2024 BrainChip Discussion, page-9811

This may be worth keeping an eye on.

My opinion only DYOR

Fact Finder

California, USA. May 12, 2023- Today, Teksun Inc, a prominent AI and ML solution provider, is all set to showcase an advanced prototype in collaboration with BrainChip at Booth No. 517 during the Embedded Vision Summit. The event will take place from May 22-24 at the Santa Clara Convention Center.

BrainChip is a global leader in on-chip processing and learning for edge AI. Its groundbreaking neuromorphic processor, AkidaTM, mimics the human brain to analyze crucial sensor inputs at the point of acquisition, providing unparalleled efficiency, precision, and energy economy. By keeping machine learning local to the chip and avoiding cloud access, latency is significantly reduced while improving privacy and data security. BrainChip’s on-chip AI brings effective edge computing to connected cars, consumer electronics, and industrial IoT applications. The company believes that on-chip AI close to the sensor is the future of products and our planet.

We are thrilled to partner with BrainChip and congratulate them on their groundbreaking Neuromorphic architecture,” said Brijesh Kamani, Founder & CEO at Teksun Group. “Our collaboration has enabled us to deliver efficient, low-power solutions that are not only cutting-edge but also easy to adopt and implement for our customers.” The Embedded Vision Summit offers an ideal opportunity to showcase the exceptional progress made by BrainChip and Teksun, where we’ll be demonstrating how our joint efforts are poised to revolutionize the AI and ML markets

Rob Telson, Vice President of Ecosystems and Partnerships at BrainChip, expressed his excitement about the progress made with Teksun quickly. He added that they are looking forward to supporting Teksun’s future customers by rapidly adopting BrainChip’s Akida, which will be a key differentiator for their edge AI product offerings. The Embedded Vision Summit provides an excellent platform to demonstrate how their joint efforts will bring significant advancements to the AI and ML markets.

“Teksun was a logical choice for us as an integrator and partner. They can utilize our technologies and harness their full potential for their customers and users. We look forward to growing together and implementing our technology on the most advanced IoT and AI-powered devices.” said Florian Guichon, Co-Partner, and Chief Business Officer, of Vivoka

Then this:

“Vivoka has proven to be the best in terms of voice solutions and it was a no-brainer to work with them as they have international customers in many industries. Cloud independent, their embedded system offers us multiple possibilities for our customers and partners.”

• Ankit Dhanak, Sr. Manager – Strategic Alliances & Marketing, Teksun

Together, Vivoka and Teksun can help businesses leverage the power of voice recognition and AI to improve efficiency, productivity, and profitability. By combining their expertise, they can design customised solutions that meet the unique needs of each client. Overall, the partnership between Vivoka and Teksun represents a powerful combination of know-hows and innovation that can provide valuable and effective solutions to businesses in various industries.

And now this:

Written by Vivoka

Discover | Latest

Voice technology has become an integral part of modern life, embedded in everything from smartphones to home assistants and business usages. However, the conveniences it offers come with significant privacy concerns. This article explores the implications of voice technology on personal data, focusing on the functionalities of always-on microphones and the potential misuse of voice cloning. We will also highlight how Vivoka addresses these concerns with our offline voice solutions to ensure security for all by reducing risks.

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The rise of Voice Technology

Voice technology has evolved rapidly, finding its way into everyday devices like smart speakers and virtual assistants. Major players such as Amazon Alexa, Google Assistant, and Apple Siri have revolutionized how we interact with tech, offering unparalleled convenience and integration with other smart devices. At Vivoka, we are at the forefront of this revolution, developing advanced voice technologies for various use cases.

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Benefits of Voice Technology

Voice technology simplifies tasks, making daily life more convenient and enhancing accessibility. Innovations in voice technology have led to smart homes and personalized user experiences, while businesses leverage these advancements for customer service and operational efficiency. Here are some key benefits:

• Hands-Free Operation:Voice technology allows for hands-free control of devices, which is particularly useful in situations where manual operation is impractical or unsafe. For instance, voice commands can enhance safety in driving and industrial environments
• Improved User Experience: Voice interfaces provide a more intuitive and natural user experience. They enable users to interact with devices more easily and efficiently, without needing to navigate complex menus
• Enhanced Accessibility:Voice technology can greatly help control devices and access information that might otherwise be difficult or impossible to reach.
• Data Quality and Accuracy: In professional settings, voice technology can improve the accuracy and efficiency of data entry and transcription, reducing the potential for human error
• Vivoka’s Offline Solutions: our voice technologies operate completely offline, ensuring that personal data remains private and secure, free from the risks associated with cloud-based solutions.

