🔍 The underlying logic of selective privacy has finally been clarified!
Anubis latest technical release: "The Underlying Logic of Selective Privacy: An In-Depth Analysis of the Anubis Hybrid State Model" 🚀
In the privacy public chain sector, there has long been an almost unsolvable industry dilemma: ❌ Fully anonymous, difficult to comply ❌ Compliant but weak on privacy ❌ Privacy-enabled but fragmented ecosystems and poor EVM compatibility
The answer provided by Anubis is to achieve a balance among the three through innovative underlying architecture: ✅ Privacy protection ✅ Regulatory compliance ✅ EVM composability
The core behind this is the Anubis Hybrid State Model. ⚙
🧩 What is the Hybrid State Model?
Anubis is not simply “stitching together” UTXO and account models, but rather constructing a truly implementable underlying architecture through dual state separation + collaborative synchronization mechanisms:
1️⃣ Private state layer (dominated by UTXO) → Handles private transactions, private asset management, view key permission control 🔐 2️⃣ Public state layer (dominated by account model) → Fully compatible with EVM, supporting Solidity contracts and ecosystem integration 🧠 3️⃣ State root synchronization + pre-compiled contracts → Enables seamless collaboration of dual states, ensuring consistency and compatibility 🔄
This means: 👉 It can retain privacy capabilities without sacrificing the usability and ecosystem expansion of the public chain.
💡 Why is this important?
Anubis’s Hybrid State Model provides genuine protocol-level support for “selective privacy.”
It allows users to: ✅ Choose privacy/public states autonomously ✅ Achieve selective disclosure through View Keys ✅ Establish boundaries between compliant auditing and privacy protection
It also enables developers to: ✅ Seamlessly integrate privacy capabilities in EVM-compatible environments ✅ Use existing toolchains without relearning new languages ✅ Build privacy DeFi / privacy payments / institutional-grade applications at lower costs
This is not only Anubis’s technical approach, but also an important direction for the next-generation privacy infrastructure. 🐺✨
We welcome community partners to read, discuss, and co-build. We will continue to deliver more technical breakdowns and progress updates. 🤝
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🔍 The underlying logic of selective privacy has finally been clarified!
Anubis latest technical release: "The Underlying Logic of Selective Privacy: An In-Depth Analysis of the Anubis Hybrid State Model" 🚀
In the privacy public chain sector, there has long been an almost unsolvable industry dilemma:
❌ Fully anonymous, difficult to comply
❌ Compliant but weak on privacy
❌ Privacy-enabled but fragmented ecosystems and poor EVM compatibility
The answer provided by Anubis is to achieve a balance among the three through innovative underlying architecture:
✅ Privacy protection
✅ Regulatory compliance
✅ EVM composability
The core behind this is the Anubis Hybrid State Model. ⚙
🧩 What is the Hybrid State Model?
Anubis is not simply “stitching together” UTXO and account models, but rather constructing a truly implementable underlying architecture through dual state separation + collaborative synchronization mechanisms:
1️⃣ Private state layer (dominated by UTXO) → Handles private transactions, private asset management, view key permission control 🔐
2️⃣ Public state layer (dominated by account model) → Fully compatible with EVM, supporting Solidity contracts and ecosystem integration 🧠
3️⃣ State root synchronization + pre-compiled contracts → Enables seamless collaboration of dual states, ensuring consistency and compatibility 🔄
This means:
👉 It can retain privacy capabilities without sacrificing the usability and ecosystem expansion of the public chain.
💡 Why is this important?
Anubis’s Hybrid State Model provides genuine protocol-level support for “selective privacy.”
It allows users to:
✅ Choose privacy/public states autonomously
✅ Achieve selective disclosure through View Keys
✅ Establish boundaries between compliant auditing and privacy protection
It also enables developers to:
✅ Seamlessly integrate privacy capabilities in EVM-compatible environments
✅ Use existing toolchains without relearning new languages
✅ Build privacy DeFi / privacy payments / institutional-grade applications at lower costs
This is not only Anubis’s technical approach,
but also an important direction for the next-generation privacy infrastructure. 🐺✨
We welcome community partners to read, discuss, and co-build. We will continue to deliver more technical breakdowns and progress updates. 🤝