Will ChatGPT Translation Replace Translators and LSPs?

AI translator

Tired of this topic yet? Let’s have another look then!

Among the most divisive topics of current day, Gen-AI and its impact on various industries ranks pretty well. Some are welcoming the change, some are skeptical, but if there’s that one industry where no one is left neutral, it’s translation and localization.

As generative AI reshapes global communication, the translation industry faces its second automation wave, as translators wage another fight against progress. This article explores how machines like ChatGPT translation capabilities challenge traditional workflows, redefine specialization, and present new yet tendentious opportunities for human-AI collaboration, for both translators and language service providers, or LSPs.

The First Translators VS Robot War: Human VS Machine Translation

Understand this: as far as translators are concerned, that war, or rather, that forced revolution has already happened, and it was a decade ago. Many professions might be feeling that heat and fear today, but for professional translators, what’s happening now is merely a rematch, or a second phase to that era, but worse. Their sole comfort being to come ready with a hint of “we told you so” to the others.

The translation industry is a battered one, that has suffered a lot of hits right from the Internet revolution already. From the very moment those machine translation services – Google Translate and the likes – started to appear, and to sound appropriate, the discussions, the fears and resentment were exactly the same as they are today, way before the popularity of ChatGPT translation.

Google Translate was going to “destroy jobs”, or even “decimate the industry”, it would be the demise of “proper (your language here)”. Every translator and their mother would ravel at the first mistake, the first sign of weakness on the part of machines, as a proof of how they would never be “good enough”, never have that “creative edge”, because you see, “translation is an art”.

But it is valid that translators hated machine translation so much?

All of this while, of course, using machine translation when they could, if they could. Let me use this opportunity to bring some tough love to my fellows translators and LSPs:

    TRANSLATION IS NOT AN ART. Sorry. It’s just not.
    Let that sink in a minute if you need, then keep reading.

Now, for the two people still reading who couldn’t get infuriated enough, first, hey, thank you, and second, you probably know what I mean. If you’re lucky enough to be Antoine Galland, getting to translate One Thousand and One Nights to such a degree of derivation that you end up making up your own stories, and those stories in turn become the most well known part of the book itself (Aladdin was not part of the original book)…Well, all respect to you, you’re at a level I will never reach.

But let’s be honest: in this modern day, the large majority of translators don’t even work in anything remotely literary. And even then, communicating the jokes, puns, emotions, or ideas of another talent to a foreign audience is hardly an art. It’s an incredibly thought intensive process, that requires an enormous amount of talent sometimes. But still not an art. And it’s okay. You can still learn guitar on your off time.

Now, about that first Robot VS Translators war.

What did happen, who won? Did the industry get destroyed?

Yes and no. We’ve seen this before. We see this at every automation and every industry-changing progress of any kind. The debate is old, it never changes. Before the mid-2000s, translating anything would necessarily require the services of a human being, and a highly trained one. This would therefore require limited resources allocation, and as a result, companies and individuals would think twice before requiring any type of content to be translated. The cost was high, but demand was also limited.

Machine translation enters the equation. All of a sudden, anybody could get any type of text rendered in a language they can understand, at no cost, in a matter of seconds. Indeed, the immediate perception would be to think that this would destroy a lot of jobs.

First, let’s make an objective statement that everybody hates:

  • The result is that the demand for translating services exploded.
  • The problem is that it got fulfilled by machine translation. Multilingual communication solutions becomes cheaper, sometimes even for free (or so you think, but that’s another topic).

So, no, the market did not shrink, but it changed, and shifted. It became suddenly possible to get anything casually translated, so long as one wouldn’t expect the highest quality of human expression, but simply having something understandable. Like it or not, that’s a market share for business. A business with machine translation involved.

machine translation market

What this has brought on translators?

All of a sudden, translators would need to become much better at their jobs, in much tougher deadlines, for hardly the same level of prestige as before. They would also need to start to sell themselves differently – or at all for that matter. A very insulting dynamic would also start to pop-up where unscrupulous agencies would expect translators to proofread badly machine translated garbage for half the price, because  “you know, it’s already translated, see there’s words and letters and all, how hard can it be“.

There’s no denying the transition has been hard, very hard. As I said, translator is a battered profession. So where is this all going? Who will win the Second Robot War with ChatGPT translation coming in place?

The Second Translators VS Robot War: Human VS AI Translation

Here comes the all-powerful artificial intelligence. AI is not an old concept. It was first introduced in 1956 by John McCarthy at the Dartmouth Conference, where the field was formally established. Recently, AI gained massive attention due to the overnight success of ChatGPT, a language model by OpenAI launched in November 2022. ChatGPT’s ability to generate human-like text and perform tasks like translation sparked global discussions about the potential of AI in global business communication to transform industries.

This has once again shaken the translation industry. Similar to the first wave of machine translation tools like Google Translate, translators now fear job losses and even the erosion of language itself with LLM-based translation. Language schools have seen a 20-30% drop in enrollment for translation courses in 2023, while freelance translators report a 15-25% decline in job opportunities as businesses turn to AI for faster, cheaper solutions.

The translator community is now reflecting on the nature of their work. With the trend of adopting generative AI for content creation, can AI replace human translators? While AI excels at speed and handling repetitive tasks, will all those benefits of AI in translation eventually add value to translators? Will ChatGPT translation become the new normal?

What makes translation so difficult then?

Before we understand the value of AI translation for businesses, let’s take a step back and look at what adds value to a translator. A translators’ duty is to understand and/or empathize with the author or speaker, in order to be true to the original tone. But then, why is this also considered a technical job? That is because, sometimes, the ground work of researching, preparing, and building a knowledge base is more time-consuming than outputting words.

context in translation

Translation is not about forming the perfect text over and over. This’s the author’s job. It is instead about leveraging two-sided comprehension skills, along with industry knowledge to work effectively. This is why the industry needs “specialized professionals” and “industry experts.”

But these are rare. Generalist translators are driven by a love for the language and passion, but that is not where the money nor industry focus is. Specialized technical translators, however occupy a completely different seat. They are the ones excelling at one field. The focus is an efficient transmission of knowledge, with less attention given to linguistics. 

In view of the difficulties involved, why persist, then?

The Role of Technology

A few years back, in 2021, the technological side of translation as a field remained relatively niche among language students, save for the nerdiest, or those with a real drive in technology. Most students were there by lack of other options. At the time, CAT tools were as far as it got for the general public. Trados was king. Memsource had not yet become Phrase, and Smartcat was not prominently advocating AI. ChatGPT translation hasn’t dominate. Custom trained Neural Machine Translation (NMT) was where cutting-edge pioneering was.

While LLM wasn’t yet a buzzword, it was evident that technology was the future. I once jokingly told a friend that we should let ChatGPT translation take over the jobs. I hoped to become an experienced linguist capable of training the world’s best linguistic machines, creating the most valuable AI-powered translation tools, exploring with them the nuances of translation patterns.

Only by letting machines get better can we increase our own output. Technology is here to improve our productivity, free us to focus on what matters. Technology would happen either along with us, thus driven by a balanced approach taking in consideration the limitations of these new tools. Or it would happen despite of us, thus driven by the will of tech-bros to automate anything and everything regardless of common sense and zero regard for the human input. But this will happen.

What makes LLMs, Deepseek, and ChatGPT translation effective?

Fast forward to today, and machine translation with LLM are omnipresent and prominent. With the right approach and clever prompting, LLM’s capabilities can surpass our expectations: A simple sentence like “What’s your name, dear frog?” can, with minimal prompting, be translated into an output that not only is accurate, but also follows the style expected with authentic expressions. Truly impressive.

localization example EN
localization example ZH

Despite rumors that LLMs have hit a bottleneck and that high-quality training material will reach exhaustion by 2026, there is no reason to doubt that models will continue to improve, and with lower cost. Just like how the world is surprised with the rise of Deepseek that nobody predicted. Returning to the earlier question: why do a lot of translators still persist in this field? Why do we even try integrating ChatGPT into workflows?

Because we see the potential of combining human wisdom with technological power.

Imagine if, when using ChatGPT for translation, prompts included not only text type and style but also the necessary background knowledge, context, and even term-base and memory matches. With such comprehensive context, wouldn’t we make major gains in time? Of course, some may argue that writing prompts and preparing context takes much longer than the actual translation.

Remember what we said about preparation often taking more time than translation? Proper preparation is essential for translation to be viable. Similarly, AI translation requires “preparation” with proper context to be effective.

chatgpt translation

The old IBM motto “Garbage In Garbage Out” stands stronger than ever in this age. And those who discard it are about to learn a bitter lesson. The “context” here includes all the key information of the project, such as glossary and translation memory, familiar to our translator friends. And to say the least, preparing context is a unskippable step in ChatGPT translation workflows.

So who will win the war this time?

Machine, or any kind of AI like ChatGPT translation is not flawless; it struggles in understanding and outputting highly complex or intricate texts, especially with highly creative writings. They are, after all, machines, and will never be able to recreate the beauty of human mistakes or emotions. Their ability to make an audience tick on the same emotions in a given era, is and will always be limited. Let alone two audiences from two cultures. The best matching algorithms will only go so far as matching the best sequence in a long database.

It takes a human soul to feel enough of the heat of summer, the horror of war, the beauty of love or the sweet bitterness of a long journey ending. And then to write it down or express it in a new, unseen manner. Regardless of the all-around praises on ChatGPT translation accuracy, one has to take a careful look especially if they’re dealing with highly complicated and nuanced contextual translation with ChatGPT.

