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Los Altos, United States
1-10 Employees
2020
At R6 Security, our mission is to fortify digital landscapes. Protect your mission-critical systems with Phoenix, an innovative Moving Target Defense solution from R6 Security. Leveraging a decade of expertise, we're dedicated to revolutionizing security. Passion for building innovative products and evangelizing new technologies. Specialties: Product strategies, Blockchain, Malware analysis, Cyber Security, Internet Privacy, SIEMs, Mobile Security, Big Data, Cloud Computing, Entrepreneurship Development, Angel Investing, CISA. Senior-level deal-maker with over 35 years of experience in high-technology corporate finance, investment banking and strategy consulting. Delivering lectures on Cyber Warfare, Forbes contributor and held CMO and CSO roles. Phoenix SD-WAN is the very first SD-WAN that works without being tithered to a fixed access point.
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R6Security – Moving target defense for cloud workloads
... R6Security – Moving target defense for cloud ...
1-10 Employees
2007
We are extending the range of SCIT products to include military and commercial applications. SCIT Labs products are designed to increase system availability, reduce operations cost and enhance system security. The underlying research and development effort has resulted in six patents and products that increases server resilience while ensuring continuity of operations. Effective security technology must provide Protection AND Resilience. Unlike competitors who challenge potential attackers by offering a dynamic attack surface, SCIT provides Resilience, Restoration and Recovery. Unlike other cyber security products that employ techniques, often sophisticated, to keep the bad guys out, SCIT assumes that intrusions are inevitable.
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SCIT Labs
... Moving Target Defense ...
Beer-Sheba, Israel
101-250 Employees
2014
Morphisec's world leading prevention-first software stops ransomware and other advanced attacks from endpoint to the cloud. Morphisec stops the most dangerous attacks that bypass signature-based or behavior-based detection, complimenting and boosting next-generation antivirus and endpoint detection and response solutions. Morphisec protects over nine million endpoints worldwide, stopping thousands of ransomware attacks, supply chain attacks, zero-day attacks, and other stealthy and evasive attacks every day. After serving as Morphisec's CFO & COO for 3 years, Ron assumed the role of CEO. Prior to Morphisec, Richard was a key driver in shaping and steering the sales functions of high-growth cybersecurity startups, contributing significantly to multiple successful exits, including: Talon, XMCyber, IntSights, and Stonesoft. Morphisec co-founder and President Ronen Yehoshua has over 20 years of technology management and venture capital experience. Prior to Morphisec, Ronen was a partner at Cedar Fund, an international venture capital firm with over $325M under management. As Morphisec’s VP Operations and General Counsel, Nufar leads and oversees the company's sales operations, legal, compliance, information security, and IT.
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Morphisec for the Technology IndustryProtect Your Business and IP with Moving Target Defense
... Moving Target Defense shrinks your cyber attack surface and prevents the most dangerous threats to your business, immediately and with 100% certainty. ...
Woodland Park, United States
1-10 Employees
1995
NexiTech provides you with the data storage and cyber security expertise you need to be ready and stay ready. NexiTech specialties include Storage Area Network architecture, storage-related Windows and Linux device drivers, real-time embedded systems firmware and active cyber defense techniques for securing data storage devices. NexiTech specializes in cutting-edge storage networking solutions and advanced cyber security techniques for actively defending our nation against cyber threats to critical data storage resources. Our products have been deployed in military aircraft mission planning environments for the purpose of solving data storage obsolescence and cyber security issues. NexiTech works with both private-sector companies and public-sector government agencies to solve complex issues related to data storage and cyber security. The modular Virtual Tape Array from NexiTech uses innovative storage virtualization techniques and may be customized to emulate other devices, not just tape. It is a form of software-defined storage that integrates the latest hardware and software technologies into a purpose-built storage appliance. In 2017, the Department of Homeland Security selected NexiTech’s patented Moving Target Defense solution for funding under its Silicon Valley Innovation Program.
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MOVING TARGET DEFENSE
... Home - Moving Target Defense For Data ...
Austin, United States
11-50 Employees
2014
Intelligent, automated installation and debugging tools give you complete control over your Dispel deployment.All backed by our award-winning global support team and industry-leading SLAs.
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Moving Target Defense SD-WANs
... Align your OT network to NIST 800-82 Rev. 2 security standards with Moving Target Defense networks automatically deployed in Dispel's ICS remote access tool. ...
Mumbai, India
11-50 Employees
2011
We are equipped to integrate your System with tailored Next-gen Security solutions that can protect and safeguard your Vital Assets:. AmbiSure Technologies Pvt Ltd, is an Indian-based, privately held firm established in 2011. AmbiSure Technologies is dedicated & focused on this single purpose, "Helping Organizations run their businesses securely." Recent years have seen dynamic changes in the world of Security, Our knowledge and market research has shown that the need for Next Generation Cyber Security is the need of the hour and we invite proactive Indian Organization to take advantage of these technologies to secure their Business. AmbiSure Technologies understands that every part of IT infrastructure is important, but it is how you secure that determines how safe you will be. ATPL’s purpose is to provide security to your IT Infrastructure and assist in related services. We specialize in Identity based Security Solutions for companies with IT infrastructure for Enterprises, Consumers, Governments, and E-Commerce across the country to. That’s why we offer Security Solutions to protect not just the IT infrastructure itself but also give you easy & flexible ways to manage it and also empowering business processes. Disinformation is a Cyber security threat Read Now.
