Private Access

Private Access
Tip This topic does not discuss access to services through an internet gateway . However, remember that
traffic through an internet gateway between a VCN and a public IP address that is
part of Oracle Cloud Infrastructure is routed without being sent
over the internet.
Note The service that sets up the private endpoint in your VCN might provide you a DNS name (fully qualified domain name, or FQDN) for the private endpoint, and not the private IP address itself. If you've configured your network setup for DNS, your hosts can access the private endpoint by using the FQDN. If the service supports the use of network security groups (NSGs) with its resources, you can request that the service set up the private endpoint in an NSG of your choice within your VCN. NSGs let you write security rules to control access to the private endpoint without knowing the private IP address assigned to the private endpoint.
This topic gives an overview of the options for enabling private access to services
within Oracle Cloud Infrastructure . Private access means that
traffic does not go over the internet. Access can be from hosts within your virtual
cloud network (VCN) or your on-premises network.
For each private access option, these services or resource types are available:
A private endpoint is a private IP address within your VCN that you can use to access a given service within Oracle Cloud Infrastructure . The service sets up the private endpoint in a subnet of your choice within the VCN. You can think of the private endpoint as just another VNIC in your VCN. You can control access to it like you would for any other VNIC: by using security rules . However, the service sets up this VNIC and maintains its availability on your behalf. You only need to maintain the subnet and the security rules.
The following diagram illustrates the concept.
The private endpoint gives hosts within your VCN and your on-premises network access to a single resource within the Oracle service of interest (for example, one Autonomous Database with shared Exadata infrastructure ). Compare that private access model with a service gateway (see the next section): If you created five Autonomous Database s for a given VCN, all five would be accessible through a single service gateway by sending requests to a public endpoint for the service. However, with the private endpoint model, there would be five separate private endpoints: one for each Autonomous Database , and each with its own private IP address.
If you have a private endpoint for a resource, hosts within the VCN can use the private
endpoint's FQDN or private IP address to access the resource. You set up security rules to control access between hosts in
the VCN and the private endpoint. For an example of how to do this with Autonomous Database for Analytics and Data Warehousing , see Configuring Network Access with Private
Endpoints .
You can also set up transit routing with your VCN so that hosts in the on-premises network can use the private endpoint. To enable on-premises hosts to use the private endpoint's FQDN instead of its private IP address, you have two options:
You might have multiple VCNs with hosts that need access to the specific resource of interest. You can peer the VCNs so that hosts in the other VCNs can also use the private endpoint (the preceding diagram does not show any peered VCNs).
A service gateway gives resources in your VCN and on-premises network private access to multiple services within Oracle Cloud Infrastructure , without the traffic going over the internet.
The following diagram illustrates the concept. The diagram refers to the Oracle Services Network , which is a conceptual network in Oracle Cloud Infrastructure that is reserved for Oracle services.
To use a service gateway from a particular subnet within your VCN, you set up a route rule in the subnet's route table , and specify the service gateway as the target of the rule. You also set up security rules to control access between hosts in the VCN and the services available through the service gateway.
If you have more than one VCN in your tenancy, you can configure each with its own service gateway.
You can also set up transit routing for the Oracle Services Network so that hosts in your on-premises network can use a VCN's service gateway.

Private Access

Secure access to private applications using the industry’s first data-aware Zero Trust Network Access solution, an integrated component of Skyhigh Security SSE.

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Best Practices for Implementing Zero Trust Network Access

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Skyhigh Security Private Access is the industry’s first data-aware Zero Trust Network Access (ZTNA) solution that delivers a full scope of data and threat protection, securing access to private applications, from any location and device and preventing loss of sensitive data using integrated data loss prevention.
Never trust – always verify! Continuously evaluates several trust attributes of the user, user’s devices, and user’s connections to ensure that access to the application is still approved.
Centralized console allows the administrator to create a comprehensive access policy that allows point to point access policies, compared to VPN which granted entire network access.
DLP inclusion enables protection against data exfiltration or misuse by detecting sensitive information and preventing access and embedded RBI enables full control of the browser session.
Disclaimer: The Gartner Peer Insights Customers’ Choice badge is a trademark and service mark of Gartner, Inc., and/or its affiliates, and is used herein with permission. All rights reserved. Gartner Peer Insights Customers’ Choice constitute the subjective opinions of individual end-user reviews, ratings, and data applied against a documented methodology; they neither represent the views of, nor constitute an endorsement by, Gartner or its affiliates.