The good news is, high-quality linguistic assets can be effectively reused if managed correctly. And it’s applicable for a lot of use cases, such as AI-assisted localization, and translating business documents with AI. Imagine if we have a way to help us effortlessly prepare and leverage those assets along with the eye of linguists, then we will find the ideal balance, and the way to properly exploit new technologies while keeping the proper human touch.

Final Thoughts

True, the rumor remains strong about the replacement of human by generative AI for multilingual communication entirely some time not far in the future. But just by observing how all human revolutions have gone so far, from tractors, to telegrams, cars, planes, Internet… We’ll likely be fine. Stuff will get faster and cheaper, new opportunities will appear where nobody expected them. Maybe.

As for translators and LSPs, I doubt the angle “I Am Human Therefore I Do Better” is going to work this time like it did last time. Fortunately, there’s still a lot to do to improve the profession. Not to mention there’s a lot of ways not discovered yet of generative AI applications in translation. Maybe if human are to co-evolve with technology, then we will all win this time. Let the machines do what they do well, so we can focus on what they can’t. 

How To Create and Manage a Translation Memory Properly?

translation memory

Translation Memories, or TM, are a key asset in translation and localization. They are often talked about and deemed essential, as they allow to maintain consistency across translated content and can significantly speed up the translation process. But why and how?

How, and why translation memories can be used for automatic translation? What are their benefits, and do they apply everywhere? How to create and maintain them? In this article, we will bring you some practical perspectives of what translation memories can do for improving the efficiency of a translator’s work.

What is a Translation Memory?

A Translation Memory, or TM, is a file format that stores “segments,” which can be sentences, paragraphs, or sentence-like units (such as headings, titles, etc.) that have been previously translated. The memory stores the source text and its corresponding translation, allowing translators to reuse these translations in future projects, or to use them as a reference. They help translators “remember” how they translated a text in the past.

Translation Memory vs Machine Translation

Translation Memories and Machine translation are not the same thing. The two concepts are often confused. More details below, but for now, just remember this.

Machine Translation is an automatic translation engine/service, such as Google Translate, DeepL, and others. Translation Memories are user-curated databases. They are completely different things, but are often confused because they sound similar.

How to use Translation Memory

There are two popular formats of Translation Memories: TXM, and XLIFF. Modern CAT may use alternative, home made formats.
So, they are files that can be loaded into specialized software, which then exploit matching algorithms to determine their relevance, and give advice to human translators so they can maintain consistency, or even reuse directly pieces of past translations. When two segments, or strings, are entirely similar, this is called “perfect match”. Algorithms can change from a software to another, but the logic remains the same.

Benefits of Using Translation Memories

By building on the foundation of stored translations, translation memories not only save time and reduce costs but also ensure consistency across large or repetitive projects. This is especially valuable when dealing with specialized terminology or maintaining a unified tone throughout the text.

But they are not always relevant. Depending on context, two similar segments can mean entirely different things, and therefore require different translations or style (or different capitalization).

Also, highly creative source content, such as news articles, or novels, may not be able to exploit Translation Memories at all, since their content is unlikely to repeat itself. Therefore, despite being very powerful tools, their use and relevance is the choice of the translator using them.

Additionally, memories may require maintenance if used over a long period, because many revisions can occur to a source or target text over the lifespan of a project.

How to create a Translation Memory

Most modern CAT will allow you to create and manage Translation Memories from the content you have, with varying degrees of complexity and user-friendliness. They will also allow you to export the content you translate using them into various supported formats.

Raiverb also supports exporting to the most popular Translation Memory formats. It also supports importing content from a large range of different sources to convert it into compatible Translation Memories.

The new version 1.2 will also include a powerful Translation Memory editor, which will allow you to maintain your Translation Memories directly.

Can Machine Translation also take advantage of Translation Memories?

Let’s go back to this topic. Traditionally, they can’t. Machine Translation engines typically do not support third party content to customize a translation. Which is a serious limitation, since it prevents the translations to really adapt to a context or to an existing style.
AI can lift this limitation in theory, but in practice, since Translation Memories can be tens of thousands of strings long, they are impractical to use in regular LLM prompts.

This is why Raiverb integrates the use of Translation Memories directly into its workflow. With Raiverb, you can use as many Translation Memories (along with glossaries and other contextual content) as you want to influence the machine translation.
If your project already has some translated material, or has already been translated into other languages, you’ll be able to take advantage of this.

Translation Memory Creation

Create a Translation Memory with Raiverb

But what if you don’t have a Translation Memory ready?
As mentioned, Translation Memories are mainly seen in the form of TMX and XLIFF files.

Raiverb integrates a converter for this reason. With Raiverb, you can create a Translation Memory from any imported bilingual content, including:

– Excel (.xlsx) tables.
– Copy and pasted (CTRL+V) content.
– The Translation Center, which allows you to use any file format supported.

Here are the steps to build a Translation Memory:

Go to the Utilities tab, then find the “TM Converter” tab.
This should look like this.

 

    1. Import your bilingual content
      Just like in the Translation Center, you can click “Import File” and find any bilingual .xlsx file you wish to convert. You will need your source and target aligned.
      Alternatively, drag-and-drop will work as well.

    1. Setup the content
      The Importer will appear. Tell Raiverb which column is the source, and which column is the target.

    1. Setup the export options
      Choose where you want to export your file, and how to name the file.

    1. Click on “Convert”
      Here we go, that completes the translation memory creation process!

Wait a minute, what if I don’t have an Excel table?

No worries! There’s a trick!

If you have a way to copy and paste data from a spreadsheet, such as from Google Docs, or Lark, you can directly use Import Clipboard.
The only thing you’ll need is to first copy (CTRL+C) your content first, then pick-up from point 2 of the step-by-step tutorial above.

Sure, but what if I don’t have a table I can copy?

You can directly import content from the Translation Center. You simply need to import content, just like you would do for any other file format.

For more detailed step-by-step guides on how to create a translation memory, please refer to the Raiverb manual here.

Translation Memory Tools

 

Best Practices for Managing Translation Memory

We have mentioned already that Translation Memories need to be maintained. There are two main elements to keep in mind: Segmentation, and Revisions.

Segmentation means how your text is split into segments in both the CAT software, AND the Translation Memory. CAT softwares will use matching algorithms that will compare two segments to determine its relevance. For instance, if you want to translate a document written in Word, you will most likely work with paragraphs, more than with split sentences. But if you work with update notes, subtitles, or any type of lists (think update notes, for example), you will most likely want to work with single sentences.

If the segmentation does not match the source text you are working on, the CAT will struggle trying to find relevant matches in the Translation Memory.

Tips for Maintaining Consistency Across Projects

With time, translation memories can become outdated or contain a lot of strings inherited from old content that are not relevant to a project anymore. Regular cleanup is necessary to maintain the quality and relevance of your TM. Modern CAT tools introduce such tools, there are also standalone software to do the job.
Raiverb will introduce, from version 1.2, an editor for your Translation Memories.

Updating and optimizing your Translation Memory is an ongoing process that ensures it remains accurate and relevant. Begin by regularly importing translation memory files and removing duplicate or outdated entries. This not only keeps your TM clean but also improves its efficiency by reducing clutter.

Additionally, consider merging smaller TMs into a larger, more comprehensive one to create a centralized resource that can be used across multiple projects. This remains a useful trick for optimizing translation memory usage.

Common Mistakes using Translation Memory

Avoid to trust blindly a translation memory and verify its integrity before importing it into a project. They are a powerful tool, but they remain a helper in the process, not a replacement for proper attention.

A poorly maintained or outdated TM can lead to the repetition of errors, such as bad translations or typos, across hundreds of segments. This not only compromises the quality of your translations but also undermines the credibility of your work. Always review and validate your TM to ensure it meets the required standards before use.

TM use case in game localization

FQAs and TLDR about Translation Memories

If you still have questions, they will hopefully be answered below!

Visit here to read more general FAQs on Raiverb!

Where are Translation Memories most useful?

If you're looking at large projects with lots of repetitions, these will certainly be a life saver! This is often mostly seen in game localization, or software, with a lot of UI elements and/or dialogues that need to remain consistent across different sections of the game. They are also a great help, legal documentation, medical translations, technical manuals, marketing materials, and e-learning content, where maintaining consistency in terminology and style is critical.

Is there a difference between XLIFF and TMX as Translation Memories?

Yes, but they're rather minimal. Both are based on the XML standard, therefore both use the same "language". One of the great advantages of XML, is that formats are human-readable. Which means anyone can open and edit a TMX or XLIFF Translation Memory with a text editor (which does not mean it is easy or convenient, but it's possible), and change what they need to change. XLIFF supports several languages in a same file, which is theoretically an advantage over TMX. However, in practice, not all CAT tools support multilingual Translation Memories. Also, this tends to over-complicate projects and over-saturate the files, making them hard to maintain.

Why CAT tools tend to use their own formats, and not Translation Memories, to save content?

