
Goldilock has revolutionized the way data, devices and infrastructure are protected on any network by allowing you to physically connect and disconnect anything from anywhere, in seconds without using the internet to do so. Our unique, patented platform utilizes secure non-internet communications to keep your sensitive digital assets physically segregated from any network, while still having them accessible at a moment’s notice from anywhere on earth.
Goldilock's secure non-internet communications allow for immediate access to your assets whenever needed, combining the security of cold storage with the speed and flexibility of hot storage.
By enabling physical disconnection of your digital assets from the internet when not in use, Goldilock significantly reduces the attack surface and provides a higher level of protection for sensitive data and systems.
Goldilock's remote connectivity control and compatibility with any network outlet offer versatile options to protect a wide range of devices and networks, giving you the power to tailor your security solution to your specific needs.
Goldilock is a major advance in cyber security protection. Most cyber products on the market provide just an illusion of protection. They are, after all, connected to the same physical layer, but Goldilock offers a completely new approach to reducing the cyber-attack surface through complete physical isolation.
Any device with an IP address is visible and vulnerable to accidents and attackers, but Goldilock’s unique and patented technology physically segregates data, networks, and people from harm.Goldilock is a 12-port network appliance that is controlled remotely and offers complete network isolation functionality via out-of-band network and various non-IP based commands.
Remotely connect or disconnect assets in seconds down to port level
Control via Non-IP
(network)
Protect anything from a single device to entire networks, SCADA and PLCs
Intuitive, flexible, and powerful User and Administration Interface with reporting
Easy deployment and zero training required to get started – no forklift upgrades
Plugs into any network outlet (including FIBRE)
Physically separate networks or servers (or users) from being visible to each other until required. Shield high risk networks or data that contain IP, PII, industrial control systems, create secure digital vaults, or protect cryptographic keys and wallets
Avoid ‘always-on’ access to the core networks and mitigate risks of indirect cyber-attacks. Time limit access by third party suppliers that are required to carry out work.
Control the business risk of having customer facing systems disrupted. Create a secure procedure between development, testing and production.
Permit authorised contractors and other 3rd parties’ access to agreed network services / segments for scheduled periods after which, assets can be automatically disconnected
Yes. Time-based port scheduling is a supported operational mode and is useful for DevOps segregation, timed third-party access windows, or out-of-hours isolation of non-critical systems.
No. By design. Disconnection and reconnection require explicit authorized commands. This prevents accidental reconnection but also means operational procedures must be defined for returning to a connected state after an isolation event.
Two primary operational models exist:
Many deployments use a combination of both models across different segments.
This is a common concern and, in practice, a manageable one. FireBreak™ is designed to be operated by the same staff who already control critical systems — network, security, and processing teams. Standard operating procedures define when and how ports are opened or closed. Accidental disconnection carries a similar risk profile to accidentally removing a patch cable, which trained operations staff already manage routinely.
Via the rear Management Console Port. Connect it to a dedicated management network and access the device’s IP address through a browser. Security aligns with NIST 800-63 requirements, including two-factor authentication, brute-force protection, and full audit logging.
The SMS interface rejects all messages by default. To authorize a user:
Every command must include a valid OTP. Failure to meet any of the three criteria results in rejection.
Enable port [1–12], Disable port [1–12], and Status port [1–12]. All commands require challenge/response authentication and are case-sensitive. The full command set is documented in the Administration Guide.
There are two roles. Administrators configure the appliance, provision users, set port permissions, and manage OTP seed keys — exclusively via the rear Management Port (ensuring physical separation of duties). Users are authorized to send connect/disconnect commands to assigned ports via the secure messaging stack. Users have no access to the Management Port.
If you're still in search of answers, we encourage you to explore our informative FAQ section.