Summary of Strategic Differences

🔹 ObjectID

• Ideal for supply chains, ownership certification, and regulated sectors.
• Enables programmable, interoperable digital identities for real-world items.
• Emphasizes transparency, sovereignty, and decentralized trust.

🔹 Kurz Scribos

• Combines secure physical design with consumer-facing digital tools.
• Well-suited for brands seeking product interaction and anti-counterfeiting without decentralization.
• Offers a more traditional, proven model with high printing security.

🔹 Ennoventure

• Does not offer deep traceability or verifiable ownership.
• Highly scalable, low-friction solution for protecting packaging at scale.
• Best for mass production environments where minimal change in packaging workflow is required.

Detailed comparison:

Feature	ObjectID	Kurz Scribos	Ennoventure

Core Focus

Verifiable digital identity, ownership, and lifecycle traceability of physical goods. Identity can be recorded in any graphic format or in a NCF decive

Physical product authentication via secure labels and connected consumer engagement.

Invisible watermark-based anti-counterfeit solution for packaging.

Technology Stack

Decentralized: IOTA blockchain, smart contracts (Move), DIDs, VCs, IPFS.

Secure printing technologies (VTT, Trustcode), cloud (centralized) platform, optional QR/NFC.

AI-based steganography + mobile vision systems; optional blockchain audit.

Authentication Mechanism

Publicly verifiable object ID with cryptographic proofs.

Visual code (QR, VTT) authenticated by secure database and pattern recognition.

Invisible markers in packaging artwork scanned via camera.

Data Ownership

Decentralized, user-owned; non-custodial identity and credentials.

Centralized SaaS; brand controls data via proprietary portals.

Centralized SaaS; Ennoventure hosts data and controls watermark validation.

Tamper Resistance

Cryptographically immutable records on public ledger.

Physical tamper-evident labels and microstructures.

Tamper-evident via marker distortion; not cryptographically verifiable.

Traceability Features

Full lifecycle: creation, transfer, location, and events logged on-chain.

Scan history, product lifecycle analytics via Trustcode backend.

Scan-based verification; limited history tracking.

Verification Process

Open DID-based object resolution via QR or NFC; can work offline.

Scan visual code with app or scanner; backend confirms code authenticity.

Smartphone scans and AI decode watermarks; app/web interface.

Smart Contract Integration

Yes — logic executed on-chain (ownership rules, certifications, etc.).

No blockchain logic; cloud platform logic only.

No smart contract layer. Blockchain is optional and opaque.

Open Standards

Fully compliant with W3C DID/VC, IPFS, and GS1 principles.

Uses proprietary code formats; not interoperable.

Proprietary watermarking; not standards-based.

Integration Flexibility

SDKs for mobile, enterprise, and IoT. Supports decentralized storage.

Requires Kurz-compatible printing and code generation.

Requires image-ready print templates and Ennoventure SDK or app.

User Experience

Data-rich experience; users can view origin, certifications, updates.

Consumer-friendly with brand engagement tools (videos, loyalty, etc.).

Simple “scan & validate” experience; focuses on binary authentication.

Privacy & Compliance

Strong GDPR alignment via selective disclosure and encryption.

Data is managed by brand via secure cloud; compliant but centralized.

Claims GDPR compliance; architecture is opaque.

Scalability

High: IOTA DAG, async writes. Suited for mass deployment.

High, but depends on label printing logistics.

High scalability in FMCG via invisible print integration.

Target Use Cases

High-value items, circular economy, regulatory compliance, industrial assets, digital twins.

Luxury goods, industrial parts, cosmetics, and consumer goods with need for brand engagement.

Mass-market goods: FMCG, pharmaceuticals, electronics, food.

Sustainability

Lightweight, low-power architecture. IPFS reduces duplication.

Label printing introduces material costs; recyclable options exist.

Print-integrated; minimal material footprint.

Business Model

Open-source tools + infrastructure-as-a-service + SDK/API licensing.

B2B SaaS for label production, platform access, and analytics.

B2B SaaS for watermark integration and scan analytics.

Innovation Strength

Full digital identity per object, programmable logic, decentralization.

Patented printing techniques (VTT, Trustcode); strong brand interactivity.

Invisible markers + mobile AI scanning for zero-friction authentication.