The world’s first
Handshake-less
Quantum-resistant Networking

Quantum-resistant communications.

Out-of-the-box advanced zero trust security.

Converge networking and security from day zero.

On-demand create and manage networks tailored to your needs.

Empower your business to stay agile, secure, and ready for any challenge.

Networking with Security is our DNA

What Makes Gopher Special

Built on Open Standards

A two-phase handshake protocol is designed to make Gopher end-to-end encrypted and quantum-resistant. Simply, quantum key is computed during phase 1, and Noise key is negotiated with quantum key as a pre-shared key in phase 2.
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Gopher is built on the Noise Protocol, the same protocol that WireGuard and other networking products are built on.

To withstand attacks by large quantum computers, Crystal-Kyber protocol is used to implement the key encapsulation mechanism (KEM), whose security is based on the hardness of solving the learning-with-errors (LWE) problem over module lattices.

Alternatively, Hyper key with packet-level MFA, Crystal-Kyber, Ed25519 and Elliptic Curve Diffie-Hellman, and ChaCha20-Poly1305 are altogether to implement handshake-less quantum-resistant networking.

See the Research Papers Gopher is built on

Device Clone-Proof

- Zero trust SIM.
- Timing based key reshuffle.
- Biometric and crypto fingerprints.
- Contextual factors lock-in.

Access Control

- Enforce policies at every layer.
- Identity-and-context aware access control.
- Policy, attribute and role based access control.

Service and Event Mesh

Quickly and easily create mesh networks for services and events.

Policies are injected into network and application layers of service and event mesh to enforce just-in-time authorization.

Attributes can be user-defined to achieve dynamic access control.

Prevent Data Breaches

Gopher Can Bulletproof Protect Your Data

Gopher protects your devices, communications and applications, and prevents lateral data breaches, using unique security measures in place.

Eliminate Unwanted Devices

Gopher prevents unwanted devices with Context-aware Authentication to verify each connection and allow only authorized devices gain entry, by controlling who, when and how to access.

Restrict Access to Specific Resources

Gopher restricts access to specific resources with Granular Policy Controls by checking and enforcing what can be accessed by only authorized users following the principle of least privilege access.

Stop Advanced Man-in-the-Middle Attacks

Gopher stops advanced man-in-the-middle attacks with Quantum-resistant End-to-End Encryption, ensuring your communications remain confidential and tamper-proof and against emerging cyber threats in an increasingly complex digital landscape.

Prevent Lateral Data Breaches

Gopher eliminates lateral data breaches with Gopher Network Segmentation, fortifying your network by isolating threats and protecting sensitive data so that critical assets are safeguarded against lateral attacks.

SECURITY-FIRST

Security At Every Layer

Comprehensive protection, safeguarding your data and operations at every step. Trust in a solution where security isn't an afterthought—it's built into the very fabric of our technology.

Advanced Zero Trust

Every access request is verified, protecting your network with continuous authentication and dynamic access controls

Quantum-resistant End-to-End Encryption

Stay ahead of threats with protection free from advanced man-in-the-middle attacks and resilient against emerging cyber threats

Policy Enforcement

Enforce policy from layer 3 to 7, ensuring your network remains secure and compliant at all time

Traffic Inspection

Monitor and analyze data flows in real-time, detecting threats and anomalies before they can cause harm

Network Segmentation

Isolates critical assets and prevent lateral data breach using segregated networks

Context-aware Authentication

Adapt to user behavior and environmental factors, providing robust, personalized protection.

Gopher Architecture

How Gopher Works

Admins use Gopher Dashboard to create networks and configure security policies.
Employees are invited to join networks and sign in with correct identities and credentials.
Just-in-time policies checks are triggered for every request to authorize accesses.
Point-to-point end-to-end encrypted tunnels are created to let users access applications.