The current business transformation and remote workforce expansion have invalidated the concept of network perimeter security. With corporate resources moving out of enterprise boundaries to multiple distributed locations such as public clouds and private data centers, organizations are challenged with deploying security solutions to protect their sensitive data, while facilitating seamless access from any remote location and device.
Uses Hyperscale Service Edge to address bandwidth, latency, and performance issues by replacing VPNs and MPLS connections with blazing fast, direct-to-app connectivity at 99.999% uptime.
Builds upon Zero Trust by denying access to any resource, by default, and enforcing identity-aware and context-aware policies for application access.
Integrates DLP for complete control over data collaborated through private access sessions with inline DLP policies, providing visibility of sensitive data from a single console.
Secures unmanaged devices in a frictionless manner through an agentless, browser-based deployment and Remote Browser Isolation (RBI) sessions to protect private applications from risky and unmanaged devices.
Enforces adaptive access control policies based on contextual insights and continuous security posture assessment, powered by leading endpoint technology.
Uses network micro-segmentation and allows “least-privilege” access to authorized applications and integrates dynamic threat intelligence with machine-learning and emulation-based sandboxing.
Positioned as a Leader in the 2022 Gartner “Magic Quadrant for Security Service Edge” and recognized in the 2022 Critical Capabilities for SSE for its MVISION UCE solution
Remote Browser Isolation Technology was named the Silver Winner for “Hot Technology of the Year”
Named a Leader in The Forrester Wave: Unstructured Data Security Platforms, Q2 2021
Skyhigh Security Named a 2022 Gartner ® Peer Insights ™ Customers’ Choice for Security Service Edge
MVISION UCE has secured Gold in the cybersecurity category
MVISION Private Access was used in the CRN Coolest Cloud Security Companies list
Positioned as a Leader in the 2022 Gartner “Magic Quadrant for Security Service Edge” and recognized in the 2022 Critical Capabilities for SSE for its MVISION UCE solution
Remote Browser Isolation Technology was named the Silver Winner for “Hot Technology of the Year”
Named a Leader in The Forrester Wave: Unstructured Data Security Platforms, Q2 2021
Skyhigh Security Named a 2022 Gartner ® Peer Insights ™ Customers’ Choice for Security Service Edge
MVISION UCE has secured Gold in the cybersecurity category
MVISION Private Access was used in the CRN Coolest Cloud Security Companies list
Positioned as a Leader in the 2022 Gartner “Magic Quadrant for Security Service Edge” and recognized in the 2022 Critical Capabilities for SSE for its MVISION UCE solution
Remote Browser Isolation Technology was named the Silver Winner for “Hot Technology of the Year”
Named a Leader in The Forrester Wave: Unstructured Data Security Platforms, Q2 2021

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Exponentially increase sharing of electronic health records, patient reported survey data, genomic data, and other private health data, with health professionals, researchers and institutions looking to find better treatments for those affected by life altering conditions.
More easily provide proper disclosures, assessment tests, and audit trails, while abiding by institutional, local, state, and national laws, and most importantly, each individual's specific directives.
Private Access empowers participants to share data with whomever they wish
Private Access has been integrated into data capture systems that already allow tens of thousands of people to share their personal private family health data in an effort to assist researchers to find better treatments for those affected with life altering conditions.
According to a 2015 Pew Research Center study, 93% of US consumers indicate they want control over who can access personal information about them.
If you are worried about protecting the privacy of your patients, but want your patients to share their data, Private Access empowers participants to provide their health data to "whomever they wish" which enables researchers to request and obtain health data legally and efficiently.
Consented Data Access for Researchers
With Private Access privacy setting system with integrated eConsent modules, researchers can legally access Electronic Health Records (EHR), Genomic Data, and other patient provided health information with an audit of all permissions and consents provided by all participants for any and all data acquired.
Patients can easily request their health care providers to provide EHR data creating instant access to specific researchers to this data fast and efficiently.
Private Access Intellectual Property
Private Access has a portfolio of intellectual property including seven issued patents and numerous pending US and international applications, trademarks, copyrights and domain names. These IP assets have priority dates that are as early as 1997, and provide periods of protection that range from 2021 to 2035 or later on granular and dynamic access controls, consumer-mediated access to personal information, privacy-assured database search technology, and numerous related inventions.
U.S. Patent Nos.7,028,049; 7,664,753; 8,131,764; 8,904,554; 8,909,669; 9,032,544; and 9,047,487.
Private Access, Genomic Data & the Blockchain
More Genomic Data provided to researchers w/Private Access.
Capturing and studying genomic data without compromising an individual's right to privacy is a problem most research institutions are looking to tackle today.
Private Access has created a solution to allow participants to share specific elements of their genomic sequence, such as any genes associated with Alzheimers with researchers looking to discover new treatments for Alzheimers (or any other condition, with an option to share or not share their name and contact information.
This allows more willingness to share genomic data, exponentially increasing the amount of genomic data collected by researchers.
w/Private Access on the Blockchain.
Private Access is about getting the badly needed research data into the hands of the most appropriate people while protecting the privacy of each individual.
Private Access can use Blockchain technology and Smart Contracts to further enhance the ability for data holders such as Hospitals, Disease Advocacy Organizations, Blood Banks, Genomic Data Banks, and the patients themselves to establish a data sharing economy to gather and locate health data in a much faster way then it is currently done today.
Private Access + Genomic Data + Blockchain
Private Access and Illumina worked together on revolutionary genomic sequencing tools to enable people to control what parts of their genomic sequence...
Private Access has been working with Genetic Alliance for over a decade to create systems to start capturing patient reported data from over 1,200...
Private Access recently launched integrated data collection and eConsent systems for a Massachusetts General Hospital study funded by PCORnet. The...
Private Access and Massachusetts General Hospital
Children's Hospital of Philadelphia (CHOP), and United Mitochondrial Disease Foundation (UMDF), have teamed up to help save lives by using Private...
Private Access and Children's Hospital of Philadephia
Private Access is changing the world by working with top universities, genomic sequencing companies, non-profits and research groups to collect data faster and get it in the hands of the most appropriate people, while considering the wishes of each individual.
If you have any questions, please do not hesitate to send us a message.
All rights reserved © Private Access, Inc.

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