He thought ETH was going to save him

test.lab.temtum.com/admin/load-test

>he thought ETH was going to save him

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temtum.com/downloads/temtum-whitepaper.pdf
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The name ‘temtum’ represents a combination of two of the main concepts that underpin this technology: • The Temporal blockchain (‘tem’) and quantum randomness (‘tum’).

The Temporal Blockchain was developed and licensed by Dragon Infosec. And is the first cryptocurrency to commercially deploy a successful implementation of a random number generated by the NIST Randomness Beacon.Combined with the unique temtum Consensus Algorithm,this removes the need for energy-intensive proof-of-work consensus and eliminates the possibility of a fork in the blockchain, or a double-spend. The quantum attack-resistant architecture of the temtum network uses a beacon broadcast by the US Department of Commerce National Institute of Standards and Technology (NIST) to generate random numbers that cannot be algorithmically predicted. The NIST Randomness Beacon6 uses quantum effects to generate a truly random number once every minute. This random number is used as the basis to select the node that will confirm transactions on the temtum network for the subsequent minute. temtum also features multiple, automatically started quantum effect fallback options should the NIST Beacon ever not broadcast a value 60 seconds after its last output value. This ensures that the use of true random number generation via third-party technology will never result in any network downtime.

The NIST Randomness Beacon is a source of truly random numbers that broadcasts full-entropy bit-strings in blocks of 512 bits every 60 seconds, providing three key functions: unpredictability, autonomy and consistency. The unpredictable nature of the NIST Randomness Beacon makes it impossible for any user to predict the bits it generates before they are published by the source. All users accessing the source of the beacon can be confident that they all receive an identical random string, while the beacon remains highly resistant to malicious interference by external parties. The key features of the NIST Randomness Beacon include:

- Generated numbers that cannot be predicted before they are published–even by future quantum computing techniques.

-The public,time-bound and authenticated nature ofthe NIST Randomness Beacon allows any user application to prove that it used truly random numbers not known before a specific point in time.

-Proof of random number generation can be validated offline at any point subsequent to generation. Based on these properties,the NIST beacon has been chosen as a source of randomness for the Temporal network.

That’s actually pretty impressive desu not gonna lie

What if the NIST beacon gets hacked and the transmitted numbers are not so random?

mine just said 7213246 transactions were generated in 1 minutes (120220.77 transactions per second)

NIST Randomness Beacon security
We use the NIST Randomness Beacon in the temtum Consensus Algorithm and as a timestamp in block generation.
In our model the timestamp is the truly random NIST Randomness Beacon Value, which is
generated every 60 seconds. This eliminates the possibility that a malicious party could precompute the timestamp value – for a block to carry the NIST Randomness Beacon timestamp, the block must have been generated subsequent to the release of the value from the beacon. Thus, we can be certain that an 'offline chain attack,' which can be conducted on other blockchain networks,cannot be executed on the temtum network.

The degree of randomness in the values generated by the NIST Randomness Beacon dramatically increases the cost of an attack directed at the temtum network by orders of magnitude greater than current cryptocurrencies. Numbers generated by the beacon cannot be predicted by any means before they are published.
The public, time-bound and authenticated nature of the NIST Randomness Beacon allows user applications to prove that the truly random numbers it uses are not known before a specific point in time. This proof can be presented offline at any point subsequent to broadcast. For example, the proof could be mailed to a trusted third-party, encrypted and signed by an application, and only opened if needed and authorized.

part ii:

For a 512 key by definition there are 2512 possible keys to 512-bit cypher, and in a well-defined cypher, all keys are equally strong. Technically, a cypher is a bijective mapping between cleartext and plaintext, so for a given cypher with 512 bits this equals 2512 bijective mappings. Consider the set of texts of length N bits –there are 2N different texts possible. The tensor product is the set of all possible combinations of N bit vectors of text and 512-bit vectors of key, the size of which is: 2N * 2512 = 2N + 512 Unlike Deterministic Computers, which encode data in binary digits –each of which is alwaysinoneoftwodefinitestates,0or1,quantum computers use quantum bits or qubits,which can be in a superposition of states.Quantum computing development is accelerating rapidly–IBM published evidence of robust quantum computation capacity in late 20178 , and unveiled new fault tolerance capabilities that have helped to scale quantum processors beyond 50 qubits9 . Current estimations for an implementation of Grover's algorithm for AES requires far more qubits than current quantum machines possess. Grassl et al. states that the required number of qubits required to implement an exhaustive key search for AES-256 is 668110. It is not unreasonable to draw similar conclusions for SHA2-512, which has a far larger internal state, and postulate that 1024 qubits are not enough. Research investigating the cost of generic quantum preimage attacks on SHA-2 demonstrates that such an attack would require 212.6 logical qubits11. Since the NIST Randomness Beacon generates values using SHA2-512, it is reasonable to assume the same level of resources are required.

Therefore, even with modern day, or even near-future quantum machines, it is still a massive leap to brute force 512-bit keys. To do so within the 60-second window as used by the NIST Randomness Beacon is statistically infinitesimally improbable – approximately the inverse of 2512. In short, the probability of correctly guessing the NIST beacon 512-bit key ahead of time is almost certainly
zero, making it highly secure.

this is awesome, why haven’t I heard about this before? Checking out whitepaper now

What a shill kek

The entire thread written by one person

How do I hold this shit. I dont want to leave it on an exchange.

You don't need to brute force shit, you nigger. You just have to intercept encrypted the data stream, DDOS the beacon and send the copy of the data to your own nodes.

I can literally write a script that rapes you shitty system with a double spend attack in 12 seconds.

Also the point of blockchain is DECENTRALIZATION, you stupid Pajeet. If there is a central point of failure it's not blockchain.

Go peddle your bootleg PayPal somewhere else.

So after reading most of the whitepaper this project does seem pretty cool. The tech, if it can do what it says would be pretty groundbreaking. I’d be curious to see what plans they have for future exchanges and if they will be doing any sort of large scale marketing. I checked their telegram and it appears that the Temtum token now operates on mainnet.

No one writes like that here, Rajesh. It’s clear you are a paid shill and everyone will stay away from your scam. Only scams hire paid shills.

actually no before I only bought 500 lol but I felt like a wuss. go big or go home

wallet.temtum.com/

Looks like a lot of kyc. Not interested anymore.

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it's just like any other exchange bro, do you want the tendies or not?

Yeah they want your ID. Thats to much.