Category: Product Review

As companies increasingly embrace digital transformation, the cybersecurity threat environment constantly evolves. However, there is a notable shortage of skilled cybersecurity leaders. This is where the CISSP certification from ISC2 plays a crucial role in bridging this gap. Achieving this certification opens up a myriad of opportunities for professionals. Recognized globally as the premier cybersecurity certification, the CISSP is ideal for information security leaders looking to demonstrate their expertise in both the strategic and practical aspects of cybersecurity.

Source: 2023 Cloud Security Report produced by Cybersecurity Insiders

CISSP – YOUR PASSPORT TO GLOBAL CYBERSECURITY LEADERSHIP

The cybersecurity field is navigating a challenging landscape marked by economic volatility, swiftly evolving technologies, diverse regulations, and growing gaps in workforce and expertise. These factors contribute to significant uncertainty, as well as opportunities, for professionals tasked with safeguarding global infrastructure and systems.

In this context, the CISSP certification emerges as a vital tool. Certified Information Systems Security Professionals possess the advanced knowledge and technical capabilities necessary to shape and maintain an organization’s security strategy effectively. The CISSP certification is a vendor-neutral certification reflecting expertise and technical skills required to design, implement, and manage a best-in-class cybersecurity program across various environments. To be eligible for the CISSP, aspirants must have at least five years of cumulative, full-time professional experience in at least two of the eight domains
in the CISSP Exam Outline.

WHY IS CISSP A PREFERRED CHOICE?

In a rapidly evolving cybersecurity landscape, the CISSP stands out with unique features that set it apart as a top-tier certification. Here are its key differentiators:

• CISSP is acknowledged as the gold-standard, vendor-neutral certification for cybersecurity leaders, emphasizing industry best practices. This certification showcases skills that are applicable across various technologies and methodologies.

• Known as the premier certification in the industry, CISSPs are present in over 135 countries. This credential is often a requirement or a preferred qualification by the most security-conscious organizations and government entities worldwide.

• CISSP holds ANAB/ANSI Accreditation and is approved by the DoD.

• CISSP is recognized as the #1 security certification demanded by hiring managers on LinkedIn.

• CISSPs are required to engage in continuing professional education. To maintain their certification, they must remain current on new threats, technologies, regulations, standards, and best practices.

BENEFITS OF CISSP CERTIFICATION

The CISSP certification not only elevates professional expertise in cybersecurity, but also opens doors to a multitude of benefits. Here are the key advantages that CISSP holders experience:

  1. Career Opportunities and Advancement: Achieving CISSP status enhances visibility and credibility, leading to new and exciting career paths.
  2. Versatile Skills: The certification builds vendor-neutral skills applicable across various technologies and methodologies.
  3. Credibility: CISSP holders demonstrate a robust foundation in addressing and mitigating cyber threats.
  4. Leadership: The credential fosters a comprehensive skill set, both technical and nontechnical, which goes beyond what job experience alone can provide.
  5. Strong Peer Network: Becoming an ISC2 member unlocks access to exclusive resources, educational tools, and opportunities for networking with peers.
  6. Higher Salaries: According to Certification Magazine’s 2023 annual survey, CISSP professionals earn an average salary of $140,230 in the U.S. and $115,080 globally.
  7. Expanded Knowledge: CISSP certification leads to a deeper, broader understanding of the cybersecurity landscape.
  8. Stronger Skill Set: CISSP enhances the skills and knowledge necessary to effectively perform organizational cybersecurity roles.

“CISSP is recognized worldwide as the gold standard. The whole premise of it is not just passing the exam but demonstrating you have the verifiable experience to perform at a high level. The ISC2 Code of Ethics is important. The ongoing CPE requirement is tough, but it helps make sure your skills stay up to date. It all adds up to a very credible certification.” — Angus Macrae, Head of Cybersecurity from Cornwall, England

PATH TO CERTIFICATION

Earning the CISSP certification involves a structured and comprehensive journey, ensuring that candidates are thoroughly prepared and qualified. Here is an outline of a typical path to become CISSP certified:

BECOME AN ISC2 CANDIDATE: Start your CISSP journey by joining ISC2 as a candidate. This grants access to various benefits ISC2 certified members receive, including attractive discounts on training and textbooks. More details are available at isc2.org/candidate.

OBTAIN THE REQUIRED EXPERIENCE: To be eligible for the CISSP, candidates need a minimum of five years of cumulative, full-time experience in at least two of the eight domains in the CISSP Exam Outline.

For those without the requisite experience, passing the CISSP exam allows you to become an Associate of ISC2. Associates then have six years to gain the necessary experience required for CISSP certification.

STUDY FOR THE EXAM: ISC2 offers numerous self-study resources. While some candidates succeed through self-study, others may opt for an Official ISC2 Training to refresh their knowledge before the exam.

PASS THE EXAM: The CISSP exam, comprised of 125-175 questions, must be completed within a maximum time frame of four hours.

GET ENDORSED: Successful candidates have nine months from their exam date to complete the ISC2 endorsement process.

EARN CPE CREDITS: Once certified and a member of ISC2, maintaining your certification requires recertification every three years. This is achieved by earning Continuing Professional Education (CPE) credits and paying an annual maintenance fee (AMF).

FLEXIBLE TRAINING FORMATS

ISC2 offers various training options to cater to individual learning styles. These include online instructor-led training and classroom-based training.

By offering flexibility in training formats, ISC2 ensures that professionals can engage in a learning experience best suited to their needs.

Once professionals pass the exam and become ISC2 members, they must recertify
every three years by earning 120 CPE credits and paying a $125 Annual Maintenance Fee (AMF). Numerous opportunities exist for earning free CPEs, such as attending webinars, participating in think tanks and security briefings, and volunteering.

When you join as a candidate, you can enjoy member benefits before obtaining certification. As a candidate, there is a $50 AMF, but the first year is free.

“CISSP gives you a lot of street credibility with the people who do this for a living because they all understand what it is. It’s definitely an important designation to have on your calling card. I see it as the gold standard in cybersecurity. It’s the most recognized credential in the security community.” — Theresa Grafenstine, Global Chief Auditor, Technology, Wilmington, DE, USA

ABOUT ISC2

ISC2 is an international nonprofit membership association focused on inspiring a safe and secure cyber world. Best known for the acclaimed Certified Information Systems Security Professional (CISSP®) certification, ISC2 offers a portfolio of credentials that are part of a holistic, pragmatic approach to security. Our association of candidates, associates, and members, more than 500,000 strong, is made up of certified cyber, information, software, and infrastructure security professionals who are making a difference and helping to advance the industry. Our vision is supported by our commitment to educate and reach the general public through our charitable foundation – The Center for Cyber Safety and Education™.

For more information about CISSP certification and training, contact an Education Consultant in your region:

Americas | +1.866.331.4722 ext. 2 | Email: training@isc2.org
Europe, Middle East, and Africa | +44 203 960 7800 | Email: info-emea@isc2.org
Asia-Pacific | +852.5803.5662 | Email: isc2asia@isc2.org

The post REVIEW OF THE ISC2 CISSP CERTIFICATION appeared first on Cybersecurity Insiders.

In the face of escalating global cyberthreats, the demand for cybersecurity professionals has skyrocketed. Research highlights a need for 3.4 million additional experts in this field. The ISC2 Certified in Cybersecurity (CC) certification, offered by the globally renowned ISC2, is a strategic response to this talent shortage, providing a streamlined entry into the cybersecurity industry.

The ISC2 Certified in Cybersecurity (CC) certification distinguishes itself in the cybersecurity credentialing landscape through several key differentiators, making it a unique and valuable asset for professionals seeking to enter or advance in this field.

THE BENEFITS OF THE ISC2 CC CERTIFICATION

Unparalleled Accessibility
Unique in its approach, the ISC2 CC certification requires no previous experience or formal education in cybersecurity. It’s designed to be inclusive, welcoming a wide array of candidates – from IT professionals and college students to career-changers and executives seeking foundational knowledge. This approach significantly broadens the potential talent pool in cybersecurity. 

The Pathway to Cybersecurity Excellence
The CC certification serves as a crucial first step towards advanced cybersecurity knowledge and leadership roles. It equips entrants with essential skills in security principles, network security, and access controls, preparing them for success in entry-level positions and beyond.

Organizational Impact
For businesses, the ISC2 CC certification is a vital tool for developing skilled cybersecurity teams and narrowing the cybersecurity skills gap. It ensures that certified individuals are equipped with a solid understanding of fundamental cybersecurity concepts, enhancing the organization’s defense capabilities.

Vendor-Neutral Certification
One of the primary differentiators of the CC certification is its vendor-neutral nature. Unlike certifications that are tied to specific technologies or products, the CC certification focuses on broad, foundational cybersecurity principles and practices. This approach ensures that certified professionals possess a well-rounded understanding of cybersecurity that is applicable across various technologies and platforms. It prepares them for a diverse range of challenges in the cybersecurity space, rather than limiting their expertise to a single vendor’s tools or solutions.

Accreditation and International Standards
The CC certification is distinguished by its adherence to and accreditation under prominent international standards, including ISO/IEC 17024, 17788, 17789, 27017, and 27018. These standards are critical in the cybersecurity field, as they represent best practices and guidelines for cloud security, data protection, and information security management. Accreditation under these standards signifies that the CC certification maintains a high level of rigor, relevance, and quality, aligning with global benchmarks in cybersecurity.

Continuing Professional Education
Another significant aspect of the CC certification is the requirement for certified professionals to engage in continuing professional education. This is a crucial requirement, given the fast-evolving nature of cyber threats, technologies, and regulations. By mandating ongoing education, the CC certification ensures that its holders stay current with emerging trends, threats, and best practices in cybersecurity. This commitment to continuous learning is vital for professionals to remain effective and relevant in their roles, as cybersecurity is a field characterized by rapid change and evolution.

