Secure Access Service Edge is a new cybersecurity framework that looks to incorporate the modern needs of an organization given the shift in environment and threats.
The introduction of SASE has been largely driven by a significant change in an organization’s environment and the digital adoption of cloud-based infrastructure, which has resulted in the perimeter largely evaporating, surfacing a company’s endpoints.
Zero trust is one of the key principles behind SASE and it essentially asks organizations to not trust any entity, whether internal or external, requiring you to authenticate them any time they interact with your environment. This takes out the guesswork of differentiating between trusted and non-trusted entities. ZTNA refers to a class of technology that carries this out in practice.
Next Gen Secure Web Gateway delivers web security from the cloud, protecting cloud services, applications, websites, and data for any user, location, or device. It is a cloud- based web security solution that prevents malware, detects advanced threats, filters by category, protects data, and controls app use for any user, location, device. It unifies our industry-leading CASB, SWG, and DLP into common policy controls with custom reporting and rich metadata for ad-hoc queries.
Confidently adopt cloud applications and services, without sacrificing security. CASB solution enables you to quickly identify and manage the use of cloud applications, regardless of whether they are managed or unmanaged. Prevents sensitive data from being exfiltrated from your environment by risky insiders or malicious cybercriminals who have breached your perimeter
Secure all ports and protocols with cloud-based firewall rules for user and office egress traffic with central administration, global access with NewEdge data centers, and single pass Secure Access Service Edge (SASE) architecture built into the Netskope Security Cloud. FWaaS enables consolidation, less complexity, and lower cost of operations
In a world where the network perimeter is no longer delineated nor secure, devices within the corporate network can no longer be blindly trusted. With increasingly advanced threats, a rapid transition to remote work, and the proliferation of cloud services and IoT devices, Zero Trust is now gaining traction worldwide. Users and devices must be dynamically and continuously authenticated and verified, with access to resources restricted according to least privilege principles.
But since Zero Trust is all about verification, how can you verify that all of your users, devices, and systems are following the framework? How do you know whether one of these controls is compromised? Network detection and response (NDR) can accelerate adoption of an effective Zero Trust framework by enhancing the IT visibility organizations need to get going. They can continually monitor and safeguard network traffic, validate policy enforcement, and support enhanced collaboration between traditionally siloed teams.
A next generation firewall (NGFW) is, as Gartner defines it, a deep-packet inspection firewall that moves beyond port/protocol inspection and blocking to add application-level inspection, intrusion prevention, and bringing intelligence from outside the firewall.
EDR stands for Endpoint Detection and Response. It is a type of cybersecurity technology that is used to detect and respond to threats on individual devices or endpoints within a network. XDR stands for Extended Detection and Response. It is a newer type of cybersecurity technology that builds on the capabilities of Endpoint Detection and Response (EDR) solutions by incorporating data from other security tools and sources, such as network and cloud security tools, into a single, centralized platform.
XDR solutions aim to provide more comprehensive threat detection and response capabilities by analyzing data from multiple sources and correlating it to identify potential threats across the entire IT environment, rather than just on individual endpoints. This allows security teams to gain a more holistic view of their organization's security posture and respond more quickly and effectively to threats. In addition to EDR capabilities, XDR solutions may include features such as threat intelligence, user and entity behavior analytics (UEBA), and automated response actions. XDR is seen as a more advanced and integrated approach to threat detection and response, offering improved visibility, context, and automation compared to traditional EDR solution
An Application Delivery Controller (ADC) is a type of network device that helps optimize the delivery of applications to end users. ADCs are often used in data centers to load balance traffic across multiple servers, improve application performance, and increase the availability and security of applications.
Overall, ADCs play a critical role in ensuring that applications are delivered quickly, securely, and reliably to end users, which is essential for modern businesses and organizations that rely on applications to power their operations.
DDoS (Distributed Denial of Service) protection refers to the measures taken to protect a network or website against a DDoS attack. A DDoS attack is a type of cyber attack where a large number of computers or internet-connected devices are used to flood a network or website with traffic, overwhelming the servers and making the network or website inaccessible to legitimate users.
Email security refers to the measures taken to protect email communication and data from unauthorized access, theft, and cyber threats such as phishing, malware, and spam. As email is a primary mode of communication for businesses, organizations, and individuals, email security is critical to protecting sensitive information and maintaining data privacy.
Alliance Partner identifies network devices, validates details, and provides precise descriptions. It also monitors each asset’s metadata in real-time, collecting attributes such as:
Dedicated asset views make it easy to visualize, find and drill down on OT device information. Industrial operators can easily add more details such as location and site.
Our solution helps you identify all communicating assets on your networks. It incorporates extensive asset information including name, IP and MAC address, type, serial number, firmware version and components.
Our solution helps you detect vulnerable OT and IoT assets to prioritize remediation. It utilizes the U.S. government’s National Vulnerability Database (NVD) for standardized naming, description and scoring.
Our solution helps you identify IoT cybersecurity and process reliability threats. It integrates comprehensive threat and risk monitoring from behavior-based anomaly detection and signature-based threat detection.
Our uses a powerful combination of active and passive asset discovery for enhanced IoT device tracking, vulnerability assessment and security monitoring. Its strategies cover typical IoT protocols as well as a wide range of OT devices.
The (SaaS) platform leverages the power and simplicity of the cloud to deliver unmatched security and visibility across your OT, IoT, and IT networks. It was specifically designed to scale across multiple sites containing a large number of IoT devices.
Industrial networks contain thousands of OT and IoT devices from a variety of vendors. Unfortunately, most of those devices aren’t designed for the level of security required in an IIoT world. Many ICS devices are in fact insecure by design – lacking authentication, encryption, and other security standards that typically apply to IT applications and systems.
Which leaves you wondering – which devices on my network are vulnerable and in need of special protection? And, which ones require firmware updates or other actions to close the door on cyber risks?
Our solution addresses this operational challenge by automatically identifying your system vulnerabilities.
Utilizing the U.S. government’s NVD (National Vulnerability Database) for standardized naming, description and scoring, it rapidly determines which devices are at risk.
To help your security team prioritize high level exposure points, the solution displays all vulnerabilities by vendor, severity level and more in a dedicated view. Plus, it offers drilldown on each vulnerability for deeper troubleshooting and remediation assistance.
While malware and other high profile cyberattacks get a lot of attention, the SANS Institute reports that more than 40% of ICS professionals rank accidental incidents as a top threat vector.
Examples include device configuration errors, default or weak passwords and disabling security software on a company laptop.
In addition to implementing cybersecurity best practices, two other things are needed to thwart accidental or unintentional cyber incidents – detection and counter response.
Our solution proactively identifies cyber risks that threaten the security of your industrial control systems.
Defend your critical assets from cyber-attack with powerful and easy-to-use Privileged Session Management capabilities. Achieve cybersecurity compliance requirements and monitor privileged session activity, all while increasing IT admins’ productivity and enabling and easy control over privileged access.
We offer IT leaders a powerful solution to manage, control and audit access to network assets with strong security posture ensuring that only the right person has access to the right IT resources. We offer
Eliminate the need for user accounts with elevated permissions thanks to innovative endpoint privilege management. Achieve unparalleled security across all endpoints with permissions controlled at the application and process level – without impacting user productivity.
Unify, Secure, and Simplify User Access
Simplify and secure access to key business applications from a centralized platform. Protect strategic assets, increase efficiency and productivity, and improve user experience for both application users and administrators. Features Include:
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