WATCHMEN

Secure Subsequent Consensus

WTM's core consensus layer is a unique and completely new type of system.

It is called Secure Subsequent Consensus. Through adaptive collateral, the protocol

can provide fast execution times while ensuring node consensus

reached.

Seamless scalability

The WTM network is not a chain and does not store data permanently, so the network

It can be easily scaled horizontally without any limitations.

Decentralized Computing

With WTM any Web3 application can run high-level, tamper-proof calculations (Python, Java, C,

C++, Rust etc) in its own WTM application container. Nodes running the same App can:

they can gossip and even work together to create a decentralized supercomputer.

NODE NETWORK

WTM nodes can have one or more roles. These roles include:

● signing and sending data to the blockchain

● Observing data and revealing disagreements

WTM nodes use gossip to gossip as a protocol level communication method. A

the user's request starts the process on the first node, whereby it prepares the data, signs it,

and propagate it to other nodes. Data is processed by several nodes

(configured by the application) and these nodes are selected in a cryptographically secure manner

random basis.

Each dApp can customize its class according to its requirements. customize

It can be applied in the following ways:

Number of subsequent signatures required from nodes to execute transactions

● Number of required verifications without conflict

● Coverage insurance amount required to execute transactions

● Request input/output and calculation

● Allowance of custom programs and scripts

● Distributed consensus algorithm

● Applied parts

When an HTTP request is received, the WTM network will validate the data internally.

Oracle has signed and will freeze the node's locked collateral in case of any dispute. if

consensus is reached on the data, then the node's stake is unlocked and

Supports incoming requests. It is only partially locked according to the bet amount.

required collateral.

RUNNING A NODE

Users can play an active role in the WTM node network by running their own nodes. Them

are encouraged to do so through a reward system. Nodes provide coverage as insurance

for the data they sign and to provide the infrastructure that makes this possible

For heavy computation work to be handled in the muon network. calculation

off-chain is done on the nodes themselves and the data is then transferred to the chain.

Because WTM is highly configurable and dApps can specify a wide variety of requirements,

No special hardware is required to run a WTM node. For a node to qualify

While receiving requests from all dApps in the WTM network,

Hardware solution with enough computing power to meet the most demanding needs.

SUBSEQUENT CONSENSUS

The secret of WTM's impressive features (speed, modularity, unreliability) is,

the way in which consensus was reached and how it was evaluated on a transactional basis.

With WTM, any type of computation can be done on a set of data and then

forwarded to the destination chain destination. Basic understanding of the layers built upon

blockchains are the way to reliably transmit said data, and

The common way to pass Oracle data to a chain is as follows:

1. Node performs or transfers computational tasks.

2. The result is completed with signature and sent to the node cluster

3. The nodeset verifies the validity of all provided signatures (and data fields).

If applicable: pass data to blockchain/contract. If invalid: punish/slash node (in general

conversation) and try again.

Validation process in our solution (as described in step 3)

The transaction has been sent to the blockchain. By this logic, Muon nodes (or clusters)

Much more efficient than traditional methods of interacting with blockchains