Latest DIMO News

DIMO, a decentralized vehicle data platform, has announced a joint venture with Hakuhodo KEY3 to penetrate the Japanese market, which is projected to be worth $1 trillion by 2030. This partnership aims to assist automakers who face challenges related to expensive infrastructure development and stringent privacy regulations. Ryo Hayashi, CEO of DIMO Japan, emphasized the importance of Japan in the global automotive landscape, stating that the immediate goal is to expand the DIMO platform and facilitate local companies' integration with it. This move is expected to alleviate infrastructure hurdles for automakers, service partners, and third-party developers seeking to innovate within the automotive sector. DIMO operates a decentralized physical infrastructure network (DePIN) that functions as a marketplace for vehicle data. By connecting their vehicles through DIMO's mobile app, drivers can maintain ownership of their data while earning token rewards for sharing anonymized information. This creates a two-sided marketplace that encourages participation, with DIMO currently connecting over 180,000 vehicles worldwide. The timing of this expansion is particularly strategic, as Japan accounts for approximately 10% of global vehicle production, with major brands like Toyota, Suzuki, and Honda. The connected vehicle market is expected to grow significantly, making DIMO's entry into this space timely and relevant. The joint venture is not just a business move but also follows DIMO's decentralized governance model, which empowers token holders to vote on significant treasury decisions. A community vote is scheduled for June 16 to determine whether to allocate $500,000 USDT and 4 million DIMO tokens for a 33% equity stake in the Japanese venture. This approach ensures that stakeholders have a direct say in strategic decisions, reinforcing DIMO's commitment to community involvement and transparency as it navigates the complexities of the Japanese automotive market.

DIMO, a prominent connected vehicle platform, has announced a groundbreaking strategic partnership with Grupo Kaufmann, one of Latin America's largest automotive dealership networks. This collaboration aims to revolutionize the connected car experience for dealerships across the region. With Grupo Kaufmann's extensive operations in six countries and a commitment to innovation, the partnership seeks to address the limited adoption of connected vehicles, which saw only 1.7 million projected sales in 2024. By leveraging DIMO's standardized connectivity infrastructure, Kaufmann plans to develop interoperable applications and services that will make innovative solutions more accessible and affordable for the Latin American market. The initial phase of this partnership will see Kaufmann deploying DIMO LTE devices for data collection and product development. This integration will enable the dealership to offer customers a suite of connected services, including real-time diagnostics, personalized maintenance alerts, and rewards-based loyalty programs. These enhancements are designed to elevate the standard of service and expertise provided to customers. Central to this initiative is DIMO's privacy-first data model, which allows for streamlined vehicle data connectivity with user consent, ensuring that drivers maintain control over their data while benefiting from data-driven services. As the automotive industry shifts towards connected, digital-first experiences, Grupo Kaufmann is positioning itself as a leader in Latin America. The partnership with DIMO is part of a broader strategy to innovate and promote sustainability within the automotive sector. Carlos De Martini, Corporate Digital Business Manager at Grupo Kaufmann, emphasized that transforming data into meaningful customer experiences is crucial for the future of the industry. This collaboration not only accelerates Kaufmann's digitalization strategy but also aims to establish the dealership as a hub for lifelong mobility services in the region.

In May, DIMO announced several exciting updates aimed at enhancing the developer experience on its platform. The most notable introduction is the public beta of DIMO Webhooks, which allows developers to subscribe to vehicle events instead of repeatedly querying the Telemetry API. This innovative feature is expected to significantly streamline the development of event-driven applications. The Webhooks functionality is integrated into the DIMO Developer Console, with support for the Python SDK and n8n already available, enabling developers to manage webhooks programmatically or in a low-code environment. Additionally, DIMO has improved the user experience for logging out of accounts using the Login with DIMO feature. Developers can now implement a direct logout option through the React Component SDK, allowing users to log out easily via a new “Manage DIMO Account” button. For non-React applications, a new URL Redirect method has been introduced, making it simpler to manage user sessions. These updates aim to enhance user convenience and streamline the logout process for developers. Furthermore, DIMO is excited to introduce on-chain attestations, which will help establish trust in vehicle data by allowing third parties to verify information immutably on the blockchain. This feature acts like a Notary Public for vehicle data, ensuring authenticity and quality without relying solely on the source. Lastly, DIMO will be deprecating the old privilege grants for the Token Exchange API on May 27th, urging developers to transition to the SACD permissions contract to maintain service continuity. These updates reflect DIMO's commitment to fostering a robust and reliable data ecosystem for developers and users alike.

