ObjectID.io hat IOTA Identity integrated to create cryptographically safe digital twins for physical goods. The solution ensures that each article clearly identifies and in IOTA networkverifiable is.
The manufacturers keep control of the domain-bound decentralized identifiers (DidS). This system enables public authentication, eliminates counterfeiting risks and works without central authorities or user accounts.
Objectid.io assigns every product a clear digital identity, the so-called objectide, which is stored in the IOTA-MINNET using MoveVM-Smart Contracts. These identities are cryptographically linked to the manufacturer’s domain via the W3C-compatible did. According to our youngest Message this link is verified by a signed credential . Well-known directory of the brand website is stored .
The Objectide is embedded in a safe QR code that is attached to the product. By scanning this code, the authenticated data of the object is accessed directly from the IOTA Ledger. All updates of the product data set – e.g. B. Manufacture, transfer or disposal – are signed with the manufacturer’s DID, which guarantees counterfeit -proof event protocol.
How CNF reportedThe infrastructure of Objectid runs on the recently updated rebassed Mainnet of IOTA, which was introduced 40 days earlier. It enables a high data throughput and almost free transactions through a proof-of-stake model in which sponsors-not users-bear the transaction fees.
This architecture makes Wallets, logins or the management of private keys superfluous. The signing is carried out locally in the memory, which means that the cryptographic seeds remain privately and for backends inaccessible.
Objectid prevents counterfeits by verified the ownership of a domain and enforced a DID-based identity control. The Objectid oracle confirms that the manufacturer controls the used domain.
Even if the oracle is compromised, the certificates issued remain checked by cryptographic evidence. This ensures that the authenticity of the brand cannot be fake without having access to the domain and the associated private keys.
The history of every product – including timeline, location protocols and change of ownership – is unchangeable in IOTA-Ledger recorded. According to the documentation, data protection is preserved in that verifiable proof of authorization is stored outside the chain and only cryptographic evidence is anchored on the chain. This approach creates a balance between transparency and compliance with data protection standards.
ObjectID Also supports geolocalization tests. If a QR code is duplicated and used in another place, discrepancies can draw the participants to possible fraud. The platform can be integrated into existing delivery technology and supports GS1 Digital Link, RFID, NFC and customer -specific schemes. This enables seamless introduction in areas such as luxury goods, industrial components, pharmaceuticals and waste management.
The compatibility of objectide with standard rest-apis enables company systems, including ERP and CRM platforms, to create, query and manage object data records in a safe way (we reported). All cryptographic processes can be carried out locally in the company to ensure compliance with internal guidelines.
Objectid.io is currently being used as part of the IOTA Business Innovation Program (BIP) that finances practical web3 solutions. How In our last message describedthe GDP offers up to 100,000 euros per project based on on-chain performance indicators. It also offers technical advice, SDK access, marketing support and integration aid.
The ability of Objectid without working without any wallet or user accounts simplifies the onboarding of companies. The sponsoring model ensures that brands or supply chain managers can cover the infrastructure costs while offering consumers and regulatory authorities a seamless experience.
The first GDP participants include Orobo, which focuses on sustainable product passes, and Impierce, which focuses on data protection-friendly product tracking. Objectide closes this System As a decentralized applicationan which already supports applications such as the review of the authenticity of pharmaceutical products, the traceaption of the origin of wine and the safe disposal of hazardous substances.
Devices can also use objects as safe digital twins. This enables the publication of data in real time, the processing of remote commands and the prevention of impersonation, without subscriptions or backend dependencies. How CNF reportedevery event in the product life cycle with the DID of the author is digitally signed, which ensures data integrity from creation to disposal.
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