Some, if not most, CAT software use their own formats to store translation information. For instance, Trados uses SDLTM. Raiverb 1.2 will introduce its own open format as well. But why? Aren't TMX or XLIFF files enough, if they can store translations? Sadly, no. These formats were primarily designed to be exchange formats, which means, they are an intermediate standard to guarantee interoperability between different software. By design, they are limited in the data they are designed to hold: They can store a source text, a target text, an author, a date, some comments and other metadata, but little else. Modern CAT, however, need to store more data in order to deliver modern, advances features. For instance, professional teams will want some sort of tracking and revisions history features along with their translation data. TMX and XLIFF cannot do that.

Why not make a super Translation Memory of Everything Ever and be done for eternity?

If only things were so simple. The reality is that the primary use of a Translation Memory is to maintain consistency, and consistency is driven by the style of the project you are working on. It is impossible to have a super memory of how to translate anything, because the result is not only driven by the source text, but also by the context.

Is Raiverb easy to use? What about for beginners?

Setting up translation memory for beginners can be difficult sometimes. That is why Raiverb offers flexible input methods—such as copy-paste, Excel integration, and direct translation center support— to eliminate the complexity often associated with traditional CAT tools, allowing beginners to focus on the translation itself rather than technical hurdles. Additionally, Raiverb leverages AI translation to let the machine follow relevant segments for you if exceeding a certain reliability threshold. This allows you to fully leverage TMs in a way that maximize your productivity without compromising quality.

Can I edit Translation Memories in Raiverb?

This is coming very soon, if you are not only looking at how to create a translation memory, but how to edit one. We are building TM Manager, which will be a revamp from the current "Archives". In the future, the TM Manager will support editing of imported TMs as well. In the meanwhile, the TM converter will allow you to import any content and turn it into a Translation Memory. It's slighly more cumbersome that using a proper editor, but it's still possible.

What languages are supported in Translation Memories? How many entries are supported in Raiverb?

There is no limitation for which language is being used in a Translation Memory. Users can usually define their own language pair (see localization country codes here) for their TMs. Even with AI translated and OCR entries, users can still modify and correct the language codes as needed. There is also no limit of size supported. Be careful though, because bigger isn't always better when it comes to Translation Memory. Too large memories can bloat the matching algorithm, and show irrelevant segments.

AI Translation Meets Context: How to Translate Efficiently with AI

Ai Translation Tools

What role does Gen-AI play in translation? Why would it even help improve the accuracy of translations? This article addresses both of these questions by unraveling the myth of traditional machine translations and the new buzzy AI translation, their differences, and how to best utilize them by understanding how they work differently. But first, let’s take a look at Raiverb’s appraoch to translating efficiently with AI and how to do that.

Raiverb is a CAT developed from the ground up as a simple-to-use toolbox for translation and localization specialists. The core tool is the Translation Center, this tool was designed around the simple idea to use Gen-AI in order to bring context to translations.

Why Context Matters in AI Translation?

Lack of Context: What Advantage Does Context Bring?

First, let’s try to understand one thing: why is context that important?

Lack of context in AI translation means missing key elements that define the true meaning behind words, such as tone, setting, relationships, and emotions. For example, translating the phrase “I’m sorry” could have vastly different meanings in English depending on the context—it could be an apology, a form of sympathy, or a polite gesture. Without knowing these nuances, the translation could be completely off.

The context tells us which tone, choice of words, or cultural considerations are needed, so the translation is not just linguistically correct but also culturally appropriate. This idea of bringing context is fundamental, as this is how, in our view, using AI in translation makes the most sense. This happens to be what humans have also used for decades, and the very reason why they use CAT software in the first place for display of context while translating.

By bringing in context, the goal is to improve the accuracy and consistency in translations in order to avoid common errors from classic Translation Machines or unsupervised generative AI.

This will be developed in a second part, but first, here is a simple overview of what happens in Raiverb, a CAT designed to bring in as much context as possible for AI to be truly effective.

Limitations of Automated Translation

Maximizing Contextual Data for AI Translation in Raiverb

Now that you understand WHY context matters most in translation, it is time to tell you the HOW.

  • When you run a typical job on Raiverb, what happens is:
  • 1. You have imported a document. The source text is split into relevant segments (called Translation Units), most often paragraphs, but not always.
  • 2. Depending on the file the user imports, and with the user help, all possible metadata is extracted in order to provide the maximum context to the AI: comments, IDs, translations in other languages, time tags, etc.
  • 3. Each segment is then analyzed and classified upon its relevance and similarity to other segments. The software knows what segments are repeated, similar, or not related at all.
  • 3. Segments and all relevant data are submitted to the AI, translated, and saved separately. Past segments can be referenced at any point if they are relevant to the segment being translated.
  • 4. A glossary is created automatically depending on user instructions and/or relevance to the project.
  • 5. All translations are saved and kept for later reuse.

Accordingly, the steps here are pretty straightforward:

  1. Import your content
    Just like in the Translation Center, you can click “Import File” and find the source file you want to translate.
    Alternatively, drag-and-drop will work as well.
  2. Setup the content
    The Importer will appear. Tell Raiverb which column is the source, and which column is your context (IDs, comments, alternative targets, character limits, etc.).
  3. Import your knowledge base
  4. This will typically includes Glossary and Translation Memory. You can click “Import” and find the corresponding files, or a simple drag-and-drop.
  5. Setup the extra comment options
    Type what guidelines you want AI to follow (including industry, tone, style, glossary extraction instruction, etc.) for the global source, or individually for a specific Translation Unit.
  6. Click on “Start”
    Here we go, that’s it!

Still want to check out the detailed steps? Please refer to the User Manual here.

Machine Translation vs AI Translation: Key Differences

By maximizing the contextual data and keeping track of past translations, Raiverb has a consistent output, which makes editing easier.

What are the side benefits?

As a byproduct of its operating method, there’re two side benefits derieved from Raiverb’s mechanism of bringing in context.

  1. 1. Raiverb lifts the common restrictions in terms of size of the projects that can be run using it.

When there is a cap on file size (which most commonly seen as 5MB-10MB as in most popular automatic translators such as Google or DeepL), it makes it hard to work with large projects if you still want to use AI. This is because a large project, when loaded on browser, can be very slow too. Raiverb is there to undo that limitation.

Being designed as a standalone, downloadable application, and not as a browser SaaS, is a deliberate choice that Raiverb makes. It aims to be different from SaaS which tended to limit the scope of projects that can be worked on. One common complaint by linguists about browser CAT services is that they are slow and frustrating to work with, due to the limitations of networks, and the inevitable UI limitations of input-intensive operations done through browsers.

  1. 2. Raiverb is not tied to one particular Gen-AI service provider.

The reason why Raiverb provides users with multiple Gen-AI server choice, is to offer them the flexibility to choose their preferred provider, allowing them to select the one that best fits their project needs. By not being locked into one AI provider, users can experiment with different models and choose the one that delivers the best results for their specific language pair, project type, or tone.

machine translation

Now that you know HOW Raiverb leverages AI for translation, you must have a question: but why not bringing in context for traditional machine translators also? Why AI only? To answer this, we must understand the major difference between the two technologies.

Underlying Concepts Behind Machine Translation

Translation has been one of the earliest application of natural language models.
The underlying technological concepts behind Machine Translation, and generative conversational AI like ChatGPT are the same, but both are created for different objectives.

Traditional Machine Translation (Google Translate, DeepL) has been around for years, and has seen impressive jumps in quality since their inception. But despite their incredible progress, they have always been hindered by two major obstacles:

  • 1. The inability to fully understand the context of a text;
  • 2. The limitations in creative writing potential.

DeepL can deliver translations with an impressive quality. It can even use custom glossaries, or process whole files. But for large projects, projects sustained over time, or projects with a lot of comments or essential metadata holding the full context of isolated strings of text, it still shows limitations.

This is because Machine Translations deliver a translation of a given text done according to the most likely entry on their trained base of very high quality reference files. These databases include lots of nuances and subtleties in expressions and formulations. However, sadly, if you ask it to translate “How are you?”, it won’t be able to know whether to a formal or informal “you” in French or Chinese: it doesn’t know who is talking, and who is listening.
This may come, but is not quite there yet.

On the other hand, conversational AI such as ChatGPT can do that. AI has the ability to grasp the context of a text. This is why sometimes (but not always, and we come to that later) it simply appears to better for translations that come with detailed instructions.

Computer Assisted Translation, or CAT Tool

There’s nothing wrong with machine translation itself as a productivity tool to help translators boost their speed. However, it often falls short when it comes to understanding context—a critical element in producing accurate and natural translations. This is where Computer-Assisted Translation, or CAT tools come into play.

Using CAT, translators can see the content they need to translate, along with all the metadata they need in order to know more about the specific context of what they are translating.

Say you’re translating a dialogue between two characters. If you’re working on a game project, these dialogues may not be placed in a continuity. They may be one dialogue choice from the player among many. If the translator doesn’t know about the gender, the relationship with the other character(s) being adressed, the location that dialogue takes place in, or any relevant information, it is very easy to get a translation that is not acurate, or looks strange.

Computer Assisted Translation

There are whole memes on the Internet built around cold, direct translations done without context, because it can be hilarious to see characters in a movie adressing each other like they’re complete strangers after 3 hours of adventures together.

Not to mention some languages use different words, tones, or grammar adjustments depending on these situational facts. And this does not only concern dialogues, but also UI in a software, subtitles in a video, even the translation of PPT files can be highly situational, and may look very wrong if done without context.

On the other hand, conversational AI such as ChatGPT has the ability to understand context. But they also show their limits.