DIMO Network has officially launched its Vehicle Events API, a significant enhancement aimed at developers eager to create more responsive applications. This new API allows developers to set up webhooks, enabling real-time notifications based on specific vehicle conditions, such as odometer readings or speed limits. By minimizing the need for frequent API requests, this event-driven architecture opens up new possibilities for building intelligent, automated solutions within the DIMO ecosystem. The Vehicle Events API simplifies the process of creating and managing webhooks through a straightforward JSON-based configuration. Developers can define the service, data points to monitor, trigger conditions, and notification frequency. Subscribing vehicles to these events is made easy with a single request to the Subscribe All endpoint. Additionally, the DIMO Developer Console has been updated to provide a user-friendly interface for configuring webhooks, making it accessible for both developers and managers. With support for real-time alerts and plans for daily notifications, the Vehicle Events API is set to revolutionize how developers interact with DIMO vehicles. Updates to the Data SDKs in TypeScript, Python, and C# will further enhance the experience, allowing for more programmatic subscription methods. As DIMO encourages developers to explore the API, they anticipate innovative applications that leverage these new capabilities, marking a transformative step in the automotive tech landscape. More detailed insights into the Vehicle Events API will be shared soon on the DIMO Blog and through their monthly newsletter.

As decentralized physical infrastructure networks (DePIN) continue to develop, a significant issue has emerged: while the networks are built, the actual user engagement remains low. Many DePIN projects have seen a surge in node numbers due to incentivization, yet the demand for services has not kept pace, leading to resource idleness and limited network activity. This is particularly concerning as many projects target specialized use cases that require technical expertise or specific conditions, effectively excluding a large portion of potential users. This mismatch between supply and demand complicates the incentive structures, making it difficult to stabilize token values and risking a decline in participation. DIMO stands out as a notable project within the DePIN sector, focusing on automotive data networks. The initiative encourages car owners to install hardware that collects operational data from their vehicles, which is then uploaded to a decentralized network. In exchange, participants earn DIMO tokens, promoting the idea of “data as an asset.” However, the project faces challenges such as high entry costs for hardware and a limited user base, primarily consisting of tech-savvy individuals. While DIMO has made strides in accumulating valuable driving data and forming partnerships, it must overcome barriers to participation and broaden its appeal to reshape the automotive data landscape. In contrast, CyberCharge presents a fresh approach to DePIN by lowering participation thresholds and enhancing user engagement. Unlike DIMO, which requires specific hardware purchases, CyberCharge utilizes a smart charger that is more accessible and serves a practical purpose. This model encourages broader participation, as anyone with a mobile device can join. Additionally, CyberCharge fosters community engagement through interactive features, creating a more vibrant ecosystem. While still in its early stages, CyberCharge's innovative approach could redefine user interaction in the DePIN space, highlighting the potential for a new generation of projects to address existing challenges and engage a wider audience.

DIMO has recently announced an exciting update to its Developer Console, marking a significant evolution since its initial launch on August 8, 2024. This update, known as DIMO Build, not only refreshes the branding with a new visual identity but also enhances the user experience by providing greater freedom and flexibility for developers. The Console now features a user-centric design that aligns with future expansion projects, including webhooks and low-code tools, ensuring that developers can build with less distraction and more focus on their projects. One of the standout features of the new Console is the integration of social logins, which streamlines operations by consolidating login processes directly with DIMO Auth Servers. This update includes the addition of Apple logins, catering to users of the DIMO Mobile app. Furthermore, the login flow has been re-engineered to allow users to opt for email OTP login if they encounter compatibility issues with passkeys. This flexibility is aimed at reducing friction in the user experience, allowing developers to spend less time on signing transactions and more on building. In addition to these enhancements, DIMO has embraced decentralization by integrating developer license information directly into the Identity API, mapping it to on-chain data. This shift eliminates reliance on off-chain databases, promoting transparency and reducing discrepancies. The updated Console also introduces a comprehensive vehicle list feature, providing insights into license details, including on-chain vehicle IDs. To support developers further, DIMO has established a dedicated support pipeline, ensuring that developers can easily connect with the engineering team behind the Console. Overall, these updates signify DIMO's commitment to fostering a more open and efficient development environment in the decentralized space.

