AnuuTech Network will seek to revolutionize existing networks. With its layered structures, dynamic gateway, trusted & encrypted connections, AnuuTech Network will provide optimal communication, security and speed to any network. Unlike traditional blockchain technology, the more entities that will join our network the faster will it become. Given this phenomena, the possibilities become endless. For instance, third-party developers will be able to invest and create never-before-seen dapps. Likewise, your mobile phone will suddenly be able to receive a ton of computing power, internal connection speeds will become ultra-fast, and data management will become an exceptionally easy task to perform. Finally, our groundbreaking security system will make antivirus protection and network firewalls obsolete. When user inputs occur, the generated data travels via the secure multi-layered AnuuTech Network (the basis for AnuuTech technology). The data/service providers connect simultaneously to AnuuTech Network, PoH, and the ecosystem’s consensus to provide services/data using the standardized formats of the AnuuTech ecosystem. --------------------------------------------- We are currently deep in our Seed round actively looking for investors. Visit our website: www.anuutech.com Invest in us! Grow with us!

1. ™
AnuuTech ID
& Network

2. ANUUTECH ID & NETWORK
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3. page xy
page 3
Table of Contents
Table of Contents Page 3
Intro Page 4
The Basics of AnuuTech ID Page 4
The Basics of AnuuTech ID diagram 1 Page 4
The Basics of AnuuTech ID diagram 2, Network entities Page 5
Diagram- a simple AnuuTech ID sequence Page 6
AnuuTech Network - The new internet of services Page 7
Diagram- new internet of services Page 7
AnuuTech Network-Peers Page 8
Connection Layers Page 8
Diagram 1- Connection Layers Page 9
Diagram 2- Connection Layers, two entities Page 9
Diagram 3- Connection Layers, multi tunnels Page 9
Entry Layer Page 10
Diagram 1- Entry Layer Page 10
Diagram 2- Entry Layer, six entities Page 11
Diagram 3- Entry Layer, new connections Page 12
The Routing Layer Page 13
Diagram- Routing Layer Page 14
Transport Layer Page 15
Diagram- Transport Layer Page 15
Functional Application Service Group Layer Page 16
Diagram 1- Functional Application Service Group Layer Page 16
Diagram 2- Example Functional Application Service Group Layer Page 17
AnuuTech Network Entity Lifecycle Page 18
Code agnostic – JSON Page 18
Glossary Page 19

4. page xy
AnuuTech Network
Intro
AnuuTech Network brings a new dimension to traditional networks. Its layered structures, dynamic gateways,
trusted connections and network consensus optimizes the communication, security and speed of the network. On
top of that, our functional layers make the scalability infinite, the more entities join our network the faster it
becomes. Possibilities become endless, as for example suddenly your mobile phone gets a ton of computing power
as its fingertips, your intercompany connections become faster and hugely redundant, and companies that have
spare hardware can make money by simply outsourcing that unused computer power. AnuuTech Network is the
next generation of networks.
The basics of AnuuTech ID
Before we dive into AnuuTech Network, there are some things you need to understand about AnuuTech IDs. ID is
what we call, the next generation of IP addresses. It is a collection of smart data properties for a giving network
entity, that provides identification, application specifics and virtual geographical position within the ecosystem
which is represented via the ID #. The AnuuTech ID number can be thought of as the“GEN2 IP Address” of the
virtual entity.
Network entities communicate and understand the locations of other entities leveraging the smart data contained in
the AnuuTech ID. Each eco-layer, Entry, Routing, APP, Node, and functional application groups will have an
AnuuTech ID #. Additionally, the AnuuTech ID properties contains the necessary information and keys for secured
encrypted communication between peers and entities within the ecosystem – which allows for pre-built P2P like
connections between functional application/service groups.
