RioBit secure connection protocol

The RioBit secure connection protocol is an improvised safeguard for network access in a world where a software fault, malware, or incompatibility may endanger a mind-copy. Its precautions make connection possible, but not ordinary or carefree: users must isolate their machines, verify the link, and keep transfers below a limit established through experience rather than a settled explanation of the threat.

Purpose and threat model

The protocol is presented as the only safe way to connect while the source of the danger is unresolved. Bartek recalls the FAQ’s question of whether the problem is an IS3 fault; the answer offers malware released onto the network or incompatible software as possibilities, noting that the software was not designed for this use. The uncertainty matters: there is no confirmed diagnosis to repair, so safety rests on limiting exposure.

That caution is especially consequential because the Plague’s nature has not yet been determined. Transformers must trust the hardware at the other end of a connection without knowing whether a back door could let the Plague install itself in their minds. The protocol therefore treats connection itself as a risk to be managed, not a neutral technical step.

Isolation and connection procedure

The prescribed setup uses dedicated connections and closed machines pre-formatted to zero, all under tight RioBit controls. The FAQ makes prior preparation part of access: Bartek is asked whether he downloaded and installed the protocol before logging in. The inconvenience is tangible. Transformers with iron fingers complain that they must type on keyboards and tap screens, while the promised USB filters and bypasses remain unfinished because there are no professional programmers available to build them.

The procedure is shown in use when Frances Rory manually enters an IP address and a long RioBit code before authorizing a check. Bartek then parks the Star Trooper beside workshop servers, checks the privacy protocols, and switches the sensorics from Frances Rory’s IP to himself. Image and sound are confirmed before he puts on the robot and its one-millisecond-feedback link. The sequence distinguishes a controlled connection to a robot from transferring a whole mind-copy into its processor: the robot’s hardware is too weak to handle neurosoft at IS3 standard, and the text notes that many transformers were irretrievably damaged in the first days after the Extermination when they tried such transfers.

Transfer limit and practical scope

A separate safeguard sets a maximum safe file size through trial and error: files smaller than 70MB are said not to risk infection. This permits limited activity, such as emoting from Google, but little beyond it. The threshold is a practical boundary, not evidence that the danger has been explained or eliminated; it narrows what can safely pass across a connection while leaving the underlying uncertainty intact.

Significance

The protocol makes security an embodied routine: entering a code, checking privacy settings, isolating a machine, and choosing what may cross the link. Its strictness contrasts with the effortless connectivity users might expect, and the unfinished filters expose how difficult it is to maintain safety when the people capable of building better tools are scarce. RioBit does not resolve the threat. It supplies a provisional discipline for living with it.