This site uses cookies to improve your experience. To help us insure we adhere to various privacy regulations, please select your country/region of residence. If you do not select a country, we will assume you are from the United States. Select your Cookie Settings or view our Privacy Policy and Terms of Use.
Cookie Settings
Cookies and similar technologies are used on this website for proper function of the website, for tracking performance analytics and for marketing purposes. We and some of our third-party providers may use cookie data for various purposes. Please review the cookie settings below and choose your preference.
Used for the proper function of the website
Used for monitoring website traffic and interactions
Cookie Settings
Cookies and similar technologies are used on this website for proper function of the website, for tracking performance analytics and for marketing purposes. We and some of our third-party providers may use cookie data for various purposes. Please review the cookie settings below and choose your preference.
Strictly Necessary: Used for the proper function of the website
Performance/Analytics: Used for monitoring website traffic and interactions
A zero trust network architecture (ZTNA) and a virtual private network (VPN) are two different solutions for user authentication and authorization. For example, suppose that a user is authenticated on the network using their credentials. application username and password) to authenticate into the software and access data.
Enabling multi-factor authentication (MFA). This and other security controls are aspects of zero trust architectures , which should be looked at as a journey, not a destination. Resilience Starts at the Storage Level—Period But not all security architectures are created equal. Let’s dig in. NIST CSF 2.0—
Is Your Enterprise IT Architecture Resilient and Ready? For enterprises dealing with large amounts of sensitive data and infrastructure, in particular, this means building a tiered, data resilient, security architecture and collaborating with government agencies to share both knowledge and incidents.
Just because organizations have backup systems in place does not always mean their data is fully protected in the wake of a loss-causing event. Due to poor password hygiene or the absence of two-factor authentication, these backup systems can be easy targets for threat actors to utilize as attack vectors against protected systems.
Stay up to date on current cyber events disrupting different geographies, industries, and groups, as well as stay informed on the types of attacks most likely to impact your business. Focus on Security Attacks Before they Happen With any security event, there’s a before, a during, and an after.
The events unfolding overseas are unsettling on a number of fronts—including the first salvos, which took place in the data center, not on the battlefield. This means being proactive with plenty of hurdles like multifactor authentication and admin credential vaulting. Considerations for Current Events.
As you review the key objectives and recommendations, ask yourself: Is my security architecture resilient? Those investments add up to one concept: a tiered resiliency architecture. A three-tiered resiliency architecture can protect your entire data estate, which I outlined how to do do this in this article.
Our experience allowed us to see ransomware for what it really is, a disaster level event, not just a security breach. These new capabilities make it easier to adopt multi-cloud and multi-platform architectures that increase your recovery options and provide greater security for ransomware readiness. Zerto In-Cloud for AWS Updates.
Zerto pulls a “gold copy” of the infected VM initially backed up before the event to a repository. Zerto now offers a Linux-based appliance for Zerto management that is pre-hardened for enhanced security, deploys quickly, enables multi-factor authentication (MFA), and offers easy management via hands-off upgrades and troubleshooting.
With any ransomware attack or security event, there’s going to be a before, a during, and an after. Implement multi-factor authentication and admin credential vaulting for all systems. Multifactor authentication adds extra steps and security, requiring a personal device or biometrics to prove identity.
Every transaction, every piece of data stored on a blockchain, is time-stamped and linked to the previous one, creating a chain of events that can be easily traced. It’s not just a matter of swapping out old systems for new ones; it involves rethinking the entire architecture, ensuring that blockchain’s benefits outweigh the costs.
Data availability ensures that users have access to the data they need to maintain day-to-day business operations at all times, even in the event that data is lost or damaged. Additionally, the platform utilizes a scale-out architecture that starts with a minimum of three nodes and scales without disruption by adding nodes to the cluster.
Secondly, organizations do not always send their recovery data far enough offsite so their “offsite” copy can be impacted by a regional event. Vulnerable Recovery Architecture Compromised Recovery Systems and Data It cannot be mentioned often enough that cyber attackers are coming after recovery systems and recovery data.