ADVANTAGES OF THE CC CERTIFICATION

The CC certification not only elevates professional expertise in cybersecurity but also opens doors to a multitude of benefits. Here are the key advantages that CC certification holders experience:

  1. Gateway to Advanced Certifications: The CC credential serves as an excellent starting point for more advanced certifications like the CISSP, offering a progressive career path within cybersecurity.
  2. No Prior Experience Required: Candidates can take the CC exam without previous cybersecurity work experience or formal education, needing only a basic understanding of IT.
  3. Validation of Foundational Skills: Earning the CC certification demonstrates to employers that you possess the essential knowledge and skills for entry- or junior-level cybersecurity roles.
  4. Access to ISC2 Resources: Successful completion of the CC exam grants access to ISC2 membership benefits, including a vast library of professional development courses, webinars, thought leadership, networking opportunities, and more.

“I’m switching career paths to move into cybersecurity. Certified in Cybersecurity is a great way to demonstrate my knowledge.” – Eric Turner, Cybersecurity Analyst, First Merchants Bank, Daleville, IN

PATH TO CERTIFICATION

BECOME AN ISC2 CANDIDATE:

  • Start by joining ISC2 as a candidate. Visit the ISC2 Candidate Page to register.
  • As a candidate, you gain access to numerous benefits, including 20% off training and 30-50% off textbooks.

STUDY FOR THE EXAM:

  • Utilize self-study resources available through ISC2 for thorough preparation.
  • Consider attending an Official ISC2 Training for a comprehensive review and knowledge refreshment before the exam.

PASS THE EXAM:

Take and successfully pass the 100-item CC exam within the allotted time of two hours.

COMPLETE THE APPLICATION:

  • After passing the exam, complete the ISC2 application process.
  • Agree to fully support the ISC2 Code of Ethics Canons and adhere to the ISC2 Privacy Policy.

MAINTAIN MEMBERSHIP AND EARN CPE CREDITS:

  • Once certified and a member of ISC2, maintain your certification by recertifying every three years.
  • Recertification involves earning Continuing Professional Education (CPE) credits and paying an annual maintenance fee to support your ongoing development.

OFFICIAL TRAINING OPTIONS

  1. Self-Paced Training + Exam (U.S. $0)
  • Train independently with an engaging online learning experience.
  • Includes the CC exam.
  • First-year Annual Maintenance Fee (AMF) of U.S. $50 due after passing the exam.
  1. Self-Paced Training + Exam + Extras (U.S. $199)
  • All features of the basic self-paced training.
  • Bundle Extras:

– Two attempts to pass the exam

– 180-day access to course content

– No AMF for the first year

  1. Live Online Training + Exam + Extras (U.S. $804)
  • Live sessions with an ISC2 Authorized Instructor combined with self-paced learning.
  • Includes the CC exam.
  • Bundle Extras:

– Two attempts to pass the exam

– 180-day access to course content

– No AMF for the first year

– Interactive learning in a live virtual classroom

– Peer discussions and instructor-led training

For more information and to explore these options, visit the ISC2 CC Training Bundles Page.

“I’m shifting careers from product management to information security. Certified in Cybersecurity gives me a starting point and a certificate I can showcase while I work toward earning the CISSP, which is far more complex and requires many months of preparation.” — Radhika Gopalan, Product Management Consultant, Alpharetta, GA

ABOUT ISC2

ISC2 is an international nonprofit membership association focused on inspiring a safe and secure cyber world. Best known for the acclaimed Certified Information Systems Security Professional (CISSP®) certification, ISC2 offers a portfolio of credentials that are part of a holistic, pragmatic approach to security. Our association of candidates, associates, and members, more than 500,000 strong, is made up of certified cyber, information, software, and infrastructure security professionals who are making a difference and helping to advance the industry. Our vision is supported by our commitment to educate and reach the general public through our charitable foundation – The Center for Cyber Safety and Education™.

For more information about CC certification and training, contact an Education Consultant in your region:

Americas | +1.866.331.4722 ext. 2 | Email: training@isc2.org

Europe, Middle East, and Africa | +44 203 960 7800 | Email: info-emea@isc2.org

Asia-Pacific | +852.5803.5662 | Email: isc2asia@isc2.org

The post PRODUCT REVIEW: ISC2 CC Certification appeared first on Cybersecurity Insiders.

As cybersecurity threats continue to evolve at an unprecedented pace, organizations are in desperate need of advanced solutions that can keep up. Cybersecurity vendor MixMode has redefined the art and science of threat detection and response with its groundbreaking MixMode Platform. Designed for cloud, network, and hybrid environments, this solution leverages patented Third Wave AI technology born out of dynamical theory systems to offer revolutionary real-time, scalable, and autonomous security capabilities.

At its core, the MixMode Platform relies on a patented foundational model specifically engineered to detect and respond to threats in real-time, at scale. Unlike traditional cybersecurity platforms requiring extensive tuning and rule-setting, MixMode’s AI can autonomously ingest and analyze data to reduce noise, highlight critical threats, and improve defenses. This eliminates the need for continuous training, rule-setting, or extensive maintenance—a real game-changer in the field of cybersecurity.

What do you see as the most significant benefits of incorporating AI into your cybersecurity operations?

The most significant perceived benefits of AI in security operations are improved threat detection, improved vulnerability assessment, and accelerated response — nearly tied for first place. Source: 2023 AI in Cybersecurity Report produced by Cybersecurity Insiders

UNPARALLELED TECHNOLOGY FOUNDATION

The MixMode platform employs a proprietary set of algorithms and AI rooted in dynamical systems theory to detect threats in real-time, enabling it to self-learn a network’s environment without preset rules or training data. Instead of relying on the inflexible, legacy machine learning algorithms commonly found in other cybersecurity products, MixMode’s AI continually fine-tunes itself to the unique characteristics of a given network.

The AI developed by MixMode attains a deep understanding of a network’s typical behavior, allowing it to promptly flag known and emergent attack vectors in real-time. Contrary to signature-based alternatives, the MixMode platform is engineered for quick deployment, eliminating the need for rules, training, or Indicators of Compromise (IOCs). This novel approach enables MixMode to deliver precise, real-time threat identification and mitigation, whether it’s in network, cloud, or hybrid settings, at a scale that meets enterprise requirements.

“MixMode was deployed remotely in under an hour and detected threats on day one that other platforms and their human operators had missed. MixMode’s AI platform is now the core intelligence layer for our Security Operations Center” – Shannon Lawson CISO, City of Phoenix

MIXMODE SOLVES CURRENT CYBERSECURITY CHALLENGES

The MixMode Platform addresses a broad spectrum of issues that plague today’s cybersecurity landscape.

• Protect in an Evolving Threat Landscape: MixMode keeps organizations ahead of new, sophisticated threats, including zero-days, AI-generated attacks, ransomware, and other emerging vulnerabilities.
• Deliver Innovation & Stability: The MixMode Platform synergizes AI capabilities with existing systems, driving innovation without sacrificing reliability.
• Integrate in Complex IT Environments: Whether cloud, on-prem, or hybrid, MixMode integrates effortlessly, providing holistic protection.
• Maximize Your ROI: The Platform improves the impact of existing security investments such as SIEM, UEBA, and NDR, reducing costs by 50% and offering measurable ROI.
• Close Skills Gap: With automation and guided recommendations, MixMode enables security teams to manage and secure their infrastructure more effectively, bridging the cybersecurity skills gap.

KEY FEATURES

The MixMode Platform distinguishes itself with its advanced real-time attack detection capabilities, scalability across diverse computing environments, proprietary self-supervised AI technology, and ability to deliver immediate value shortly after deployment.

• Real-Time Attack Detection: Unparalleled in its ability to detect known and novel attacks in real-time.
• Increased Scalability: Proven to monitor massive datasets found at Fortune 500 or federal organizations in real-time, comfortably handling 500k events per second in real-time, across on-prem, cloud, and hybrid environments.
• Self-Supervised AI: The only cybersecurity platform built on patented Third Wave AI, born out of dynamical systems, autonomously learns, adapts, and evolves with unique network behaviors — without needing training, tuning, rules, or maintenance.
• Immediate Value: Unlike competitors and legacy cybersecurity platforms that take months to offer actionable results, MixMode delivers value within hours of deployment.

MixMode’s customers utilize the Platform for advanced threat detection and investigation response (TDIR). MixMode typically acts as an innovative NDR, CDR, or ITDR, streamlining the SIEM experience and enhancing the entire security program.

KEY BENEFITS

The MixMode Platform offers unrivaled real-time detection accuracy, exceptional scalability for large data volumes, actionable insights for enhanced decision-making, and tools to amplify the expertise, effectiveness, and efficiency of security teams.

• Real-Time Detection: Unmatched precision in identifying known and unknown attacks.
• Increased Scalability: Ability to process large volumes of data in real-time for enhanced threat detection.
• Enhanced Decision-Making: Provides invaluable insights for informed defensive strategies.
• Expertise Augmentation: Guides your security teams to work more efficiently and effectively to augment critical capabilities in SIEM, UEBA, NDR, and other platforms.
• Improved Response: Uses MITRE ATT&CK Mapping to accelerate and enhance cyber-incident responses.

IMPLEMENTATION & DEPLOYMENT

The MixMode Platform is cloud-native and is available in multiple form factors, including cloud, on-prem, hybrid, and air-gapped environments. Impressively, remote cloud installation can be completed in less than an hour in the customer’s environment. The Platform begins autonomous learning immediately upon deployment, detecting threats missed by legacy methods in real-time without requiring manual rules, tuning, or training.

The MixMode Platform is available via a yearly subscription, with pricing based on data volume.

