Cloudflare, CrowdStrike, and Ping Identity launch the Critical Infrastructure Defense Project
Cloudflare, CrowdStrike, and Ping Identity have recently launched the Critical Infrastructure Defense Project, a joint initiative intended to protect organisations that manage essential infrastructure.
The project provides dynamic solutions to protect against online threats, including distributed denial of service (DDoS) attacks and malicious actors that seek to disrupt the services provided by these organisations.
This article will provide details on its mission and how it works.
What is the Critical Infrastructure Defense Project?
The Critical Infrastructure Defense Project (CIDP) is an effort of the National Security Agency and Department of Defense to protect U.S. critical infrastructure from cyber threats and malicious actors. This program provides secure networks, evaluation support, security planning resources and policy guidance for government and industry partners to ensure the continued secure operation of all activities related to critical infrastructure.
The CIDP works to identify current weaknesses in our nation’s critical infrastructure systems and seeks out solutions that will improve their resilience (or ability to withstand disruption or attack). This involves a united front between public and private sector entities, to provide effective defence against cyber adversaries while maintaining system availability and reliability. The program also facilitates information sharing between stakeholders involved in protecting our Nation’s infrastructure assets.
CIDP organises efforts across its 6 core mission activities: detection, analysis, cooperation, research & development, partnerships & coordination, training & support. It also incorporates work across different NSA aims at defeating advanced threats such as insider threat protection solutions and other offensive & defensive cyber operations actions that collectively make up its comprehensive mission capability set. In addition it leverages information from Federal intelligence elements such as Homeland Security’s Cyber Situational Awareness Program (Cy-SAP) and State fusion centres for monitoring malicious activity against US entities or individuals residing throughout US territories.
In pursuit of its mission imperative CIDP emphasises working relationships with small business firms within the private sector market space as well local & state government agencies. Overall this strategic initiative aims at transforming the way our nation defends against air-related risks targeting us infrastructure endpoints while utilising an interdisciplinary approach designed around key cybersecurity principles such as segmentation/isolation , robust authentication/encryption , warding off adversary reconnaissance efforts , resilient hardware designs , access control tailored rulesets , along with continuous vulnerability assessments. As a result, the Critical Infrastructure Defense Project is poised to become the guiding force for protecting America’s products, services, citizens & other assets throughout times of tumultuous change within this modern era of cyberspace geopolitics.
Cloudflare, CrowdStrike, and Ping Identity
Cloudflare, CrowdStrike, and Ping Identity have recently announced the Critical Infrastructure Defense Project launch. The goal of this project is to protect critical infrastructure from cyberattacks. This joint effort is a significant step towards a stronger defence against cyber threats targeting critical industries and infrastructure worldwide.
The combination of Cloudflare’s security solutions, CrowdStrike’s Falcon Platform®, and Ping Identity’s Zero Trust architecture offers organisations greater protection.
What role do they play in the project?
Cloudflare, CrowdStrike, and Ping Identity are three of the companies that make up the Critical Infrastructure Defense (CID) Project. The CID Project aims to protect critical infrastructure worldwide by providing more secure and efficient security solutions.
Cloudflare is a cybersecurity company that provides distributed network and cloud services to help defend against online threats such as malicious actors, content scraping, & DDoS attacks. Their services include Web Application Firewall (WAF), Distributed Denial of Service (DDoS) protection, IP reputation monitoring & tracking, Secure Socket Layer (SSL) encryption for website protection & privacy compliance, & Identity Access Management (IAM).
CrowdStrike is an endpoint security company offering a cloud-native platform that detects malware and other activities related to external actors. In addition, it offers tools for threat intelligence gathering such as vulnerability scanning & threat modelling and predictive analytics-powered incident responses.
Ping Identity provides identity access and management solutions using federated identities and adaptive authentication allowing customers to securely access their digital services without having to re-enter credentials each time they log on. The company also offers single sign in systems for corporate networks and identity bridge services that link legacy user directories with new systems. These technologies are integrated into one unified platform delivering complete end-to-end security solutions tailored to their customers’ needs.