Spring has arrived, bringing a wave of innovation to the DIMO Developer ecosystem. With over 250 developer licenses minted, the platform is witnessing a surge in app launches and builder updates. Recent enhancements to the Data SDKs, including new functions for retrieving vehicle data and streamlined token exchanges, aim to simplify the development process. The naming conventions have also been updated for clarity, making it easier for developers to access privileged vehicle data without excessive boilerplate code. In an exciting development, DIMO has officially begun support for Tesla Streaming as of March 1st. This feature allows developers to access real-time data from Tesla vehicles down to the second, a significant improvement from the previous five-minute interval data. However, it's important for developers to note that this feature is only available to Tesla drivers who have reconnected their vehicles with the DIMO mobile app and added a Virtual Key. This update opens new avenues for applications that require immediate and detailed data from Tesla vehicles. Additionally, the DIMO Developer Console is set to undergo significant changes, including the consolidation of multiple apps under individual developer licenses. This update will streamline the user experience, allowing developers to manage their applications more efficiently. Furthermore, a redesign of the Developer Console is on the horizon, featuring an improved onboarding experience, a cleaner purchase process, and new integration options. These enhancements are designed to foster a more supportive environment for builders, ensuring they have the tools they need to succeed in their projects. Developers are encouraged to engage with the community and explore funding opportunities through the DIMO Ignite Grants Program as they embark on their building journeys.

DIMO has announced a partnership with DLP Labs aimed at empowering vehicle owners to monetize their car data through secure, user-owned AI technology. This collaboration allows users to participate in data-sharing programs, enabling them to earn rewards as developers create innovative applications and services. With just a few clicks, DIMO users can qualify for the upcoming Token Generation Event (TGE) for $DLP tokens, ensuring they maintain full control over their vehicle data while benefiting from its value. The initiative introduces several incentives for early adopters, including participation points that can be converted into $DLP tokens during the TGE. Users can opt in and out of data sharing at their discretion, allowing them to manage how their vehicle data is utilized. This data will contribute to the development of privacy-preserving AI applications across various sectors, including mobility and energy. The process to get started is straightforward: users need to create a DIMO account, log in to DLP Labs, and connect their wallets to begin earning points that will enhance their token allocation during the TGE. DLP Labs emphasizes the importance of granting permissions for full vehicle data access, which is essential for developers to create applications that improve mobility and energy efficiency. Users can opt out of data sharing at any time, ensuring their control over personal data. This partnership is set to evolve, promising new earning opportunities and expanded use cases for DIMO users. As the value of vehicle data continues to grow, DIMO users are encouraged to take advantage of this innovative approach to monetize their data effectively.

On February 26th, 2025, HAKUHODO KEY3 Inc., based in Tokyo, announced a strategic partnership with the DIMO Foundation to enhance the connected car experience in Japan. This collaboration aims to develop innovative products and services utilizing blockchain technology within the automotive sector. DIMO, a DePIN (Decentralized Physical Infrastructure Network) project founded in the US, focuses on addressing challenges in the automotive industry by creating a decentralized ecosystem that interlinks digital and physical infrastructures. This partnership signifies a significant step towards integrating web3 technology into the automotive landscape in Japan. DIMO's Co-Founder, Alex Rawitz, emphasized the importance of collaboration in building a connected vehicle future, stating that HAKUHODO KEY3's extensive connections within the automotive industry make them an ideal partner. The partnership is expected to facilitate the implementation of DIMO's platform in Japanese vehicles, allowing drivers to connect their cars to a data ecosystem. This initiative aims to provide users with greater control over their vehicles and data, enhancing privacy while creating new services and economic opportunities. HAKUHODO KEY3's CEO, Toshinori Shigematsu, expressed enthusiasm for the collaboration, highlighting the potential of DIMO's technology to drive mass adoption of web3 solutions. As the automotive industry evolves, this partnership represents a pioneering effort to merge traditional automotive practices with cutting-edge blockchain innovations. Both companies are committed to fostering a seamless integration of web3 technologies, ultimately aiming to improve customer experiences and contribute to the growth of the automotive market in Japan.

DIMO has officially launched "Login with DIMO," a React SDK designed to facilitate integration with its APIs and SDKs for developers within the DIMO ecosystem. This toolkit features pre-built, customizable components that not only save time but also enhance the user experience. By utilizing this new SDK, developers can create applications that leverage DIMO’s decentralized vehicle protocol, ensuring a consistent and intuitive experience for users across the platform. The "Login with DIMO" SDK simplifies the integration process by providing developers with ready-to-use React components that connect seamlessly with DIMO’s APIs for account authentication and transaction management. These components allow for full customization, enabling developers to maintain their app's branding while ensuring a cohesive user experience across various DIMO applications. The SDK also supports multiple integration modes, catering to different use cases and expediting the development process, allowing developers to focus on innovation. Currently, "Login with DIMO" is already being utilized in several live applications, showcasing its effectiveness in enhancing user experience and streamlining development. Some examples include Roil, which offers hidden charging rewards, and DLP Labs, which allows users to contribute vehicle data for AI training. The benefits for developers include faster integration and customizable components, while users enjoy an intuitive login experience and improved usability. Looking ahead, DIMO plans to introduce features such as customizable text and UTM tracking, further enhancing the SDK's capabilities and solidifying its role in the future of DIMO’s decentralized vehicle protocol.