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Moving Target Defenses – AmbiSure Technologies | AmbiSure Technologies Pvt. Ltd || Let's Secure IT
... Moving Target Defenses – AmbiSure Technologies | AmbiSure Technologies Pvt. Ltd || Let's Secure ...
Louisville, United States
11-50 Employees
2008
Our vision is to actively conduct innovative R&D, develop innovative solutions, and produce viable products with services to improve user experience in net-centric frameworks. Our goal is to leverage AI and deep learning advances to images in order for abnormal diagnosis and inspections in nuclear power plants, manufacturing, and power grids maintenance. Founded in 2008 with the goal of enhancing our customer's capabilities, InfoBeyond delivers reliable solutions to the Defense, Government, Healthcare, Financial, and Other industries. Bin Xie is the founder of the InfoBeyond. Xie is a recipient of 2021 Alumni Professional Award for Computer Science and Engineering from the University of Louisville. In addition to security, blockchain offers benefits to conduct the business & applications in a low cost way. VehChain is a blockchain-reminiscent cryptographic solution to secure vehicle ECU (Electronic Control Unit) communications against potential CAN Bus cyber-attacks and vulnerabilities. Our MetalScrap takes advantage of multimodal images and advanced deep learning algorithms to provide automated metal scrap inspection that is accurate, safe, and time-effective.
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Cybersecurity
... Automated Cloud Network Reconfiguration for Moving Target Defense of Mission ...
Khimki, Russia
11-50 Employees
2011
Xello Deception выявляет атаки, которые обошли традиционные средства защиты, такие как антивирус, EDR/XDR, песочницы или NGFW. Платформа Xello идентифицирует нелегитимные действия злоумышленника в корпоративной сети и прерывает цепочку атаки благодаря созданию инфраструктуры ложных активов — ловушек и приманок.
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Morphisec. Защита на основе движущихся целей – Тайгер Оптикс
... т защиту конечных точек с помощью новаторской системы защиты на основе технологии движущихся целей (Moving Target Defense). Продукты Morphisec обеспечивают простое в использовании проактивное предотвращение атак, не ограниченное лимитами выявления и предсказания. Morphisec дает немедленную, э ...
Boca Raton, United States
1-10 Employees
2021
We are in an active state of fighting an invisible war whether we know it or not. Supplying cybersecurity deliverables architected to keep our nation protected. We believe that a people-first security culture, drives success for our partners. We believe that cutting to the core results in security driven outcomes. We believe in challenging past results in order to incrementally improve. An innovative intrusion and breach detection technology that allows. Guiding subject matter expertise in real world examples. Having this attribute gives us the ability to deliver security from idea to production.
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Homepage | Radius Method | Security Driven Outcomes
... Moving Target Defense with Polymorphic ...
Technologies which have been searched by others and may be interesting for you:
Some interesting numbers and facts about the results you have just received for Moving Target Defense
| Country with most fitting companies | United States |
| Amount of fitting manufacturers | 7 |
| Amount of suitable service providers | 5 |
| Average amount of employees | 11-50 |
| Oldest suiting company | 1995 |
| Youngest suiting company | 2021 |
Moving Target Defense (MTD) is a cybersecurity strategy designed to make it more difficult for attackers to predict and exploit vulnerabilities within a system's infrastructure. By continuously altering the attack surface—which includes network configurations, software dependencies, and various system parameters—MTD adds a dynamic layer of complexity and unpredictability. This approach essentially shifts critical assets and configurations in a controlled manner, making it challenging for attackers to maintain a foothold or execute an attack successfully. The importance of MTD in cybersecurity cannot be overstated; it introduces a proactive and adaptive security posture as opposed to the traditional, reactive approaches. Instead of waiting for an attack to occur and then responding, MTD ensures that the systems are ever-evolving, thereby disrupting the reconnaissance and planning phase of cyber attacks. This method significantly increases the cost and effort required for an attacker to successfully compromise a system. Moreover, MTD techniques, when implemented effectively, can help in identifying and mitigating potential threats in real time, thereby enhancing the overall resilience of the system against a wide array of cyber threats. Its role in the cybersecurity domain is pivotal, as it not only protects against known vulnerabilities but also offers a robust strategy against zero-day exploits, making it a critical component of modern cybersecurity frameworks.
1. Enhanced Security
Moving Target Defense (MTD) significantly elevates security levels by continuously altering the attack surface. This dynamic approach makes it exceedingly difficult for attackers to exploit vulnerabilities, as the system's configuration and characteristics change, rendering prior reconnaissance obsolete.
