Traditional VPN
Trust basis
01
Trust one provider not to log, correlate, or expose routing metadata.
AeroNyx Privacy Network
Trust basis
Use an open blind protocol that limits nodes to ciphertext and aggregate operational metadata.
More private. Open source. Global.
A more private, open source network for global use.
AeroNyx Privacy Network lets humans, apps, and autonomous agents route traffic through encrypted protocol nodes. It avoids turning public observability into user surveillance. The decentralized node layer is built as real privacy infrastructure: auditable, blind by default, and designed to run across independent operators worldwide.
Address
01
masked
Route
02
encrypted
Telemetry
03
aggregate
blind routing boundaryprotected
human
app
agent
source
payload
intent
0x
blind
encrypted route
hidden address
aggregate health
No payloads
No DNS
No history
Trust model
Traditional VPNs ask you to trust a provider. AeroNyx moves trust into a blind protocol.
The difference is structural. A centralized VPN sells access to company-operated servers. AeroNyx defines what compatible decentralized nodes can observe, publish, and prove while they route encrypted work.
Honest boundary
No privacy network removes every metadata risk or makes unlawful activity lawful. AeroNyx minimizes what infrastructure can observe and makes that boundary auditable.
Read the full trust modelTraditional VPN
AeroNyx Privacy Network
Traditional VPN
Infrastructure
02
Servers, policy, and visibility are controlled by one service operator.
AeroNyx Privacy Network
Infrastructure
Independent decentralized privacy nodes can participate through signed capabilities, health evidence, and protocol rules.
Traditional VPN
Observability
03
User confidence depends on provider promises and private operational records.
AeroNyx Privacy Network
Observability
Public surfaces show encrypted traffic, packet counts, readiness, and health without exposing destinations or payloads.
Traditional VPN
Product shape
04
A closed subscription service with a central trust boundary.
AeroNyx Privacy Network
Product shape
A privacy protocol that can support humans, apps, and autonomous agents across compatible implementations.
One blind protocol
The network protects movement. MemChain protects memory.
A privacy product becomes infrastructure when traffic, messages, memory, and agent coordination share the same rule: nodes can help route and synchronize, but they cannot read the payload.
North Star Plan / 北極星計劃
More private. Open source. Global by default.
The Privacy Network is not a closed app feature. It is AeroNyx's infrastructure covenant: decentralized nodes that can survive global audit, real operation, and worldwide participation while preserving the blind protocol boundary.
The public surface can expose aggregate node health, signed peer state, restart recovery, and route evidence. It must never become a user-level surveillance system.
01
More private by default
The protocol boundary is blind first: nodes route encrypted operations and expose aggregate health, not user destinations, payloads, DNS contents, or browsing history.
02
Open source infrastructure
Decentralized node software, protocol surfaces, and operational assumptions should be inspectable so the network earns trust through review, not brand promises.
03
Built for global use
Independent nodes across regions should be able to join, recover, report health safely, and keep the network usable for humans, apps, and autonomous agents.
AeroNyx Privacy Protocol
A dashboard users can trust.
The product shows enough to feel protected without exposing who users are, where they go, or what they send.
user sees
01
protected
public sees
02
aggregate
nodes see
03
ciphertext
Encrypted traffic
01
user signal
Your route is carrying encrypted work
public evidence
aggregate bytes only
Encrypted packets
02
user signal
The blind protocol is actively forwarding ciphertext
public evidence
packet count without content
Protocol health
03
user signal
The node layer is reporting usable protection
public evidence
foundation checks only
Protection model
Make privacy visible without making users observable.
A world-class privacy product should give users confidence every day: hidden address, encrypted route, stable connection, healthy nodes. AeroNyx maps those signals to aggregate decentralized node evidence instead of turning protection into surveillance.
user promise
01
Your IP is hidden
protocol evidence
The app can show route protection while public stats remain aggregate-only. No destination, URL, DNS, or browsing history appears on the public surface.
user promise
02
This connection is stable
protocol evidence
Protocol health is derived from relay readiness, restart recovery, and signed peer state rather than private session inspection.
user promise
03
Your traffic is encrypted
protocol evidence
The website can display encrypted bytes and packets because nodes report counters, not payloads or user-level traffic graphs.
user promise
04
Agents can use the same privacy layer
protocol evidence
Humans, apps, and autonomous agents share blind routing primitives, so agent coordination does not require a separate trusted network operator.
Daily assurance
A dashboard that feels protective, not technical.
Privacy products should make users feel protected every time they open the app. The interface should prioritize clear status, regional context, and connection confidence over raw node internals.
01
Your IP is masked
User traffic exits through privacy nodes instead of exposing the local network address to destinations.
02
Traffic travels encrypted
The page shows aggregate encrypted bytes and packets, never destinations, URLs, DNS contents, or browsing history.
03
Node health is aggregate-only
Public health surfaces show protocol readiness and encrypted relay evidence without user-level telemetry.
04
Built for humans and agents
The same privacy boundary supports people, apps, and autonomous agents coordinating through blind protocol primitives.
Public telemetry boundary
Aggregate health only.
The public website can show encrypted traffic, encrypted packets, relay evidence, and protocol readiness. It must never become a user surveillance surface.
01
No packet payloads
02
No DNS contents
03
No domains or URLs
04
No browsing history
05
No node public keys on public cards
06
No identity-level traffic graph
FAQ
Clear answers about the Privacy Network.
These answers define the trust boundary in plain language so users, builders, and AI search engines can cite the same public claims.
01
How is AeroNyx different from a traditional VPN?
A traditional VPN asks users to trust one company-operated provider. AeroNyx is an open privacy protocol where compatible decentralized nodes route encrypted work while public surfaces stay limited to aggregate health and readiness evidence.
02
Can AeroNyx or a node operator read my traffic?
AeroNyx infrastructure is designed so nodes route ciphertext and operational metadata, not packet payloads, DNS contents, domains, URLs, browsing history, or private messages. No privacy network removes every metadata risk, but the protocol boundary minimizes what infrastructure can observe.
03
Can anyone run a node?
Yes. The protocol is designed for independent operators to run compatible decentralized nodes, publish signed capabilities, report aggregate health, and participate without turning the network into a central service operator.
04
Does AeroNyx make all activity lawful?
No. AeroNyx is privacy infrastructure, not a shield from the law. Users remain responsible for the content they send and the way they use the protocol in their jurisdiction.
Privacy Network
AeroNyx Privacy NetworkMore private. Open source. Global.
Built on the AeroNyx coordination protocol, Privacy Network gives humans, apps, and AI agents encrypted routing through an auditable decentralized node boundary.
01
Blind routing boundary
Infrastructure can route encrypted traffic without reading payloads, destinations, or user-level telemetry.
02
Open decentralized node layer
The node foundation is built to be inspected, operated globally, and improved in public.
03
Aggregate health only
Public status shows protocol readiness and encrypted counters without user-level traffic graphs.
04
For humans and agents
The same privacy boundary can serve people, apps, and autonomous agent coordination.
9:41 AM
AeroNyx Privacy Network
Unprotected
LocationStandby
IP Address192.168.1.1
Encrypted traffic
0 B
Encrypted packets
0
Protocol health
Standby