Fundamental Limitations of Automated Translation

This is a statement concerning Translation, but also AI in general.
Many people worry about the progress of AI, mostly for several reasons:

First, it is expected and now well documented that AI, or at least Large Language Models as we know them today, will meet important limitations due to the diminishing returns on training volumes: the more volume you train them on, the less it seems to improve the overall quality of the models.

But more fundamentally, and I dare say philosophically: no matter how complex the neural networks can get, their architecture is solely based around completing a sequence in the most logical order, based on a trained database. This is the congregated experience of human knowledge, but the full experience of what it is to be human is more than the sum of the data created by humans.

Humans can corner themselves into absurd situations, which are often the result of their own contradicting emotions, which they, sometimes and hopefully use to turn into jokes. Machine neural networks do not create conflicts, they do not have contradicting emotions. They simply weight and quantify, then complete. But they will never create jokes about themselves. There is nothing to joke about in what they do.
When they do not function as expected, they hallucinate, or crash. They do not self-correct.

This is the exact reason why they will never be able to do any type of highly creative translation. Some translations are inherently creative, or at least require to undersand what an original author tried to mean. This can be very different from a culture to another. While AI may have references to cultural subtleties if their training contains any, they will never create their own subtlety.

Paring AI with CAT Tool in Translation

Consistency Maintanence

AI translation systems often struggle to maintain consistency in style and tone, which is crucial for preserving a brand’s voice or an author’s unique style. For example, a brand’s messaging might require a formal tone in one context and a conversational tone in another. Without supervision, AI may fail to adapt appropriately, leading to inconsistent translations.

This is where CAT tools, with their translation memories (TMs) and glossaries, play a vital role. By providing AI with predefined terminology and style guidelines, CAT tools help ensure consistency across translations.

Polysemy Disambiguation

AI systems frequently encounter challenges with polysemy—words that have multiple meanings. Without sufficient context, AI may choose the wrong interpretation, resulting in inaccurate translations. For instance, the English word “bank” could refer to a financial institution or the side of a river. Human oversight, combined with CAT tools, is essential to disambiguate such terms and ensure accuracy.

Ai Translation

Handling New Terms and Jargon

AI systems often struggle with new words, technical terms, or industry-specific jargon, especially if these terms are absent from their training data. This can lead to awkward or incorrect translations. CAT tools, with their ability to integrate custom glossaries and TMs, provide a solution by equipping AI with the necessary terminology to handle specialized content.

Given these limitations, it is clear that AI cannot operate effectively in isolation. It requires supervision and contextual support to produce high-quality translations. This is where the combination of generative AI and CAT tools becomes invaluable. CAT tools provide the structured frameworks—such as translation memories, glossaries, and style guides—that AI needs to function effectively. Meanwhile, human translators bring the creativity, cultural understanding, and critical thinking necessary to verify and refine AI-generated outputs.

Conclusion

By now, it should be clear why context is everything in AI translation, ensuring better accuracy and relevance in every project—something that’s often lacking in machine-generated translations. The solution? By supervising AI. This is exactly why Raiverb focuses on providing as much context as possible for the AI—ensuring it doesn’t hallucinate, misinterpret, or generate translations that stray from our intent. In fact, one of the most valuable skills for today’s translators is understanding how these technologies work, so we can leverage them to their fullest potential and enhance our own craft.

Decoding Localization: CAT, TMS, CMS Explained

TMS-CAT-CMS-Tools

Every industry has their own acronym salad. Localization is no exception. Those complicated terms are extremely important for 3 reasons: 

  • So everyone can understand each other without using that many words.
  • To make a PPT and look intelligent.
  • No, that’s really two reasons. Also number one is rather optional.

So, let’s see how to beat the PPT game in localization:

Localization


We’ve got:

  • TMS (Translation Management System)
  • CMS (Content Management System)
  • CAT (Computer-Assisted Translation software)

If you’ve been explained several times what are these, but never can seem to remember exactly which is what and which does what afterward… no worries.

It’s normal because:
1. They’re not mutually exclusive.
2. They’re often merged together and confused with one another. So, sometimes, you’re talking about one product, but it might mean any or all of the three at the same time.
3. Some of the breakdowns, especially those on top of search engines, found on the Internet happen to be completely misleading and convoluted, and count on me to show you some of these below. The game starts at the bottom of the article.
4. They don’t sound cool, except for CAT, because we can make done-to-death puns.

So don’t worry. You’re covered.

CMS – Content Management System

Let’s start with the CMS. It’s the Content Management System.

That’s where you manage your content. I know, crazy.

More seriously, this is the place where a content creator uploads or somehow puts his content, for review, classification, reuse, centralization, or anything you might want or need. That’s a very broad definition.

The very famous blogging platform WordPress classifies as a CMS. It’s a place where you can push you content, either articles, videos, or images, and then release it for the public to see. WordPress is a CMS, that’s intended for blogging. But CMS can be much more than that.

Drupal, Joomla all qualify as CMS. But they’re intended for general website construction and not necessarily blogging. The gaming platform Steam also has an exhaustive CMS.

Keep in mind, CMS means Content Management System. That’s a very broad definition. Under this definition, all CMS may not all be intended for the public to see. Companies may be using their own internal CMS to handle their employees contents (daily communication, reports, etc).

What a CMS should do, how big it is, depends mostly on the user and their objectives. 

And that’s where the problems begin: the definition is so broad, technically, even a smartphone or a laptop or even a SSD be called a CMS.
Obviously, that’s ridiculous, that’s why what we usually refer to as CMS are platforms, destined to either be shared or to be used by a team.

TMS – Translation Management System

Translation Management System

Oops, wrong TMS, pic unrelated sorry

Here goes more trouble. 🤦 What if we have a CMS, but we need it to be multilingual.

If we’re managing content, seems like we’ll need some way to also manage the translation of this content. Again, we’ll assume that a team is working, or expected to work, on these translations, or at least that we’re working on several projects at a time. Otherwise, we can just save some backups on a computer.

In its most basic form, a TMS is a way of accessing and handling the same content in different languages.

So, what does this system look like, what does it do and what’s its relation a CMS? Here again, we need first to define what is “handling” and what englobes our “content‘.
Therefore, the answer is: that depends on the user, the service, and the scope.

A TMS can be a simple repository of translations, or can be a whole platform proposing access to internal/external users, translators, proofreaders. It can be self-hosted and maintained, or entrusted to a third party, such as Memsource. 

One thing is sure, a TMS must be related in some sort of way to some sort of content, in other words, a TMS is generally expected to be attached to a CMS (see, we’re getting to use two of these terms in the same sentence🫡). But not always. (🙄)

Imagine you are a broke game publisher. 

For some reason, you’re managing the localization of a bunch of different games. You’re going to want to store your localization data (meaning, what’s been translated inside your games), in a centralized place so everyone on your team or your outsourcers can access it quickly. Maybe you’ll also going to store your marketing material.
In this case, you’re going to have a TMS without necessarily a CMS.

The functionalities of a TMS can vary widely: 

  • Do you need this platform to save your translations, do you need it to notify your language specialists?
  • Do you need your reviewers to push your final content live?
  • Do you need it to send notification e-mails?
  • Do you need advanced project management and custom endpoint API calls?

You may feel that the question is yes all the time. 

The Localization

Having to deal with systems overscaled systems, where half the functionalities won’t ever be used by anybody, a clogged UI, and overall clumsy bloatware where one needs to click through half a dozen things before reaching anything useful makes for an awful experience. 

CMS and TMS are technical projects, and just like any project, it is best to find the right scope for the CMS or TMS you will be using. Going for a complex and comprehensive TMS system may lead to useless bloat. Going for too much simplicity or shortcuts may lead to issues with scoping up later-on.

These are questions whose answers will have to depend on the specific cases.


 CAT (Computer Assisted Translation)

Last but not least. The Computer Assisted Translation Software. That’s a piece of software that’s here to help people in doing the actual translation. So right away, here’s the difference:

    CMS and TMS manage.
    The CAT creates.


It’s like the MS Word but for translation. It helps by providing a set of useful tools to translators. For example by reminding them of the glossary to use, or a list of previous translations from elsewhere in the project so they can know what style to follow.
By default, a CAT does not necessarily synchronize with what a team is doing, nor does it necessarily organize the proofreading review process. OmegaT, for example, does not provide tools to do anything beyond translation.

However, wouldn’t it be nice if they did? That would be the next logical step in having solid CAT tools. That is why most of them actually do it nowadays. 

And that is why the line is so blurred between CAT and TMS. 

Good CATs will have some TMS capabilities, or at least the capacity to connect to such systems (and actually this is the best scenario, by far). Good TMS will have some CAT capabilities, enabling quick search and edition, or even some QA functions. Nowadays, some of these are completely merged together and offer platforms with backends for both Translation Service Providers (or, as your grandmother would call them, translators) and content owners.

Now, personally, I think these SaaS CAT TMS aren’t the best way to do things, but that’s a completely different conversation.

To summarize:

  • CMS: That place where you put stuff
  • TMS: That place where you put the translation of stuff
  • CAT: That thing to translate the stuff


If you still think this is hard to decipher, remember this: these acronyms are merely terms put on concepts. These concepts are very fluid and can evolve and change with time. 

Now for the good bit. We mentioned a lot of the information found on the internet about these can be misleading or uselessly complicated, whether to fit a sales pitch or for whatever reason.