“MixMode uses a dynamic threat detection foundational model that provides the ability to learn, adapt, predict, and detect threats in any security environment. This enables the MixMode Platform to identify new evidence indicating novel threats or previously unrecognized threat activity without supervision or prior training” – Scott Crawford, 451 Research

OUR VERDICT

In an era where threats are increasingly complex and dynamic, MixMode’s Third Wave AI technology stands as a vanguard in the cybersecurity space. Its autonomous capabilities, real-time detection and response, and unparalleled scalability make it not just a tool but an intelligent extension of your cybersecurity team and existing solution investments. With MixMode, you are investing in a future-proof solution that delivers security, cost savings, and peace of mind.

ABOUT MIXMODE

MixMode a the leader in delivering AI cybersecurity solutions at scale. MixMode offers a patented, selfsupervised learning platform designed to detect known and unknown threats in real-time across cloud, hybrid, or on-prem environments. Large enterprises with big data environments, including global entities in financial services, Fortune 1K commercial enterprises, critical infrastructure, and government sectors, trust MixMode to protect their most critical assets. Backed by PSG and Entrada Ventures, the company is headquartered in Santa Barbara, CA.

For further information or inquiries, please visit MixMode or contact the team directly at +1 (858) 225-2352 or via email at info@mixmode.ai

Learn more at mixmode.ai

 

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The evolution of network environments towards distributed, cloud-centric architectures in the work-from-anywhere era has brought unique challenges to network security. The industry’s shift to comprehensive cloud-based services like Secure Access Service Edge (SASE), Security Service Edge (SSE), and Secure SD-WAN reflects the evolving needs of distributed workforces and cloud-centric IT environments in a rapidly evolving threat landscape.

What are the biggest cloud security challenges?

Ransomware (53%) tops list of cloud security challenges, following the recent rise in ransomware attacks. The next biggest security challenge is the shift to remote work and the resulting risks (47%), introduced in the wake of the Covid-19 pandemic. Limited visibility into cyber threats (41%) rounds out the top three security challenges experienced by cybersecurity professionals. [Source: 2022 Security Visibility Report produced by Cybersecurity Insiders]

This shift necessitates a reevaluation of network-based defenses, positioning Intrusion Detection and Prevention Systems (IDS/IPS) as key components in this new ecosystem. The Qosmos Threat Detection Software Development Kit (TD SDK) is Enea’s innovative solution to the demand for more robust, adaptable, and high-performance network threat detection platforms.

“Modern cybersecurity models such as zero-trust networking access and extended detection response pivot around DPI, a trusted technology we all know, but one that’s evolved to meet the needs of the threat landscape today. A strong DPI engine is central to high-performance threat detection. Not only does it enable visibility into network traffic, but it also provides the intelligence around which to base custom rules that customers can tailor to their specific environments.” – Roy Chua, Founder and Principal at AvidThink

ADVANCED THREAT DETECTION WITH SUPERIOR TRAFFIC VISIBILITY

Integrating with Enea’s Qosmos ixEngine®, the market leading deep packet inspection (DPI) engine, the Qosmos TD SDK enables developers to create threat detection solutions with unmatched traffic visibility and sophisticated analysis. Recognizing over 4300 protocols and extracting 5900 metadata types, it provides comprehensive network activity insights to support in-depth, nuanced threat analysis.

Furthermore, the Qosmos ixEngine’s advanced parsers and dissectors significantly help reduce false negatives in threat detection thanks to a much better protocol detection rate compared to standard solutions. This capability is crucial for detecting known and emerging security threats.

In addition, the Qosmos ixEngine is able to identify and classify encrypted and evasive traffic while detecting network anomalies. This extended visibility enables solutions built with the Qosmos TD SDK to more effectively identify complex threats that systems based on traditional IDS might miss, and helps reduce false negatives and positives for more reliable threat detection.

UNMATCHED PERFORMANCE AND SCALABILITY FOR THREAT DETECTION

Network-based intrusion detection capabilities have become increasingly important as traditional network perimeters disappear, but open-source IDS are not natively engineered to meet the scalability and performance requirements of modern cloud environments. In addition, as contemporary security solutions require both DPI processing and IDS capabilities, performance is impacted by double packet processing.

The Qosmos TD SDK offers an innovative approach to these performance challenges. Delivered as a software development kit, it leverages Suricata’s industry-leading core IDS functionalities and combines them with the advanced packet inspection capabilities of the Qosmos ixEngine, thereby eliminating the need for double packet parsing. It also significantly accelerates packet processing through linear scaling across multiple CPU cores, and through more efficient packet acquisition and parsing systems.

For example, an IDS built with the Qosmos TD SDK and the Qosmos ixEngine can execute efficient parsing of extracted metadata values – rather than full packets – in order to check for threat signature matches. As a result, solutions built with the Qosmos TD SDK deliver up to double the performance of traditional solutions built using conventional IDS systems.

FLEXIBLE INTEGRATION AND CUSTOMIZABILITY

The availability of threat detection in a software development kit (SDK) is unique in the industry. The Qosmos TD SDK is the first to offer core IDS capabilities as a software component and provides cybersecurity software developers with greater flexibility and improved network protection through tight integration with third party solutions. This means that IDS capabilities can now be one function within a full toolchain, underlying the flexibility offered to security solution developers. The Qosmos TD SDK supports standard open source rulesets and industry available rulesets with Suricata syntax, making
deployment easier and reducing false positives/false negatives.

KEY BENEFITS

• Achieve significantly better performance compared to standard IDS/IPS architectures
• Scale linearly across multiple CPU cores
• Eliminate double packet processing for DPI and IDS in multi-function platforms
• Reduce false positives through extended Enea Qosmos DPI-based network visibility
• Reduce false negatives through improved matching enabled by better parsers
• Create custom rules and improve results through the extended visibility of the Qosmos ixEngine, including recognition of enterprise protocols like LDAP, industrial IIoT/OT protocols, unique security metadata, and much more
• Focus the ruleset matching process on the relevant metadata instead of all packets

TECHNOLOGY

• C library designed to be embedded into applications
• Dedicated APIs for native integration with the Qosmos ixEngine
• Support for standard open source and industry rulesets with Suricata syntax
• Regular updates through open source and industry-recognized Suricata ruleset providers
• Lightweight: ~3 MB & ~15 KB per loaded rule
• Highly configurable to meet CPU and memory requirements
• YAML configuration file for optimal flexibility
• Cloud ready: Manage rulesets per tenant

OUR VERDICT

Enea’s Qosmos Threat Detection SDK is not merely an incremental upgrade to existing security solutions; it is a strategic evolution tailored for the complexities of modern network architectures. Its introduction to the market is timely, addressing the critical needs of agility, precision, and scalability in protecting against threats in both on premises and cloud-centric networks. With the integration of the Qosmos TD SDK, double packet processing is eliminated, parsing speed is accelerated, and traffic insights are vastly expanded to fuel next-generation threat detection and custom rule development.

ABOUT ENEA

Enea is a world-leading specialist in software for telecom and cybersecurity. The company’s cloud-native solutions connect, optimize, and secure services for fixed and mobile subscribers, enterprises, and the Internet of Things. More than 100 communication service providers and 4.5 billion people rely on Enea technologies every day. Enea’s Qosmos technology is the most widely deployed Deep Packet Inspection (DPI) technology in cybersecurity and networking solutions. With 75% market share, it is the de facto industry standard for embedded Traffic Intelligence in cybersecurity and networking. Enea Qosmos products classify traffic in real-time and provide granular information about network activities. Enea also offers IDS-based threat detection capabilities as an SDK, enabling easy and tight integration with cybersecurity solutions while remaining highly flexible and scalable. Enea is headquartered in Stockholm, Sweden, and is listed on Nasdaq Stockholm.

Learn more at www.enea.com

The post PRODUCT REVIEW: ENEA QOSMOS THREAT DETECTION SDK appeared first on Cybersecurity Insiders.

The Certified Cloud Security Professional (CCSP) is a highly respected cybersecurity certification that addresses the needs of professionals and employers for robust and adaptable cloud security expertise. As cyber threats continue to escalate, the demand for skilled cloud security professionals surges, and the CCSP offers a rigorous, vendor-neutral program designed to bridge this talent gap.

What are the biggest barriers holding back cloud adoption in your organization?

The ongoing lack of qualified cybersecurity talent with the necessary knowledge and experience continues to be the most critical barrier to faster cloud adoption (37%). This is followed by legal and regulatory compliance issues (30%) and data security and leakage risks (29%). [Source: 2023 Cloud Security Report produced by Cybersecurity Insiders]

The CCSP demonstrates professionals have the advanced technical skills and knowledge in securing data, applications, and infrastructure in the Cloud. This vendor-neutral certification not only showcases a solid foundational understanding of pivotal cloud security concepts but also demonstrates the holder’s adaptability across different scenarios and platforms. It’s an ideal certification for IT and information security professionals seeking to prove their proficiency in cloud security and protecting critical assets in the Cloud.

ADDRESSING THE CYBERSECURITY TALENT SHORTAGE

The cybersecurity sector is confronted by a pressing talent shortage, as highlighted by the ISC2 Cybersecurity Workforce Study 2023. With the proliferation of multi-cloud deployments, the complexity of securing these environments, together with the demand for certified professionals, has surged. CCSP-certified professionals come equipped with the expertise to implement best practices in cloud security architecture, design, and operations to effectively protect cloud environments against ever evolving security threats.

DISTINGUISHING FEATURES

The ISC2 Certified Cloud Security Professional (CCSP) credential is a testament to the certified professional’s deep understanding and expertise in cloud security.

Here is a highlight of the unique features that make this certification stand out:

  1. Vendor-Neutral Approach: CCSP champions a vendor-neutral perspective, emphasizing industry best practices and ensuring seamless cloud security expertise across multi-cloud or mixed cloud environments.
  2. Rigorous Requirements: Unique in its requirement for cloud experience (1 year), IT experience, and information security experience, the CCSP stands apart in its rigorous standards.
  3. Accreditation: The CCSP certification is accredited by ISC/IEC/ANAB for internationally recognized cloud standards, such as ISO/IEC 17024, 17788, 17789, 27017, and 27018.
  4. Continuous Learning: CCSP mandates ongoing professional education, ensuring that certified professionals remain current on emerging threats, technologies, regulations, standards, and practices.

