GoodAccess s.r.o

GoodAccess s.r.o. is a software publisher focused on secure remote network access for modern businesses, and its catalog centers on a single flagship product, GoodAccess. This solution falls squarely into the network security and Zero Trust Network Access (ZTNA) category, providing a cloud-based software-defined perimeter that connects employees, contractors, and distributed teams to private business networks and protected systems with one click from any device. Rather than relying on traditional hardware VPN appliances, GoodAccess delivers its service through a virtual cloud infrastructure, allowing organizations to assign dedicated static IP addresses, segment network resources, and enforce identity-based access policies across on-premises servers, cloud environments, and hybrid infrastructures. Typical use cases include enabling secure remote work for distributed staff, granting third-party vendors controlled access to specific internal applications without exposing the wider network, whitelisting trusted IP addresses for sensitive systems such as databases, admin panels, and ERP platforms, and replacing legacy VPN setups with a centrally managed alternative that requires no hardware installation or in-house server maintenance. Administrators manage users, access rights, and network gateways through a unified web-based control panel, while end users connect via lightweight client applications available for desktop and mobile operating systems, keeping the experience simple enough for non-technical staff. Additional capabilities such as multi-factor authentication, access logs, and role-based permissions support compliance requirements and security auditing. The product is aimed primarily at small and medium-sized businesses, IT administrators, and organizations undergoing digital transformation that need enterprise-grade secure connectivity without the cost and complexity of building dedicated networking infrastructure, making it a practical fit for companies adopting remote-first or hybrid work models.