DevSecOps Explained

What is DevSecOps?
DevSecOps-Explained-Technology

DevSecOps = Development + Security + Operations

A method of identifying security vulnerabilities in the development phase is DevSecOps.
These days data protection has become essential for every company and organization to protect their users’ data and ensure there is no vulnerabilities and breach. People and organizations are aware of their data safety needs and they’re often more concerned about where and how their data is being transferred and stored.

What problems does DevSecOps solve?

  • Stops cloud adoption and continuous dev cycles from circumventing traditional security process and checks
  • It suits data protection laws like GDPR and CCPA and many more
  • It helps you develop software that meets the data security standards
  • It is a security-driven software solutions approach. It promotes security as a collective responsibility for everyone in the organization
  • It streamlines data storage, processing, and collection that can guarantee proper compliance
  • A logical, strategic and potential approach to software development with security as a key component

In the present era, data security has become a major concern or pain area for any business or organization. Through the introduction of “security as a language” methodology, every enterprise may use a strong mix of security and agility to encourage teamwork and openness in the production of applications.

What does DevSecOps do?

DevSecOps is the perfect platform for applying security from the beginning. DevSecOps will not position security at the end of the life cycle, but at each point, to make sure the production phase runs safely and smoothly. DevSecOps enforce security as a shared responsibility that can measure applications security from the starting phase of software development.

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What is DevSecOps Methodology

DevSecOps is based on the principle that security is a shared responsibility within DevOps. The aim of DevSecOps is to integrate security in every aspect of the development/deployment lifecycle. DevOps has become integral to the development of agile organizations who are looking for rapid sustainable growth, CI/CD means that there are continuous updates that run which means that security has to be a key factor. Integrated security means that there are minimal disruptions during the introduction of innovative features. Integrating DevSecOps means a paradigm shift of new processes and tools.

Conclusion

In reality, it’s clear that applying security in every app development phase has been the most challenging function. Throughout the previous process of production, security was carried out for firms and restricted to those team leaders only. This is because past tech programs were shipped in months or years but are now completed within a matter of weeks.

 

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Sysfore, A Microsoft Cloud solution provider and a Gold Partner, uses leading network, technology, and service expertise to deliver our service anytime, virtually anywhere, quickly and efficiently. We have helped over 80 small enterprises and 30 mid-sized enterprises across the globe for a successful cloud migration in the past 8 years. Contact one of our experts today and we will help you find the perfect solution for your business. Write to us at info@sysfore.com or give us a call at +91 (80) 4110 5555.

Know why TLS upgrade is crucial

Know why TLS upgrade is crucial

Why TLS upgrade

The upgrade to TLS 1.2 or higher marks a ground breaking progress on current security policy representing a major departure from the TLS and secure encryption socket layer (SSL) protocols. So the answer to, why TLS upgrade is crucial that updated version has been approved by the Internet Technology Task Force (IETF) to avoid the taking of bugs and flaws in other existing cryptography models. The TLS update offers a number of advantages including fast protocol streaming, secure primitives and enhanced speed and efficiency.

It’s been a priority for several e-commerce and Digital organisations being able to provide secure data storage and transmit information over the Internet without intrusion, modification and unauthorised use or downloading by anyone outside the intended recipient. Such issues have contributed to changes to many Internet security protocols.

What is TLS?


TLS
is an acronym for transport layer security that refers to crypto-graphical protocols that provide secure communication over the Internet. For connectivity over a network computer, TLS simplifies data security and privacy. TLS has been built from SSL and is often sparingly used with TLS.
The hypertext transfer protocol secure (HTTPS) is a TLS crypting program that is built on top of the HTTP protocol on each web site and certain web services. The security encryption protocol for transport layer helps secure web applications, including DDoS attacks and data violations, from potential risks.

What if I don’t switch to TLS 1.2 or higher?

Not upgrading to latest TLS is that, you are placing the customers data at risk. The effects of not being a PCI complainant and experiencing a data breach can include penalties and the ability to process credit card transactions can be revoked.

Then, after a stipulated period, website services that needs to run TLS 1.2 or higher, the sites will be non-functional, hence affecting work, payment processing, shipping rates or other real-time data if TLS 1.2 is not implemented.

How can I tell if my site is SECURED?

You are mostly covered when using a host solution for your eCommerce site. But if you use a third party for a custom-built solution, then your security must be checked with the hosting provider of that solution if it is prone to vulnerability.

What Next ?

TLS 1.0 and TLS 1.1 protocols will be removed from browsers at the beginning of 2020. As there are no fixes or patches that can adequately fix SSL or deprecated TLS, it is critically important that organizations upgrade to a secure alternative as soon as possible.

