Tata Consultancy Services Australia and New Zealand’s Post

#RemoteWork, #BYOD, and #CloudComputing dynamics are changing. But also beware of hackers changing their methods for #CyberAttack/#RansomwareAttacks. Cybersecurity Solutions Review discusses how #cybersecurity is evolving here: #informationtechnology #authentication #technology https://bit.ly/36XiPNm

Zero Trust Security: Protect your business applications and valuable data with Zero Trust architecture. Prevent unauthorized access, defend against breaches and stop lateral movement with Zero Trust framework. (Source: SonicWall) Remote work, the growth of BYOD, employee mobility, and the use of cloud-based applications are all on the rise, and perimeter-based security just isn’t enough to protect your enterprise in this new, hyper-distributed era. Least Privilege access allows organizations to secure sensitive resources by only giving trusted users access to what they need and reducing the lateral movement of threats throughout a network. Learn more how we can help you decrease cybersecurity risks. Contact us: https://lnkd.in/g2bTcKxY Call us: 201.255.7377 #business #security #cmitsolutions #itmanagement #cyberthreats #ransomware #cybersecurity #zerotrust #zerotrustsecurity #businesscontinuity #databreaches #remotework #hybrid #cloudapplications #privilegedaccess

Palo Alto Networks to acquire Talon Cyber Security: Palo Alto Networks has entered into a definitive agreement to acquire Talon Cyber Security, a pioneer of Enterprise Browser technology. Talon’s Enterprise Browser provides a solution that, combined with Prisma SASE, will enable users to securely access business applications from any device, including mobile and other non-corporate devices. “While BYOD offers an advantage for productivity, it is also a source of significant security risk. Talon’s Enterprise Browser empowers security teams with deep visibility and control … More → The post Palo Alto Networks to acquire Talon Cyber Security appeared first on Help Net Security.

Some thoughts about Identity Protection. As the saying goes, Identity is the new perimeter. With the generalization of BYOD, work from anywhere, SaaS applications and the adoption of Cloud Computing, traditional security strategies heavily based on network protection became inadequates. Firewall is not enough. Network used to be the perimeter to protect. Now, Identity is. Companies need to make sure that resources are accessibles for those who need them, and at the same time, make sure that only legitimate access is allowed. This is a considerable challenge. The first thing is to raise security awareness for all people involved, employees regardless of their roles, customers, partners, etc. There is no silver bullet and no tool can guarantee complete protection in the face of imprudent/risky habits. Then, some techniques, tools and practices should be implemented: sensible password policies, MFA, device management, endpoint security, Just-In-Time and Just enough access, periodic access reviews, security monitoring and auditing, conditional access based on cues like network, geolocation device, access time, access level... #identitysecurity #cyberdefense

#RemoteWork, #BYOD, and #CloudComputing dynamics are changing. But also beware of hackers changing their methods for #CyberAttack/#RansomwareAttacks. Cybersecurity Solutions Review discusses how #cybersecurity is evolving here: #informationtechnology #authentication #technology https://bit.ly/36XiPNm

🔐 Worried about data breaches and unauthorized access to your company's SaaS apps and sensitive information? ! 🚀✨ #Why should companies adapt ZTDA to secure SaaS Apps and Data? Zero Trust Data Access (ZTDA) constitutes a fundamental aspect of the wider Zero Trust security framework, which entails limiting data access. The Zero Trust security approach follows the principle of “never trust, always verify,” regardless of where access is granted. 1. Changing Threats: Traditional security methods built on a border are becoming less useful. With the rise of remote work, Bring Your Own Device (BYOD) rules, and the use of SaaS, the old network boundary is almost nonexistent. 2. The number of businesses using SaaS is growing: Many businesses are now “SaaS-first” or rely significantly on various SaaS apps for daily operations. 3. Data-Centric Approach: Instead of focusing on network or device security, ZTDA protects data at its source. ZTDA helps DLP by ensuring that only authenticated and allowed users can view specific data sets. 4. Minimized Insider Threats: Because ZTDA doesn’t automatically trust any person, the chance of insider threats is reduced. 5. Granular Access Control: ZTDA supports the concept of least authority. Users and tools can only see the information they need. 6. Continuous Monitoring and Real-Time Response: Data access monitoring is often available in real-time in ZTDA systems. . 7. Integration with DLP Tools: ZTDA solutions often work well with dedicated DLP tools. 8. Compliance with regulations: Many businesses have to follow rules that say private data must be kept safe. 9. Reduced Attack Surface: ZTDA lowers the overall attack surface by verifying every access request and making sure that each request comes from a known and verified source. This makes it harder for attackers to find weaknesses. #DataSecurity #cyber #security #ZTDA

Endpoint security is a complex challenge, with various potential pitfalls such as misconfigured devices, inadequate encryption, limited visibility into endpoints, and lax identity and access management policies. In the post-pandemic era, the proliferation of remote work has expanded an organization's digital footprint, making it more vulnerable to security threats. A survey from August 2023 highlights that 50% of IT security professionals identify user negligence and carelessness as the primary obstacles to effective endpoint security. Other significant concerns include BYOD devices, insider threats, and shadow IT. These findings emphasize that human factors, including motivations and shortcuts, play a significant role in compromising endpoint security. https://lnkd.in/gixp5d5Y https://lnkd.in/dyDhxQJW

- Scope 🔭 : VPNs extend the corporate network to remote users, effectively placing them inside the network. ZTNA, on the other hand, focuses on securing access to individual resources and operates on a "per-application" or "per-resource" basis. - Access Control ✋ : VPNs often provide broad network access to remote users, essentially granting them full access to the network. ZTNA enforces a least-privilege model, allowing access to specific resources or applications based on user and device attributes. - Network Visibility 👁 : VPNs typically provide full network visibility and access. ZTNA hides resources from unauthorized users, providing better protection against lateral movement and insider threats. - Security Posture 🔐 : ZTNA evaluates the security posture of both users and devices before granting access, ensuring that they meet certain security requirements. - Scalability and Flexibility 🌟 : ZTNA is more scalable and flexible as it can be implemented without granting broad network access, making it suitable for BYOD and contractor scenarios. In summary, ZTNA is a security model that focuses on securing individual resource access based on the principle of "never trust, always verify." It differs from VPNs by providing a more granular, secure, and scalable approach to network access control. ZTNA is particularly well-suited for modern, cloud-centric, and mobile work environments. #ZTNA #VPN #Cybersecurity #TechnologyTrends

Endpoint security is a complex challenge, with various potential pitfalls such as misconfigured devices, inadequate encryption, limited visibility into endpoints, and lax identity and access management policies. In the post-pandemic era, the proliferation of remote work has expanded an organization's digital footprint, making it more vulnerable to security threats. A survey from August 2023 highlights that 50% of IT security professionals identify user negligence and carelessness as the primary obstacles to effective endpoint security. Other significant concerns include BYOD devices, insider threats, and shadow IT. These findings emphasize that human factors, including motivations and shortcuts, play a significant role in compromising endpoint security. https://lnkd.in/gkQBiZKN https://lnkd.in/eCj9SgY2