Microservices: Many microservice architectures are designed to be stateless. Cloud functions/serverless computing: Platforms like AWS Lambda, Google Cloud Functions, and Azure Functions run code in response to events and treat each execution as independent, without maintaining state between invocations.
In fact, Gartner reports that, by 2025, 70% of CEOs will mandate a culture of organizational resilience to combat threats from cybercrime, as well as severe weather events, civil unrest and political instability. Multifactor Authentication. It is no surprise why more organizations are prioritizing cybersecurity.
In short, the sheer scale of the cloud infrastructure itself offers layers of architectural redundancy and resilience. . We accomplish this by automating and orchestrating snapshots and replication within EBS to efficiently move data across regions and allow rapid failover between regions in a disaster event.
If you haven’t upgraded your backup and recovery solutions by then—or in the event they demand a second payment—you’ll be in the same predicament.³. Event logging and analytics layers. A tiered backup architecture with data protection solutions that offer fast, reliable access to huge amounts of your data. Tabletop planning.
With 40 years of expertise in access control protocol and format conversions, including solutions to overcome Wiegand shortcomings, Tony is a longtime contributor to the development of SIA’s OSDP standard and a frequent speaker for events such as ISC West, ISC East, PSA TEC and the ASIS NYC Conference.
A recent Pure Storage survey found that 69% of organizations consider recovering from a cyber event to be fundamentally different from recovering from a “traditional” outage or disaster. In short, you need a resilient architecture that lets you recover quickly. Learn more about how Pure Storage helps you build a resilient architecture.
Stay up to date on current cyber events disrupting different geographies, industries, and groups, as well as stay informed on the types of attacks most likely to impact your business. With any security event, there’s a before, a during, and an after. That’s why it’s critical that organizations do their homework too.
Here are the top things you need to know about our latest activities and offerings, upcoming events and opportunities and more. e-learning opportunity: a technical track exploring the essentials of video surveillance systems, as well as device hardening, video authentication and data protection. Hey SIA members! Welcome, New Members!
What if the very tools that we rely on for failover are themselves impacted by a DR event? Using Amazon Route 53 for Regional failover routing is a common pattern for DR events. In an event that triggers our DR plan, we manually or automatically switch the DNS records to direct all traffic to the backup Region.
Start with a resiliency architecture that not only protects data but also makes it available in the event of an attack. Tiered resiliency architectures with different logical and geographic locations can help you meet more diverse backup and recovery needs.
It’s about using a resilency architecture with ransomware SLAs to restore data as faster as or faster than it can be backed up. The more mission-critical your data and services are, the bigger your headaches are in the event of a ransomware attack or even something more benign. Their takeaway?
Surging ransomware threats elevate the importance of data privacy and protection through capabilities such as encryption and data immutability in object storage – capabilities that protect sensitive data and enable teams to get back to business fast in the event of such an attack.
This means having the right technology and response plans in place to minimize data loss and downtime from any type of event—cyberattack, natural disaster, or otherwise. Disaster recovery is how an organization regains operational status after a disaster event. In general, disaster recovery is business continuity.
That event alerted us more to the threat of ransomware, though, and the need to be prepared to deal with it. But we haven’t had another ransomware event since that attack.”. Do you have two-factor authentication? And thankfully, it was a slow-moving piece of malware and a small file share. When do you apply that?
Simple Architecture, Simple Scale. Figure 2: NetBackup, FlashArray//C, and VMware architecture. If your environment suffers an outage, whether from a ransomware attack or another type of disaster scenario, your authorized administrator needs to contact Pure Customer Support to authenticate access. Format and mount the devices.
The increased volume of data from IoT devices gave rise to a new IT architecture. Businesses need endpoint security, multifactor authentication, email security, incident response, Security Information and Event Management (SIEM), and vulnerability scans of network edges. Thank you, IoT! Edge Computing.
