The pandemic has accelerated digital transformation and telework on a scale never seen before. Employees are working from anywhere and collaboration in the cloud has skyrocketed. But this new environment has expanded the cyber attack surface, compromising critical U.S. infrastructure and lives of our citizens. The recent slew of major cyber attacks including SolarWinds, Microsoft Exchange and Colonial Pipeline, has moved cybersecurity improvements to the top of the agenda for the U.S.

The Financial Times hosted an excellent event recently, at which I joined Naina Bhattacharya, CISO for Danone; Manish Chandela, Group CISO for Unipart and Florence Mottay, Global CISO for Ahold Delhaize, to discuss cloud security. The FT’s Dan Thomas moderated and the panellists all shared some excellent and candid insights into cloud threats and security strategies within their organisations.

To ensure Outpost24 stays at the forefront of cybersecurity technology we conduct regular research into new innovations, and LEXIS High Performance Computing (HPC) is one of them. Outpost24 was instrumental in contributing and providing the “Security-By-Design” and “Zero-Trust” principles to creating the secure LEXIS Cloud-HPC-Big Data platform, and in this blog we explore the zero-trust fundamentals for which the LEXIS portal has been designed.

The following is an excerpt from Netskope’s recent book Designing a SASE Architecture for Dummies. This is the fifth in a series of seven posts detailing a set of incremental steps for implementing a well-functioning SASE architecture. Now that your organization is smarter about its traffic, able to see what’s going on, and able to enforce policies to secure its data, you can realize the promise of a remote-first workforce.

In the cybersecurity field, Zero Trust is becoming a widely used model. Data breaches taught organizations to stay cautious regarding security, especially when it comes to information protection - and a Zero Trust model may be the best option. Nobody, including clients inside the firewall, should be trusted, per Zero Trust. Internal threats are a huge concern. And for many attackers, penetrating the barrier is a simple operation, thanks to easy access to leaked credentials.

If you are new to the security world, it is fair to ask yourself, “Isn’t access to data and systems always conditional? Isn’t it always granted to someone who has access to the credentials (ID and password)?” True enough, but in totality, the approach to managing access encompasses a broader spectrum of privacy policies. These policies include a mix of different strategies that can be applied based on an organization’s security vulnerabilities.

The following is an excerpt from Netskope’s recent book Designing a SASE Architecture for Dummies. This is the fourth in a series of seven posts detailing a set of incremental steps for implementing a well-functioning SASE architecture. This is when you’ll begin to put NG-SWG to work as you lay the foundation of your SASE. Fortunately, the capabilities needed to set things right are built into NG-SWG.

Zero Trust Architecture (ZTA) means exactly that: compliance officers and IT security teams are trained to not trust any network activity, anywhere, at any given time — not even on the inside of their own computer network. Don’t panic; ZTA is not as difficult to work with as it sounds. It’s simply a different way of approaching cybersecurity. So let’s take a look at how it works.

Back in March, a hacking group known as DarkSide began a campaign on Colonial Pipeline’s IT network and billing systems. On May 7th, Colonial publicly announces the attack, shuts down servers and some pipelines and pays DarkSide $4.4M in ransom. On May 12th, Colonial restores operations and announces fuel delivery timelines amidst panic buying at gas stations.