Author: Usama Amin

Quick answer: Security service edge (SSE) is a set of security services delivered from the cloud that protects users wherever they work. It combines three core capabilities: a secure web gateway (SWG) for safe internet access, a cloud access security broker (CASB) for SaaS applications, and zero trust network access (ZTNA) for private applications. SSE is the security half of SASE. SASE adds networking, mainly SD-WAN, to the same security services. Our comparison of SASE vs SSE explains which one you need. Security Service Edge (SSE), first introduced by Gartner in early 2021, is a single-vendor, cloud-centric, converged solution that accelerates…

Quick answer: Yes. Multicloud deployments are more complicated than using a single provider, but the complexity is manageable with planning. The main difficulties are inconsistent security controls, fragmented visibility, data spread across platforms, and the wider range of skills required. Standardizing identity, monitoring and policy across clouds removes most of the pain. See multi-cloud management for the tooling and CSPM for multicloud for the security side. If you haven’t learned it yet, multicloud deployment is not something you can improvise. Now, companies that didn’t make solid plans in the first place need real solutions. According to a SAS-sponsored report titled…

Intelligent automation (AI) is changing the way companies operate in almost every sector of the economy. After all, these smart automation technologies can capture, analyze, and make use of vast amounts of information and can automate entire workflows and processes. These tools range from routine to revolutionary, with lots of learning and adapting as they go. One thing is certain; Intelligent automation is helping companies transcend traditional performance and achieve levels of quality and efficiency like we’ve never seen before. The problem is that a large number of organizations are underestimating the importance of this type of digital transformation. In fact, a McKinsey study found…

Meta kill chain model is based on the principle that, fundamentally, if you are running an online operation, no matter what you plan to do with it, some commonalities will apply. Meta researchers say their Online Operations Kill Chain framework offers a common taxonomy for understanding the threat landscape and detecting vulnerabilities. So, check out Meta’s new kill chain model. In April 2014, Lockheed Martin revolutionized the cyber defense business by publishing a seminal white paper Intelligence-Driven Computer Network Defense Informed by Analysis of Adversary Campaigns and Intrusion Kill Chains. This paper triggered a new wave of thinking about digital adversaries, specifically, nation-state advanced…

Quick answer: The Cyber Kill Chain is a model developed by Lockheed Martin that breaks a cyber attack into seven stages: reconnaissance, weaponization, delivery, exploitation, installation, command and control, and actions on objectives. Defenders use it to detect and stop an attack as early in the sequence as possible. It is often used together with other frameworks. Compare it with MITRE ATT&CK and the Diamond Model of Intrusion Analysis, or read more about the first stage, reconnaissance. Cyber ​​security is one of the main issues that organizations are struggling with every day. In fact, according to Accenture, 68% of business…

An organization’s DNS systems can be a gateway for intruders looking to exfiltrate sensitive data without raising alarms. Knowing what’s at stake and how to protect against DNS tunneling can stop attacks before they start. What is DNS? DNS stands for Domain Name System and is a service that translates domain names into corresponding IP (Internet Protocol) addresses. On the Internet, each device connected to the network has a unique IP address that is used to identify and communicate with it. However, IP addresses are difficult to remember and can change frequently. This is where DNS comes into play, providing a domain name…

Legacy application modernization occurs when an outdated application is updated or rebuilt to work effectively in modern runtime environments and with other applications. Legacy applications were made with now-outdated technologies that make the application difficult to update, improve, and transport. These applications are often slow to replace with a more modern version because they are essential to an organization’s business operations. Reasons organizations undertake modernizations rather than purchasing or building a completely new application include: There is no application on the market that meets all of an organization’s needs. The application is a fundamental part of an organization’s product portfolio. There are security regulations…

When scientists want to do things like harness the power of molecules during photosynthesis, they won’t be able to do it using regular old computers. They need to use quantum computers, capable of measuring and observing quantum systems at the molecular level, as well as solving the conditional probability of events. Basically, quantum computers can perform billions of years of computation over the course of a weekend – and unravel some of the world’s most complex problems in the process.  What is quantum computing?  Quantum computing is a process that uses the laws of quantum mechanics to solve problems that are too…

How is your network really doing? A network security tool will let you know. After all, network security tools, which use advanced analytics to optimize and automate network management, are becoming an essential component in every network team’s toolkit.  Network security was once seen as a routine IT responsibility. “This attitude essentially reduced the guarantee to a checkbox,” says SQL Server consultant Mark Varnas. As companies have become increasingly data-driven, this superficial approach has stopped working. IT leaders needed better control of their network to enhance their data capabilities.  And these tools are more than a simple investment in technology. “They are a strategic decision that…

Intelligent Document Processing (IDP) is a cutting-edge technology that revolutionizes the way organizations handle document processing. By automating the extraction and processing of data from various types of documents, IDP eliminates the need for manual data entry, resulting in improved accuracy, efficiency, and productivity. With the ability to handle both structured and unstructured documents such as invoices, contracts, forms, and emails, IDP offers a comprehensive solution for organizations across industries. It streamlines document-centric processes by leveraging artificial intelligence (AI)-powered algorithms that can understand and interpret complex information from documents. The benefits of IDP extend beyond simple data extraction. It encompasses…