2. Proactive Defense Mechanism
Unlike traditional security measures that often act reactively, MTD adopts a proactive stance. By constantly shifting and updating, it anticipates potential threats and mitigates them before they can become a serious issue, staying one step ahead of cyber attackers.
3. Reduced Attack Surface
By implementing MTD strategies, organizations can effectively minimize their attack surface. This is achieved through the constant changing of system aspects such as IP addresses, port numbers, and configurations, which disrupts the ability of attackers to launch successful and sustained attacks.
4. Cost Efficiency
MTD can prove to be more cost-effective over time compared to traditional security measures. By preventing attacks before they happen, it reduces the need for expensive incident response and data recovery operations, ultimately saving organizations significant resources and expenses.
While evaluating the different suppliers make sure to check the following criteria:
1. Technological Adaptability
Ensure the supplier's solutions are adaptable to evolving cybersecurity threats and can integrate seamlessly with existing security infrastructures.
2. Customization Capabilities
The ability to customize the moving target defense strategies to fit specific organizational needs and threat landscapes is crucial.
3. Scalability
Consider if the supplier's solutions can scale with your organization's growth without compromising security effectiveness.
4. Compliance and Certifications
Verify that the supplier meets relevant industry compliance standards and holds certifications that demonstrate their commitment to cybersecurity excellence.
5. Support and Maintenance
Assess the level of ongoing support and maintenance provided, including the availability of security updates and responsiveness to emerging threats.
6. Cost-effectiveness
Evaluate the cost relative to the benefits provided, ensuring the investment aligns with your cybersecurity budget and objectives.
Moving Target Defense (MTD) strategies are increasingly vital in the cybersecurity realm, offering innovative solutions across diverse B2B sectors. In the financial industry, MTD helps protect sensitive customer data and financial transactions from cyber-attacks by constantly altering the attack surface. This approach makes it significantly harder for hackers to exploit vulnerabilities, ensuring the integrity and confidentiality of financial operations. In the healthcare sector, MTD is employed to safeguard electronic health records (EHRs) and other critical healthcare infrastructure. By dynamically changing system configurations, healthcare providers can prevent unauthorized access, ensuring patient data remains secure and compliance with regulations like HIPAA is maintained. Manufacturing companies leverage MTD to protect intellectual property and ensure the continuity of production processes. As manufacturing becomes more connected, the risk of cyber-attacks grows. MTD addresses this by obfuscating system vulnerabilities from potential attackers, thus protecting critical operational technology. In the realm of cloud services, MTD enhances security for services provided to businesses by constantly shifting the defensive strategies and configurations. This unpredictability complicates the efforts of attackers looking to exploit cloud vulnerabilities, thereby ensuring the safety of stored data and cloud-based applications. Across these industries, MTD serves as a proactive defense mechanism, adapting to evolving cyber threats and offering a robust solution to protect sensitive information and critical systems.
Moving Target Defense (MTD) technology, designed to increase the complexity and cost for attackers by dynamically changing the attack surface, currently sits at varying Technology Readiness Levels (TRLs) depending on the specific techniques and their application contexts, generally ranging from TRL 4 to TRL 6. This range indicates that MTD strategies have passed the proof-of-concept phase (TRL 4), demonstrating their feasibility in lab environments, and are in the process of being tested in relevant operational environments (TRL 6). The primary technical reason for this positioning is the inherent complexity of effectively implementing MTD concepts across different network and software architectures. Implementations such as shuffling IP addresses, dynamically changing ports, or even altering code paths to obfuscate software behavior to attackers, require sophisticated coordination and can introduce performance overheads or compatibility issues. Furthermore, the effectiveness of MTD techniques in real-world scenarios is still under examination, with research ongoing into measuring and optimizing their impact on security without detrimentally affecting system usability or reliability. Consequently, until these challenges are comprehensively addressed and more extensive field testing is conducted, MTD technologies will likely remain within the mid-range TRLs, reflecting their transitional state from theoretical innovation to practical, deployable security solutions.
In the Short-Term, Moving Target Defense (MTD) technologies are expected to focus on diversifying system configurations and increasing the unpredictability of network infrastructures. This phase will likely see the implementation of automated systems capable of dynamically altering the configurations of networks, servers, and data paths. The goal is to make it more challenging for attackers to exploit vulnerabilities, as the attack surface will constantly change. The Mid-Term phase is projected to introduce advanced machine learning algorithms into MTD strategies, enhancing the ability to predict and preemptively modify system configurations to thwart potential threats. This period will witness a shift from reactive to proactive defense mechanisms, with systems not only responding to threats as they occur but also anticipating and mitigating them before they materialize. Integration with cloud technologies will also be crucial, providing scalable and flexible platforms for deploying MTD strategies. In the Long-Term, the focus will shift towards the development of quantum-resistant MTD technologies. As quantum computing emerges as a significant threat to current encryption methods, MTD will evolve to incorporate quantum encryption techniques, ensuring that defense mechanisms are resilient against quantum-based attacks. This era will likely see the convergence of AI, quantum computing, and MTD, leading to highly adaptive, intelligent security systems capable of defending against increasingly sophisticated cyber threats.
