To understand the impact that stovepipes have on incident response, one need look no further than the 9/11 terrorist attacks that occurred in the United States. The CIA, DoD, and FBI all knew about the Al Qaeda terror threats before the planes hit the World Trade Center, but the 9/11 Commission found that a lack of data and intelligence sharing among the agencies limited each agency’s understanding of the looming terrorist threat; thereby, limiting their incident response.

Today’s organizations face ransomware, malware, and other cyber attacks, and managed service providers (MSPs) need an incident response plan (or “IRP”) to mitigate against these threats. In a recent survey of 200 MSPs, 74% of respondents said they have suffered a cyber attack, and 83% noted their small and medium-sized business (SMB) customers experienced one as well. Yet, with an incident response plan (IRP), MSPs can protect themselves and their customers against cyber attacks.

Every second counts when it comes to Managed Service Provider (MSP) security — the longer it takes an MSP to complete security incident response, the greater the ramifications of the incident on the service provider and its stakeholders. When faced with a cyber attack, it’s crucial to understand the potential consequences of the security incident. It also is paramount for an MSP to establish a plan, so it can quickly and effectively respond to cyber attacks and other security incidents.

Extended Detection and Response (XDR) is a new security technology that promises to change the way security organizations operate, and introduce important efficiencies to day-to-day processes. In particular, XDR is expected to have a huge impact on incident response teams. In this article, we’ll explain the basics of XDR, show how it addresses incident response challenges, and how it can transform traditional processes in the SOC.

Artificial Intelligence for ITOps (AIOps) can help accelerate incident response with all the incident context, impact assessment, triage data and collaboration & automation tools at one place.

Alert Response as Code is Interlink’s software-based, programmatic model for identifying incident alerts and driving an automated response. IT teams can automate the triggering of recovery processes that would otherwise involve running individual, manual steps across multiple applications, devices and operating systems.

As Denmark’s largest power, utility and telecommunications company servicing 1.5 million customers, Norlys understands the need for fast response to security alerts. When the company first started, the Norlys security team built their own log analytics and incident response capabilities from the ground up. This homegrown approach presented challenges, including manual workflows, too many repetitive tasks and difficult-to-maintain processes.