. It inspects all traffic destined to your web application origin and identifies and blocks all malicious traffic. The WAF offers the following tools, which can be used on any website, regardless of where it is being hosted:
- Origin management
- Bot management
- Access control
- Over 250 robust protection rules that include the OWASP rulesets to protect against SQL injection, cross-site scripting, HTML injection, and more
In this post, I configure a set of access control WAF policies to a website. Access control defines explicit actions for requests that meet conditions based on URI, request headers, client IP address, or countries and regions.
Continue reading “Enhance the security of your website with Oracle Cloud Infrastructure’s Web Application Firewall”
In my previous blog posts, I have discussed the generic security concepts and Identity and Access Management in OCI. This part of the series discusses OCI Networking Service. Its concepts and best practices for securing networks in OCI.
High-throughput and reliable networking is fundamental to public-cloud infrastructure that delivers compute and storage services at scale. As a result, Oracle has invested significant innovation in Oracle Cloud Infrastructure networking to support requirements of enterprise customers and their workloads. Oracle Cloud Infrastructure regions have been built with a state-of-the-art, non-blocking Clos network that is not over-subscribed and provides customers with a predictable, high-bandwidth, low latency network. The data centers in a region are networked to be highly available and have low-latency connectivity between them.
In this post, I will go into depth on the components that make up the networking layer, and the security rules which can be applied to them.
Continue reading “Oracle Cloud Infrastructure OCI Gen-2 Cloud Security – Part III (Networking)”
Previously, I have discussed Oracle’s overall information security portfolio in blog entry – Oracle Information Security – Where it begins, Where it ends. It was pertaining to information security in Oracle Cloud Infrastructure – Classic and On-Premises suite of products including Identity and Access Management and Database Security.
In a series of five blog posts, I am going to cover the security concepts in Oracle Cloud Infrastructure (aka OCI or Oracle Gen-2 Cloud). The Oracle Cloud Infrastructure (OCI) is a trusted enterprise cloud platform that offers customers deep control with unmatched security. It provides Oracle customers with effective and manageable security to confidently run their mission-critical workloads and store their data.
Continue reading “Oracle Cloud Infrastructure OCI Gen-2 Cloud Security – Part I”
In a recent blog post, I added a throwaway reference to the use of signed assertions as a better mechanism for interacting with the Oracle Identity Cloud Service REST APIs than the use of Client id/secret, though qualified it with ‘if you want to handle the additional complexity in your consuming client’. Reflecting upon this, I thought that perhaps it was worth trying to explain this ‘additional complexity’, since the use of signed assertions have a number of benefits; primarily that it does not require an exchange of sensitive information, as the private keys used to sign the assertion never need to leave the machine on which they are generated. In this blog post, I will delve deeper into what is required to leverage this authentication mechanism, for both clients and users.
Continue reading “Using Public/Private Key Authentication for Oracle IDCS”
Oracle’s Identity Cloud Service is typically associated with its role in acting as the primary identity store for Oracle’s Cloud services – acting as the gatekeeper for administrators and developers, and providing single-sign-on across Oracle services for end users. However, thanks to its API-first design, it is also very capable of acting as a headless OAuth server and user store, providing authenticated access to custom applications and APIs. When these custom applications are customer facing, you will want fine-grained control over your user experience, without them interacting with IDCS directly. In this post we will explore implementing custom user activation and password reset flows; which provides the opportunity to implement pixel perfect UIs, modify the flows for different classes of users, or just do whatever your custom application requires.
Continue reading “Custom User Activation and Password Reset Flows in Oracle IDCS”
Previously in this series we have examined what is required on an Access Management side in order to support a micro-services architecture, providing services for authentication, user management, assurance, etc. In this post, we expand the scope, looking at how to enable new services to easily implement access and authorisation appropriately, as well as a discussion about how they can authenticate to each other. Ultimately the creation of a secure system involves security of all parts, not just the access management services which facilitate it, and so this post focuses upon working towards enabling that. Security is also built upon organisational culture, and while it is a little difficult to instil that through a blog post, taking steps to create a technical foundation which allows the Access Management teams to be open and collaborative instead of being the team that says ‘no’ is unlikely hinder such cultural development.
Continue reading “Access Management and Micro-services – Part 4: Enabling Other Teams and Inter-Service Authentication”