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Simple, Unified Network Security

Segment every asset and connect any user in a click.

The modern organizational network is heavily fragmented: It starts at employee’s homes and spans across on-prem data centers in multiple sites, multiple clouds, and various OT/IoT environments. Inevitably, this also fragmented network security into multiple products and interfaces, making day-to-day control and management highly complex.

What is complex to secure is usually not secure.

So we decided to reinvent the way network security is done. We unified the disjointed pillars of network security – segmentation and remote access – into a single, simple platform. We did so by detaching them from the hardware and geographic location, making them truly elastic: They go with you wherever you are.

What is simple to secure is usually secure.

See how simple it is

An Evolutionary Leap in Network Security

Zero Networks unifies internal and external network security, reinventing how segmentation and remote access are done

Internal

Preventing lateral movement inside the network

Firewall

On perimeter cannot stop lateral movement

1990s

Segmentation

Expensive, Complex

2000s

Microsegmentation

Manual rule creation, agents, difficult to scale

2010s

Zero Networks Segment

Automated, agentless, MFA-enabled microsegmentation

Unified Network Security

Zero Networks Connect

Combining the speed of VPN and security of ZTNA - without their flaws

External

Securely connecting remote users to the network

VPN

Fast but less secure

ZTNA

Secure but less fast

	Internal Preventing lateral movement inside the network	External Securely connecting remote users to the network
1990s	Firewall On perimeter cannot stop lateral movement	VPN Fast but less secure
2000s	Segmentation Expensive, Complex
2010s	Microsegmentation Manual rule creation, agents, difficult to scale	ZTNA Secure but less fast
Unified Network Security	Zero Networks Connect Combining the speed of VPN and security of ZTNA - without their flaws	Zero Networks Segment Automated, agentless, MFA-enabled microsegmentation