The Game

So how aboooooout… we play a game where we spot some of these misleading or incomplete information using all the information above.

The Rules: Watch the pics below, and spot the BS.

TMS


Answer: What’s going wrong here? Not that much actually, but if you’ve been following,

you’re just as confused as me as to why the process of translating a bunch of documents
needs to be represented with a geared cloud labeled “TMS”.

Translation Process


Answer:  Mh, why does the TMS need to be a circular thing now? Also… WAIT WHAT?

At what point does “Fully Automatic Translation” is part of the “Main features” of a TMS? 🤷‍♂️

TMS Translation Tool


Answer:
Yeah I get that they needed 3 things to make the big thing do the thing.
Here’s the problem: TMS IS THE MANAGEMENT TOOL, maybe you mean CMS.
Also “automation tools” ARE the TRANSLATION TOOLS. FFS now.

TMS-CAT Tools


Answer:Hey, there’s actually nothing too bad here, the representation is rather… it’s something.

Although, usually you drink the coffee cups separately so at what point does it matter if they are on the same rack? Oh IDK let’s be lenient on this one.
Also Smartcat, I’ll give you ten reasons NOT to put any of that stuff in a browser like you do but I’ll deal with that another time.

See, we made our own chart, everything clear now?

These are only a few select examples and these are not only not contributing to anybody’s understanding of the main tools around localization, but they’re actually hurting good practices and sound knowledge.

With all this being said, the two main takeaways of these articles are:

  • CMS, TMS and CAT are useful tools that you may choose to use or not, but they aren’t some complicated Rube Goldberg machines.
  • But if you want to make it sound like they are, it’s super easy and you can now be a master of the PPT!

The Raiverb Approach to Localization: How the Magic Begins

localization

Why Making Raiverb

The creation of Raiverb stemmed from years of hands on localization experience and a clear recognition of gaps in the market. Existing solutions were often too complex, limited to SaaS platforms, or lacked the flexibility to meet diverse needs. Raiverb was designed to be approachable, lightweight, and powerful, catering to professionals seeking a reliable, non SaaS solution.

At the heart of Raiverb lies its Translation Center, a feature that leverages generative AI to deliver accurate translations with a strong emphasis on context and consistency. While AI capabilities are a significant focus, the primary motivation behind Raiverb was to enhance productivity without disrupting existing workflows.

Raiverb isn’t about replacing the human element in localization—a task we view as neither achievable nor desirable. Instead, it’s a tool designed to support human translators, streamline processes, and respect established workflows. Beyond translation, Raiverb offers robust tools to control, organize, and ensure the quality of translated content, making it a comprehensive localization solution.

Context Matters

Machine Translation (MT) has advanced significantly, with neural networks and generative AI models delivering increasingly sophisticated results. However, both approaches have limitations.

  • Specialized MT services (e.g., DeepL) excel in raw translation quality but lack flexibility.
  • Generative AI models (e.g., GPT, LLaMA) are adaptable and responsive to user demands but may lack precision.

These technologies are converging, with Machine Translation evolving into a specialized branch of generative AI. However, one critical element remains elusive: context.

Context is a crucial yet frequently overlooked component.
Yet the absence of it can lead to inaccuracies and inconsistencies. In localization, especially for software or video games, a high-quality translation is not only about the raw literary quality of the text, but also the nuances of contextual intricacies. Without context, the risk is a result that is technically accurate but contextually inappropriate. This is a significant source of frustration for reviewers and proofreaders.

Human translators have long relied on CAT (Computer-Assisted Translation) tools to address this issue. CAT tools provide past translations and segment large documents, helping ensure consistency and manageability. Raiverb takes this concept further by integrating AI capabilities with robust contextual analysis.

This is true for humans as well, which is why human translators have relied on CAT (Computer Assisted Translation) tools for decades. CAT tools are specialized software mainly designed around the goal to provide references to past translations and terms, and segment large documents into manageable parts.

For example, translating dialogue in a game requires an understanding of the characters, their relationships, and the narrative setting. Without this knowledge, translations can appear awkward or incorrect.
These issues becomes more critical as a project grows bigger, and understanding a specific area of the project becomes increasingly complex and requires reading notes and comments.

game localization problems

Awkward game translations, the result of missing context.

How Does Raiverb Solve This Problem?

Obtaining context is not as straightforward as it seems. The translation and localization industry often involves working with a wide range of file formats that may have little in common. Extracting context from such diverse formats is a complex task.

Raiverb’s Translation Center is specifically designed to handle this complexity.

  • Contextual Analysis:

Raiverb reads source files and enable users to effortlessly set up, extract, and organize every piece of available contextual data.

  • Segment Translation:

Just like a classic CAT, it will slice the content into relevant chunks called segments, and translate these segments one by one.

  • Format Adaptability:

It incorporates different strategies for various file formats. For example, XLSX files can be configured so that each column is recognized as distinct elements: column A can be assigned as the source text, collumn B as notes, and column C as a character limit requirement, which will all be exploited to deliver the most accurate translation. Raiverb supports most of the common formats, all with their own customized strategy focused on extracting contextual data.

Classic CAT features:

Like any CAT tool, Raiverb supports translation memories and glossaries, which are classic formats human translators use daily to ensure adherence to the style and terminology. Translation Memories (TM) are the component allowing access to previous translations, thus ensuring consistency across translations, even with different translators.

Once all the data is set up, the AI endpoint will receive a translation request along with all the data it needs (glossary, TM, and all metadata) to make a precise, adapted translation. This approach allows to not only get a precise translation, but also allows for proper management, proofreading and review.

  • Automatic Data Redording: 

When translating content, Raiverb automatically records and stores all results in your local device. It also allows language specialists to review and confirm translated segments, as well as exporting/classifying them, creating a growing repository of knowledge.

  • Data Under Control:

Another beneficial side effect is to effectively remove the file size limitations for imported content. Raiverb is a standalone application that does not require users to upload files online, but only the segments to be translated.

The heavy lifting is done offline, if at any point the network is lost or the computer shuts down, all work done is safe.

raiverb for localization

Combining the power of CAT and LLM for optimal translation.

Long Term Planning

Raiverb’s long-term vision focuses on building a smarter, more adaptable tool over time.

  • Expland Language Suuport & Streamline Collaboration:

Raiverb is set to support over 200 languages, ensuring comprehensive coverage for all your translation and localization needs. Additionally, it will be able to facilitate seamless collaboration with internal and external team members, enabling efficient management of the entire translation workflow.

  • Learning and Optimization:

Raiverb gets all the benefits of classic CAT software: it not only learns and gets better the more it works on a given project, but won’t resubmit the same content.

  • Full Customization:

Raiverb is not tied to any specific generative AI service. It uses customized versions of the best services available to date, with constant improvement and monitoring. Its output will evolve as available LLM make progress.

Future updates will allow users to fully customize their workflows. A licensed version of Raiverb will offer complete endpoint customization, empowering users to fine-tune the software to their specific needs.

localization main interface

Raiverb is fully customizable, continuously improving for best user experience.

It’s Not Only About AI

As mentioned previously, Raiverb is more than just its Translation Center. The objective was to create a lightweight software to centralize all classic localization features. It does not aim to replace a CAT tool or an established workflow but provides a set of convenient utilities that can be used anytime, anywhere. With Raiverb, you can do:

  • Text-To-Image OCR. You have a scanned contract but can’t rely on third party websites? Raiverb will do it without connecting to the Internet.
  • Translation Memory conversion. Get an industry-compatible Translation Memory file from your bilingual XLSX spreadsheets, and import it into any third-party solution.
  • Quality Check. Get detailed yet simple-to-read quality reports on existing translations: check your glossary integrity, TM integrity, check for untranslated or empty content, abnormal difference in length, unequal numbers of tags with the LQA feature. Ideal for spotting easy to miss yet crucial issues.
  • WYSIWYG Visual Editor for code and tags heavy content. Raiverb will remove all the tags and replace them with the relevant visuals. It is particularly useful when reviewing content using a lot of HTML or other code.

All of these features are entirely free and do not require a connection to the Internet, making Raiverb not only data-safe, but also fail-safe.

In A Nutshell

The objective of Raiverb is to be an easy-to-use, hassle-free assistant for all your localization and translation needs. At its core, Raiverb believes that context is just as important as the raw quality of a translation.

That’s why Raiverb is packed with a suite of tools and features, with an aim to streamline workflows, enhance productivity, and adapt to the unique needs of each user. Whether you’re managing a complex project or handling routine tasks, Raiverb is designed to make localization simpler, smarter, and more efficient.

Click here to explore Raiverb now!

Free CAT Tool: Raiverb for Translators and Localization Specialists

Free CAT Tool

What is the best free CAT tool?

If you are looking for an accessible, free CAT (Computer-Assisted Translation) tool, or simply a tool that helps you do translation and localization efficiently, Raiverb is the answer. Raiverb is a free, public desktop application designed to empower translators and language service providers. It offers a comprehensive suite of localization tools, enabling users to enhance productivity effortlessly. Its standout feature leverages Large Language Models (LLMs) to control a CAT core, offering unparalleled flexibility and simplicity. Whether you’re a freelancer, part of a localization team, or a student, you will benefit from a hassle-free translation experience provided by the tool, which reflects our commitment to innovation and accessibility.

Why Choose Raiverb: A Free CAT Tool That Does It All

“For those who prioritize data privacy, Raiverb offers an all-offline mode, ensuring you have the freedom to work without compromising functionality.”

