Samir and Neil are developing Blyss, an open-source homomorphic encryption SDK designed as a fully managed service. It allows computation on encrypted data, providing ultimate privacy by enabling servers to perform tasks without accessing user data. Blyss focuses on efficient retrieval from key-value stores, allowing applications like password scanners and domain name servers to operate without revealing sensitive information. Major companies already utilize similar technologies for privacy. Blyss offers a developer-friendly interface, an open-source client and server, and a usage-based pricing model. The founders, privacy enthusiasts with backgrounds in tech, aim to expand the possibilities of private retrieval in real-world applications.
| name | description | change | 10-year | driving-force | relevancy |
|---|---|---|---|---|---|
| Emerging interest in privacy-focused technologies | There is a growing trend towards technologies that prioritize user privacy and data security. | Shift from traditional data handling models to privacy-centric frameworks and tools. | In ten years, privacy-first applications will dominate, reshaping user interactions with digital services. | Increased public awareness of data breaches and privacy violations is driving demand for secure solutions. | 4 |
| Adoption of homomorphic encryption in mainstream applications | Homomorphic encryption is being integrated into mainstream applications for enhanced privacy. | Transitioning from theoretical applications to practical, real-world implementations of FHE. | In a decade, homomorphic encryption could be standard in data-sensitive industries like finance and healthcare. | The need for secure computing solutions that comply with strict data privacy regulations is propelling this change. | 5 |
| Open-source movement in encryption technologies | The trend of open-source solutions in the encryption space is gaining traction among developers. | Shift from proprietary encryption technologies to open-source, community-driven projects. | Ten years from now, open-source encryption tools will be widely adopted, fostering innovation and collaboration. | The desire for transparency, security, and collaboration in technology development is fueling this movement. | 4 |
| Increased collaboration between tech companies on privacy solutions | Big tech companies are collaborating on privacy technologies to enhance user security. | From isolated privacy solutions to collaborative efforts among major tech players. | In a decade, collaborative privacy technologies will set industry standards and improve user trust. | Competitive pressure and consumer demand for better privacy solutions are driving collaboration efforts. | 3 |
| Growing market for privacy-oriented development tools | There is a rising market for tools and services that enable privacy-focused software development. | Shift from general development tools to specialized privacy-enhancing development frameworks. | In ten years, development tools prioritizing privacy will become the norm, reshaping software engineering. | The demand for privacy-centric applications and solutions is creating a niche market for specialized tools. | 4 |
| name | description | relevancy |
|---|---|---|
| Performance Limitations | Fully homomorphic encryption is slow, which could hinder the adoption and practical use of Blyss in various applications. | 4 |
| Privacy Misunderstandings | Users may have misconceptions about the privacy guarantees of FHE, potentially leading them to overestimate the security of their data. | 3 |
| Open Source Risks | While open source offers transparency, it also exposes the code to misuse if not properly audited. Vulnerabilities could be exploited. | 4 |
| Market Dependency on Big Tech | Reliance on major companies for implementation could stifle innovation in smaller firms using Blyss. | 3 |
| Scalability Challenges | Running the server at scale might introduce issues that could affect performance and reliability of the service. | 4 |
| Data Breach Concerns | Despite privacy measures, the potential for data breaches still exists, putting sensitive information at risk. | 5 |
| Complexity of Homomorphic Encryption | Understanding and implementing FHE can be complex, potentially limiting its adoption among developers. | 4 |
| name | description | relevancy |
|---|---|---|
| Privacy-centric Development | Developers are increasingly focused on building applications that prioritize user privacy, utilizing technologies like homomorphic encryption. | 5 |
| Open Source Collaboration | There is a growing trend towards open source solutions in software development, allowing for transparency and community-driven improvements. | 4 |
| Managed Privacy Services | Companies are moving towards offering fully managed services that implement complex privacy technologies, making them accessible to developers. | 4 |
| Enhanced User Control | Users are gaining more control over their data and privacy, with technologies enabling data retrieval without exposure to service providers. | 5 |
| Innovative Use Cases for Privacy Tech | Emerging applications of privacy technologies in various domains, such as password scanning and social networking, indicate a growing market. | 4 |
| Integration of Cryptography in Development | The integration of cryptographic techniques into mainstream development practices is becoming more common, driven by privacy demands. | 5 |
| Scalable Privacy Solutions | There is a focus on creating scalable solutions that allow businesses to implement privacy technologies without complex infrastructure. | 4 |
| Emerging Market for Private Retrieval | The rise of private retrieval as a new market segment, with potential applications across various industries. | 4 |
| name | description | relevancy |
|---|---|---|
| Homomorphic Encryption | A method that allows computation on encrypted data without revealing the data itself, enhancing privacy and security. | 5 |
| Private Retrieval | A technology that enables users to retrieve data from a server without the server learning what data was accessed, ensuring user privacy. | 5 |
| Open Source Cryptography SDK | An open source software development kit that simplifies the implementation of cryptographic methods for developers. | 4 |
| WebAssembly for Cryptography | Utilizing WebAssembly to run cryptographic operations efficiently in web applications, improving performance and security. | 4 |
| name | description | relevancy |
|---|---|---|
| Homomorphic Encryption Adoption | As more companies explore privacy technologies, the adoption of homomorphic encryption for data security will rise, impacting various sectors. | 4 |
| Privacy in Computing | The demand for privacy-preserving technologies in computing is growing, driven by user concerns over surveillance and data breaches. | 5 |
| Open Source Privacy Solutions | The trend of developing open-source tools for privacy protection will gain traction, enabling more developers to create secure applications. | 4 |
| Private Retrieval Applications | Innovations in private retrieval technologies could lead to new applications in various fields, enhancing user privacy in everyday services. | 3 |
| Market for Privacy-Tech Services | A growing market for hosted privacy-tech services, like Blyss, will emerge as organizations seek to leverage advanced privacy solutions. | 4 |
| User Education on Privacy Technologies | There will be a need for increased user education regarding privacy technologies and their implementation in real-world applications. | 3 |