Optimum has announced a new testing partner for mum2p Twinstake.
This partnership is focused on testing how mum2p can help improve validator performance.
Twinstake is an institutional staking provider.
They focus on running validators and providing strong validator performance for their clients.
Now they will be testing mum2p with Optimum.
According to Optimum Twinstake has delivered a MEV APR around 35% above the Ethereum network average over the past 12 months.
This makes validator performance an important part of this testing.
The main thing Optimum wants to test is mum2p���s fast data propagation.
Faster data sharing between validators can help them react and work more efficiently.
This testing can help show how mum2p performs in a real validator environment.
Working with an institutional staking provider like Twinstake gives Optimum another environment to test the technology.
It’s good to see mum2p being tested with more real world infrastructure.
The next step is seeing what kind of performance improvements these tests can bring.
Welcome aboard Twinstake 🤝
@get_optimum @twinstake_io
@cryptooflashh
Gmum fam
Why Ethereum’s next challenge may be networking not execution
Ethereum keeps working on scaling and better performance.
But there is another part that can become a bigger bottleneck
How fast can data move across the network?
That’s where Optimum is focuse.
With Ethereum’s upcoming ePBS changes the path of block data becomes even more important.
Builders relays proposers and validators all need to move data quickly within tight time windows.
Every millisecond matters.
The interesting part is that Optimum isn’t trying to change Ethereum’s core.
Instead mump2p works alongside the existing network to make block and data propagation faster.
Optimum uses RLNC to send useful combinations of data instead of relying only on traditional gossip.
This helps reduce the time and bandwidth needed to get information across the network.
And this becomes even more important if Ethereum moves toward shorter slot times.
Less time per slot means less room for slow or delayed nodes to keep up.
Optimum’s goal is to make that data movement faster and more reliable.
This is why I think the networking layer deserves more attention.
Scaling isn’t only about processing more transactions.
It’s also about getting the data to the right place at the right time.
That’s the problem Optimum is working on.
@get_optimum@cryptooflashh@blockchainjeff@aqccapital@tgogayi@CryptoSundayz@ada_pegasus@JimmyHope_@TheBl0ckBoy
Optimum has announced a new testing partner for mum2p Twinstake.
This partnership is focused on testing how mum2p can help improve validator performance.
Twinstake is an institutional staking provider.
They focus on running validators and providing strong validator performance for their clients.
Now they will be testing mum2p with Optimum.
According to Optimum Twinstake has delivered a MEV APR around 35% above the Ethereum network average over the past 12 months.
This makes validator performance an important part of this testing.
The main thing Optimum wants to test is mum2p’s fast data propagation.
Faster data sharing between validators can help them react and work more efficiently.
This testing can help show how mum2p performs in a real validator environment.
Working with an institutional staking provider like Twinstake gives Optimum another environment to test the technology.
It’s good to see mum2p being tested with more real world infrastructure.
The next step is seeing what kind of performance improvements these tests can bring.
Welcome aboard Twinstake 🤝
@get_optimum@twinstake_io@cryptooflashh
One thing I find interesting about Fermah is that it looks at ZK proving from the infrastructure side.
Instead of every project building its own proving setup Fermah is focused on making proving compute easier to access.
ZK apps need a lot of compute to generate proofs.
As more protocols start using ZK that demand can grow quickly.
Fermah is building infrastructure around this demand so developers can request proving compute when they need it.
The interesting part is the separation between
the application that needs a proof
and
the compute that generates it.
Fermah focuses on connecting these two sides.
This can make ZK infrastructure more flexible.
A developer can focus on building the application instead of worrying about running and scaling all the proving hardware themselves.
That’s an important part of making ZK easier to use.
Fermah is also designed around a network of compute providers.
So proving jobs can be matched with available compute instead of depending on a single machine or setup.
More demand can mean more compute coming into the network.
For me this is the bigger picture
ZK is not only about cryptography.
It also needs reliable compute infrastructure behind it.
Fermah is working on that infrastructure layer.
As ZK keeps expanding into more applications proving compute becomes an important piece of the stack.
That’s why Fermah is worth watching.
Not just for proofs themselves
but for the compute infrastructure powering them.
@fermah_xyz@7wealthh
Fermah has been moving quietly but there are some interesting updates lately 👀
Fermah Kernel is now the main part of the ecosystem.
Instead of protocols only reacting to events Kernel helps them run full workflows automatically.
Less manual work more onchain actions.
Fermah Froben is also running as a ZK proof marketplace.
It connects proof requests with machines that can generate those proofs.
→ cheaper proving
→ faster proving
→ support for different proof systems
Another product is Flashcast Social.
It lets users create prediction markets quickly while Kernel handles the workflow and resolution.
So the same infrastructure can be used beyond just ZK proving.
Fermah is also working on payments.
Fermah Pay is being adapted for Stellar with the latest docs updated on September 6.
The system is designed so users can pay in USDC without needing to hold XLM for fees.
What I find interesting is that these products are connected through the same idea
Kernel handles the workflow while different products use it for different things.
ZK proofs prediction markets payments and more.