All-In-One Solution: A Translation & Localization Wizard In Your Pocket

Raiverb aims to become the only tool you need for all aspects of your translation and localization workflow in the age of AI. It serves you like your personal intelligent assistant, helping you translate repeated segments, maintain glossary consistency, control translation quality, build your project Translation Memory (TM), and even handles codes and tags smartly with a visual display, extracts texts from pictures for your translation, and generates and merges translation memory files for you easily from a spreadsheet.

Raiverb prioritizes your data safety and privacy. Imagine you have a large database that needs translation and has to be kept safe. Raiverb helps you with just that with its capability to support unlimited file sizes, glossaries, pictures, and translation units for offline processing, while guaranteeing it to be fast and swift. With Raiverb, you have total control over all your multilingual assets, which will in turn benefit your long-term project the more you use it and let it remember for you.

Beyond AI-Powered Translation: You Have The Control

You can easily choose which parts of a text you want to translate with AI and which ones you’d rather leave. It’s totally up to you to decide which parts are best left to the human touch and which tasks are best handled by the intelligent agent. And here’s the best part: you can let the AI inspire your translations, or proofread for you as you go. There’s no distinct order, so you have the flexibility to decide what works best for you. Raiverb’s Guidance Score helps you to make those informed decisions that enable you to use AI wisely and selectively, ensuring you get the most out of AI while keeping your translations the right sound and touch.

Open Community: Collaborative Features for Resourcefulness

As a free CAT tool, Raiverb’s vision is building a translation community where everyone can contribute to the improvement of how to best utilize AI to complement human wisdom. That is why Raiverb currently offers the “Share” server for collaboration and learning. Translations you create are available on Translatepedia, where others can access and review them. This platform enables you as fellow translators and validators to explore Raiverb’s output in different configurations and contexts, fostering a collaborative environment where insights can be shared, and translations can be refined collectively.

Free CAT Tools

How Raiverb Stands Out Among Free CAT Tools

“Raiverb is continually improving, incorporating the latest advancements in technology and LLMs to stay ahead.”

AI-Powered Translation for Contextually Accurate Results

Raiverb is more than just a free CAT tool with machine translation (MT) or advanced MT—what we now recognize as AI—integrated. The time has come to move beyond using AI the same way we use traditional MT. The only way to make AI effective and produce high-quality translations is by providing it with as much and relavant context as possible.

This is increasingly important and achievable with more more data than ever before at our fingertips. The key to making the most out of all your data, whether it’s prompts, glossaries, TMs, comments, character limits, third-language translations, or other contextual factors, is to organize it in a way that sparks the creativity of AI and produces the best possible result. Raiverb does just that. And that’s not all — Raiverb is always getting better, incorporating the latest advancements in technology and LLMs to stay ahead.

Flexible Import Strategies for Diverse File Formats

If you’re thinking how many file types Raiverb can breezely import, you will be surprised. Not only that it covers all your day-to-day office documents such as xlsx, docx, pptx, and pdf; if you are a tech pro, then you’ll be covered too, because it also suppots xml, pot, po, srt, ass, json, and much more.

But what truly sets Raiverb apart is its unparalleled flexibility. You can set up your project exactly the way you need. No matter what kind of document you’re working with, there’s always a choice that instantly helps you configure your content into a neat grid— what is known as Translation Units (TU). The amazing thing about Raiverb is that, as small one TU can be, it can store many metadata including but not limited to Source, Target, Alternate Target, Author Note, Translator Comment, Glossary and TM matches, charlimit, translation histories, guidance score…All organized the way you need it!

A Treasure Trove of Localization Tools

Raiverb is not a conventional CAT tool. What makes Raiverb special is that it started as a localization tool that puts all the best localization practices in one place, by supporting string ID, character limit, developer notes, reference picture, smartly detects different locales, and features a WYSIWYG editor that removes and adds the tags and variables as you go. All are features designed to make tedious jobs a breeze.

Intuitive Design for Both Professionals and Beginners

Raiverb believes that it is only human nature that simplicity works best. This is true for anyone, whether you are seasoned professional translators, localization specialists, or beginners who just want to try out a free CAT tool and get familiar with tranlation technologies. CAT tools can never work as effectively as it intends to be without an intuitive design.

That is why Raiverb offers an easy-to-navigate interface, removing the superfluous and focuses solely on what’s essential. With alwasy a simple “drag and drop” and “copy and paste” method in mind, the two most commonly used tricks we have adapted to as modern computer users, for all key working functions, Raiverb prioritizes user experience and promises a smoother get-around that makes you relaxed and even the translation and localization process a little bit more fun.

Free Online CAT Tools

Comparison: Raiverb vs. Other Free Online CAT Tools

Matecat vs. Raiverb: Which Is Best for Freelancers?

Matecat is a well-known free CAT tool, but Raiverb offers advanced AI integration that provides a clear advantage for freelancers. Raiverb not only translates your content into the target language using contextual information for enhanced accuracy, but it also extracts potential glossary candidates, automatically adding them to the dynamic glossary.

What’s more, Raiverb’s Guidance tool takes it a step further, providing a score from 1 to 101 to evaluate the reliability of AI-generated translations based on existing TM and glossary content. This quick visual cue helps users assess how much of the translation is machine-generated versus human-verified, making it easier to make decisions that ensure translation quality. Users can then set a customized threshold score for Raiverb to handle the translation units by distinguishing tasks for AI processing from those that require human intervention.

OmegaT vs. Raiverb: Automatic LQA Advantages

While OmegaT is a solid free CAT tool, Raiverb’s AI-powered capabilities set it apart by offering advanced features like a built-in Language Quality Analysis (LQA). Raiverb evaluates both source and target content, generating detailed reports on issues such as consistency errors, glossary mismatches, locale mismatches, and formatting problems.

Additionally, Raiverb’s Auto-LQA allows for an interative quality assessments by automatically adjusts the errors report as you go. This way, translators and language specialists can have a real-time control over the quality of their translations, making it the preferred choice for those seeking seamless workflows and comprehensive quality support.

Smartcat vs. Raiverb: Collaboration and Size Limit Compared

Smartcat is well-suited for collaborative translation, but Raiverb stands out with its robust Translation Memory (TM) and glossary features, offering superior efficiency for teams working with complex or repetitive content.

Raiverb supports documents of any size, while ensuring that everything works quickly and efficiently. Whether it is your Source, Translation Memory, or Glossaries, there is no limit to the number of documents you can import either. This gives you the flexibility to work on large projects, especially when team collaboration is required.

CafeTran Espresso vs. Raiverb: Simplicity Meets AITPE Power

CafeTran Espresso offers simplicity and effectiveness, but Raiverb takes it a step further by combining ease of use with powerful AI-driven features, such as AI Proofreading mode.

Raiverb evaluates translation quality on a scale of 1 to 10 and proposes improvements, checking for glossary and TM consistency, typos, grammar, style, and more. You also have the option of applying the prompt interactively to each Translation Unit. With Raiverb, you get a comprehensive, all-in-one quality check for both students and professional translators, offering robust translation quality assessment approaches without hidden fees or complex setups.

How to Use Raiverb: A Step-by-Step Guide (Excerpt)

“The best solutions must be simple and accessible. Raiverbs ensures just that by removing the superfluous and focuses solely on what’s essential. ”

Setting Up Your First Translation Project

To get started with Raiverb, simply download the software for free. Once installed, launch the application, and you’ll find out that Raiverb has a sleek layout with all key functions visible at your fingertips in one simple interface.

Importing Files and Configuring Settings

Raiverb has great flexibility and compatibility with file types, making it easy to import a variety of content types such as documents, spreadsheets, subtitles, and json files. Setting up your content correctly is essential for effective AI translation and proofreading, and Raiverb offers flexibility to adjust your setup at any stage.

  1. Glossary: Drag and drog your multilingual file, selecting the columns for your language pair.
  2. Translation Memory: Drag and drop your TM file to tap into your previous translations, saving time and boosting accuracy across projects.
  3. Archived Translations: Enabled safely stored project-specific translations for reuse.
  4. Extra Notes: Add valuable instructions or context to guide your translations, ensuring nothing gets lost in the process.
  5. Character Limit: Easily add and adjust character limits with one click for content like subtitles or game translations, ensuring text fits the required space without compromising meaning.
  6. String ID: Easily map and track translation units with unique identifiers (String IDs) to maintain organization and consistency across your project, great for projects like games.
  7. Alternative Target: Include reference translations in a third language to provide context or maintain alignment across multiple languages.

Leveraging Contexual AI-Driven Suggestions

Once your project is set up, Raiverb uses all contexts availale for AI to automatically generate translation suggestions, spicing up the imagination while ensuring accuracy wherever Guidance Score is maxed. You have the maximum flexibility to choose between the Auto Setting for full automation, and soon the Manual Setting to prioritize human input, with AI offering support to refine or inspire translations as needed.

Exporting/Reusing Final Translations with Ease

After completing the translation, Raiverb allows you to easily export your files in the original format. You can also export your translation memory and glossary for use in any other translation management platform, or simply turn it into Raiverb’s internal Translation Memory for reuse in ongoing projects.

For more detailed step-by-step instruction, please refer to the Raiverb Manual.

Raiverb for Translators and Localization

Frequently Asked Questions About Raiverb and Free CAT Tools

What Is a CAT Tool?

