Organizations need a proven platform for zero trust. But before we dive into why that is the case, we must first answer two important questions.<\/p>\n

What is zero trust?<\/p>\n

Zero trust is a distinct architecture that provides secure connectivity based on the principle of least-privileged access. It inherently prevents excessive permissions, and gives users and entities access only to the specific IT resources they need in order to do their jobs. On top of that, zero trust means analyzing context to assess risk and determine whether or not to grant access, rather than using identity alone to do so. This is all achieved through a cloud platform that delivers zero trust connectivity as a service at the edge\u2014meaning from as close to the end user as possible. In short, think of a zero trust platform as an intelligent switchboard. <\/p>\n

Figure 1: Zero trust architecture with Zscaler<\/p>\n

What is zero trust not?<\/p>\n

Yesterday\u2019s perimeter-based architectures are built on firewalls and VPNs, which connect users to the networks that house resources rather than connecting them directly to the resources themselves. A commonly used name for such an architecture\u2014castle-and-moat\u2014illustrates the way that it is designed to function. That is, establishing a moat (perimeter) around a castle (network) in order to keep bad things out and good things in. However, if a threat makes it past the moat, there\u2019s no second line of defense to prevent the threat from entering the castle and having free rein to move about within it. In security terms, we call this lateral movement\u2014when a threat moves across network resources unrestricted. To read more about lateral threat movement and other shortcomings of perimeter-based architecture, you can read this ebook. <\/p>\n

Figure 2: Perimeter-based architecture<\/p>\n

Now that we understand zero trust as a distinct, cloud-delivered architecture, let\u2019s return to our original point that organizations need a proven platform for zero trust. Namely, a vendor\u2019s zero trust offering must be proven across the three key areas described below.<\/p>\n

Scalability<\/p>\n

When all of an organizations\u2019 traffic is routed through a zero trust vendor\u2019s cloud for security and connectivity, that cloud platform becomes a mission-critical service that must have the scalability necessary to ramp up with customers\u2019 evolving traffic volumes in real time. Without it, organizations\u2019 security and connectivity grind to a halt, taking productivity down with them. <\/p>\n

Additionally, a lack of scalability means that encrypted traffic typically goes at least partially (and sometimes completely) uninspected. This is because inspecting encrypted traffic is a resource-intensive process that requires a high level of performance. With 95% of web traffic now encrypted\u2014and cybercriminals hiding 86% of their attacks within it\u2014organizations must be able to inspect encrypted traffic at scale if they are to stop threats and data loss. <\/p>\n

One may assume that these scalability challenges only arise for larger organizations, but that is untrue. Without a proven zero trust platform that can scale, smaller organizations can also face these challenges, particularly as their businesses grow and their vendors need to ramp up services seamlessly. In other words, organizations of all sizes need a zero trust platform built on a cloud with proven scalability. <\/p>\n

Something you may not know about Zscaler is that our name stands for \u201czenith of scalability.\u201d Since our company was founded, we\u2019ve been committed to delivering unrivaled performance. The Zero Trust Exchange, the name of Zscaler\u2019s zero trust platform, is the world\u2019s largest inline security cloud. It boasts a variety of statistics and proof points that demonstrate its massive capacity for scale:<\/p>\n

150 data centers worldwide (not merely on-ramps or vPoPs)
\n400 billion requests processed each day
\n500 trillion telemetry signals analyzed daily
\n9 billion incidents and policy violations prevented each day
\n150 million cyberthreats blocked daily
\n250,000 unique security updates implemented each day <\/p>\n

So, when it comes to choosing a zero trust platform, why settle for anything less than the zenith of scalability? <\/p>\n

Figure 3: A snapshot of some of Zscaler\u2019s data centers around the world<\/p>\n

Resilience<\/p>\n

Business continuity planning for mission-critical services is a board-level priority for IT leaders. As mentioned previously, a zero trust platform\u2019s strategic inline position between users, workloads, apps, and more, makes it a mission-critical service. As such, organizations need to know that unforeseen events won\u2019t disrupt their vendor\u2019s services; otherwise, security, connectivity, and productivity will all suffer.<\/p>\n

Zscaler Resilience is a core component of the Zero Trust Exchange. It is a complete set of resilience capabilities that offers high availability and serviceability at all times. Customer-controlled disaster recovery features and other robust failover options ensure uninterrupted business continuity, even during catastrophic events. <\/p>\n