Virtual Geographical Position
Identification
Αpplication Specifics
Smart Data
Properties
(contained in AnuuTech ID)
AnuuTech™
ecosystem
#
AnuuTech ID (collection of Smart Data Properties) is
provided within the ecosystem in the form of an
AnuuTech ID number.
ID ID
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This implies that AnuuTech ID also stores various information keys (certificate of transport and certificates of payload
encryption) to allow for identification, authorization, encrypted communication between peers. These sets of
properties within AnuuTech ID are represented via a hash, which is stored locally within the network entity. The
characteristics and behavior of AnuuTech ID can be described as a special local encrypted database that houses
several data properties as described previously.
Virtual Geographical Position
Identification
Αpplication Specifics
Smart Data
Properties
(contained in AnuuTech ID)
c
o
n
t
a
i
n
t
he necessary information and keys for secured encrypted communication
between entities within the ecosystem
c
o
n
t
a
i
n
the necessary information and keys for secured encrypted communication
between peers within the ecosystem*
#6
#1
#2
#3
#4
#5
Eco-layer
Entry Routing
Functional Appliacation
APP
Node
ID
*AnuuTech ID also stores various information keys
(certificate of transport and certificates of payload
encryption) to allow for identification, authorization,
encrypted communication between peers. These sets of
properties within AnuuTech ID are represented via a hash,
which is stored locally within thenetwork entity.
ID number
(collection of Smart
Data Properties)
, ...
#1 #2
Network Entity
• Eco-layer
• Entry
• Routing
• APP
• Node
• Functional
Application
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A simple AnuuTech ID sequence
Private key of AnuuTech ID address is stored locally
but encrypted using a password
Each AnuuTech ID entity is using its own
private key for encryptions.
Conenction and sync via AnuuTech Network
ALICE
#1
AnuuTech ID NUMBER
00000000-00000001
AnuuTech ID Serial
0001
Software ID
AA00-01
Hardware ID
HW0000-0001
Connected AnuuTech IDS
None
BOB
#2
AnuuTech ID NUMBER
00000000-00000002
AnuuTech ID Serial
0001
Software ID
AA00-01
Hardware ID
HW0000-0001
Connected AnuuTech IDS
0002
BOB
#2
AnuuTech ID NUMBER
00000000-00000002
AnuuTech ID Serial
0002
Software ID
AA00-01
Hardware ID
HW0000-0002
Connected AnuuTech IDS
0001
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Connected AnuuTech IDS
Connected AnuuTech IDS
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AnuuTech Network – The new internet of services
When comparing traditional networks used today to AnuuTech Network, we clearly see that the speed of network
convergence between network entities is much slower as a result of classic IP level connections structures – for
example, IP:PORT < -- > IP:PORT and application/web components geographically dispersed in different servers. This
typically results in longer initial connection generation and a high number of independent connections to various
destinations.
Traditional networks will build the connection when required, such as SSL validation of webpages. Before any data is
transmitted, the SSL handshake process must be completed, slowing down the overall connection and processing of
data. This legacy way of building encrypted connections before data is able to send, via data transmissions, allows
for latency and degraded network and application performance.
On the AnuuTech Network, all of the necessary connections are already pre-built. Data can be sent instantly which
makes the whole process way faster than on a traditional network.
AnuuTech Network will leverage pre-authenticated and pre-established connections which allows data
communication and transfers to take place immediately – removing the need to continuously build authenticated
new connections that depend on a number of external factors. This allows a high level of efficiency leveraging
prebuilt encrypted tunnels between applications resulting in immediate execution of data communication and data
transmission between functional application groups.