Fermah is slowly moving from being only about proof generation to building infrastructure that lets protocols actually take actions.
Still watching closely
@fermahxyz @7wealthh
Fermah has been moving quietly but there are some interesting updates lately 👀
Fermah Kernel is now the main part of the ecosystem.
Instead of protocols only reacting to events Kernel helps them run full workflows automatically.
Less manual work more onchain actions.
Fermah Froben is also running as a ZK proof marketplace.
It connects proof requests with machines that can generate those proofs.
→ cheaper proving
→ faster proving
→ support for different proof systems
Another product is Flashcast Social.
It lets users create prediction markets quickly while Kernel handles the workflow and resolution.
So the same infrastructure can be used beyond just ZK proving.
Fermah is also working on payments.
Fermah Pay is being adapted for Stellar with the latest docs updated on September 6.
The system is designed so users can pay in USDC without needing to hold XLM for fees.
What I find interesting is that these products are connected through the same idea
Kernel handles the workflow while different products use it for different things.
ZK proofs prediction markets payments and more.
Fermah is slowly moving from being only about proof generation to building infrastructure that lets protocols actually take actions.
Still watching closely
@fermahxyz @7wealthh
Fermah started with ZK proof generation.
But the recent updates show that the idea is getting much bigger.
From proving workloads to autonomous actions Fermah is building an execution layer that can do more than just generate proofs.
One of the biggest recent updates is Fermah Kernel.
The simple idea is
Instead of a protocol waiting for someone or some bot to trigger the next step Kernel can handle the workflow itself.
Event happens → computation runs → result is verified → action happens.
Less manual work.
This matters because many protocols still depend on things like
• bots
• keepers
• relayers
• operators
Someone has to watch for an event and start the next action.
Kernel is trying to move that logic into the execution layer itself.
And Fermah is already showing real numbers.
According to recent Fermah updates the network has handled:
2.8M+ proofs
and
100K+ autonomous resolutions
That gives a much better idea of what the system is already handling.
Another interesting part is how Kernel chooses the way an action should be handled.
Fermah recently explained it using:
Low fan out + low recomputation → replay
Low fan out + high recomputation → TEE
High fan out + low recomputation → hybrid
High fan out + high recomputation → ZK
So the proof method can depend on the workload.
This also connects with Flashcast Social.
Flashcast uses Fermah's workflow system for prediction markets where creation and resolution can happen automatically.
No waiting for a human to resolve every market.
Fermah says Flashcast has already handled 100K+ autonomous resolutions.
The bigger picture is pretty simple
Fermah is moving from
“generate a ZK proof”
towards
“execute a complete workflow.”
That can include computation external events verification and actions.
And this is where Kernel becomes important.
I think this is one of the most interesting parts of Fermah right now.
The old Fermah was mainly about making ZK proving cheaper faster and easier.
The new direction is about making protocols able to act on their own.
And with 2.8M+ proofs and 100K+ autonomous resolutions already handled this is not just an idea anymore.
@fermah_xyz@7wealthh
#Fermah #ZK #Crypto
What comes after today’s blockchain era?
@dac_chain is building toward a future where blockchain security is ready for the quantum age.
🔹 Quantum ready security
🔹 Entropy based transaction protection
🔹 EVM compatibility
DAC is working on these at the infrastructure level while keeping compatibility with existing Ethereum tools and workflows.
The entropybased approach is especially interesting.
Instead of exposing transaction details during the broadcast phase like the standard public mempool model DAC is designed to reduce that visibility.
And EVM compatibility means developers can keep working with familiar Ethereum based tools and workflows.
So the goal is not just building something different.
It’s building a new foundation while keeping things familiar for builders.
DAC is also getting more attention through community showcases like the one featured on CyreneAI.
The bigger picture is simple
Blockchain is evolving and security needs to evolve with it.
The quantum era is getting closer.
Projects building for that future today are definitely worth watching.
@dac_chain
DAC is getting closer to its next big phase
DAC’s $DACT Buzzdrop on ChainGPT Pad has been getting a lot of attention.
The campaign is focused on rewarding the community with a fixed $DACT pool.
More time means more chances for the community to climb the ranks.
The Buzzdrop has been extended with the campaign now running until September 24, 12 PM UTC.
The reward pool is $125,000 in $DACT with rewards split based on rank.
Another important part is the token launch.
DAC’s roadmap points toward $DACT TGE and exchange launch in Q3 2026.
So we are getting closer to the stage where the token becomes part of the live ecosystem.
DAC is building an EVM compatible Layer 1 with a focus on quantum ready security.
The idea is to prepare blockchain infrastructure for a future where quantum computing can become a real security concern.
What I find interesting is that DAC is not only talking about quantum security.
The network is being built for use cases like RWA DeFi and AI while keeping compatibility with the EVM ecosystem.
For the community this is an important phase.
The Buzzdrop is bringing more attention to $DACT while the upcoming TGE and exchange launch could move DAC into its next stage.
Still early but things are definitely moving.
Keep watching DAC.