Zscaler offers the following capabilities for the following scenarios:<\/p>\n

For minor failures, such as node crashes or software bugs, Zscaler can effectively handle the issues with minimal customer interaction.
\nIn the event of brownouts or service degradation issues, Zscaler Resilience offers dynamic, performance-based service edge selection, customer-controlled data center exclusion, and other failover mechanisms to maintain seamless experiences for users.
\nFor blackouts or severe connectivity issues, Zscaler provides failover options to redirect traffic to secondary Zscaler data centers nearby, ensuring that users can continue to access mission-critical applications.
\nIf there are catastrophic events, Zscaler Resilience provides customer-controlled disaster recovery capabilities, allowing organizations to keep their operations running by routing traffic to private service edges and restricting access to critical applications. <\/p>\n

Figure 4: Zscaler Resilience functionality<\/p>\n

A history of customer success<\/p>\n

In addition to scalability and resilience, zero trust platforms must have demonstrated success with actual customers using their services. Organizations need to see the success stories of customers that are similar to them in terms of size, industry, and their security and connectivity challenges\u2014only then should they trust their vendor of choice. This is particularly true for bigger organizations because they need evidence that a zero trust platform can handle larger volumes of traffic and more rigorous performance requirements. <\/p>\n

At Zscaler, we have a litany of customer success stories available on our website in the form of videos, blogs, case studies, and press releases. Our company has demonstrated success with organizations of all sizes and in all geographies\u2014from small, 100-user organizations like the Commonwealth Grants Commission in Australia, to those with hundreds of thousands of users, like Siemens in Germany, and beyond, to the New York City Department of Education and the 1 million users it secures with the Zero Trust Exchange. Here are some more facts and figures that demonstrate our customers\u2019 trust and belief in our platform:<\/p>\n

Nearly 8,000 customers of all sizes, industries, and geographies
\nOver 41 million users secured by the Zero Trust Exchange
\nA Net Promoter Score of more than 70 (the average SaaS company\u2019s is 30)
\nMore than 40% of the Fortune 500 are customers
\nMore than 30% of the Global 2,000 are customers<\/p>\n

Below are some of our customers across a variety of industries. Each logo is associated with a public-facing customer success story that can be found on our website by typing the customer\u2019s name into the search feature. <\/p>\n

Figure 5: A snapshot of some Zscaler customers<\/p>\n

Where to go from here<\/p>\n

If you are still getting your feet wet with zero trust and would like to listen to an entry-level discussion on the subject, register for our monthly webinar, Start Here: An Introduction to Zero Trust. You may also want to read our ebook, 4 Reasons Firewalls and VPNs Are Exposing Organizations to Breaches.<\/p>\n

Or, if you would like to learn more about Zscaler Resilience and how the Zero Trust Exchange provides uninterrupted business continuity to customers, read our solution brief.\u00a0\u00a0<\/p>\n

\u200b<\/p>\n

Organizations need a proven platform for zero trust. But before we dive into why that is the case, we must first answer two important questions.<\/p>\n

What is zero trust?<\/strong><\/p>\n

Zero trust<\/a> is a distinct architecture that provides secure connectivity based on the principle of least-privileged access. It inherently prevents excessive permissions, and gives users and entities access only to the specific IT resources they need in order to do their jobs. On top of that, zero trust means analyzing context to assess risk and determine whether or not to grant access, rather than using identity alone to do so. This is all achieved through a cloud platform that delivers zero trust connectivity as a service at the edge\u2014meaning from as close to the end user as possible. In short, think of a zero trust platform as an intelligent switchboard.\u00a0<\/p>\n

\u00a0<\/p>\n\n

Figure 1: Zero trust architecture with Zscaler<\/em><\/p>\n

\u00a0<\/p>\n

What is zero trust\u00a0<\/strong>not<\/strong><\/em>?<\/strong><\/p>\n

Yesterday\u2019s perimeter-based architectures are built on firewalls and VPNs, which connect users to the networks that house resources rather than connecting them directly to the resources themselves. A commonly used name for such an architecture\u2014castle-and-moat\u2014illustrates the way that it is designed to function. That is, establishing a moat (perimeter) around a castle (network) in order to keep bad things out and good things in. However, if a threat makes it past the moat, there\u2019s no second line of defense to prevent the threat from entering the castle and having free rein to move about within it. In security terms, we call this lateral movement\u2014when a threat moves across network resources unrestricted. To read more about lateral threat movement and other shortcomings of perimeter-based architecture, you can read\u00a0this ebook<\/a>.\u00a0<\/p>\n\n

Figure 2: Perimeter-based architecture<\/em><\/p>\n

\u00a0<\/p>\n

Now that we understand zero trust as a distinct, cloud-delivered architecture, let\u2019s return to our original point that organizations need a proven platform for zero trust. Namely, a vendor\u2019s zero trust offering must be proven across the three key areas described below.<\/p>\n