BENEFITS OF CCSP CERTIFICATION

With the CCSP from ISC2, professionals are not just gaining a title; they are showcasing a specialized, in-demand skill set in the evolving cloud security landscape. Here are some of the key benefits that accompany this achievement:

  1. Career Progression: The CCSP certification can significantly elevate your professional stature, opening doors to new opportunities and higher visibility within the industry.
  2. Versatile Skills: With its vendor-neutral focus, CCSP imparts skills that can be applied across different technologies and methodologies.
  3. Credibility: The certification demonstrates a solid foundation to protect against cyber threats effectively.
  4. Networking: As an ISC2 member, professionals gain access to a robust peer network, exclusive resources, educational tools, and networking opportunities.
  5. Higher Compensation: CCSP certification can lead to higher compensation. Certification Magazine’s 2023 survey lists average salaries of $137,100 (U.S.) and $115,150 (globally).
  6. Expanded Knowledge Base: Certified professionals develop a deeper and broader understanding of the Common Body of Knowledge (CBK®) in cybersecurity.

“Cloud is in the present and it will be here in the future. Every company will always have a footprint in the Cloud. The CCSP is a credential that, as a cybersecurity professional, you need to invest in. It is an asset that will serve you for years.” Panagiotis Soulos Global Information Security Manager Intrum, Athens, Greece

PATH TO CERTIFICATION

  1. JOIN ISC2 AS A CANDIDATE: Begin your CCSP journey with ISC2 membership. Candidates get perks like 20% off training and 30-50% off textbooks. Start here: isc2.org/candidate
  2. ACQUIRE THE NECESSARY EXPERIENCE: CCSP requires at least five years of cumulative, full-time experience in IT, with three years in information security and one year in one or more of the six domains in the current ISC2 CCSP Exam Outline: (1) Cloud Concepts, Architecture, and Design, (2) Cloud Data Security, (3) Cloud Platform and Infrastructure Security, (4) Cloud Application Security, (5) Cloud Security Operations, (6) Legal, Risk, and Compliance.

    Without the experience? Pass the CCSP exam and become an Associate of ISC2, then gain the required experience within six years.

  3. STUDY FOR THE EXAM: ISC2 offers numerous self-study resources to help candidates prepare. Some CCSP candidates pass the exam through self-study, while others opt for Official ISC2 Training to refresh their knowledge.
  4. PASS THE EXAM: The CCSP exam has 150 questions with a four-hour time limit.
  5. COMPLETE ENDORSEMENT: After passing the exam, candidates have nine months to complete the ISC2 endorsement process.
  6. MAINTAIN CERTIFICATION: Certified ISC2 members recertify every three years by earning CPE credits and paying an annual maintenance fee (AMF) to support
    ongoing professional development.

CCSP TRAINING OPTIONS

ISC2 collaborates with global partners to deliver Official CCSP Training tailored to different learning styles and preferences.

Their Online Self-Paced Training utilizes AI for a personalized adaptive learning experience, complete with engaging materials and progress analytics.

The Online Instructor-Led option offers domain-focused content via live sessions, fostering collaboration in a virtual classroom, while the Classroom format provides in-person, small group sessions facilitated by ISC2 Authorized Instructors.

For more details on training options, visit https://www.isc2.org/training/ccsp-training

“Certification from widely recognized bodies like ISC2 clarifies factual information versus opinion. In cloud security, it’s important to provide recommendations based on facts supported by data. The CCSP Common Body of Knowledge (CBK®) is a great source of information in that respect.” – Vanessa Leite Principal Strategy and Consulting CyberCX, Wellington, New Zealand

OUR VERDICT

In an era where cloud security is paramount, the CCSP certification is ideal for professionals seeking to validate their expertise and for organizations in search of competent cloud security experts. With its stringent standards, continuous learning approach, and comprehensive training options, the CCSP is indisputably the leading cloud security certification that adds immense value to cybersecurity professionals. Successfully passing the exam proves the certified professional’s advanced understanding and technical capability to effectively design, manage, and protect data, applications, and infrastructure in the Cloud using best practices, policies, and procedures.

ABOUT ISC2

ISC2 is an international nonprofit membership association focused on inspiring a safe and secure cyber world. Best known for the acclaimed Certified Information Systems Security Professional (CISSP®) certification, ISC2 offers a portfolio of credentials that are part of a holistic, pragmatic approach to security. Our association of nearly 500,000 members, associates and candidates strong, is made up of certified cyber, information, software and infrastructure security professionals who are making a difference and helping to advance the industry.

For more information about CCSP certification and training, contact an Education Consultant in your region:

Americas | +1.866.331.4722 ext. 2 | Email: training@isc2.org
Europe, Middle East, and Africa | +44 203 960 7800 | Email: info-emea@isc2.org
Asia-Pacific | +852.5803.5662 | Email: isc2asia@isc2.org
www.isc2.org

The post REVIEW: ISC2 CERTIFIED CLOUD SECURITY PROFESSIONAL (CCSP) CERTIFICATION appeared first on Cybersecurity Insiders.

WithSecure, previously F-Secure for Business, has established itself as a leader in the cybersecurity sector since its inception in 1988. With a global footprint spanning Europe, North America, and Asia Pacific, the company has shown robust growth, especially in its cloud solutions segment, which saw a 34% increase in ARR from 2020 to 2021. Catering to over 100,000 corporate customers through a network of more than 7,000 partners, WithSecure has honed its focus on corporate security, a strategic shift from its previous broader scope that included consumer security under the F-Secure brand. This reorientation aligns with the rapidly changing cyber threat landscape and the growing importance of digitization in business.

This review will focus on WithSecure’s innovative approach to tackling current and emerging cybersecurity challenges. We will examine its suite, encompassing Elements Vulnerability Management, Elements Cloud Security Posture Management, Elements Collaboration Protection, Elements Detection and Response, and Elements Endpoint Protection, and how these align with the critical cybersecurity framework of Predict, Prevent, Detect, and Respond. By doing so, we will highlight how WithSecure’s solutions not only respond to immediate threats but also proactively adapt to protect against future vulnerabilities in an increasingly dynamic digital world.

WithSecure’s Comprehensive Cybersecurity Services

WithSecure™ offers a diverse array of cybersecurity solutions tailored for modern business needs, encompassing managed services, consulting, the Elements suite, and cloud protection.

  • WithSecure Elements – The Elements suite is a modular and comprehensive cybersecurity solution offering end-to-end protection. It includes applications for endpoint protection, detection and response, vulnerability management, and cloud security, adaptable to specific business needs.
  • Managed Services – WithSecure’s managed services and managed detection and response handle cybersecurity operations, including continuous monitoring, threat detection, and incident response, relieving businesses from the intricacies of cybersecurity management.
  • Consulting Services – The consulting division provides expert guidance in cybersecurity strategy, risk management, and compliance, helping businesses navigate complex cybersecurity landscapes and regulatory requirements.
  • Cloud Protection – Specializing in cloud security, WithSecure’s services focus on securing cloud environments, managing cloud security posture, and ensuring compliance, crucial for businesses utilizing cloud-based operations. WithSecure also offers a Cloud Protection for Salesforce solution, designed to prevent attacks via files and URLs uploaded to Salesforce Clouds.

WithSecure’s range of services reflects its commitment to delivering versatile and robust cybersecurity solutions, catering to the diverse and evolving needs of the business landscape.

A Deep Dive into WithSecure Elements

The WithSecure™ Elements product suite is a comprehensive cybersecurity solution including vulnerability management, patch management, endpoint protection, endpoint detection and response technologies, Microsoft 365 coverage, and cloud security posture management. The Elements product suite offers end-to-end business and cloud coverage, aiming to provide a resilient business environment in today’s dynamic business landscape​​.

Key solutions in the WithSecure™ Elements suite include:

  1. Elements Endpoint Protection: This platform offers multi-layer anti-malware and anti-ransomware technology, integrated and automated patch management, application control, hardware encryption management, and enhanced ransomware protection with rollback capabilities​.
  2. Elements Endpoint Detection and Response: This includes automated threat identification and analysis, access to expert assistance from WithSecure’s threat hunters, identification of fileless attacks, automated response actions, and advanced investigation and response tools​.
  3. Elements Vulnerability Management: This involves agent and network-based vulnerability scanning, consolidated reporting, industry-standard vulnerability lists enhanced by WithSecure’s consultants, service configuration checks, and risk scoring for prioritization​.
  4. Elements Collaboration Protection: This secures M365 collaboration tools such as email, Sharepoint, Teams and OneDrive with features like seamless cloud integration, continuous scanning, advance email security and compromised account detection which securely checks users’ email addresses and instantly notifies of compromised accounts in the wild. Collaboration Protection also provides information about the severity of the compromised accounts, based on the type of information that was compromised.
  5. Elements Cloud Security Posture Management: This offers efficient detection of misconfigurations, threat model-informed checks, end-to-end use cases, intuitive views for understanding risk and security posture, and support for multi-cloud IT environments such as AWS and Azure​.

Moreover, WithSecure™ Elements features flexible pricing models and a modular structure, allowing businesses to tailor their cybersecurity packages to their specific needs​.

WithSecure Elements Endpoint Protection Platform

WithSecure’s Endpoint Protection platform is a key component of the WithSecure Elements suite, designed to provide comprehensive protection against a wide range of cyber threats, including malware, ransomware, and sophisticated attacks. This platform embodies a blend of advanced technology, ease of use, and integration with broader cybersecurity measures, making it a robust solution for modern businesses.