This eventually translates to faster initial application communication generation times and overall end to end
request/reply data transmissions, such as (multi)IP:(multi)PORT connections. The result is a more secured and trusted
communication between multiple AnuuTech ID identified entities.
network
• classic IP-level connections structures
• build the connection when required
(encrypted connections before data is able to send)
• application/web components geographically dispersed
in different servers
High number of independent connections to various destinations
Slowing down the overall connection and processing of data
Degraded network and application performance
Longer initial connection generation
Speed of network convergence between network entities is very slow
Latency
AnuuTech Network
Traditional Networks
• all of the necessary connections are already pre-built
• leveraging of pre-authenticated and pre-established connections
• no need to continuously build authenticated new connections
that depend on a number of external factors
• faster overall end to end request/reply
• faster initial application communication
Speed of network convergence between network entities is very fast
Faster initial application communication generation times
Data can be sent instantly
The result is a more secured and trusted communication
between multiple AnuuTech ID identified entities.
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AnuuTech Network, is a specialized network that allows for VPN like P2P communication (AnuuTech ID-EPPP
protocol), via UDP packets, between authorized peers and functional application service layers (also service-groups)
involved in the static ecosys-tem leveraging AnuuTech ID encrypted properties. These functional application service
layers will be comprised of the following:
1) Entry/Connection Layer
2) Routing/AnuuTech ID Adjacency Map
Layer
3) Transport Layer
4) Functional Application Service Group Layer
5) PARLEY – communication language
The AnuuTech ID gateway groups towards other functional group layers exist out of multiple entities, not only
making it a redundant setup at all time but also making the throughput scalable to the needs of the network.
This makes the AnuuTech Network suited for many new services that can’t be provided using a traditional network
such as download boosting and offline receiving similar to our e-mail systems, but with other services.
AnuuTech Network-Peers
AnuuTech Network-Peers are two AnuuTech Network entities that have established a connection for exchanging
PARLEY information. These AnuuTech Network-peers exchange various AnuuTech ID and adjacency mapping
information between them via sessions.
Connection layers
In this paragraph, we’ll talk about how entities connect to the rest of the network. We’ll be talking about entities in
the network, these entities can be nodes, Node service providers, ANUU clients, storage servers, applications and
other various virtual elements and groups.
The AnuuTech Network is made out of entities connected to their closest neighbors. These are trusted connections
and are maintained until a neighboring entity leaves the network or the consensus rules are broken. We’ll get back to
these rules later on.
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When a connection between 2 entities is established, this becomes a private and trusted tunnel.
Network Entity
Trusted
connection
(maintained)
Trusted
connection
(not-maintained)
AnuuTech
Network
Entity y leaving network
or consensus is broken
AnuuTech Network
Entity x
Entity z
Entity y
Entity y
connection between two entities is established creation of a private and trusted tunnel
Network Entity Private and trusted tunnel
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...
tunnel n
(consensus n)
Entry layer
This layer provides strict authentication and authorization processes for users and node service providers. This
process includes various validation steps to determine if a new or returning node can be trusted. To establish its
trustworthiness, the remote host must provide an acceptable authentication certificate which is then validated to
form a chain of trust.
The entry layer leverages an authentication technology known as AnuuTech ID protocol. As described above,
AnuuTech ID maintains multiple fields that are used to validate a node trust level.
This form of authentication allows nodes to securely access the static network by exchanging AnuuTech ID digital
hash signatures instead of a username and password. This means the candidate node is not sending a username or
password to the server which helps in preventing phishing, keystroke logging and man-in-the-middle (MITM) attacks
among other common problems with password-based authentication.
Multiple tunnels exist between 2 entities, each respecting their own consensus. The consensus of each tunnel
controls the usage of it. For example, you won’t be able to use a“routing message tunnel”to transmit other types of
data as these are on other layers. Having these trusted connections between entities makes for much faster
transmissions throughout the network, as there’s no need to constantly recreate and authenticate these tunnels.
The required keys for these secure, encrypted connections are stored in the AnuuTech ID’s.
tunnel 1
(consensus 1)
tunnel 2
(consensus 2)
tunnel 3
(consensus 3)
Network entity 1 Network entity 2
provides an authentication certificate
not sending usernames or passwords
sending AnuuTech ID digital hash signatures
certificate gets accepted
and node trust level is validated
Candidate Node Node
ID
AnuuTech™Network
Node
AnuuTech ID authentication allows nodes to securely access the AnuuTEch™ network by
exchanging AnuuTech ID digital hash signatures instead of a username and password.
