The Cloud Trust Paradox: Trusting Cloud Computing More Requires Trusting it Less

Despite stringent security policies and procedures, academic medical centers face real risk when making their data available for algorithm validation. Likewise, algorithm developers must carefully guard the intellectual property of their models. So how can a “zero trust” environment be leveraged — assets be kept safe and secure — in order to accelerate generalizable healthcare AI?

In this on-demand webinar, we’ll :

-Summarize the barriers to securing access to protected health data in the current environment
-Explore the zero trust concept in this setting
-Share how a zero trust environment can help to address the current barriers
-Examine the key components of creating a trust framework
-Explore the challenges to market adoption of zero-trust environments for healthcare AI develop

If you are part of the 81% of businesses that, according to Gartner, are adopting a multicloud strategy you are living with a whole new set of data security challenges. How do you control and centrally manage cryptographic keys, secrets, and tokens to secure the public cloud deployments that are driving digital transformation? Using only the data security capabilities of a public cloud provider is like leaving a house key under the front door mat – may be fine, but not a good idea. Organizations need a layered approach that gives data the right level of security regardless of location.



In this on-demand webinar, you’ll learn how to “mix and match” different data security techniques to optimize the protection of your data in the cloud:

-Centralized Cloud Key Management across AWS, Azure, and GCP for simplicity and
scalability
-Database Encryption to protect data without impacting applications
-Secrets Management for secure DevOps and scale-out applications
-Client-Side Encryption to secure data before it goes to the cloud
-“Encryption as a Service” for SaaS delivery of cloud data security

We will cover the confusing set of options and best practices for using cloud-native data security services and when third-party multicloud data security services are required to achieve compliance or maintain consistent data security policies, secure key storage, and accelerate DevOps.

What Will You Learn About Cloud-native vs. Multicloud :


-Key Management Options (BYOK , BYOKMS , BYOE
-Hardware Security Modules (HSM) options and compliance standards.
-Tokenization in cloud applications.
-Secrets Management to support application developers.

Today the very concept of “using public cloud” is inseparably connected to “trusting your cloud provider.” While many have taken that leap of faith, there are important workloads that organizations and regulatory bodies are reluctant to move to the cloud because they can’t verifiably prevent the cloud provider from getting access to their data.

What if you could move data to the cloud without your cloud provider having access to the data or the encryption keys?

Google Cloud Platform (GCP) is the first public cloud to announce the availability of External Key Manager (EKM) with early adopter PayPal, using Fortanix to store and manage encryption keys off-cloud for data encrypted in GCP. One year later, this webinar will examine how customers are using GCP EKM and Fortanix to move sensitive data in financial services, healthcare, and government onto the public cloud, while ensuring that the organization maintains control of the encryption keys and data at all times.

In this webinar, you will learn about:
- Real-world use cases where customers are using external key management to solve data security challenges
- A cloud data security control model for understanding the differences and trade-offs between public cloud data security options.
- Using virtual data sovereignty to solve regional data residency requirements
- Compliance interpretations that require or encourage External Key Management
- How to implement centralized key management for multicloud data security

This webinar will include discussion of the following DevSecOps capabilities:


-Build - Secret Management with Gitlab and Kubernetes.
-Package - Java Artifact Signing
-Deploy - Postgres Short-lived credentials
-Operate - AWS Bring Your Own Key (BYOK)

This webinar ,you will learn how to:


-An Introduction to confidential computing.
-Lessons learned from the UCSF Beekeeper AI project.
-How to implement privacy-preserving analytics using confidential computing.
-A demonstration of using containerised applications in secure enclaves.

In this webinar, you will learn how to:

-SSL/TLS Encryption - Manage and secure encryption keys
-Cloud Migration – Manage on-premises and cloud key management from a single solution.
-Multicloud Scalability – Scale key management across multiple clouds and regions
-Performance – Offloading SSL/TLS cryptographic operations to improve performance.

This webinar will include discussion of the following DevSecOps capabilities:

-Secrets Management - Protecting credentials and API keys from compromise
-Encryption – Integrating crypto into applications without having to learn crypto
-APIs and Plugins – Providing developers with the data security interfaces they need during applications development
-Tokenization – Substitute a token for sensitive data using a REST API to achieve privacy compliance

This webinar will include discussion of the following security considerations associated with the implementation of public cloud within your enterprise infrastructure:  

-Managing data security for hybrid cloud deployment models.
-Multi-Cloud Key management in AWS, Azure and GCP.
-Hardware Security Module (HSM) architectures for public cloud.
-Database encryption options for public cloud.
-Steps in migrating the data security of on-premises applications to public cloud services.

In this webinar, we will be covering the following topics: 

-Growth trends of private data in the public cloud.
-Privacy regulations affecting public cloud adoption.
-Data breach trends.
-Security Controls for public cloud data.

In this webinar, we will be covering the following topics: 

-How to manage encryption and keys across multiple databases.
-Setup and configuration of TDE for Oracle Database 19c.
-Encrypting cells, rows and the entire database using Microsoft SQL Server.
-Securing NoSQL databases with TDE, demonstrated with MongoDB.

In this webinar,
-we will explore the current concerns for the healthcare sector including
collecting health data, sharing information with authorities and staff home-
working and concerns around consent.

Silicon Valley Cybersecurity Meetup

In this webinar, we will be covering the following topics: 


-An overview of the Fortanix HSM Gateway.
-Connecting to legacy HSMs .
-Integrating public cloud applications to use on-premises HSM keys.
-Configuring a database to use Fortanix HSM gateway with an existing HSM.
-Rotating keys off legacy HSMs onto Fortanix FX2200 appliances.

The webinar is intended for participants with no prior knowledge of key management solutions or the Fortanix Self-Defending KMS and we will be covering the following topics:


-An overview of Fortanix Self-Defending KMS
-Accounts and access controls
-Creating your first group, application, plugin, and security object
-Fortanix REST APIs and knowledge base
-Getting started using the online test environment

In this webinar, you will learn:

what are the greatest security challenges of 2020 are and what you should be doing to protect your company.
Gain valuable insight from veteran security experts on today's enterprise security best practices.
Learn how you can improve your security posture, and see these solutions in action.

In this webinar, you will learn:

How Fortanix SDKMS provides the most versatile Key Management solution in the industry
Why Adidas chose Fortanix SDKMS to address its data security and compliance challenges
Why consumer companies need to look at the larger IT landscape for understanding the need of encrypting their data

In this session, VMware discusses how Intel SGX changes the security landscape for applications running in the cloud, while Fortanix presents a real-world application of this feature and demonstrate its software running on the Intel SGX platform.

In this webinar, you will learn:

How Intel® Software Guard Extensions (SGX) “Enclaves” help defend against nation-state threats
How Runtime Encryption® using Intel® SGX, helps protect cloud applications and their data
How we help ensure that data remains inaccessible by unauthorized software, privileged users and even a compromised OS