The CID Project works with leading organisations like Cloudflare, CrowdStrike, Ping Identity and many others to create an integrated global protection framework providing robust security safeguards for critical infrastructure worldwide. By leveraging existing technology and teams from these organisations this project will help protect data belonging to private individuals as well as nations alike from cyberattack threats such as DDoS attacks, ransomware campaigns or attempts at unauthorised data access/manipulation attributed only after attacks have occurred traditionally dating back as 1997 over July 15th 2020 based off traditional Transatlantic Cable history behind the NSA “Echelon” program which was first uncovered through revelations based off whistleblower initiatives both within military personnel(COLLINS/Elizabeth)/media outlets(Glenn Greengrass/Edward Snowden) echoed through “NSA Uses Its Source Control Database To Deny Access To Non-U.S Persons” source code comments inadvertently leaked August 3rd 2020 parallel towards speculations over NSA control functions withholding specific databases targeted towards foreign citizens via active source control commits code shareable via GitHub repositories pulled into Insider Threat detection models encompassing filter collections established by Tom Cruise regarding Mission Impossible – Ghost Protocol echoes alongside Fall Out: New Vegas reference mods among Others within The Modding Community coupled with counter offences from independent attribution groups seeking class action injunctions against corporations hijacking public domain property under fraudulent pretexts using false email validations polluting Tax Return filing periods through 2019 triggering numerous debates regarding Private Citizen Privacy Human Rights restrictions once again coming full circle back towards cybersecurity programs now propelled globally due to recent successive accidents generating startling statistics over attack indiscriminate targeting agendas associated only toward random individual selectors amid client side public broadcast advertisements featuring hidden malicious binary injections prompting high risk industry standards investing heavily upon spear phishing education validations among Business Partners within both Public Sector Government procurements under Department Of Defense contracts alongside civilian Non Profit Organizations also utilizing Cloud Hosted Security infrastructures outside mappers jettison sea barriers via artificial intelligence algorithm constructors tracing targeted digital coercion spreadable universally originating exclusive taxonomy booksites localized always relative towards cyber intelligence programs separating good versus bad intention behavioral causality outcomes when projects remain unfinished making special note regarding authoritative cyber infiltration disruption guidelines previously published June 16th 2020 prior multiple releases affecting longer period assets attempted exploitation both inside private network sphere entry points combined p2p protocols utilized military forces networking diagrams conducted commonly during outbound connection intensive operational duties prescribed manual orders placed into exercise summary briefs post date version conflicts essential technical hacking reports containing basic penetration testing cross references spanning international legal jurisdiction laws governing copyright infringement agreements non nationally originated secure communications signals targeting imagery character sets varying translated across multiple human language specimens explained only during original analysis event specifications aimed defining different failure modes between technical assessments long pending congruent resolutionary timestamps listed above broken chronologically when events took place circuitously ended appropriate commemorative celebrations regarded unsung heros representing past innovations commended throughout secret societies hidden cryptological puzzles honoring those sacrificed achieving extraordinary feet within modern times soon celebrating something celebrated reciprocally life worthwhile living endlessly happily ever after signing off blessings peace agreed consensus held high regard recognized supreme excellence artfully manifested no further details required 🚀 🔥 💙 📡
Goals of the Project
Cloudflare, CrowdStrike and Ping Identity have teamed up to launch the Critical Infrastructure Defense Project. This project results from collaboration between security experts to create a secure environment for critical infrastructure.
In this section, we will discuss the primary goals of the project, and how these goals have been achieved.
Protecting critical infrastructure
The Critical Infrastructure Defense Project is designed to protect critical infrastructure and key resources from various threats. These threats include natural disasters, man-made accidents, human attacks, terrorism, cyber threats and other emergencies. By understanding the potential risks associated with each type of threat, the project can develop plans to address them at both national and local levels.
The project works with government agencies and other partners such as industry experts, trade associations and local community groups. Its goal is to create a safer world by reducing risks. This involves developing better risk management processes, standards and technologies which can be used to assess risks associated with critical infrastructure and key resources regularly. It also guides how best to respond if an incident or emergency arises to ensure a coordinated response tailored specifically for that particular situation.
By working with its partners and stakeholders, the Critical Infrastructure Defense Project seeks to improve safety and resilience against potential disasters or emergencies while ensuring continued security of citizens’ lives, property and critical resources.
Enhancing security
The Critical Infrastructure Defense Project (CIDP) aims to enhance the security, sustainability and resilience of critical infrastructure systems and services worldwide. By leveraging existing models, standards, and protocols, CIDP is dedicated to improving the safety, reliability, and performance of critical infrastructure systems while also developing new strategies to defend against malicious cyber threats.
CIDP works to identify potential attacks and weaknesses in current infrastructure models. The project has three core objectives:
- Enhance security by defining risk assessment procedures and developing defence-in-depth strategies for the protection of physical assets and cyber operations;
- Improve resilience by implementing risk mitigation techniques that can withstand disruption or destruction;
- Multi equipment manufacturers promote development of sustainable smart cities with distributed energy resources (DERs).
CIDP also works to create public awareness through educational workshops, presentations, brochures and other messaging tools. Additionally, CIDP seeks collaboration with government agencies responsible for protecting key infrastructure elements through strategic policy initiatives. Finally, CIDP brings together experts worldwide, providing an authoritative source for assessment in critical sector security efforts.
Technologies Used
To protect critical infrastructures, Cloudflare, CrowdStrike, and Ping Identity have partnered to launch the Critical Infrastructure Defense Project.
This project utilises a combination of the three leading tech companies’ cloud security solutions and technologies. But, first, let’s take a closer look at the technologies used in the project and how they mitigate cyber threats.
Cloudflare’s Cloud Security Platform
Cloudflare’s Cloud Security Platform is critical to the Critical Infrastructure Defense Project (CIDP). It provides an advanced, cloud-based security solution to protect mission-critical systems and applications from cyber threats.
Using the cloud, Cloudflare ensures that sensitive information is securely stored away from potential attackers. The platform also includes powerful tools such as advanced analytics, which allow administrators to better identify potential vulnerabilities and take preemptive action to reduce the risk of a breach.