\u00a0<\/p>\n

Scalability<\/strong><\/p>\n

When all of an organizations\u2019 traffic is routed through a zero trust vendor\u2019s cloud for security and connectivity, that cloud platform becomes a mission-critical service that must have the scalability necessary to ramp up with customers\u2019 evolving traffic volumes in real time. Without it, organizations\u2019 security and connectivity grind to a halt, taking productivity down with them.\u00a0<\/p>\n

\u00a0<\/p>\n

Additionally, a lack of scalability means that encrypted traffic typically goes at least partially (and sometimes completely) uninspected. This is because inspecting encrypted traffic is a resource-intensive process that requires a high level of performance. With\u00a095%<\/a> of web traffic now encrypted\u2014and cybercriminals hiding\u00a086%<\/a> of their attacks within it\u2014organizations must be able to inspect encrypted traffic at scale if they are to stop threats and data loss.\u00a0<\/p>\n

\u00a0<\/p>\n

One may assume that these scalability challenges only arise for larger organizations, but that is untrue. Without a proven zero trust platform that can scale, smaller organizations can also face these challenges, particularly as their businesses grow and their vendors need to ramp up services seamlessly. In other words, organizations of all sizes need a zero trust platform built on a cloud with proven scalability.\u00a0<\/p>\n

\u00a0<\/p>\n

Something you may not know about Zscaler is that our name stands for \u201czenith of scalability.\u201d Since our company was founded, we\u2019ve been committed to delivering unrivaled performance. The Zero Trust Exchange, the name of Zscaler\u2019s zero trust platform, is the world\u2019s largest inline security cloud. It boasts a variety of statistics and proof points that demonstrate its massive capacity for scale:<\/p>\n

150 data centers worldwide (not merely on-ramps or vPoPs)400 billion requests processed each day500 trillion telemetry signals analyzed daily9 billion incidents and policy violations prevented each day150 million cyberthreats blocked daily250,000 unique security updates implemented each day\u00a0<\/p>\n

So, when it comes to choosing a zero trust platform, why settle for anything less than the zenith of scalability?\u00a0<\/p>\n

\u00a0<\/p>\n\n

Figure 3: A snapshot of some of Zscaler\u2019s data centers around the world<\/em><\/p>\n

\u00a0<\/p>\n

Resilience<\/strong><\/p>\n

Business continuity planning for mission-critical services is a board-level priority for IT leaders. As mentioned previously, a zero trust platform\u2019s strategic inline position between users, workloads, apps, and more, makes it a mission-critical service. As such, organizations need to know that unforeseen events won\u2019t disrupt their vendor\u2019s services; otherwise, security, connectivity, and productivity will all suffer.<\/p>\n

\u00a0<\/p>\n

Zscaler Resilience is a core component of the Zero Trust Exchange. It is a complete set of resilience capabilities that offers high availability and serviceability at all times. Customer-controlled disaster recovery features and other robust failover options ensure uninterrupted business continuity, even during catastrophic events.\u00a0<\/p>\n

\u00a0<\/p>\n

Zscaler offers the following capabilities for the following scenarios:<\/p>\n

For minor failures, such as node crashes or software bugs, Zscaler can effectively handle the issues with minimal customer interaction.\u00a0In the event of brownouts or service degradation issues, Zscaler Resilience offers dynamic, performance-based\u00a0service edge<\/a> selection, customer-controlled data center exclusion, and other failover mechanisms to maintain seamless experiences for users.\u00a0For blackouts or severe connectivity issues, Zscaler provides failover options to redirect traffic to secondary Zscaler data centers nearby, ensuring that users can continue to access mission-critical applications.\u00a0If there are catastrophic events, Zscaler Resilience provides customer-controlled disaster recovery capabilities, allowing organizations to keep their operations running by routing traffic to\u00a0private service edges<\/a> and restricting access to critical applications.\u00a0<\/p>\n

<\/em><\/p>\n

Figure 4: Zscaler Resilience functionality<\/em><\/p>\n

\u00a0<\/p>\n

A history of customer success<\/strong><\/p>\n

In addition to scalability and resilience, zero trust platforms must have demonstrated success with actual customers using their services. Organizations need to see the success stories of customers that are similar to them in terms of size, industry, and their security and connectivity challenges\u2014only then should they trust their vendor of choice. This is particularly true for bigger organizations because they need evidence that a zero trust platform can handle larger volumes of traffic and more rigorous performance requirements.\u00a0<\/p>\n