Core Features of WithSecure Endpoint Protection

  • Continuous Threat Protection: The platform ensures ongoing defense against known and unknown ransomware, malware, and viruses. This includes real-time monitoring and prevention of threats, ensuring uninterrupted protection of endpoints.
  • AI-Powered Security: Utilizing artificial intelligence, WithSecure’s Endpoint Protection can identify and counteract the most sophisticated forms of malware and ransomware. This AI capability enhances the platform’s effectiveness in recognizing and responding to new and evolving threats.
  • Automated Patch Management: An integral part of the platform is its automated patch management system. This feature keeps OS patches and third-party software up-to-date, addressing vulnerabilities promptly and reducing the window of opportunity for attackers to exploit outdated software.
  • Layered Ransomware Protection: The platform offers multi-layered defense mechanisms specifically against ransomware. This includes enhanced control over data and applications, ensuring that critical assets are safeguarded even in the event of an attack. WithSecure Rollback provides a further layer of protection to Elements Endpoint Protection, allowing you to restore original files and settings on a device in the rare event that defenses are unable to prevent a successful attack.
  • Autonomous Operation: Designed for minimal manual intervention, the Endpoint Protection platform automates many of the routine tasks associated with cybersecurity. This reduces the workload on IT staff and ensures a consistent security posture.
  • Broad Platform Coverage: WithSecure’s solution covers a wide range of operating systems and devices, including Mac, Windows, Linux computers and servers, and mobile devices. This broad coverage ensures that organizations can protect all their endpoints, regardless of the underlying platform.
  • Integration with Third-Party Solutions: The Endpoint Protection platform can connect easily with third-party SIEM (Security Information and Event Management) management or reporting solutions. This interoperability allows for seamless integration into an organization’s existing cybersecurity infrastructure. WithSecure Elements API provides an interface to access the WithSecure products through the REST API endpoints.
  • Advanced Attack Detection: The platform can swiftly and accurately detect advanced and targeted attacks, reducing the noise of false alerts and focusing on genuine threats.
  • Clear Attack Visualizations

WithSecure’s Endpoint Protection platform stands out for its comprehensive protection capabilities, AI-powered security, and automated operations. Its integration with the wider Elements suite and third-party solutions, along with its broad platform coverage, makes it a versatile and effective solution for safeguarding endpoints in today’s complex cybersecurity landscape.

WithSecure Elements Endpoint Detection and Response

WithSecure Elements Endpoint Detection and Response (EDR) is a critical component of the WithSecure Elements suite, designed to provide advanced capabilities for detecting, analyzing, and responding to cybersecurity threats, particularly sophisticated and targeted attacks. This solution is tailored to offer fast, efficient, and accurate responses to cyber incidents, making it a vital tool in the cybersecurity arsenal of modern organizations.

Key Features of WithSecure Elements EDR

  • Advanced Threat Detection: WithSecure EDR is engineered to detect sophisticated cyber threats that might evade traditional security measures. It specializes in identifying complex attack patterns and advanced threats, ensuring that organizations can respond to incidents that would otherwise go unnoticed.
  • Noise Reduction and Accuracy: A significant advantage of WithSecure EDR is its ability to minimize false positives (‘alert noise’), allowing security teams to focus on genuine threats. This accuracy ensures that the resources are dedicated to countering real, impactful threats.
  • Clear Visualization of Threats: Understanding the nature and scope of an attack is crucial. WithSecure EDR provides clear and intuitive visualizations of attack chains, making it easier for security teams to comprehend complex incidents and plan their response strategies accordingly.
  • Broad Set of Response Actions: The platform offers a wide array of response options to address various types of threats. This includes capabilities like automated host isolation, which enables organizations to quickly contain threats and prevent them from spreading across the network.
  • Swift and Accurate Response: The EDR platform is designed for rapid and precise action, ensuring that threats are addressed quickly and effectively. This rapid response capability is crucial in minimizing the potential damage from cyber incidents.
  • Comprehensive Protection: When combined with other Elements offerings, such as Endpoint Protection, Vulnerability Management, and Collaboration Protection, EDR provides a more holistic approach to cybersecurity.
  • Centralized Management: Managed through the One Security Center, it allows for streamlined control and oversight of cybersecurity operations across an organization.

WithSecure’s EDR platform offers a range of services designed to enhance threat detection and response capabilities for organizations, including:

  • Co-Monitoring Service
  • Expert Threat Investigation and Response: The platform “Elevate to WithSecure” provides on-demand access to WithSecure’s elite threat hunters and incident response experts. This team can offer in-depth analysis and actionable guidance for incidents detected by the EDR tool, ensuring that organizations have the expertise needed to respond effectively to complex threats​​.

WithSecure’s Elements Endpoint Detection and Response is a sophisticated and integral part of an organization’s cybersecurity strategy. It excels in detecting advanced threats, reducing false alerts, and providing clear visualizations of attack chains, all while offering a broad array of responsive actions. The integration with the broader Elements suite and the availability of expert support through co-monitoring and incident response services underscore its role as a comprehensive tool for modern cyber threat management.

WithSecure Elements Vulnerability Management

WithSecure Elements Vulnerability Management is a pivotal component of the WithSecure Elements suite, designed to address the critical aspect of identifying and managing vulnerabilities in an organization’s digital infrastructure. This solution plays a key role in preempting cyber threats by systematically identifying, assessing, and guiding the remediation of vulnerabilities.

Key Features of WithSecure Elements Vulnerability Management

The WithSecure Elements Vulnerability Management platform is equipped with several advanced features aimed at enhancing cybersecurity measures for organizations. Key features include:

  • Comprehensive Vulnerability Scanning: The platform provides thorough scanning capabilities, covering both agent-based and network-based assessments. This dual approach ensures that vulnerabilities are identified across a wide range of devices and environments.
  • Consolidated Reporting: It offers detailed, consolidated reports on each asset or device. This feature aids in providing a clear understanding of the security posture of various components within the network and highlights areas that require attention.
  • Enhanced Vulnerability Lists: Utilizing industry-standard vulnerability lists, further enhanced by WithSecure’s own research and consulting expertise, the tool ensures that the most current and relevant vulnerabilities are being tracked and addressed.
  • Service Configuration Checks: Beyond software vulnerabilities, the platform also checks for misconfigurations in services, a critical aspect often overlooked but essential for comprehensive security.
  • Risk Scoring and Prioritization: WithSecure Elements Vulnerability Management incorporates risk scoring, enabling organizations to prioritize remediation efforts based on the severity and potential impact of each identified vulnerability.
  • Integration with Elements Suite: As a part of the broader Elements suite, this vulnerability management tool benefits from seamless integration with other components like Endpoint Protection and Endpoint Detection and Response. This integration enhances the overall security strategy by providing a holistic approach to cyber defense.

Streamlined Management and Remediation

WithSecure Elements Vulnerability Management streamlines the management and remediation process of vulnerabilities, offering features that are designed to enhance efficiency and clarity in handling cybersecurity threats. Key aspects of this streamlined approach include:

  • Efficient Detection and Response: The tool facilitates efficient detection of vulnerabilities, saving time and resources for organizations.
  • Actionable Insights for Remediation: WithSecure Elements Vulnerability Management not only identifies vulnerabilities but also provides actionable insights for their remediation. This feature is crucial for quickly addressing security gaps and enhancing the overall cybersecurity posture.
  • Visual Reports for Administrators: The platform offers visual reporting tools that empower administrators to make informed decisions about security improvements. These reports can also serve as valuable evidence for auditors and regulators, demonstrating proactive vulnerability management.

WithSecure’s Elements Vulnerability Management is an essential tool in the cybersecurity toolkit of any modern organization. It excels in providing comprehensive vulnerability scanning, enhanced vulnerability tracking, and effective risk management and prioritization. Integrated within the WithSecure Elements suite, it works in conjunction with other cybersecurity components to offer a layered and robust defense against potential cyber threats. This solution not only identifies and assesses vulnerabilities but also guides organizations in efficiently remediating them, thereby strengthening their overall security posture.

WithSecure Elements Collaboration Protection

WithSecure Elements Collaboration Protection is a specialized component within the WithSecure Elements suite, focusing on securing collaborative environments, particularly those utilizing Microsoft 365. In an era where collaboration tools are integral to business operations, this solution plays a crucial role in safeguarding against threats that specifically target these platforms.

Elements Collaboration Protection is designed with several key functionalities to ensure comprehensive security for collaborative tools:

  • Phishing and Malware Defense: It is equipped to block phishing attempts and malicious content in Microsoft 365 environments, particularly targeting Outlook emails, tasks, and SharePoint. This feature is critical in preventing the most common vectors of cyber attacks in collaborative spaces.
  • Sandboxing and Analysis: Suspicious content is analyzed in an isolated sandbox environment. This approach allows for safe examination and neutralization of potential threats without risking the integrity of the actual operational environment.
  • Seamless Integration: The solution offers seamless integration with Microsoft 365, requiring no extra middleware or software. Its cloud-to-cloud deployment means it can be set up quickly and managed easily.
  • Behavioral Anomalies and Account Breach Detection: Trust in communication and collaboration tools is paramount. This feature of WithSecure Elements Collaboration Protection detects behavioral anomalies and identifies breached company accounts, enhancing the security of digital identities within an organization.
  • Rapid Cloud Deployment: The solution can be deployed from the cloud in just a few minutes, leveraging cloud-to-cloud integration. This rapid deployment is not only efficient but also minimizes disruptions to business operations.
  • Comprehensive Collaboration Coverage: It provides protection across all key Microsoft 365 collaboration capabilities, including Email (Exchange Online), SharePoint, Teams, and OneDrive.
  • Continuous File and URL Analysis: The solution continuously analyzes files and URLs within the Microsoft 365 ecosystem using sandboxing and machine learning-based heuristics. This continuous analysis is vital for detecting and neutralizing threats in real-time.
  • Compromised Account Monitoring: Collaboration Protection monitors external information sources to swiftly notify organizations of breached accounts, ensuring quick response to potential security incidents.

