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GoodAccess

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description GoodAccess Overview

GoodAccess provides secure remote access solutions leveraging a zero trust architecture. It employs a decentralized mesh network allowing users to share bandwidth and utilize diverse exit nodes. This approach enhances speed and privacy compared to conventional VPNs. The service is designed for businesses requiring flexible and robust connectivity for employees accessing resources from various locations, particularly those prioritizing security and performance.

help GoodAccess FAQ

How does the mesh network in GoodAccess function?

GoodAccess operates on a decentralized mesh network where users' devices actually share bandwidth and act as exit nodes for one another. Unlike traditional VPNs that route all traffic through centralized corporate servers, this relies on peer-to-peer connections. This structure is designed to offer faster routing and increased privacy.

Will using GoodAccess slow down my internet connection?

Because GoodAccess uses a decentralized mesh network of shared user devices, it can sometimes offer faster speeds than traditional server-based VPNs. Instead of routing through a congested central server, your traffic finds the shortest path through the peer network. However, speeds still heavily depend on the internet connections of the peers you are routed through.

Is it safe to let other GoodAccess users route traffic through my device?

GoodAccess encrypts all traffic that passes through your device, so you cannot see what other users are downloading or accessing. The service is designed to protect the privacy of both the sender and the relay node. Still, participating as a peer-to-peer exit node carries inherent legal risks depending on your local jurisdiction.

What makes GoodAccess different from a traditional VPN?

The primary difference is GoodAccess's reliance on a decentralized mesh network rather than static, centralized servers. Traditional corporate VPNs own their hardware, whereas GoodAccess leverages the combined bandwidth of its user base. This creates a dynamic infrastructure that is much harder for streaming services or firewalls to block.

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