Forrester

How Forrester approaches zero trust — from coining the term in 2009 to Zero Trust eXtended (ZTX).

2010: Too Many "Chewy Centers"

Insofar as zero trust is a buzzword, it originates with Forrester, a research and advisory committee headquartered in Cambridge, MA.

John Kindervag was the senior analyst at Forrester who first pushed for a "Zero Trust" model of security in 2010.

He argued that there were too many "chewy centers" in information security. This metaphor describes a traditional perimeter-based security architecture, which has a "hardy crunch outside and a soft chewy center."

Kindervag's 2010 model has three pillars:

  • Eliminate network trust

    • Assume all traffic, regardless of location, is threat traffic until it is verified that it is authorized, inspected, and secured.
  • Segment network access

    • Adopt a least privilege strategy and strictly enforce access control to only the resources users need to perform their job.
  • Gain network visibility and analytics

    • Continuously inspect and log all traffic internally as well as externally for malicious activity with real-time protection capabilities.

You can watch Kindervag present his model here.

2017: Zero Trust eXtended (ZTX)

In 2017, Forrester refreshed their original model, out of concern that it was too abstract for security professionals tasked with implementing a zero trust architecture in their organizations.

To this end, Forrester extended their original model with three additional pillars:

  • Zero-trust people

    • Authenticate users and continuously monitor and govern their access and privileges. Secure users as they interact with the internet.
  • Zero-trust workloads

    • Enforce controls across the entire app stack, especially connections between containers or hypervisors in the public cloud.
  • Zero-trust data

    • Secure and manage data, categorize and develop data classification schemas, and encrypt data both at rest and in transit.

Where is your zero trust maturity today? Benchmark your environment against CISA and NIST models with a ModernCyber Zero Trust Assessment — or talk to an engineer.

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