New editorial guide, published 16 October 2026. The historical sources linked below are preserved separately and are not represented as current product or service information.
A technical community often works across languages even when its members live in the same city. Software documentation may be in English, conversation may happen in another language and public notes may need to serve both audiences. CryptoCrowd’s original Bulgarian community portal used English wording while linking local events and participants. That historical combination makes translation a useful theme for this new notebook. The guide does not claim to supply an official translation of a protocol or an old event. It examines how a volunteer can prepare a clear technical translation while preserving the source’s conditions, documenting terminology choices and making it easy to identify the version that was actually translated.
Define the reader and the purpose
A translation for newcomers has a different task from a translation of a normative specification. The first may need short explanations and a glossary; the second must preserve the force and structure of the requirements with particular care. State the intended use before editing. If explanatory additions are included, label them as translator’s notes rather than blending them into the source’s assertions. A reader should be able to tell which meaning comes from the original and which context was added to help the new audience understand it.
Also define the source version. Record the document title, location, revision or retrieval date and the scope translated. A translated excerpt should not look like a complete edition. A translation of an older release should not silently claim to describe the newest software. This is a practical issue, not merely a bibliographic preference. When instructions or requirements change, readers need to know whether a difference reflects language, version or an actual disagreement about the technical subject. The translation’s own publication date answers yet another question and should remain separate.
Build a small terminology record
Identify the terms that carry technical meaning before polishing every sentence. Some words have a familiar everyday sense and a narrower meaning within a protocol or application. A glossary can record the source term, chosen translation, short definition and reason for leaving a term untranslated when that is clearer. The goal is consistency with meaning, not mechanical uniformity. Two different source terms should not be collapsed into one convenient translation if the distinction matters to the system being explained. Likewise, one term should not drift between incompatible translations without a reason.
Use examples to test the glossary. If a term describes an account, ask whether the chosen word could be mistaken for a user profile, a balance or a login session. If it describes confirmation, identify what kind of event the source means. A translator does not need to solve every terminology debate in the community. They need to make the choices in this document visible enough that a reviewer can understand them and suggest a correction. A short, versioned glossary often prevents more confusion than a long introduction about the general importance of technology.
Preserve conditions and requirement strength
Technical meaning often lives in small words: if, unless, only, before and after. A fluent sentence that loses one of those conditions can become technically wrong while sounding more natural than the source. Review conditional statements explicitly. Identify the subject of each requirement and the circumstances in which it applies. Do not turn a recommendation into a guarantee or an optional capability into a universal feature. When the source itself is ambiguous, preserve the uncertainty and add a clearly labelled note rather than silently choosing the interpretation that makes the prose easiest to read.
For documents adopting IETF requirement vocabulary, RFC 2119 and RFC 8174 provide the relevant distinction among defined requirement levels and the uppercase convention. A translator should check the source’s own adoption statement rather than apply those rules to every ordinary use of a word. In the translation record, note how the defined terms are handled and keep the convention consistent. This is a narrow technical reference, not a claim that using capital letters makes a translated document formally approved by the original authors or equivalent to an official edition.
Keep code and identifiers stable
An identifier in a command, a field name in a payload or a literal value in an example may need to remain unchanged even when the surrounding explanation is translated. Review code and prose separately. Explain what an identifier means without replacing it in a way that breaks the example. If a sample is adapted for teaching, label the adaptation and verify it within the intended scope. A reader should not have to discover through failure that a translated field name was meant as commentary rather than something to enter into a program.
Numbers and dates deserve similar attention. A different decimal separator, date order or time-zone assumption can alter interpretation. Preserve an unambiguous representation where the value matters, and explain local formatting choices when necessary. Do not infer a time zone that the source never supplied. For a historical event listing, a faithful translation can retain the printed local-time label and mark the missing zone. Making the translation look more complete by inventing that detail would reduce its value as a record of what the original document actually said.
Review language and technical meaning separately
A fluent reviewer can improve readability without being able to verify every technical proposition. A technical reviewer may detect a changed condition while overlooking awkward phrasing. Treat those as complementary review roles and state what was checked. Ask a reader to explain a key passage in their own words; this can reveal whether the translation communicates the intended distinction. Do not assume that a polished translation is correct simply because it sounds confident, or that a literal translation is accurate simply because it follows the source’s word order closely.
For web publication, identify the document’s language and meaningful language changes appropriately. W3C’s internationalisation guidance explains why language metadata helps text processing and presentation, including assistive technologies. That does not replace good translation, but it supports readers using the result. Keep technical terms searchable and provide descriptive link text so that a person can move between the translated explanation and the source. The translation should function as a bridge to the underlying material rather than a closed replacement that makes the original evidence harder to inspect.
Maintain the relationship after publication
A source update does not automatically update its translation. Record a review status and identify which source version the current text follows. When a change is incorporated, describe the scope rather than resetting a date and implying that every passage was rechecked. If the translation becomes stale, label that condition visibly. A useful older translation can remain available for historical or version-specific reading, provided that readers are not led to believe it describes current behaviour. Preservation and maintenance can coexist when their purposes are clearly separated.
The final translation package contains the source relationship, a terminology record, the translated scope, labelled explanatory additions and a review trail. It may be a small contribution, but it can make a technical community substantially more welcoming and precise. CryptoCrowd’s historical mix of local community and English-language resources is a reminder that access to knowledge is also a language problem. Translating well means carrying the conditions, distinctions and uncertainty across the language boundary, not merely producing a sentence that sounds as though it was written there originally.
Technical references
- W3C Internationalisation: why language attributes matter ↗
- RFC 2119: defined requirement vocabulary ↗
- RFC 8174: uppercase requirement keywords ↗
From the recovered archive
- Blockchain Experts and Ethusiasts · captured 5 January 2018
- Blog Archives · captured 23 August 2019