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Personal Data Collection and Privacy Concerns

Always-On Microphones and Wake Words

Voice-activated products often feature always-on microphones that listen for specific trigger words, or “wake words,” to activate. This method ensures the device remains in standby mode until needed, reducing unnecessary data transmission and energy consumption. By listening only for the wake word, the system minimizes privacy risks since it activates fully only upon hearing the specific trigger phrase. This embedded-based solution keeps the initial data processing local, avoiding the constant data flow to the cloud, which can be expensive and vulnerable to breaches.

Since the system is not continuously listening, personal and critical information is not being stored by the device during standby mode. This enhances privacy protection, ensuring that users’ sensitive data remains secure and is not inadvertently collected or transmitted.

This approach also saves energy and money, as it doesn’t require all functionalities to operate 24/7. If the rest of the device’s functionalities are cloud-based, the wake word tech being embedded-based avoids sending information to the cloud, potentially saving significant costs (e.g. up to $15,000 per year on a mobile device).

Vivoka’s technology stands out by operating completely offline, thus eliminating the risk of data breaches and unauthorized access to personal information. Our solutions ensure that your data stays private and secure, always.

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Voice as Biometric Data

Voice is inherently personal and unique, classified as biometric data under Article 4.1 of the GDPR. It can reveal an individual’s identity, gender, age, education, language, accent, and socio-cultural background. More importantly, it can also disclose sensitive information such as ethnic origin or health conditions, making it subject to stringent protections under the GDPR.

Voice data falls under the category of “special categories” of data according to the GDPR. This includes information that might reveal ethnic origin through accent or health conditions through speech patterns. Consequently, voice data requires robust protection measures, ensuring compliance with regulations and safeguarding personal information from misuse.

At Vivoka, our offline solutions mean that voice data is processed locally, further protecting user privacy and ensuring compliance with data protection regulations without the need for cloud storage.

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Voice Biometrics and Security

Voice biometrics technologies authenticate and identify users by analyzing their unique voice patterns, leveraging distinctive frequency patterns and features inherent in each person’s voice. Powered by advanced machine learning algorithms and extensive voice sample databases, this technology offers a reliable method for user recognition, distinguishing it from voice recognition technologies that facilitate user-device navigation by converting speech into text. This method of authentication is highly secure, leveraging the distinct features of a person’s voice, such as pitch, tone, and speech patterns. Voice biometrics can be used in various applications, from securing access to sensitive information to personalizing user experiences.

Vivoka’s voice biometric solutions offer an added layer of security by ensuring all voice data is processed offline. This not only enhances privacy but also reduces the risk of data breaches and unauthorized access. By implementing voice biometrics, businesses and individuals can enjoy a secure and seamless authentication process.

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Regulatory Landscape and Data Protection

The European General Data Protection Regulation (GDPR) and other global data protection laws provide strict guidelines for handling personal data, including voice data. The rapid development of AI voice technologies has heightened privacy concerns, drawing attention from data protection authorities, voice actors, and trade unions worldwide.

Vivoka’s commitment to offline technology ensures that we stay ahead of regulatory requirements, providing our clients with secure and compliant voice solutions.

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Best Practices for Users

To protect personal data while using voice technologies, users should:

• Regularly review and adjust privacy settings.
• Use strong, unique passwords for their devices.
• Understand the terms of service and privacy policies.
• Limit data sharing with third parties.
• Keep devices off-cloud until necessary by using wake word technology to control when the device listens.

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Voice Cloning Concerns

As voice tech continues to evolve, one area of particular concern is voice cloning. This technology, also known as voice synthesis or mimicry, allows the replication of someone’s voice with impressive accuracy. While it can enhance voice assistants and entertainment applications, it also poses risks. Malicious actors can exploit the audio generated by voice cloning to deceive and defraud individuals by impersonating trusted voices.

To mitigate these risks, it is essential to stay updated on the latest security measures and voice technology advancements. Vivoka remains committed to developing secure, offline voice solutions that prioritize user privacy and protect against such emerging threats.

Voice technology offers tremendous benefits but also poses significant privacy dangers. By understanding how these technologies work and implementing best practices, users can enjoy the conveniences of voice tech while safeguarding their personal data. Staying informed and proactive is crucial in navigating the balance between innovation and privacy.