WithSecure’s Elements Collaboration Protection is a vital component for businesses leveraging collaborative tools, especially within the Microsoft 365 framework. Its blend of phishing and malware defense, advanced sandboxing techniques, seamless integration, and comprehensive coverage across collaboration platforms makes it an indispensable tool for safeguarding collaborative workspaces. This solution not only enhances the security of these environments but also instills confidence in their safe and secure use for daily business operations.

WithSecure Elements Cloud Security Posture Management

WithSecure Elements Cloud Security Posture Management (CSPM) is a critical component of the WithSecure Elements suite, specifically designed to enhance the security posture of cloud environments. As businesses increasingly migrate to the cloud, managing and securing these environments becomes paramount. Elements CSPM addresses this need by offering tools to identify and remediate potential security risks and misconfigurations in cloud infrastructures.

Elements CSPM is structured to provide comprehensive management and security oversight of cloud infrastructures:

  • Efficient Misconfiguration Identification: The solution enables efficient detection of misconfigurations in cloud settings, a common source of security vulnerabilities. By identifying these issues swiftly, it helps in preventing potential data leaks or attacks.
  • Risk Complexity and Inefficiency Reduction: WithSecure CSPM prioritizes remediation efficiently based on the level of risk and effort required. This feature assists organizations in focusing their resources on the most critical issues first.
  • Intuitive Views and Visual Reports: The platform provides intuitive views and visual reports, summarizing the security posture of cloud environments. These reports are not only useful for administrators in enhancing security measures but also serve as evidence for auditors and regulators.

Enhancing Cloud Security Management

Elements CSPM is designed to streamline and improve the management of cloud security risks:

  • Spotting Mistakes Before Attackers Do: By covering end-to-end use cases, the solution makes the daily job of managing cloud security easier. It helps organizations stay one step ahead by identifying potential security lapses before they can be exploited by attackers.
  • Actionable Insights for Quick Remediation: The solution offers actionable insights to quickly remediate identified misconfigurations. This proactive approach is key in maintaining a robust security posture in dynamic cloud environments.
  • Multi-Cloud and Multi-Company Management: Recognizing the complexity of modern IT environments, WithSecure CSPM is capable of managing multiple cloud infrastructures, including AWS and Azure, as well as offering multi-company management. This makes it a versatile tool for organizations operating in diverse and complex cloud environments.

WithSecure’s Elements Cloud Security Posture Management is an essential solution for businesses operating in the cloud. It addresses the critical need for continuous monitoring and management of cloud security risks. By providing tools for efficient detection, prioritization, and remediation of misconfigurations, coupled with intuitive reporting and insights, Elements CSPM plays a vital role in strengthening an organization’s cloud security posture. This solution not only helps in safeguarding cloud environments but also ensures that businesses can confidently leverage the benefits of cloud computing while minimizing security risks.

WithSecure Cybersecurity Management

A standout feature of the WithSecure Elements suite is its streamlined approach to cybersecurity management, exemplified by the Single Agent and One Security Center functionalities. These features are designed to simplify and enhance the efficiency of security operations for businesses.

Single Agent Architecture

The Single Agent architecture in WithSecure Elements represents a significant advancement in endpoint security. This approach minimizes the complexity typically associated with deploying multiple security agents on each endpoint. Instead, a single agent is responsible for various security functions, including real-time threat detection, response, and prevention. This unified agent architecture not only reduces the system overhead but also simplifies management and deployment, ensuring that endpoints are consistently protected without compromising performance.

Key benefits of the Single Agent include:

  • Simplified Deployment and Management: By consolidating multiple functionalities into a single agent, WithSecure Elements reduces the time and effort required for deployment and ongoing management.
  • Enhanced Performance and Reduced Overhead: A single, lightweight agent means less strain on endpoint resources, maintaining system performance while ensuring robust security.
  • Consistent Security Posture: With all security functions integrated into one agent, there’s a uniformity in security policies and response mechanisms across all endpoints.

Elements Security Center

The Elements Security Center is the central management console of the WithSecure Elements suite, offering a unified view and control over the entire cybersecurity landscape of an organization. This centralized platform streamlines the management of security policies, threat intelligence, incident response, and reporting.

Features of the Elements Security Center include:

  • Centralized Control and Visibility: Administrators can oversee and control the security posture of the entire organization from a single dashboard, enhancing decision-making and response times.
  • Simplified Incident Management: Elements Security Center allows for efficient tracking, investigation, and response to security incidents, all from a centralized location.

In summary, the Single Agent and Elements Security Center are foundational elements of the WithSecure Elements suite, embodying a philosophy of streamlined and efficient cybersecurity management. These features not only reduce the complexity of security operations but also empower organizations with enhanced visibility and control over their security infrastructure.

WithSecure Co-Security Services

WithSecure’s Co-Security Services are an integral part of their cybersecurity offerings, designed to extend and enhance the capabilities of organizations in managing and responding to cyber threats. These services represent a collaborative approach to security, where WithSecure works alongside the organization’s internal team, providing expert support and additional resources to bolster their cybersecurity efforts.

WithSecure Co-Security Services encompass several critical functions that collectively strengthen an organization’s security posture:

  • 24/7 Monitoring and Vigilance: Recognizing that cyber threats do not adhere to typical office hours, WithSecure offers round-the-clock monitoring of severe-risk detections. This continuous vigilance ensures that threats are identified and addressed promptly, providing comprehensive protection at all times.
  • Expert Threat Investigation: The service includes detailed validation and investigation of severe-risk detections by human threat analysts. This expert analysis is crucial for accurately identifying true positives that require immediate action, thereby reducing the time to respond to genuine threats.
  • Incident Escalation and Containment Advice: Confirmed attacks are escalated directly to the relevant representatives within the customer’s organization. The threat analyst also provides containment advice for fast and effective remediation, crucial for minimizing the impact of security incidents.
  • Flexible Escalation to Incident Response Services: Organizations have the option to escalate incidents to WithSecure’s Incident Response services, with or without a retainer. This flexibility ensures that businesses can access the level of support they need, tailored to the specific incident at hand.

Enhancing Organizational Security Capabilities

WithSecure’s Co-Security Services are designed to complement and extend the capabilities of an organization’s internal security team, delivering a range of benefits:

  • Extend the Security Team: The services effectively augment the organization’s security team by providing constant and instant access to WithSecure’s team of seasoned cybersecurity experts. This collaboration ensures that organizations are not alone in their cybersecurity endeavors.
  • Provide On-Demand Threat Response: With the option for 24/7 on-demand threat response, organizations can rely on WithSecure for expert threat investigation and response guidance whenever needed via the Elevate to WithSecure option. This immediate access to expertise is especially valuable in handling complex or rapidly evolving threats.
  • Minimize Attack Impact: With the support of elite threat hunters and incident response experts, organizations can stop even the most challenging attacks in their tracks, significantly minimizing potential damage.

WithSecure’s Co-Security Services represent a proactive and collaborative approach to cybersecurity, offering organizations the expertise and support needed to effectively manage and respond to cyber threats. By providing continuous monitoring, expert analysis, and flexible response options, these services enable organizations to enhance their security posture and respond more effectively to incidents, ensuring a more resilient and secure operational environment.

Conclusion

In conclusion, WithSecure™ emerges as a formidable player in mid-market cybersecurity, with a robust portfolio of products designed to address the complex and evolving challenges in the digital landscape.

At a time where cyber threats evolve rapidly, WithSecure’s holistic cybersecurity approach, encapsulating the core principles of Predict, Prevent, Detect, and Respond, provides a robust and comprehensive defense strategy. With elements like Vulnerability Management and Cloud Security Posture Management for prediction, Collaboration Protection and Endpoint Protection for prevention, and Endpoint Detection and Response for both detection and rapid response, WithSecure offers an integrated suite that not only anticipates and shields against potential threats but also swiftly identifies and mitigates any breaches, ensuring a resilient and secure digital ecosystem for organizations navigating the complex cyber landscape.

For more information, visit https://www.withsecure.com/en/home

The post Future-Proofing Cybersecurity: A Deep Dive into WithSecure’s Innovative Mid-Market Security Solutions appeared first on Cybersecurity Insiders.

Compromised credentials stand as the predominant cause of data breaches, underscoring the urgency for organizations to bolster their defenses. It’s crucial to acknowledge that, often, the only barrier separating an attacker from an organization’s most precious resources is the strength and security of its passwords. These compromised passwords not only pose a security risk but also jeopardize regulatory compliance, leading to potential operational and reputational damage.

Enzoic for Active Directory addresses this pressing issue head-on. It enhances initial and ongoing password security to meet compliance standards like NIST 800-63b, thereby mitigating risks and elevating an organization’s overall security stance. This solution review explores how Enzoic serves as a foundational tool for organizations, focusing on an often-underestimated vector of cyber vulnerability.

What negative consequences have organization experienced due to unauthorized access to sensitive data, applications, or systems in the past 12 months? In the State of Authentication Security Report, cybersecurity professionals reported that the reallocation of IT resources for incident response and remediation was the most immediate negative impact (28%), followed by system or service downtime (26%) and increased helpdesk workload (24%).

Enzoic for Active Directory goes beyond traditional password filters and security measures by offering a real-time, dynamic solution for maintaining password integrity within an Active Directory (AD) environment. By integrating directly with your existing AD infrastructure, it offers an additional layer of security that is often missing. What sets it apart is the power of an in-house threat intelligence team backed by machine learning, which continuously updates a massive database of compromised credentials.

Traditional password security solutions, such as Microsoft’s Entra ID, typically focus on enforcing strong password policies at the time of password creation, but they often miss the forest for the trees. The real issue is keeping up with the ever-changing landscape of compromised credentials, and this is where Enzoic shines. Their solutions fills a critical gap by continuously monitoring and validating not just newly set passwords, but also existing ones, thus securing the very foundational layer of your cybersecurity framework. This feature is a prerequisite for meeting leading compliance standards.

