Natural language processing (NLP) involves the computational
analysis and understanding of human language, enabling machines
to interact with text data.
Innverse helps private and public natural language processing leaders make better, more affordable, and more accessible for millions of people around the world.
There are lots of unknowns and risks when it comes to machine learning. And you might not always have enough talent in-house to successfully execute your AI project.
We delivered more than 100 custom AI solutions in 20 countries worldwide and developed the AI strategy for the Estonian government, so we have enough competence to support you.
One of the key benefits provided by machine learning is the ability to process unstructured data, such as speech and text, to extract facts and ideas without relying on inaccurate keyword searches or laborious audio recording processing.
At Innverse, we create natural language processing solutions to help unlock the value of your data, automate routine tasks, and make data-driven decisions.
Data Labelling involves adding tags or annotations for machine learning.
Data architecture designs the structure and flow of information systems.
AI strategy outlines plans for implementing artificial intelligence initiatives effectively.
Piloting involves testing small-scale implementations to assess feasibility and effectiveness.
Scaling refers to expanding and optimising systems or operations for growth.
Natural Language Processing, involves analysing and understanding language data.
Data collection entails gathering information for analysis, often from diverse sources.
App development involves creating software applications for various platforms and devices.
From validating ideas on the business side to creating a strategy that is based on them. Making sure everything is ready from the data side from quality, quantity, engineering and scalability.
We set up all the necessary MLOps infrastructure for initial pilots and scale successful pilots. Of course, we develop the actual AI models producing the desired output and the supporting applications to exploit the output of those models.
AI is accelerating into a mega-trend, transforming industries, companies and the way we live and work. Organizations that build a strong data & AI foundation will be better positioned to reinvent, compete and achieve new levels of performance.
Accenture helps companies move from AI interest to action to value, in a responsible way with clear business cases. We help companies get their data, people and processes ready for AI, with a secure, cloud-based digital core that allows for continuous reinvention and greater growth, efficiency and resilience.
While it is easy for us to read a sentence or a paragraph and figure out whether
it’s about ordering pizza, the weather, or the news, doing so on a large scale can be very
time-consuming.
AI-based natural language understanding (NLU) solutions allow machines to perform these tasks at a speed
that is unmatched by humans. This allows us to classify entire documents, divide them into sections by
topic, understand the user’s intent in a conversation, or extract pieces of information from long texts.
These features serve as the foundation for conversational interfaces and allow for use cases like topic-based news article filtering, information extraction from CVs, and spam email detection.
Languages are very nuanced, so while some of the information is factual, like a
judgement that the restaurant’s food was bad, other parts are emotive, like the man’s outrage about the
food’s quality.
Machines are generally not very good at reading emotions, but with the aid of AI, they can pick up cues
that indicate the sentiment attached to a segment of text, showing whether the content is happy, sad, or
evokes any other sentiment the model is trained to recognize.
This allows our clients to better understand their customer feedback, adjust chatbot responses, and react to prevailing sentiments regarding specific topics reflected in the comments. It has also been used to understand sentiment concerning specific topics in the media and on social media. In this case, NLU and sentiment analysis are used in tandem to recognize topics of interest and subsequently interpret sentiments about them.
Speech recognition allows a machine to understand human speech, but speech
synthesis is what is needed to help the machine respond in kind. Machine learning has advanced
significantly in the synthesis of natural-sounding voices in recent years.
With just a few hours of training data, we create speech synthesis models that generate natural-sounding
speech using custom voices. These models help our clients automate customer calls and provide prompt and
personalized messages to users, for example, in the event of a service outage.
However, speech synthesis has a wider range of applications and is actively used to create audio versions of written articles and even audio books. Although the quality isn’t quite as good as when it’s read by someone with a deeper understanding of the material and a wider cultural context, it’s still a useful tool.
Speech recognition allows a machine to understand human speech, but speech synthesis is what is needed
to help the machine respond in kind. Machine learning has advanced significantly in the synthesis of
natural-sounding voices in recent years.
With just a few hours of training data, we create speech synthesis models that generate natural-sounding
speech using custom voices. These models help our clients automate customer calls and provide prompt and
personalized messages to users, for example, in the event of a service outage.
However, speech synthesis has a wider range of applications and is actively used to create audio versions of written articles and even audio books. Although the quality isn’t quite as good as when it’s read by someone with a deeper understanding of the material and a wider cultural context, it’s still a useful tool.
Knowing who is speaking is often as crucial as understanding their message. This can be very useful for meeting memos, automatic subtitling, customer identification, and even for law enforcement needs.
Speaker recognition is one area where machines very often outperform humans, not only in recognition accuracy but also in the number of people these systems can accurately identify. As with humans, this is, of course, strongly affected by the quality of the sound. For example, speaker recognition in a phone call is inherently less accurate than in a recording of a meeting.
However, Speaker identification has a wider range of applications and is actively used to create audio versions of written articles and even audio books. Although the quality isn’t quite as good as when it’s read by someone with a deeper understanding of the material and a wider cultural context, it’s still a useful tool.
Emotions can be determined from audio in a similar fashion to sentiment analysis in text. This is even more important here since speech recognition itself is imperfect, and people focus less on the tone of words when voice can be used.
This is particularly important when speaking with customers over the phone since it helps to understand how strongly they feel about the reason for the call, or when contacting emergency services because the emotion in the caller’s voice can indicate the urgency of the call.
A conversational interface with its own voice, Annika takes calls from clients, listens to what they have to say, and directs them to the best course of action. This is done using multilingual speech recognition to translate speech to words, transformer based NLP models to understand the content of a customer’s sentence and non-autoregressive Transformer based text to speech models that provide Annika with her signature voice.
Read MoreBuilding a job search and career development platform requires quite a bit of data collection - user profiles, job descriptions, cover letters, etc. We designed a system that takes user provided documents - CV-s, cover letters, job and education descriptions, etc. - as input and, using transformer based language models, extracts the relevant information that fits the data model of the platform.
Read MoreThe machine learning system learns from expert auditors and helps to detect potential tax fraud. This solution is deployed at the Estonian Tax and Customs Board of Estonia.
Read MoreOur system helps power line utilities to inspect their power grids with the help of drones to capture data and a specialized inspection platform called uBird to analyze it.
Read MoreThe Innverse team works with machine learning projects all the time, and has highly qualified specialists on board; thus, we can start implementing the project right away, not spending time learning how to be more efficient.
We already know who is good at what and who to include to efficiently deliver your project. This might mean including a specific person with a particular skill set for 1 day or 6 months.
Since our inception, we’ve successfully built a reputation of trust, reliability and of delivering exceptional services. We are progressively diversifying into new markets with our battle-hardened methodologies. Every day, we work to empower our customers to get the maximum out of technology.
We challenge, we innovate, and we continue to deepen our knowledge and expertise to realize the best value for our customers. We do this through a culture that cultivates a relationship-based approach to helping people and businesses be successful.
Why contact us?