Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

In today’s interconnected world, data has become the lifeblood of business success, driving innovation, customer engagement, and operational efficiency. As organizations embark on rapid digital transformation, the proliferation of cloud computing and mobile devices, stringent privacy regulations such as GDPR and CCPA, and the rise of disruptive technologies like AI all play a key role in guiding the direction.

The future of business technology leadership is being reshaped daily; by AI, cloud-native operations, decentralized decision-making, and rapidly shifting business demands. In this evolving landscape, titles matter less than mindset. Whether you’re a CIO, a VP of engineering, a security leader, or a digital transformation manager, the way you lead through technology is changing. What defines today’s most effective business technology leaders?

During the Netskope Threat Labs hunting activities, we came across a payload that led us to a multi-stage chain involving several custom PowerShell scripts, open source tools (such as Mimikatz and Rubeus), vulnerable drivers being exploited, and red team framework payloads (such as Havoc). After further investigation, we discovered these files were part of the arsenal of what seems to be an operator of a ransomware named “DOGE Big Balls,” a variant of the Fog ransomware.

The pace of innovation in generative AI has been nothing short of explosive. What began with users experimenting with public apps like ChatGPT has rapidly evolved into widespread enterprise adoption. AI features are now seamlessly embedded into everyday business tools, such as customer service platforms like Gladly, HR software like Lattice, and even social media networks like LinkedIn.

In my previous blog, I covered the essentials of data sovereignty as a data protection concern for security professionals across domains. Data protection and digital trust will be paramount in the future due to data sovereignty and regulatory compliance mandates. As the Internet of Things (IoT) expands exponentially, the resultant security and privacy risk nexus further requires a holistic approach to data protection centered on both personal and enterprise data protection strategies.

Data and proactive insights garnered therein are vital strategic assets in the modern digital era. Amidst this backdrop, global regulations notably starting with the European Union (EU) Global Data Protection Regulation (GDPR) have become the vanguard to: It’s important to note too, that data sovereignty enables individual ownership of data and supports individuals to fully control how it is used while assuring that their data is protected in compliance with local regulations.

Starting February 2025, Netskope Threat Labs has tracked and reported on multiple phishing and malware campaigns targeting victims searching for PDF documents on search engines. Once they open the PDFs, the attackers employ various techniques to direct these victims to malicious websites or trick them into downloading malware.

Networking and infrastructure and operations (I&O) teams often feel that they are facing contradictory challenges. They are expected to manually maintain the complex legacy infrastructure that keeps the business running, while also finding capacity and licence to help their organizations innovate at a time of rapid technological change.

With the rise of hybrid work and IoT, the demand for secure, scalable, and adaptive network access has never been greater. Traditional network access control (NAC) was built for on-premises environments, focusing on visibility, device compliance, and access control. But it no longer meets modern security demands. This blog explores the limitations of traditional NAC and how Netskope offers a more dynamic and comprehensive solution for universal zero trust network access (UZTNA).

Formula 1 teams operate under strict budget constraints designed to level the competitive field and compel teams to innovate in order to achieve maximum performance from a limited set of resources.