In a modern digitalized world that is fast paced, companies in any industry are changing how they receive and authenticate new clients. Digital onboarding has mostly substituted traditional onboarding, which used to be face to face, paper work consuming, and long waiting. The process uses technology to make customer sign-ups easier, efficient and offer a smooth customer experience without violating security and regulatory measures.
Surveillance cameras are supposed to protect assets and deter criminals, but they can easily become a liability if a hacker hijacks them. Luckily, if the organization has a robust security posture, this fate is relatively easy to avoid. What can information technology (IT) teams and business leaders do to secure these systems?
Many modern surveillance systems are constantly online to streamline data transmission and enable remote, real-time monitoring. This connection makes them vulnerable to cyberattacks. Cybercriminals can use the Shodan search engine to browse internet-connected devices until they find an open network port.
Small-business owners have likely read about using a firewall for their websites, installing antivirus software on computers and insisting on strong passwords. However, the most serious security threats may not come from where you think they will. Sometimes, everyday risks pose the biggest danger.
In addition to the massive technological changes with artificial intelligence (AI), criminals look for any slight advantage to gain access to data or your physical location. Here are some hidden areas you might not have considered before and how to secure them today.
Let's explore how a purpose-built digital workplace can eliminate obstacles, streamline workflows, and foster a connected culture—ultimately boosting productivity and morale across the board.
Artificial intelligence (AI) is rapidly changing the business landscape. Developments in these technologies have improved efficiency, streamlined tasks, and enhanced decision-making by optimizing processes, increasing productivity and delivering accurate insights. However, as beneficial as it has been, researchers and corporations are concerned about the technology’s carbon footprint.
In today's hyper-connected digital world, application security is more critical than ever. With the increasing number of cyber threats targeting software vulnerabilities, security testing has become a non-negotiable aspect of the software development life cycle (SDLC). Two of the most common and essential types of security testing are Static Application Security Testing (SAST) and Dynamic Application Security Testing (DAST). Each has its strengths, limitations, and ideal use cases.
Analytics systems powered by artificial intelligence (AI) could reshape the e-commerce sector’s traditional inventory management model, streamlining the order life cycle and preventing stockouts. Business leaders can raise their odds of success if they understand which applications are most impactful and how to navigate integration.
Major e-commerce platforms are experimenting with AI, creating novel opportunities for small and medium-sized businesses that cannot dedicate the time or funds to building an intelligent system from the ground up.
Global trade is complex. Even if you do not ship internationally, you likely rely on foreign suppliers, so events that happen halfway around the world can trickle down to you. What are you supposed to do when disruptions can happen anytime, anywhere? The answer is artificial intelligence. This technology can help you identify gaps, predict changes and find solutions.
AI Supercharging U.S. E-Commerce Counterfeit Crisis
An explosive new report, "The Counterfeit Buyer Teardown," paints a concerning picture of a rapidly evolving and increasingly sophisticated counterfeit goods market, driven by a new factor: Artificial Intelligence. Forget the back alleys; findings from the research—conducted by market research firm OnePoll and AI company Red Points in February 2025—highlight that the future of fakes is digital, AI-assisted, and alarmingly mainstream.
In today's business world, the health of IT hardware plays a critical role in daily operations. Even the most advanced systems experience wear and tear over time. Recognizing early signs of hardware failure helps IT professionals act before minor issues become major disasters. Here are 10 warning signs to watch for, plus strategies to respond effectively.
IT hardware is designed to operate quietly. Unusual sounds like clicking, grinding or high-pitched whirring often signal trouble. Hard drives, in particular, are prone to making clicking noises when their read/write heads malfunction.