\u00a0<\/p>\n

At Zscaler, we have a litany of\u00a0customer success stories<\/a> available on our website in the form of videos, blogs, case studies, and press releases. Our company has demonstrated success with organizations of all sizes and in all geographies\u2014from small, 100-user organizations like the\u00a0Commonwealth Grants Commission<\/a> in Australia, to those with hundreds of thousands of users, like\u00a0Siemens<\/a> in Germany, and beyond, to the\u00a0New York City Department of Education<\/a> and the 1 million users it secures with the Zero Trust Exchange. Here are some more facts and figures that demonstrate our customers\u2019 trust and belief in our platform:<\/p>\n

Nearly 8,000 customers of all sizes, industries, and geographiesOver 41 million users secured by the Zero Trust ExchangeA Net Promoter Score of more than 70 (the average SaaS company\u2019s is 30)More than 40% of the Fortune 500 are customersMore than 30% of the Global 2,000 are customers<\/p>\n

\u00a0<\/p>\n

Below are some of our customers across a variety of industries. Each logo is associated with a public-facing customer success story that can be found on our website by typing the customer\u2019s name into the search feature.\u00a0<\/p>\n

\u00a0<\/p>\n\n

Figure 5: A snapshot of some Zscaler customers<\/em><\/p>\n

\u00a0<\/p>\n

Where to go from here<\/strong><\/p>\n

If you are still getting your feet wet with zero trust and would like to listen to an entry-level discussion on the subject, register for our monthly webinar,\u00a0Start Here: An Introduction to Zero Trust<\/a>. You may also want to read our ebook,\u00a04 Reasons Firewalls and VPNs Are Exposing Organizations to Breaches<\/a>.<\/p>\n

\u00a0<\/p>\n

Or, if you would like to learn more about Zscaler Resilience and how the Zero Trust Exchange provides uninterrupted business continuity to customers, read our\u00a0solution brief<\/a>.\u00a0<\/p>\n

\u00a0[[{“value”:”Organizations need a proven platform for zero trust. But before we dive into why that is the case, we must first answer two important questions.<\/p>\n

What is zero trust?<\/p>\n

Zero trust is a distinct architecture that provides secure connectivity based on the principle of least-privileged access. It inherently prevents excessive permissions, and gives users and entities access only to the specific IT resources they need in order to do their jobs. On top of that, zero trust means analyzing context to assess risk and determine whether or not to grant access, rather than using identity alone to do so. This is all achieved through a cloud platform that delivers zero trust connectivity as a service at the edge\u2014meaning from as close to the end user as possible. In short, think of a zero trust platform as an intelligent switchboard. <\/p>\n

Figure 1: Zero trust architecture with Zscaler<\/p>\n

What is zero trust not?<\/p>\n

Yesterday\u2019s perimeter-based architectures are built on firewalls and VPNs, which connect users to the networks that house resources rather than connecting them directly to the resources themselves. A commonly used name for such an architecture\u2014castle-and-moat\u2014illustrates the way that it is designed to function. That is, establishing a moat (perimeter) around a castle (network) in order to keep bad things out and good things in. However, if a threat makes it past the moat, there\u2019s no second line of defense to prevent the threat from entering the castle and having free rein to move about within it. In security terms, we call this lateral movement\u2014when a threat moves across network resources unrestricted. To read more about lateral threat movement and other shortcomings of perimeter-based architecture, you can read this ebook. <\/p>\n

Figure 2: Perimeter-based architecture<\/p>\n

Now that we understand zero trust as a distinct, cloud-delivered architecture, let\u2019s return to our original point that organizations need a proven platform for zero trust. Namely, a vendor\u2019s zero trust offering must be proven across the three key areas described below.<\/p>\n

Scalability<\/p>\n

When all of an organizations\u2019 traffic is routed through a zero trust vendor\u2019s cloud for security and connectivity, that cloud platform becomes a mission-critical service that must have the scalability necessary to ramp up with customers\u2019 evolving traffic volumes in real time. Without it, organizations\u2019 security and connectivity grind to a halt, taking productivity down with them. <\/p>\n

Additionally, a lack of scalability means that encrypted traffic typically goes at least partially (and sometimes completely) uninspected. This is because inspecting encrypted traffic is a resource-intensive process that requires a high level of performance. With 95% of web traffic now encrypted\u2014and cybercriminals hiding 86% of their attacks within it\u2014organizations must be able to inspect encrypted traffic at scale if they are to stop threats and data loss. <\/p>\n

One may assume that these scalability challenges only arise for larger organizations, but that is untrue. Without a proven zero trust platform that can scale, smaller organizations can also face these challenges, particularly as their businesses grow and their vendors need to ramp up services seamlessly. In other words, organizations of all sizes need a zero trust platform built on a cloud with proven scalability. <\/p>\n

