Privacy was once an option.
Now it’s infrastructure.
Every network scales by what it can hide, not by what it shows.
Transparent by default systems hit a ceiling but anonymous by design protocols break it.
ZKAP turns privacy into a structural layer:
not a feature, not an add on, but the foundation that Web3 should’ve had from day one.
If it’s not private, it’s not scalable.
If it’s not anonymous, it’s not future proof.
Now it’s infrastructure.
Every network scales by what it can hide, not by what it shows.
Transparent by default systems hit a ceiling but anonymous by design protocols break it.
ZKAP turns privacy into a structural layer:
not a feature, not an add on, but the foundation that Web3 should’ve had from day one.
If it’s not private, it’s not scalable.
If it’s not anonymous, it’s not future proof.
Our team is in the final stretch of completing the whitepaper, and it will be published for everyone to read later today. 🚀📄✨
We’ll also be making our GitHub public, so you can follow all updates and progress directly from the source. 🛠️📂
https://x.com/zka_protocol/status/1995055858057920728
We’ll also be making our GitHub public, so you can follow all updates and progress directly from the source. 🛠️📂
https://x.com/zka_protocol/status/1995055858057920728
X (formerly Twitter)
ZKA Protocol (@zka_protocol) on X
Our team is in the final stretch of completing the whitepaper, and it will be published for everyone to read later today. 🚀📄✨
We’ll also be making our GitHub public, so you can follow all updates and progress directly from the source. 🛠️📂
#zkap
We’ll also be making our GitHub public, so you can follow all updates and progress directly from the source. 🛠️📂
#zkap
Progress today was simple:
the system advanced.
Local EVM environment validated.
Contracts compiled deterministically under Foundry.
Scripted deployment executed cleanly on isolated Anvil state.
The first primitives of the ZKAP action layer are now live as code, not theory.
No UI, no noise — just infrastructure forming around a single idea:
validity without identity.
We keep iterating.
https://x.com/zka_protocol/status/1995056445176590531
the system advanced.
Local EVM environment validated.
Contracts compiled deterministically under Foundry.
Scripted deployment executed cleanly on isolated Anvil state.
The first primitives of the ZKAP action layer are now live as code, not theory.
No UI, no noise — just infrastructure forming around a single idea:
validity without identity.
We keep iterating.
https://x.com/zka_protocol/status/1995056445176590531
🚀 GitHub is now live!
We’ve officially opened our GitHub to the public:
👉 github.com/zkap-labs
You can now explore our codebase, track updates, and follow the development progress of the project in real time.
More commits, more upgrades, more transparency — all coming your way. 🛠️📂✨
https://x.com/zka_protocol/status/1995213143937785877
We’ve officially opened our GitHub to the public:
👉 github.com/zkap-labs
You can now explore our codebase, track updates, and follow the development progress of the project in real time.
More commits, more upgrades, more transparency — all coming your way. 🛠️📂✨
https://x.com/zka_protocol/status/1995213143937785877
GitHub
zkap-labs - Overview
Privacy as the ZK Engine. zkap-labs has 12 repositories available. Follow their code on GitHub.
🟣 We’re glad to support @HedgeVaultAI
in their next development phase.
ZKAP will help reinforce their core systems with stronger action validation, replay protection, and reduced metadata exposure all powered by our ZK-based infrastructure.
Looking forward to building a safer and more predictable foundation together.
🟣 ZKA Protocol
https://x.com/zka_protocol/status/1995408161566785760
in their next development phase.
ZKAP will help reinforce their core systems with stronger action validation, replay protection, and reduced metadata exposure all powered by our ZK-based infrastructure.
Looking forward to building a safer and more predictable foundation together.
🟣 ZKA Protocol
https://x.com/zka_protocol/status/1995408161566785760
Today, we’re releasing the official ZKAP Protocol Whitepaper a specification for a new privacy primitive designed for the next generation of decentralized systems.
ZKAP introduces a universal anonymous action layer, enabling applications to verify state transitions without revealing who initiated them or exposing any correlatable metadata.
It's privacy engineered as a first class protocol component.
The whitepaper outlines:
• A cryptographic identity model that separates authentication from observability
• A sealed payload execution flow using encrypted action frames
• A nullifier mechanism preventing duplicate or replayed actions
• A verifier layer binding ZK proofs directly to state transitions
• A stateless, chain agnostic event model for private app logic
• A modular architecture adaptable across rollups, L2s, and privacy networks
ZKAP is built on a simple belief:
If actions can be proven correct, they shouldn’t need to expose the user.
This whitepaper formalizes that belief into a concrete protocol design.
The PDF is now available.
Web3 needs privacy that scales and ZKAP is taking a step toward that future.
👉 Read here: https://zka-protocol.gitbook.io/zka-protocol-docs
ZKAP introduces a universal anonymous action layer, enabling applications to verify state transitions without revealing who initiated them or exposing any correlatable metadata.
It's privacy engineered as a first class protocol component.
The whitepaper outlines:
• A cryptographic identity model that separates authentication from observability
• A sealed payload execution flow using encrypted action frames
• A nullifier mechanism preventing duplicate or replayed actions
• A verifier layer binding ZK proofs directly to state transitions
• A stateless, chain agnostic event model for private app logic
• A modular architecture adaptable across rollups, L2s, and privacy networks
ZKAP is built on a simple belief:
If actions can be proven correct, they shouldn’t need to expose the user.
This whitepaper formalizes that belief into a concrete protocol design.
The PDF is now available.
Web3 needs privacy that scales and ZKAP is taking a step toward that future.
👉 Read here: https://zka-protocol.gitbook.io/zka-protocol-docs
zka-protocol.gitbook.io
Whitepaper | ZKA-Protocol Docs
Two foundational modules of the ZKAP stack are now live on npm — the components that enable anonymous execution at the protocol layer.
🔐 Cryptographic Engine
Commitments, hashing primitives, frame construction — the low-level machinery that turns intent into verifiable, identity-less actions.
https://www.npmjs.com/package/@zkap/engine
⚙️ Client Layer for ZK Interaction
Ephemeral identities, encrypted payloads, stateless request framing — everything an application or agent needs to operate without exposing who is acting.
https://www.npmjs.com/package/@zkap/wallet
ZKAP isn’t a library.
It’s a new interaction model: validity without visibility, execution without identity, actions without metadata.
These modules form the first structural elements of that model.
More components, more proof systems, and deeper anonymity layers are already on the way.
Anonymous Execution is next. 🕳
https://x.com/zka_protocol/status/1995459085320515959
🔐 Cryptographic Engine
Commitments, hashing primitives, frame construction — the low-level machinery that turns intent into verifiable, identity-less actions.
https://www.npmjs.com/package/@zkap/engine
⚙️ Client Layer for ZK Interaction
Ephemeral identities, encrypted payloads, stateless request framing — everything an application or agent needs to operate without exposing who is acting.
https://www.npmjs.com/package/@zkap/wallet
ZKAP isn’t a library.
It’s a new interaction model: validity without visibility, execution without identity, actions without metadata.
These modules form the first structural elements of that model.
More components, more proof systems, and deeper anonymity layers are already on the way.
Anonymous Execution is next. 🕳
https://x.com/zka_protocol/status/1995459085320515959
X (formerly Twitter)
ZKA Protocol (@zka_protocol) on X
Two foundational modules of the ZKAP stack are now live on npm — the components that enable anonymous execution at the protocol layer.
🔐 Cryptographic Engine
Commitments, hashing primitives, frame construction — the low level machinery that turns intent…
🔐 Cryptographic Engine
Commitments, hashing primitives, frame construction — the low level machinery that turns intent…