Candidate
Node
Authentication
Certificate (sent)
Authentication
Certificate (accepted)
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E
It’s within this layer where new and returning nodes will provide identity credentials in the form of a hash to the
static entry protocol to validate the candidate node’s signature to join the static network. The result is forming the
nodes AnuuTech ID trustworthiness.
In this drawing, you see a network of 6 entities connected to each other. Each entity has a connection to its
closest neighbor. They use the PARLEY language for the communication between entities.
A
F
B
C
D
PARLEY
PARLEY
P
A
R
L
E
Y
P
A
R
L
E
Y
PARLEY
PARLEY
PARLE
Y
P
A
R
L
E
Y
P
A
R
L
E
Y
PARLEY
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When a new entity joins the
network, it sends out a PARLEY
discovery/registration message
looking to build a connection to its
closest neighbors. These requests
are forwarded by the other entities
to its future closest neighbor. After
the others receive this message, the
procedure for new connections will
be initiated.
In this example, X is the new entity
and the blue lines are the new
connections. The closest neighbor
in the network will initialize the
connection. This existing member
entity will send an invite to the new
entity to join the network. This
connection enables the new entity
to get a list of possible future
connections through PARLEY.
X : New Entity
New
connection
(1) request is forwarded by Entity E to New Entity’s future closest neighbors (A,F)
(2) request is forwarded by Entity D to New Entity’s future closest neighbors (F,C)
X
E
D
A
F
B
C
X
(closest neighbor to New Entity)
E
(closest neighbor to New Entity)
D
s
e
n
d
s
o
u
t
a
PARLEY
is
covery/registration message
l
o
o
k
i
n
g
t
o
b
u
i
l
d
a
connection to its closest neighbor (E)
E
n
t
i
t
y
E
s
e
n
d
s
a
n
invite to the New Entity to
j
o
i
n
t
h
e
n
e
t
w
o
r
k. This connection enables
t
h
e
N
e
w
E
n
t
i
ty to get a list of possible
f
u
t
u
r
e
c
o
n
n
ections throughPARLEY.
sends out a PARLEY iscovery/registration message
l
o
oking to build a connection to its closest neighbor (D)
E
n
t
i
t
y
D
sends an invite to the New Entity
j
o
i
n
t
h
e
network. This connection enables
t
h
e
N
ew
Entity to get a list of possible
f
u
t
ure
connections through PARLEY.
(1)
(2)
(1)
(2)
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The routing (Network map) layer and AnuuTech Network consensus
The base of the AnuuTech Network is the network map or routing layer. On this layer, every entity has an AnuuTech
ID number and every connection (gateway) to reach another layer exists. The Transport Layer provides logical
PARLEY communication between entities, and their associated functional application service groups, leveraging the
adjacency map provided by AnuuTech Network routing layer. Within the layer, responsibility for communication
management will involve error correction during the send and receive actions for each entity over the AnuuTech
Network.
The network map is updated every time a client or entity enters or leaves the network. It’s important to notice here
that as stated before, only a small part of the network map needs to be refreshed whenever an event takes place.
The routing layer leverages AnuuTech Network, a special VPN solution that will allow the initial communication
between all peers included in the Node ecosystem – forming direct connections between targeted AnuuTech ID
entities. When the routing layer process is initiated, nodes establish information gather via the AnuuTech ID
certificate profile, which contains geographical location position information. When this geographical location is
shared between trusted entities, it will know and keep record of each entity’s physical position – establishing an
entity neighbor position map.
When establishing the routing path, the routing layer will ensure that only the best-known paths are in place to get
proper PARLEY communication via the transport layer. This suggests that each entity will have a direct AnuuTech
Network connection to each other without path entanglement – forming a connection consensus.