A CAT (Computer-Assisted Translation) tool is a software application that aids translators in improving the quality and speed of their translations. These tools often include features like translation memory, glossaries, and machine translation integration. Free CAT tools are ideal for beginners and professionals alike, helping streamline the translation process while ensuring accuracy and consistency.

How Does Raiverb Imporve Translation Efficiency?

Raiverb enhances translation efficiency by leveraging advanced AI features that provide context-aware suggestions, automatically generating translation options. The use of translation memory and glossary features further ensures consistency, speeding up the workflow. By reducing repetitive tasks and providing real-time updates, Raiverb makes it easier to handle complex translation projects, making it one of the best free CAT tools available.

Is Raiverb Suitable for Beginners?

Raiverb is a great option for beginners, offering an intuitive interface and easy setup. While it provides advanced features for professional translators, it also simplifies key aspects of translation, making it approachable for those new to CAT tools. Whether you’re a student or just starting your translation career, Raiverb’s free CAT translation tool provides the perfect balance of simplicity and functionality.

For more information, check out our General FAQ and learn how Raiverb can transform your translation and localization workflow.

Download Raiverb: Your Go-To Free CAT Tool

Raiverb is a free CAT tool designed to support translators of all levels. With a focus on improving translation quality and efficiency, it offers essential features like translation memory, glossary integration, and AI-powered suggestions. By downloading Raiverb now, you gain access to a free, powerful translation memory tool that can help you streamline your work and ensure accuracy.

Benefits of Raiverb for Freelancers, Teams, and Businesses

We understand the challenges of balancing budgets and delivering excellence. That’s why we’ve designed a tool that keeps technology accessible, affordable, and tailored for the larger translation and localization community.

Boost Productivity with Time-Saving Tools

A CAT tool is about being productive in your translation by asking computer to remember it for you; and Raiverb takes it further. Raiverb empowers the translators and localization managers today with a range of productivity tools right inside in the CAT, because we believe that in order to be productive, every step in the translation and localization process needs to be connected and covered. It has to be part of your process.

With Raiverb, for example, you can forget about spending time and effort going back and forth between websites for AI, doing a clumsy OCR on your phone, copying and pasting it into a CAT tool for translation, searching in your excel for verifying the correct terms, and then transferring it to another tool for LQA. Raiverb brings it all together in one convenient location, enhancing your productivity and efficiency.

The Ultimate, Affordable Solution for Translators and Localization Managers

Raiverb aims to serve the larger translation and localization community by providing an affordable, high-quality free CAT tool for everyone. Whether you’re a freelance translator juggling multiple projects, a localization manager overseeing complex workflows, or a business striving to expand globally, Raiverb ensures you can harness the latest technologies in the most efficient way possible.

As a free CAT tool, Raiverb has a larger mission—foster a supportive ecosystem where professionals can thrive. By always looking into the ever-changing needs of translators, localization professionals stay competitive in an ever-evolving industry. For freelancers, this means streamlining your workflow to save time and focus on your craft. For teams and businesses, it means collaboration becomes seamless, and projects are completed faster, without compromising quality.

The Perfect Blend of AI, Simplicity, and Versatility — And More To Come

Raiverb represents the ideal combination of cutting-edge AI, intuitive design, and unmatched versatility, making it a trusted, free CAT tool for translators and localization managers alike. By balancing powerful features with user-friendly functionality, it transforms complex tasks into seamless workflows, enabling users to focus on delivering quality results.

But this is just the beginning. Raiverb is constantly evolving, with more innovations on the horizon to further enhance the translation and localization experience. Our commitment to simplicity, affordability, and accessibility ensures that as the industry grows, Raiverb will grow with it and make translation better and possible for all.

Localization in 2025: The Wild World of Languages, Culture, and Tech

The Localization New Translation Tools

Hey there, language lovers and culture vultures! Buckle up because we’re about to dive deep into the fantastical, sometimes frenetic, always fascinating world of localization in 2025. Yes, that’s right—localization! Not to be confused with localization, which is what my GPS does when trying to find my favorite taco stand. We’re discussing the art and science of making content feel at home in any language and culture. Whether you’re a business mogul, a game developer, or just a curious cat, stick around—this will be one wild ride.

What’s Localization in 2025 All About?

For the uninitiated, localization (or L10n, for the cool kids) is adapting content to meet a specific target market’s language, culture, and other requirements. Translation involves translating text but also tweaking images, colors, layout, and even jokes to make sense in the new context. Imagine trying to explain a British pub joke to someone in Japan. Yeah, it’s like that.

The State of the Industry

1. Big Money, Big Moves

First things first, let’s talk numbers. The localization industry is booming. As of 2025, it’s worth a jaw-dropping $60 billion and counting. Companies are throwing cash at localization faster than you can say, “multilingual SEO.” Why? Because the world is more connected than ever, businesses are waking up to speaking the customer’s language (literally and figuratively), which is crucial for success.

2. Technology: The Big Guns

Remember when translating a document meant hiring many human translators and praying they didn’t mess up? Those days are long gone. Enter Machine Translation (MT) and Neural Machine Translation (NMT). Tools like Google Translate and DeepL are getting so good they’re practically human. But don’t get too comfortable—humans are still in the game for nuance, context, and all those pesky idioms.

Then there’s Artificial Intelligence (AI) and Machine Learning (ML). These bad boys are powering everything from automated subtitling in videos to real-time translation apps. The future is here, folks, and it speaks 100 languages.

3. Video Games: The Digital Babel Fish

Let’s talk games. Video game localization is a beast of its own. Gamers are a global tribe and want their quests, battles, and dialogues in their native tongues. This isn’t just about translating text; it’s about lip-syncing, voice acting, and cultural references. It’s why a joke that slays in New York might flop in Tokyo. Companies like Nintendo and Blizzard are leading the charge, ensuring your RPG experience is just as epic in Berlin as in Buenos Aires.

Localization Trends Banner

Trends to Watch

1. Transcreation: Beyond Translation

Say hello to transcreation, the lovechild of translation and creative writing. It’s not just about converting words; it’s about conveying the same emotions, humor, and cultural nuances. Think of it as the difference between a stiff “Happy Birthday” and a heartfelt “Hope your special day is filled with joy!” in every language.

2. Hyper-Localization: Going Local Like a Boss

Hyper-localization is taking customization to the next level. Translating into Spanish is not enough; are you targeting Mexico, Spain, or Argentina? Each has slang, customs, and even different words for the same things. Companies are getting granular, ensuring their content hits home no matter where “home” is.

3. Inclusive Localization: Because Representation Matters

Inclusive localization ensures content is accessible and relevant to all audiences, including those with disabilities. This means more than just adding subtitles—it’s about ensuring everyone can engage with your content regardless of language or ability. It’s the right thing to do, and, surprise, surprise, it’s good for business too.

Digital Transformation Localization

Challenges on the Horizon

1. Cultural Sensitivity: Walking the Tightrope

One wrong move, and you’ve offended an entire culture. Yikes. Companies must tread carefully, ensuring their content is respectful and sensitive to cultural norms. This means understanding taboos, avoiding stereotypes, and sometimes even reworking entire campaigns to fit different cultural landscapes.

2. Legal and Regulatory Hurdles

Laws, laws, laws. Countries have different regulations about what can be said, shown, and done. From data protection laws in Europe to content restrictions in China, navigating this legal labyrinth is challenging. Get it wrong, and you could face hefty fines or a ban.

3. Keeping Up with Tech

Tech evolves faster than you can say, “Localize this!” Keeping up with the latest tools, platforms, and best practices is a full-time job. Companies must invest in training, stay updated with industry trends, and continuously innovate.

The Cool Stuff: Real-World Examples

1. Netflix: Streaming Success

Netflix is the poster child for successful localization. Its presence in over 190 countries offers content in 30+ languages. It doesn’t just subtitle; it dubs, re-edits, and even re-shoots scenes to ensure shows resonate globally. Have you ever watched “Money Heist” in Spanish and English? It’s like watching two different shows.

2. Coca-Cola: Taste the Feeling Everywhere

Coca-Cola’s “Taste the Feeling” campaign is a masterclass in localization. Instead of a one-size-fits-all approach, the campaign features different images, music, and messages tailored to each market. In China, the ads focus on family and togetherness, while in Brazil, they’re all about fun and festivity. The same slogan, different vibes.

3. Airbnb: Belong Anywhere

Airbnb nails localization by adapting language, imagery, and experiences to local cultures. Its website and app are available in multiple languages, and it curates content to reflect local tastes and preferences. Looking for a cozy cabin in the Alps? Or a chic apartment in Paris? Airbnb’s got you covered in your language.

Conclusion: The Road Ahead

Localization in 2025 is a dynamic, ever-evolving field. It’s more than just translating words; it’s about bridging cultures, respecting differences, and making global connections. With technology advancing at breakneck speed and companies recognizing the value of genuinely localized content, the future is bright—and bilingual, trilingual, even polyglot.

So, keep your eyes on the localisation landscape, whether you’re a business looking to expand, a developer aiming for global domination, or just someone fascinated by the interplay of language and culture. It’s a wild, wonderful world out there; everyone deserves to feel at home.

That’s a wrap, folks!