Something you may not know about Zscaler is that our name stands for \u201czenith of scalability.\u201d Since our company was founded, we\u2019ve been committed to delivering unrivaled performance. The Zero Trust Exchange, the name of Zscaler\u2019s zero trust platform, is the world\u2019s largest inline security cloud. It boasts a variety of statistics and proof points that demonstrate its massive capacity for scale:<\/p>\n

150 data centers worldwide (not merely on-ramps or vPoPs)
\n400 billion requests processed each day
\n500 trillion telemetry signals analyzed daily
\n9 billion incidents and policy violations prevented each day
\n150 million cyberthreats blocked daily
\n250,000 unique security updates implemented each day <\/p>\n

So, when it comes to choosing a zero trust platform, why settle for anything less than the zenith of scalability? <\/p>\n

Figure 3: A snapshot of some of Zscaler\u2019s data centers around the world<\/p>\n

Resilience<\/p>\n

Business continuity planning for mission-critical services is a board-level priority for IT leaders. As mentioned previously, a zero trust platform\u2019s strategic inline position between users, workloads, apps, and more, makes it a mission-critical service. As such, organizations need to know that unforeseen events won\u2019t disrupt their vendor\u2019s services; otherwise, security, connectivity, and productivity will all suffer.<\/p>\n

Zscaler Resilience is a core component of the Zero Trust Exchange. It is a complete set of resilience capabilities that offers high availability and serviceability at all times. Customer-controlled disaster recovery features and other robust failover options ensure uninterrupted business continuity, even during catastrophic events. <\/p>\n

Zscaler offers the following capabilities for the following scenarios:<\/p>\n

For minor failures, such as node crashes or software bugs, Zscaler can effectively handle the issues with minimal customer interaction.
\nIn the event of brownouts or service degradation issues, Zscaler Resilience offers dynamic, performance-based service edge selection, customer-controlled data center exclusion, and other failover mechanisms to maintain seamless experiences for users.
\nFor blackouts or severe connectivity issues, Zscaler provides failover options to redirect traffic to secondary Zscaler data centers nearby, ensuring that users can continue to access mission-critical applications.
\nIf there are catastrophic events, Zscaler Resilience provides customer-controlled disaster recovery capabilities, allowing organizations to keep their operations running by routing traffic to private service edges and restricting access to critical applications. <\/p>\n

Figure 4: Zscaler Resilience functionality<\/p>\n

A history of customer success<\/p>\n

In addition to scalability and resilience, zero trust platforms must have demonstrated success with actual customers using their services. Organizations need to see the success stories of customers that are similar to them in terms of size, industry, and their security and connectivity challenges\u2014only then should they trust their vendor of choice. This is particularly true for bigger organizations because they need evidence that a zero trust platform can handle larger volumes of traffic and more rigorous performance requirements. <\/p>\n

At Zscaler, we have a litany of customer success stories available on our website in the form of videos, blogs, case studies, and press releases. Our company has demonstrated success with organizations of all sizes and in all geographies\u2014from small, 100-user organizations like the Commonwealth Grants Commission in Australia, to those with hundreds of thousands of users, like Siemens in Germany, and beyond, to the New York City Department of Education and the 1 million users it secures with the Zero Trust Exchange. Here are some more facts and figures that demonstrate our customers\u2019 trust and belief in our platform:<\/p>\n

Nearly 8,000 customers of all sizes, industries, and geographies
\nOver 41 million users secured by the Zero Trust Exchange
\nA Net Promoter Score of more than 70 (the average SaaS company\u2019s is 30)
\nMore than 40% of the Fortune 500 are customers
\nMore than 30% of the Global 2,000 are customers<\/p>\n

Below are some of our customers across a variety of industries. Each logo is associated with a public-facing customer success story that can be found on our website by typing the customer\u2019s name into the search feature. <\/p>\n

Figure 5: A snapshot of some Zscaler customers<\/p>\n

Where to go from here<\/p>\n

If you are still getting your feet wet with zero trust and would like to listen to an entry-level discussion on the subject, register for our monthly webinar, Start Here: An Introduction to Zero Trust. You may also want to read our ebook, 4 Reasons Firewalls and VPNs Are Exposing Organizations to Breaches.<\/p>\n

Or, if you would like to learn more about Zscaler Resilience and how the Zero Trust Exchange provides uninterrupted business continuity to customers, read our solution brief.”}]]\u00a0<\/p>","protected":false},"excerpt":{"rendered":"

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