As new entities join the network and connections are made, it could happen that these connections cross the
existing ones. The consensus forbids connections crossing each other and prioritizes the shortest connections
between the entities.
We’ll explain this with an example of another entity (Z) joining the network.
The entity is now connected to the AnuuTech Network, but the connection between F and Z is crossing the
connection between D and E. Because of the connection between D and E is longer than the one between F and Z,
this connection (red line) is terminated.
X
E
D
A
F
B
E
Z
Z : New Entity
New
connection
Old
connection
(terminated)
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This means that every new connection to the network can cause a change to the network map. The big advantage is
that these structural changes only affect a very small part of the network, being the neighbors of the new or discon-
necting entity. In the next drawing, you’ll see entity A leaving the network.
With entity A having left the network, this could be a client closing its ANUU app or a node going offline, the neigh-
bors re-evaluate and/or rebuild their connections to the other neighbors. At this point, the network map is changed
but only a slight part of the entities are affected by this.
The tunnels that existed when entity A was connected to the network are cached. When the entity comes online
again it will try to use the cached tunnel information to rebuild its new tunnels, if no consensus rules are broken.
With AnuuTech Network connection consensus algorithm, changes in adjacencies get handled in an efficient way
that establishes those connections quickly and without connection entanglement.
X
E
D
F
B
C
Z
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Transport layer
A client requesting a specific service is routed to the correct layer via AnuuTech ID gateway groups. These layers are
called Functional layers and will be explained later on in this document.
An AnuuTech ID gateway group exists out of multiple entities that have connections between layers. This AnuuTech
ID gateway group is used by entities that require a passthrough to another functional group layer. The AnuuTech ID
gateway groups have an AnuuTech ID number of their own. When a connection is directed towards the AnuuTech ID
number of a gateway group, one of the members inside the AnuuTech ID gateway group handles the connection.
Within this layer, all authentications and tunnel connections are established during the routing adjacency layer stage
between entities, allowing the elimination for communication initialization.
Each functional group layer has its own network map. On this map, entities are connected to each other using the
nearest neighbor and respecting the AnuuTech Network consensus. Because this is a whole new layer, the
connections between entities may vary from the initial layer they connected on as their position on this layer is
different. The map and all of its layers are permanently connected to each other through neighboring trusted
tunnels.
The next drawing shows a visual understanding of the layers, AnuuTech ID gateway groups and direct connections:
Network Map
Layer
Z
E
D
F
B
C
X
G
AnuuTech ID Gateway Group
Functional group layer:
Storage
F
X
A
B
D
Functional group layer:
Computing Power
D
A
Χ F
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Functional Application Service Group Layer
The various services within the DAPP ecosystem are organized in functional groups within different AnuuTech
Network function layers.
Each layer has its own consensus and AnuuTech ID data. The access to a layer is controlled by both the consensus
rules active on the layer and the data stored in the AnuuTech ID, dependent on for example the DAPP a client wants
to use.
Each functional layer is grouped by functionality, resulting in private functional groups that are peered together via
layer-gateways. These functional groups each have AnuuTech ID properties that allow AnuuTech Network entities,
belonging to different functional layers, to send PARLEY messages to other AnuuTech Network entities residing in
different functional groups - leveraging the functional group address information found in the AnuuTech ID
certificate.
AnuuTech ID Gateway
Functional group B
Functional group A
Optional direct link
between FG members
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Example:
An ANUU mobile client logs on to the network, looking for a temporary computing power solution. The client makes
a connection to the AnuuTech Network (assuming it wasn’t already connected) where it gets an AnuuTech ID number
with the necessary information, including the rights to access the functional layer on which the nodes reside provid-
ing this service. The connection travels through the neighbors to eventually reach the AnuuTech ID gateway group,
connecting the initial network map layer to the needed functional group layer.