Various Browser clients have provided approximate deadlines for disabling TLS 1.0 and TLS 1.1 protocol:

Browser Name Date
Microsoft IE and Edge First half of 2020
Mozilla Firefox March 2020
Safari / Webkit March 2020
Google Chrome January 2020

Best practices outlined in RFC-7525 give reasons why it is discouraged to use protocol TLS 1.0 and TLS 1.1. PCI-DSS recommends users to switch from protocol TLS 1.0 and adopt protocol TLS 1.2+.

Following table shows for each browser the percentage of connections made to SSL/TLS servers using protocol TLS 1.0 and TLS 1.1:

Browser/Client Name Percentage (%) – Both TLS 1.1 and TLS 1.0
Microsoft IE and Edge 0.72%
Mozilla Firefox 1.2%
Safari/Webkit 0.36%
Google Chrome 0.5%
SSL Pulse November 2018 5.84%


SSL Labs Grade Change

To encourage users to migrate to protocol TLS 1.2+ and remove protocol TLS 1.1 and TLS 1.0 from servers, SSL Labs will lower the grade for SSL/TLS servers which use TLS 1.1 and TLS 1.0.

TLS 1.0 Grade change date:

  • A warning will be displayed for downgrading to grade “B” by end of September 2019
  • Grade will be changed to “B” by end of January 2020

TLS 1.1 Grade change date:

  • In Configuration->Protocols section “TLS 1.1” text color will be changed to Orange by end of November 2018
  • A warning will be displayed for downgrading to grade “B” by end of September 2019
  • Grade will be changed to “B” by end of January 2020

Existing Grades Sample

Server Configuration Grade
TLS 1.2, TLS 1.1, TLS 1.0 + HSTS + No Warning + TLS_FALLBACK_SCSV A+
TLS 1.2, TLS 1.1, TLS 1.0 + HSTS + No Warning + No support for TLS_FALLBACK_SCSV A
TLS 1.2, TLS 1.1, TLS 1.0 + HSTS + Warnings + No support for TLS_FALLBACK_SCSV A-


Future Grades Sample

Server Configuration Grade
TLS 1.2, TLS 1.1, TLS 1.0 + HSTS + No Warning + TLS_FALLBACK_SCSV B
TLS 1.2, TLS 1.1, TLS 1.0 + HSTS + No Warning + No support for TLS_FALLBACK_SCSV B
TLS 1.2, TLS 1.1, TLS 1.0 + HSTS + Warnings + No support for TLS_FALLBACK_SCSV B
TLS 1.2 + HSTS + No Warning + TLS_FALLBACK_SCSV A+
TLS 1.2 + HSTS + No Warning + No support for TLS_FALLBACK_SCSV A
TLS 1.2 + HSTS + Warnings + No support for TLS_FALLBACK_SCSV A-

 

References

Get Sysfore Cloud Managed Services For Your Enterprise

Sysfore, A Microsoft Cloud solution provider and a Gold Partner, uses leading network, technology, and service expertise to deliver our service anytime, virtually anywhere, quickly and efficiently. We have helped over 80 small enterprises and 30 mid-sized enterprises across the globe for a successful cloud migration in the past 8 years. Contact one of our experts today and we will help you find the perfect solution for your business. Write to us at info@sysfore.com or give us a call at +91 (80) 4110 5555.

 

Achieving Application Portability with PaaS

Today, Platform-as-a-Service (PaaS) is increasingly gaining popularity as a Public Cloud offering compared to Infrastructure-as-a-Service (IaaS) because of its simple operations and lower costs. These days, most PaaS customers get locked-in because of the specialized OS or middleware features but for the customers looking for flexibility in working across multiple Cloud platforms and providers, a portable PaaS environment is a feasible choice.

Before we see how organizations can implement a portable PaaS model, let’s first see the primary reasons behind the adoption of PaaS services:

  • Lesser costs of licensing and supporting because of the pre-installed OS and middleware.
  • Streamlined Hybrid Cloud deployment with standardized application services.
  • Improved application performance and functionality by creating a PaaS environment within the IaaS Cloud using the available web services.

How a portable PaaS model fairs across these three areas and how it moves within the various cloud and private environments is important but a single PaaS approach might not be enough to address this. Thus, enterprises need to prioritize their PaaS goals and combine different options to create the desired PaaS environment.

 

Here are the top 4 ways to achieve a Portable PaaS model:

Adopt Container Technology for Application Hosting: The container architectures share the Operating System, but the middleware and file system elements can be copied to each container to standardize the middleware across container images. This allows the creation of specialized container images for the application and the component which can then be moved across environments to be run on any container system hosted in Cloud or the Data Center. Read more