Edge Computing The increased volume of data from IoT devices gave rise to a new IT architecture. Businesses need endpoint security, multifactor authentication, email security, incident response, Security Information and Event Management (SIEM), and vulnerability scans of network edges. Thank you, IoT!
Lighthouse Project Lighthouse is an initiative developed by Advancing Analytics to optimize the Modern Data Lakehouse architecture to solve challenges faced when implementing Walmart Luminate data feeds. Lighthouse is specifically designed to accelerate new and changing datasets through to production as quickly and reliably as possible.
Through the architecture of its solutions as well as their efficiency and performance, Pure and Evergreen//One storage-as-a-service (STaaS) solution add the necessary operational resilience. Encryption can ensure that data remains secure, even in the event of unauthorized access or breaches.
Application: In the event of a cybersecurity breach, AI automates the identification, containment, and eradication of threats, reducing response time. Application: During a disruptive event or disaster, AI dynamically adjusts cloud resources to ensure critical applications receive the necessary computing power.
Most modern-day network architectures work a lot like airports. Once you provide your username and password (and maybe some additional factors for authentication), you can poke around and explore. Access to every resource must be authenticated and approved. There is no one stopping you from exploring. Networks are similar.
Despite the overall decrease in venture capital and private equity funding events, edge computing players will continue to see investment money pouring in over the course of 2023. There will be edge M&A activity as the technology matures and presents a credible alternative to hyperscale clouds.
The event is not just a concern for local residents; the cyberattack, and its implications, are a concern for everyone across the nation. While Iowa grain co-op, New Cooperative, may seem far removed from the capital of the U.S. government, a ransomware attack threatened food security of people in the Midwest. A few months before the $5.9
If an event were to occur, the results could be ruinous on many levels, particularly financial. SSDF ensures that password complexity, authentication, encryption, software updates, and vulnerability management occur throughout a product’s life cycle. Virtually no security manufacturers are exempt from the perils of cybercrime.
ONVIFs profiles cover access control, door control and event management, edge storage and metadata for analytics, as well as basic and advanced video streaming. Looking ahead, ONVIF is exploring cloud-based security integration, an audio profile, standardized cloud communication for surveillance and media authenticity for evidentiary use.
The event is not just a concern for local residents; the cyberattack, and its implications, are a concern for everyone across the nation. While Iowa grain co-op, New Cooperative, may seem far removed from the capital of the U.S. government, a ransomware attack threatened food security of people in the Midwest. A few months before the $5.9
Read on for more Cisco Partners with NVIDIA on AI Data Center Architectures Cisco Secure AI Factory with Nvidia will help enterprises build and secure data centers to develop and run AI workloads, dramatically simplifying the process for these businesses, the two companies said. Quobytes ARM packages support Rocky Linux 9 and Ubuntu 24.04.
The result is a single architecture, operating system, and control plane. Our Evergreen architecture enables us to future-proof storage so that it’s continually improving and eliminates the need for significant, disruptive upgrades.
Its flexible architecture allows for both on-premises and cloud integration. Its flexible, modular architecture has made it a cornerstone of many large-scale private clouds and hybrid cloud deployments. Identity management: Keystone is OpenStack’s identity service, which handles authentication, authorization, and service discovery.
Open architecture gives security professionals the freedom to explore AI applications that drive greater value across their operations. This includes sticking to strict authorization and authentication measures to ensure the wrong people do not get access to sensitive data and information across AI-driven applications.
The company’s swift response involved shutting down affected connectors and rolling out patches within days, yet the breach raised questions about cloud-based data storage and the resilience of cloud-native architectures against evolving cyber threats.
We organize all of the trending information in your field so you don't have to. Join 25,000+ users and stay up to date on the latest articles your peers are reading.
You know about us, now we want to get to know you!
Let's personalize your content
Let's get even more personalized
We recognize your account from another site in our network, please click 'Send Email' below to continue with verifying your account and setting a password.
Let's personalize your content