The ANUU mobile client gains access to a direct connection to the“computing power”layer on the network, and
suddenly you have a mobile phone with computing power equivalent to a server network!
The ANUU client connects to the AnuuTech Network The ANUU client gets an AnuuTech ID number
with the necessary information *
AnuuTech
network
#
* including the rights to access the functional layer on which the nodes reside providing this service
The ANUU mobile client gains access to a direct connection
to the“computing power”layer on the network
Functional group layer:
Computing Power
The connection travels through the neighbors
to eventually reach the AnuuTech ID gateway
Functional group layer
Network Map
Layer
a conection between the initial network map layer
and the functional group layer is established
AnuuTech Gateway
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page 18
AnuuTech Network entity lifecycle
The connection lifecycle of an AnuuTech Network Entity is one that may exist on many different functional layers –
those being Entry, Routing and Service Function layers. These together form what is known as the AnuuTech Global
Network.
The first layer, as described above, is the Entry layer. When a new AnuuTech Network Entity candidate attempts to
join the network, it will contact an entity node that exists within the Entry layer. This entity uses both standard IPv4/6
along with AnuuTech ID AnuuTech Network addressing to communicate with entity candidates and with the Routing
(Adjacency Map) layer.
Once the AnuuTech Network Entity candidate initiates and makes the PARLEY request to the Entry Layer
participating entity nodes, that PARLEY request will contain the candidate entity’s AnuuTech ID information that will
be routed within the Entry Layer to the closest entity leveraging the AnuuTech ID position ID and routing layer.
Once the AnuuTech ID authentication consensus has been completed, the new entity will be granted access to the
routing layer – allowing new adjacency routes to be formed. In this phase, the entity will build direct connections
through the AnuuTech ID gateway groups to either entities in the required functional layers itself, or to the AnuuTech
ID gateways in case the network consensus doesn’t allow the direct connection for as long as the entity stays within
the network.
Code agnostic – JSON
Our network will be available through an API interface which supports JSON formatted payloads, this enables devel-
opers to connect to our network using every programming language out there as long as it supports network calls
and JSON payloads. This functionality is supported by all current major programming languages that are commonly
used.
Our API will be fully documented and fitted with examples for each possible call in the most common programming
languages so developers can start right away connecting their applications to the AnuuTech network.
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Glossary
DAPP:
PARLEY:
AnuuTech ID:
IP:
SSL:
Nodes
UDP:
VPN:
A Decentralized Application is a computer application that runs on a distributed computing
system. DAPPS have been popularized by distributed ledger technologies (DLT) such as the
Ethereum Blockchain, where DAPPS are often referred to as smart contracts.
AnuuTech Network: On the AnuuTech Network, all of the necessary connections are already
pre-built. Data can be sent instantly which makes the whole process way faster than on a
traditional network.
The next generation of IP addresses. It is a collection of smart data properties for a given
network entity, that provides identification, application specifics and virtual geographical
position within the ecosystem.
Internet Protocol, principal communication protocol in the internet protocol suite.
Secure Sockets Layer is a standard security technology for establishing an encrypted link
between a server and a client.
Nodes form the backbone of the AnuuTech network. They perform a crucial role in the
consensus, security, and governance of the platform.
User Datagram Protocol is a communications protocol that is primarily used for establishing
low-latency and loss-tolerating connections between applications on the internet. It speeds
up transmissions by enabling the transfer of data before an agreement is provided by the
receiving party.
Virtual Private Network describes the opportunity to establish a protected network con-
nection when using public networks.
ANUU: As the name suggests, ANUU is an exciting and easy-to-use application designed
to help you securely store, track, and manage your crypto assets and portfolio.
All documents, reports and other incidental or derivative work or materials furnished herein remains the sole property
of AnuuTech. None of the documents, reports and other incidental or derivative work or furnished materials shall be
used by the reader without the express written consent of AnuuTech.
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