Behind Language Detection: Who Won the War Against ‘Tofu’

There was a period in computing, the early 2010s, where character encoding support was far from universal. Trying to install and run non-standard ASCII software or open files was a bit of a game of luck. Chracters had to be installed separately to be fully supported. And not just the IME, but actual character encoding support. Even then, nothing was gauranteed. In fact, it remained pretty common to see this on a regular basis: garbled text.

Fast forward to today, the situation has improved dramatically, thanks to advancements like UTF-8. But why was this happening, and why is it rare now? Brace yourselves; we’re diving into character encoding history and its evolution to UTF-8. By the end, you’ll have a clear understanding of why this transformation occurred, why OCR (or what we call image-to-text analyzer) can correctly detect languages.

How Characters Work in Computing: The Basics

To understand how an OCR tool can tell one language from another, let’s first delve into how computers interpret text. And let’s start with some computing 101 reminders. Nothing hard, promise.

Computers function with electric pulses of 0 and 1. That’s a bit. By convention, we put these bits in packs of 8, which is a byte. Each bit is either ON or OFF, which makes 256 different combinations of possibilities. Therefore your computer can count from 0 to 255 using a single byte.

image

What Is Hexadecimal, and Why Does It Matter?

  • Here is the hardest part: for certain purposes, we often split this byte in 2, so we get 4 bits, that’s 16 different possibilities, what is called hexadecimal. To represent these numbers we don’t have in our traditional decimal thinking, we use A, B, C, D, E and F. Which means A=10, B=11, etc.
image-2

For example:

Link has a tomato color:
<a href="#" style="color: #ff6347;">
The color value, ff6347, is actually 3 hexadecimal numbers: one for red, one for green, and one for blue. “ff” is the highest number possible (16×16=256). We can then know the reds are full in this color, like the name “tomato” would suggest.

Yes, I know, this is confusing and the reason is not you. Rather,  we are using familiar numbers and letters to represent a different way of thinking. So don’t sweat it, it’s fine.

ASCII: The Foundation of Character Encoding

Back to our text. As far as your computer is concerned, a text is a list of characters (technically, an array). In your computer, phone, or any kind of intelligent device, each character is put in a grid, and we use the hexadecimals we just mentioned as the rows and colums of this grid.

In the beginning of computing, power was scarse and memory was limited, so in order to be as effective as possible, it was determined the smallest grid possible that would fit as much usable data as possible could be achieved by using a single byte.

Not even a single byte actually, but 7 bits (that leaves one bit to do other things).
This ended with the first convention for language representation: the American Standard Code for Information Interchange, or ASCII, was born.

Fun Fact: Not Every Character is Visible

Note that not every character is designed to be visible. For example, character 13 is End of Line. Therefore, when you press “Enter”, you are actually writing the character number 13  (or D) into your document or chatbox, which your program knows to interpret as a going to the next line.

For a deeper dive into ASCII and binary systems, check out ASCII Overview on W3C.

 

A Diversity of Encodings

The Early Limitations of ASCII and the Rise of Extended-ASCII

The ASCII standard, which only supported the 26 base letters of the English alphabet, was insufficient for encoding languages other than English. To address this limitation, the original 128-character slot system was quickly abandoned in favor of Extended-ASCII, which expanded the character set to 256 slots. While this was a step forward, it still didn’t provide the capability to support all the world’s languages within a single encoding.

At the time, Extended-ASCII was seen as “good enough,” especially for English-centric systems. However, the expansion was still far from enough to accommodate the complexities of global languages. This challenge, similar to those faced in modern translation technologies, highlights the importance of language detection, where an accurate identification of the language is key to ensuring the right encoding and format are applied.

Language-Specific Encoding Systems and Compatibility Issues

In the absence of a universal standard, each language began to adopt its own character encoding system, complete with unique grids and mappings. This led to the rise of various encoding formats, each designed to meet the specific needs of its language. While this approach addressed immediate issues, it also introduced significant compatibility problems.

For instance, Chinese computing was dominated for years by the GB-2312 (GB standing for 国标) encoding for Simplified Chinese, a system that remains widely used today. In parallel, the Big-5 encoding system was used for Traditional Chinese characters. These encoding systems created one of the most significant sources of incompatibility in the Chinese computing world.

The Role of Encoding Agreements in System Interactions

In computing, different systems must constantly communicate with each other. For example, an operating system (OS) must communicate with software, files must be read by software, and webpages must be rendered by browsers. The first step in this communication is often an agreement on which character encoding to use.

When this agreement is not reached, or when one system doesn’t support the necessary encoding format, the risk arises that the wrong encoding will be applied. As a result, characters may be mapped incorrectly, leading to distorted or unreadable content—often referred to as “garbled characters.”

In older systems, the OS was typically designed to understand only a specific set of character formats. If a system wasn’t built to accommodate other encodings, errors were common. When these systems tried to read data in unsupported formats, characters would often display incorrectly or not at all, creating a frustrating experience for users and developers alike.

This issue becomes especially important in Optical Character Recognition (OCR) systems. OCR technology relies on accurately interpreting and converting images of text into machine-readable text. If the encoding agreement between the OCR system and the software used to process the recognized text is misaligned, the output can be garbled or inconsistent. Ensuring that OCR systems use the correct character encoding is crucial for achieving accurate text recognition, especially when handling documents in multiple languages or specialized formats. Without proper encoding support, OCR-generated content may suffer from errors, making it difficult for users to extract meaningful information from scanned documents.

 

UTF-8: The Universal Solution

In a legitimate effort to harmonize character systems and solve this issue, the Unicode Consortium pushed for the adoption of a single universal format that would be as widespread as possible. A format that would contain all forms of characters from all languages possible.

After several tries, UTF-8 was the format that stuck, and was widely adopted. This still is the most used format around the world. UTF-8 can accommodate 1,112,064 characters. It supports 1 byte, 2 bytes, 3 bytes and 4 bytes of data. This means that it is not just one grid, but four grids coexisting within a single encoding. This allows it to be compatible with ASCII, because it uses the same single-byte grid.

UTF-8 handles most existing forms of written communication, including emojis, which are, as far as your computer is concerned, regular characters with their reserved space in the grid. UTF-8 is a standard managed by the Unicode Consortium. There is still a lot of free space (meaning empty cells in the grid), that’s why emojis can be regularly added.

Despite its widespread adoption, display issues can still arise. These are often due to unsupported fonts rather than encoding errors. This is particularly relevant when using OCR systems. If the OCR software misinterprets or fails to apply UTF-8 encoding when processing text from images, it can result in incorrectly displayed characters. This can lead to text that appears distorted or unreadable, even when the encoding is theoretically correct. Therefore, ensuring the correct use of UTF-8 encoding in OCR systems is essential for maintaining the integrity and readability of converted text.

 

The Truth About Fonts 

The last key concept to mention is fonts. So first let’s get something out of the way:

Fonts and encoding are two different things

Special characters look ugly, but don’t blame the encoding, it’s the font

A font is a graphical representation of the character matched in the encoding grid. It’s the “picture” your computer will show to the final user.
But it’s up to each font designer to draw what they want wherever they want. Or to not draw anything.

The famous font Wingding, which was Microsoft’s first attempt at showing emojis, has symbols instead of letters. But for all intents and purposes, it’s still a font, which means you will be able to see regular letters whenever you switch to a regular font.

Even though UTF-8 is widely used, not every font supports all characters in the UTF-8 encoding standard. In fact, very few fonts actually do, and the reason is easy to understand: comprehensively supporting the tens of thousands of characters across dozens of different languages is an extremely tedious task.

Font Limitations

Originally, when a computer would stumble upon a character unsupported by the current font, it would display placeholder empty squares:

□□□□□□□□□□

That is why it was so easy to confuse an encoding issue with a font issue. But both issues are very different in nature, as you now understand. Modern software are designed to display a default font if they can’t find the right character. It may not look always good, but it is still better than a tofu placeholder.

The famous Google “Noto” font is the result of Google’s effort at having a font that would never return placeholder square.

This font barely supports the base ASCII characters, but you can use it with a UTF-8 encoding

 

Language Detection in CAT Tools: A Game Changer for Translation

That’s it for encoding and fonts. That’s not an easy topic to tackle, but why does it matter for understanding character enoding? Mastering its fundamentals can improve troubleshooting for text display issues and ensure smooth handling of multilingual content. And also, understanding the fundamentals of UTF-8 will allow us to do more cool things like detecting languages, for example, in CAT tools.

Language detection is a critical feature in modern translation technologies like CAT tools, automating many processes and eliminating manual input errors. Here are a few ways language detection in CAT tools enhances translation workflows:

Automatic Language Selection

When importing content, CAT tools’ translator automatically identify the source and target languages, streamlining the setup process for translators.

OCR Integration

In a CAT tool where Optical Character Recognition (OCR) is performed, language detection ensures accurate text extraction by adapting to the document’s language.

LQA and Consistency Checks

Language detection enables efficient Language Quality Assurance (LQA), often an essential feature in CAT tool, by identifying inconsistencies in terminology or syntax based on the detected language.

Pro Tip: Explore how our CAT tool leverages advanced language detection to optimize translation workflows and reduce manual effort.

Thanks to innovations like UTF-8 and robust language detection systems, what was once a complex and error-prone process has become seamless and intuitive. Whether handling multilingual content or ensuring precise OCR results, language detection is the backbone of modern translation technology. By automating tasks like language selection and consistency checks in CAT tools, translators now can focus on crafting high-quality translations.