KEY FEATURES

Enzoic offers a cutting-edge solution for safeguarding your credentials with a range of exceptional features. Let’s explore how Enzoic stands out with continuous credential security, broad threat intelligence, and a seamless user experience.

1 – Continuous Credential Security: Enzoic sets itself apart by offering continuous screening against a database containing billions of compromised username and password pairs found on the Dark Web. This not only addresses newly created passwords but also identifies and remediates any existing vulnerable passwords that become compromised over time.

2 – Expansive Threat Intelligence: A dedicated in-house threat research team utilizes proprietary, powerful tools to scour the surface internet and Dark Web. This allows Enzoic to capture the most in-depth data sets, making its threat detection one of the most robust in the market. Moreover, this database is continually updated, ensuring that users can remediate swiftly before breaches occur.

3 – Great User Experience: While some solutions add friction at the user and admin level by incorporating more layers of authentication, Enzoic operates invisibly behind the scenes. This not only enables users to select stronger, more secure passwords but also reduces the workload for help desk support.

KEY BENEFITS

Enzoic’s continuous scanning and automated alerting system ensures that compromised or weak passwords are identified in real time. This contributes to a tangible enhancement in the overall security posture, fulfilling both compliance requirements and internal security benchmarks. The real power of Enzoic for Active Directory is in its simplicity and efficiency.

Within minutes of deployment, it starts offering:

• Streamlined Compliance: Companies striving to meet NIST 800-63b, HITRUST, or other leading industry compliance standards can automatically enforce compliance within their environment using Enzoic.

• Proactive ATO Prevention: By continuously monitoring passwords against a live database, Enzoic actively prevents Account Takeover (ATO) attacks, one of the leading causes of data breaches.

• Audit Efficiency: Real-time reports and alerting make it significantly easier to comply with auditing requirements.

• Resource Optimization: By automating the most labor-intensive aspects of password security, IT departments find a significant reduction in the time and resources needed for maintenance.

SOLUTION DELIVERY

The Enzoic solution is offered as a software-based plugin that integrates seamlessly into existing AD Domain Controllers. Optional endpoint agents are also available that provide users with specific instructions during password resets. If a user attempts to set a password that doesn’t meet policy requirements, they are guided on what adjustments need to be made for their password to align with policy, thereby enhancing the user experience and ensuring compliance.

In most cases, Enzoic for Active Directory can be up and running in under an hour, a testament to its userfriendly design. Enzoic for Active Directory operates on a subscription model, including a self-serve option with a free startup plan covering up to 20 users. The subscription cost is directly tied to the number of accounts that need protection. For specific pricing, you can refer to the official pricing page.

FINAL THOUGHTS

In a rapidly evolving cybersecurity landscape, Enzoic for Active Directory offers an agile, robust, and user-friendly solution to the ever-present challenge of compromised credentials. Its standout features like continuous credential security, expansive threat intelligence, and a minimalistic approach to user experience make it a highly recommended choice for any organization looking to fortify its first line of defense—passwords.

ABOUT ENZOIC

Enzoic is an enterprise-focused cybersecurity company committed to preventing account takeover and fraud through threat intelligence monitoring. Organizations can use Enzoic solutions to screen customer and employee accounts for exposed passwords, credentials, and PII to identify accounts at risk and mitigate
unauthorized access.

Learn more about Enzoic at: info@enzoic.com | www.enzoic.com

The post SOLUTION REVIEW: Enzoic for Active Directory appeared first on Cybersecurity Insiders.

In cybersecurity, the arms race between defenders and attackers never ends. New technologies and strategies are constantly being developed, and the struggle between security measures and hacking techniques persists. In this never ending battle, Carl Froggett, the CIO of cybersecurity vendor Deep Instinct, provides an insightful glimpse into the changing landscape of cyber threats and innovative ways to tackle them.

A changing cyber threat landscape

According to Froggett, the fundamental issue that many organizations are still grappling with is the basic hygiene of technology. Whether it’s visibility of inventory, patching, or maintaining the hygiene of the IT environment, many are still struggling.

But threats are growing beyond these fundamental concerns. Malware, ransomware, and the evolution of threat actors have all increased in complexity. The speed of attacks has changed the game, requiring much faster detection and response times.

Moreover, the emergence of generative AI technologies like WormGPT has introduced new threats such as sophisticated phishing campaigns utilizing deep fake audio and video, posing additional challenges for organizations and security professionals alike.

From Signatures to Machine Learning – The Failure of Traditional Methods

The security industry’s evolution has certainly been a fascinating one. From the reliance on signatures during the ’80s and ’90s to the adoption of machine learning only a few years ago, the journey has been marked by continuous adaptation and an endless cat and mouse game between defenders and attackers. Signature based endpoint security, for example, worked well when threats were fewer and well defined, but the Internet boom and the proliferation and sophistication of threats necessitated a much more sophisticated approach.

Traditional protection techniques, such as endpoint detection and response (EDR), are increasingly failing to keep pace with these evolving threats. Even machine learning-based technologies that replaced older signature-based detection techniques are falling behind. A significant challenge lies in finding security solutions that evolve as rapidly as the threats they are designed to combat.

Carl emphasized the overwhelming volume of alerts and false positives that EDR generates, revealing the weaknesses in machine learning, limited endpoint visibility, and the reactive nature of EDR that focuses on blocking post-execution rather than preventing pre-execution.

Machine learning provided a much-needed leap in security capabilities. By replacing static signature based detection with dynamic models that could be trained and improved over time, it offered a more agile response to the evolving threat landscape. It was further augmented with crowdsourcing and intelligent sharing, and analytics in the cloud, offering significant advancements in threat detection and response.

However, machine learning on its own isn’t good enough – as evidenced by the rising success of attacks. Protection levels would drop off significantly without continuous Internet connectivity, showing that machine learning based technologies are heavily dependent on threat intelligence sharing and real-time updates. That is why the detect-analyze-respond model, although better than signatures, is starting to crumble under the sheer volume and complexity of modern cyber threats.

Ransomware: A Growing Threat

A glaring example of this failing model can be seen in the dramatic increase of ransomware attacks. According to Zscaler, there was a 40% increase in global ransomware attacks last year, with half of those targeting U.S institutions. Machine learning’s inadequacy is now becoming visible, with 25 new ransomware families identified using more sophisticated and faster techniques. The reliance on machine learning alone has created a lag that’s unable to keep pace with the rapid development of threats.

“We must recognize that blocking attacks post-execution is no longer enough. We need to be ahead of the attackers, not trailing behind them. A prevention-first approach, grounded in deep learning, doesn’t just block threats; it stops them before they can even enter the environment.” added Carl.

The Deep Learning Revolution

The next evolutionary step, according to Froggett, is deep learning. Unlike machine learning, which discards a significant amount of available data and requires human intervention to assign weights to specific features, deep learning uses 100% of the available data. It learns like humans, allowing for prediction and recognition of malware variants, akin to how we as humans recognize different breeds of dogs as dogs, even if we have never seen the specific breed before.

Deep learning’s comprehensive approach takes into account all features of a threat, right down to its ‘DNA,’ as Froggett described it. This holistic understanding means that mutations or changes in the surface characteristics of a threat do not confound the model, allowing for a higher success rate in detection and prevention. Deep learning’s ability to learn and predict without needing constant updates sets it apart as the next big leap in cybersecurity.

Deep Instinct utilizes these deep learning techniques for cybersecurity. Unlike traditional crowd-sourcing methods, their model functions as if it’s encountering a threat for the first time. This leads to an approach where everything is treated as a zero-day event, rendering judgments without relying on external databases.

One interesting aspect of this deep learning approach is that it isn’t as computationally intensive as one might think. Deep Instinct’s patented model, which operates in isolation without using customer data, is unique in its ability to render verdicts swiftly and efficiently. In contrast to other machine learning-based solutions, Deep Instinct’s solution is more efficient, lowering latency and reducing CPU and disk IOPS. The all-contained agent makes their system quicker to return verdicts, emphasizing speed and efficiency.

Deep Instinct focuses on preventing breaches before they occur, changing the game from slow detection and response to proactive prevention.

“The beauty of our solution is that it doesn’t merely detect threats; it anticipates them,” Froggett noted during our interview. Here’s how:

  1. Utilizing Deep Learning: Leveraging deep learning algorithms, the product can discern patterns and anomalies far beyond traditional methods.
  2. Adaptive Protection: Customized to the unique profile of each organization, it offers adaptable protection that evolves with the threat landscape.
  3. Unprecedented Accuracy: By employing state-of-the-art deep learning algorithms, the solution ensures higher accuracy in threat detection, minimizing false positives.

Advice for Security Professionals: Navigating the Challenging Terrain

Froggett’s advice for security professionals is grounded in practical wisdom. He emphasizes the need for basic IT hygiene such as asset management, inventory patching, and threat analysis. Furthermore, the necessity of proactive red teaming, penetration testing, and regular evaluation of all defense layers cannot be overstated.

The CIO also acknowledges the challenge of the “shift left” phenomenon, where central control in organizations is declining due to rapid innovation and decentralization. The solution lies in balancing business strategies with adjusted risk postures and focusing on closing the increasing vulnerabilities.

Conclusion: A New Era of Prevention

The current trajectory of cybersecurity shows that reliance on machine learning and traditional techniques alone is not enough. With the exponential growth in malware and ransomware, coupled with the increased sophistication of attacks using generative AI, a new approach is needed. Deep learning represents that revolutionary step.

The future of cybersecurity lies in suspending what we think we know and embracing new and adaptive methodologies such as deep learning, leading into a new era of prevention-first security.

 

The post The Evolution of Security: From Signatures to Deep Learning appeared first on Cybersecurity Insiders.

