As a managed service provider, you can never sit still. Change is constant, whether it’s the technology, business needs, or clients’ expectations. And while MSPs are accustomed to the churn, this time it’s different. Businesses are digitizing their assets and moving to the cloud, governments continue to layer on more data regulations, security threats are on the rise, and the pandemic has turned traditional office culture on its head.
Today’s organizations utilize a multitude of solutions to create, share and manage their sensitive content. That business reality is exacerbated by additional cloud file storage solutions that result from acquisitions, competing employee preferences, or shadow IT initiatives. So, it’s no surprise IT teams struggle to manage and control document and file system sprawl.
Cloud-based business models such as infrastructure as a service and software as a service have balloon in popularity, gaining mainstream acceptance in recent years. Cloud providers benefit from superior economic models that scale while also reducing their development risk and complexity. However, with success comes attention, so it’s only logical that criminals have emulated these models.
Vigilant companies continuously review risks and their cybersecurity postures. They deploy active defense-in-depth measures and utilize the latest malware detection and mitigation techniques. However, there is one type of vulnerability that tends to fall through the cracks—insider threats. That’s because IT organizations often believe it’s management’s problem to address, while managers believe IT groups have insider threats under control.
Egnyte’s content lifecycle management solution gives customers full control and flexibility over content at all stages of its lifecycle, from migration of data into Egnyte to managing retention, archival and deletion, and end of life content. Unlike point solutions, Egnyte provides a robust product suite that addresses consolidation of content across repositories, management of content within Egnyte, and content that should be archived. Here's a quick recap of what’s included.
Egnyte now offers email scanning and classification of Microsoft Online Exchange emails and attachments. This is a critical capability for organizations that need to deploy consistent document classification and governance across all documents, whether they exist in an Egnyte cloud repository, with other cloud providers, or on premises.
Egnyte stores, analyzes, organizes, and secures billions of files and petabytes of data from millions of users. On average, we observe more than a million API requests per minute. As we scale, we have to address challenges associated with balancing throughput for individual users and delivering exceptional quality of service. For example, some Egnyte hosted content that is publicly shared (via our share file and folder links feature) can suddenly go viral.
The past year and a half has posed unprecedented challenges to society, at every level. For companies adjusting to a more distributed workforce, with newly remote workers and no central place of business to anchor their teams, the corresponding flood of unmanaged content and shadow IT has been a serious test of their organizational fortitude. For these companies, business-critical content can go unchecked, dispersed between the cloud and corporate hard drives—a scenario known as content sprawl.
The AEC industry is very familiar with good risk management. Whether it is managing safety risk, financial risk, legal risk, or project risk, AEC firms are adept at identifying, prioritizing and mitigating risk. Today, the risk of ransomware seems high, with a steady stream of news stories about the latest company to fall victim to an attack. But is it high for everyone in every industry?
Security Information and Event Management (SIEM) technology provides visibility across an organization's information security systems by collecting and correlating events from logs across many different sources. Security analysts use tools like a SIEM to go “threat hunting”. By correlating disparate events across systems, they can often detect Indicators of Compromise (IoC’s) that may otherwise go unnoticed on individual systems.