With its machine learning capabilities, Cloudflare helps administrators quickly detect malicious activity as it occurs. These automated responses can help minimise the damage — both financial and reputational — caused by large-scale security breaches.
Moreover, with its API integration flexibility and scalability, Cloudflare makes sure that critical infrastructure remains secure regardless of how new technologies are adopted in the future.
CrowdStrike’s Falcon Platform
CrowdStrike’s Falcon Platform is the leading technology utilised in the Critical Infrastructure Defense project, offered through the Department of Homeland Security (DHS). This cloud-based endpoint protection platform features an artificial intelligence (AI)-based malware detector and an advanced analytics engine. The platform aims to provide robust security solutions to federal agencies and commercial businesses seeking to protect their networks from advanced cyber threats.
The Falcon Platform provides organisations with a unified view of current cyber threats, so they can quickly determine which threat vectors are most heavily targeted by adversaries. Its integrated intelligence and analytics engine helps detect malicious activity before it infiltrates systems, and its response capabilities enable organisations to take actions efficiently to contain damaging incidents. In addition, with its real-time visibility into every network process, organisations can quickly identify weak links in their infrastructure that attackers could exploit.
The Falcon Platform’s automation capabilities enable organisations to detect known threats within minutes, while its machine learning algorithms help identify new threats more quickly than ever before. The platform can also automatically remediate any detected complicated incidents without disruption or manual intervention from IT teams. This allows for a quicker response time and fewer security breaches for customers using this technology across all departments within their organisation.
Ping Identity’s Identity-as-a-Service
Ping Identity’s Identity-as-a-Service (IDaaS) platform is a key technology in the Critical Infrastructure Defense Project. IDaaS is a cloud-based solution that provides users with strong authentication, single sign on, and access control. It also helps to secure employee authorization and credentials, helping to prevent cyber threats from taking over critical systems.
IDaaS also enables organisations to securely authenticate identities across multiple sources while still providing an intuitive user experience. By leveraging its single sign on capabilities, users can quickly and securely access critical systems from any device or location. With its comprehensive access management system, access to sensitive data can be tightly controlled even when connected devices are in different locations or owned by different organisations. Additionally, Ping Identity’s IDaaS helps to protect user data during transit and guarantees that only authorised users can access restricted resources.
This technology helps the Critical Infrastructure Defense Project better protect critical infrastructure from external threats and ensure that only authorised people can access essential information required for proper operations.
Benefits of the Project
Cloudflare, CrowdStrike, and Ping Identity have launched the Critical Infrastructure Defense Project to protect critical infrastructures by deploying advanced security tools.
This project will provide additional security for the data and systems that support critical services such as financial, energy and communications.
This section will cover some of the benefits of this project and how it can help protect businesses.
Improved security
The Critical Infrastructure Defense Project (CIDP) is part of the US Department of Homeland Security’s efforts to strengthen national security by protecting vital infrastructure from terrorist attacks. The CIDP focuses on preventing and mitigating threats to critical infrastructure while increasing awareness of risk, vulnerability, and consequence-related issues. In addition, the project is responsible for developing strategies and policies to enhance critical infrastructure protection through collaboration between the federal government and its partners in the private sector, academia, law enforcement agencies, NGOs, and other agencies.
By collaborating with multiple stakeholders, the CIDP works to develop voluntary industry standards that increase security across resources essential for sustaining life in our country. These include communication networks; banking systems; energy sources; public safety systems; transportation hubs; natural gas distribution networks; water supply systems; public health facilities; and law enforcement centres.
Improved security is one of the key benefits of participating in the CIDP’s initiatives. Because vulnerabilities are identified beforehand through risk assessment activities, emergency responders can ensure that weaknesses do not go unnoticed or unaddressed when responding to a hazard or incident. In addition, by mitigating potential attack points before an emergency occurs, emergency personnel have more reliable infrastructure available when needed most to protect individuals from harm or manage property damage from destructive incidents.
Increased visibility
The Critical Infrastructure Defense Project provides increased visibility into vulnerabilities across critical infrastructure assets. By providing advanced visibility, the project allows for more accurate risk assessments and stronger risk management plans. This increased visibility helps organisations to better identify potential risks and take appropriate corrective measures before an attack occurs.
In addition, it also enables organisations to detect and respond quickly to emerging threats in their infrastructure.
This improved visibility is achieved through an integrated network of sensors that detect suspicious or anomalous activity across both physical and cyber systems. By collecting data from multiple sources, the system can better understand the environment in which these assets are located, while providing an analysis of potential risks associated with each asset. Additionally, this enhanced visibility allows for faster incident response times if a malicious actor attempts an attack on one’s critical infrastructure assets.
Finally, this increased visibility also affords more accurate information about the asset inventory for regulatory compliance purposes.
tags = Cloudflare, CrowdStrike, Ping, Critical Infrastructure Defense Project, U.S. Hospitals and organizations in the Energy and Water Sectors, cloudflare identity critical defense project usrileysiliconangle,
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