In the world of digital transactions, electronic signatures have become indispensable. As companies continue to make the shift from paper-based workflows to digital ecosystems, the need for secure, compliant, and user-friendly e-signature solutions is more pressing than ever.

One company that has carved out a leadership space in this domain is OneSpan. In this review, we’ll explore OneSpan’s unique take on solving the e-signature challenge, offering robust electronic signature solutions that not only accelerate digital transformation for clients but also pave the way to enable secure, efficient, and trust-based customer relationships.

The Evolution of e-Signatures

E-signatures have evolved from simply being an efficiency tool to becoming crucial for enhancing customer experience and operational productivity, especially amid the shift towards digital-first and mobile-first business strategies. Initially designed to streamline laborious paper-based processes, e-signatures have transformed into vital assets for customer-facing roles and organizations. This shift gained momentum due to the COVID-19 pandemic, making digital signatures not just convenient but essential for conducting business in today’s world.

Superior User Experience

OneSpan’s primary differentiator is its commitment to providing a secure and user-friendly experience designed to drive adoption of electronic signatures. OneSpan’s approach is fundamentally different in how it engages with the user. While you often might not see their name explicitly, OneSpan powers the e-signature capabilities of giants like Standard Chartered and RBC, fully integrated and white-labeled within these trusted platforms. This private-labeling strategy allows client brands to stay front and center during the entire e-signing process and aligns with the company’s philosophy that adoption is best achieved when users trust the entity they’re interacting with.

Complete Electronic Signature Platform

OneSpan Sign extends far beyond the act of capturing an electronic signature, offering a complete solution suite including secure electronic signature, identity verification, strong authentication, secure collaboration and video conferencing including remote online notarization and immutable storage.. It comes with a rich out-of-the-box user interface, eliminating the need for businesses to develop their own, thereby saving both time and money. In addition, there’s a Sender GUI that enables manual, sender-driven transaction management, offering an alternative to traditional system-generated transactions. Not only does OneSpan offer its product as a subscription service to enterprises, they also cater to SMB customers in a scalable and cost-effective manner.

Ease of Integration Accelerates Digital Transformation

OneSpan Sign seamlessly integrates with clients’ current systems, enabling a quick transition to digital workflows no matter the business size. With an open REST API and fully supported SDKs, integration is quick and efficient.

OneSpan Sign comes with pre-built connectors for popular applications such as Salesforce, Workday, and Microsoft Dynamics 365. This means minimal coding or IT resources are required to integrate digital signing into clients’ daily business applications and allowing users to sign documents through a variety of channels, including mobile devices, online portals, and even call centers.

Architecture & Deployment: Flexibility at Its Core

One of the standout features of OneSpan Sign is its flexible architecture, which is divided into two main components. The OneSpan Platform serves as the product’s core, handling transactional and business logic. Then there is the OneSpan Sign Application, the user-facing part of the product that can be accessed via a graphical user interface (GUI), APIs, SDKs, or connectors. This two-tiered architecture ensures a streamlined user experience and offers the flexibility needed to adapt to different organizational requirements.

Scalable and Versatile Enterprise-Grade Solution

OneSpan prides itself on being an enterprise-grade solution. In an industry filled with niche vendors and segmented point products, OneSpan’s comprehensive capabilities set it apart.

A notable feature of OneSpan is its ability to scale applications to meet the varying needs of different transaction types. Whether it’s a mortgage application requiring a 30-year commitment or a simple in-store loan at IKEA, OneSpan’s platform adjusts the level of assurance required. This adaptability makes the platform not just user-friendly but also incredibly versatile. According to Alexander Kiesswetter, CIO at Raiffeisen: “We wanted to innovate and simplify the customer experience. With OneSpan, we were able to do that.”

Additionally, the global footprint of OneSpan allows the company to serve different markets, accommodating varying legal frameworks for e-signatures. OneSpan serves 60 of the top 100 global banks, which speaks volumes about its capabilities and solutions quality.

Strong Identity Assurance

In the wake of the increased remote interactions due to the pandemic, the challenge of establishing identity and trust online became critical. OneSpan addresses this by incorporating identity and trust functionalities directly into its product. This focus on verification ensures that businesses can trust that they are interacting with who they claim to be, providing varied levels of assurance based on the type of transaction. OneSpan Sign employs a plethora of identity , ranging from government ID and biometric verification to SMS one-time passcodes and knowledge-based authentication. This assures that signers are who they claim to be, bolstering the integrity of each transaction.

Security: A Commitment to Trust

Security is a cornerstone of OneSpan Sign’s offering. The platform ensures the integrity of the documents being signed as well as the transactional workflow. Each document is protected by digital signature encryption and a tamper-evident seal, providing robust digital evidence to confirm that a document has not been altered during the signing process. This is in addition to comprehensive audit trails, to ensure that your e-documents are not just secure but also compliant with laws like UETA, ESIGN, and eIDAS. This level of evidence is particularly crucial in highly regulated industries, such as banking, where security and compliance is not an option but a necessity.

The platform undergoes regular updates to counteract vulnerabilities and supports a wide array of platforms, operating systems, and browsers without compromising on security standards.

Compliance

Another critical dimension is compliance. From GDPR in Europe to CCPA in California, each jurisdiction presents its unique set of regulations affecting identity, data, signatures, and much more. A large part of digital signature adoption is driven by industries with high levels of regulatory or compliance requirements, such as banking. Whether it’s a consent form from a customer or maintaining records for legal reasons, OneSpan aims to serve these diverse compliance needs effectively.

The platform maintains comprehensive audit trails to facilitate easy verification and legal compliance. OneSpan Sign is compliant with various regulations like ESIGN, UETA, and eIDAS, and has also obtained certifications like FedRAMP, SOC 3 Type II, ISO/IEC 27001 and HIPAA.

The Future of Digital Signatures

The future of digital signatures is poised for transformation, driven by advances in artificial intelligence (AI), blockchain technology, and changing perceptions of what constitutes consent and agreements. OneSpan predicts that AI will be pivotal for fraud detection and user productivity, enhancing security while also making form-filling more contextually relevant. Blockchain will also play an important role, providing immutable, transparent digital storage of not just documents but a range of digital artifacts, like PDFs and smart contracts throughout the lifespan of the agreement

This evolutionary trajectory indicates that digital signatures are set to become an integral part of a more complex, secure, and user-friendly digital experience.

The concept of ‘signing’ is expected to extend beyond traditional documents to include various mediums like web pages and voice messages. By investing in these emerging technologies and redefining what constitutes an ‘agreement,’ companies like OneSpan are leading the charge in shaping a future where the e-signature landscape is far more dynamic than it is today.

Our Verdict

OneSpan Sign stands out as a versatile, secure, and highly integrable electronic signature solution. Its emphasis on strong identity verification, advanced security protocols, and a user-friendly experience make it a favored choice for businesses in highly regulated industries.

In an industry filled with competitors, OneSpan distinguishes itself through a secure, private-labeled, and user-friendly experience designed to drive adoption. Its focus on security, compliance, identity verification, and scalability makes it an enterprise-grade solution capable of serving varied and complex needs. This capability has earned OneSpan the trust of the world’s most demanding financial institutions, solidifying the company’s status as a leader in the e-signature space.

For more information, visit: https://www.onespan.com/

The post OneSpan Sign: Delivering Digital Trust in a Changing World appeared first on Cybersecurity Insiders.

As the networking landscape rapidly shifts with data, applications, and infrastructure migrating to the cloud, Enea, a leader in telecom and cybersecurity, has launched its Qosmos Threat Detection SDK. This SDK addresses the limitations of conventional intrusion detection systems (IDS), which struggle to meet the evolving demands of cloud-based, multifunction security platforms.

Filling the Gap in Conventional IDS

Traditional IDS platforms have become increasingly important as traditional network perimeters disappear, but they often fall short in terms of scalability and performance in modern cloud environments. Enea’s Qosmos Threat Detection SDK offers a comprehensive approach to IDS that meets both technical and functional threat detection requirements. It combines Suricata’s industry-leading IDS functionalities with Enea’s Qosmos ixEngine, thereby eliminating the need for double packet processing and significantly accelerating parsing speed.

Performance and Scalability

The SDK doubles the performance by leveraging Enea’s Qosmos ixEngine for packet acquisition and parsing. By optimizing resources, it vastly expands traffic insights, providing significantly higher native throughput than traditional IDS systems.

Jean-Pierre Coury, Vice President of Enea Traffic Intelligence, added, “Faced with the performance and scale requirements of today’s cloud-centric, multifunction IT platforms, traditional IDS/IPS systems are falling behind. Enea Qosmos Threat Detection SDK meets these challenges with a threat detection engine delivered in the format of a software development kit capable of tight integration with third-party solutions, easy customization, and radically improved cybersecurity performance.”

Enhanced Accuracy and Customizability

One of the SDK’s key features is its full traffic visibility, even into encrypted communications. Coupled with enhanced parsing capabilities, this significantly reduces both false negatives and false positives. The SDK allows for the easy creation of custom rulesets, providing cybersecurity solution developers with more accurate and rapid threat detection capabilities.

Roy Chua, Founder and Principal at AvidThink, added, “Modern cybersecurity models rely heavily on DPI. A strong DPI engine not only enables better network traffic visibility but also provides the data needed to create custom rules specific to each environment.”

Simplified Integration and Deployment

Designed with cybersecurity software developers in mind, the Qosmos Threat Detection SDK allows for tight integration into various cybersecurity solutions while maintaining flexibility and scalability. It supports standard rulesets with Suricata syntax, making deployment easier. The SDK also makes Qosmos ixEngine metadata available in rule syntax, further improving threat detection and simplifying integration.

To learn more please visit: https://www.enea.com/solutions/dpi-traffic-intelligence/threat-detection-sdk/

 

The post Enea Unveils Qosmos Threat Detection SDK to Boost Network Security appeared first on Cybersecurity Insiders.