@dac_chain
DAC is getting closer to its next big phase
DAC’s $DACT Buzzdrop on ChainGPT Pad has been getting a lot of attention.
The campaign is focused on rewarding the community with a fixed $DACT pool.
More time means more chances for the community to climb the ranks.
The Buzzdrop has been extended with the campaign now running until September 24, 12 PM UTC.
The reward pool is $125,000 in $DACT with rewards split based on rank.
Another important part is the token launch.
DAC’s roadmap points toward $DACT TGE and exchange launch in Q3 2026.
So we are getting closer to the stage where the token becomes part of the live ecosystem.
DAC is building an EVM compatible Layer 1 with a focus on quantum ready security.
The idea is to prepare blockchain infrastructure for a future where quantum computing can become a real security concern.
What I find interesting is that DAC is not only talking about quantum security.
The network is being built for use cases like RWA DeFi and AI while keeping compatibility with the EVM ecosystem.
For the community this is an important phase.
The Buzzdrop is bringing more attention to $DACT while the upcoming TGE and exchange launch could move DAC into its next stage.
Still early but things are definitely moving.
Keep watching DAC.
@dac_chain
DAC token access is getting closer.
The news about the DAC public sale coming to ChainGPT Pad feels like another big step for the project.
For me, it’s not only about the token. I’m more interested in what this can bring next:
→ More people discovering DAC
→ A bigger community around the network
→ More real use cases for quantum-resistant technology
→ More builders getting ready for the live ecosystem
A lot of work has been going on behind the scenes, and now we’re starting to see things move forward.
I’ll definitely be keeping an eye on this.
DAC is coming. The next chapter looks exciting. 👀
@dac_chain@ChainGPT_Pad
Gmum fam
Happy Monday
Optimum just welcomed @dsrvlabs as a new mump2p testing partner.
DSRV is staking over 300K ETH and is a major node operator in Korea and globally.
This is an important step for mump2p testing.
mump2p is focused on making blockchain data move faster between nodes.
Having a large node operator test it gives Optimum another real environment to see how mump2p performs.
Optimum has already shared strong testnet results.
mump2p has reached around 150ms average block propagation in testing which is around 6x faster than the GossipSub baseline.
Get blocks and other data across the network faster and more consistently.
This becomes even more important as blocks get bigger and validators are spread across different locations.
DSRV also brings strong experience in the Korean staking market.
So this is not just about adding another name to the partner list.
It gives mump2p another serious node operator to test with real infrastructure.
For me this is what makes the update interesting.
More testing partners = more real environments for mump2p.
And the more different networks and operators it works with the more we can learn about how it performs at scale.
Optimum is working on a part of Ethereum that is easy to overlook
How fast can the data actually move?
With mump2p the focus is on improving that part without changing the basic way validators operate.
More testing more data and more real operators.
That is a good direction for mump2p.
@get_optimum@dsrvlabs@cryptooflashh@CryptoSundayz@aqccapital@tgogayi@blockchainjeff@ada_pegasus@JimmyHope_@TheBl0ckBoy
Gmum fam
Happy Monday
Optimum just welcomed @dsrvlabs as a new mump2p testing partner.
DSRV is staking over 300K ETH and is a major node operator in Korea and globally.
This is an important step for mump2p testing.
mump2p is focused on making blockchain data move faster between nodes.
Having a large node operator test it gives Optimum another real environment to see how mump2p performs.
Optimum has already shared strong testnet results.
mump2p has reached around 150ms average block propagation in testing which is around 6x faster than the GossipSub baseline.
Get blocks and other data across the network faster and more consistently.
This becomes even more important as blocks get bigger and validators are spread across different locations.
DSRV also brings strong experience in the Korean staking market.
So this is not just about adding another name to the partner list.
It gives mump2p another serious node operator to test with real infrastructure.
For me this is what makes the update interesting.
More testing partners = more real environments for mump2p.
And the more different networks and operators it works with the more we can learn about how it performs at scale.
Optimum is working on a part of Ethereum that is easy to overlook
How fast can the data actually move?
With mump2p the focus is on improving that part without changing the basic way validators operate.
More testing more data and more real operators.
That is a good direction for mump2p.
@get_optimum@dsrvlabs@cryptooflashh@CryptoSundayz@aqccapital@tgogayi@blockchainjeff@ada_pegasus@JimmyHope_@TheBl0ckBoy
Gmum fam
Last night I joined the Vietnam channel karaoke event and honestly i had a really good time.
It was nice to take a break from the usual chats and just enjoy some music with everyone.
I really enjoyed seeing everyone joining in singing talking and having fun together.
These karaoke sessions are always a nice way to spend some time together and enjoy the community. ❤️
Big thanks to @ada_pegasus and @jany268 for hosting the event and making it fun for everyone.
Events like this make the community feel more active and connected.
I hope we get more events like this in the future.
I’ll definitely join again whenever I get the chance.
Thanks for the good time everyone! ❤️
@get_optimum@cryptooflashh@blockchainjeff@CryptoSundayz@aqccapital@tgogayi@JimmyHope_@TheBl0ckBoy
DAC token access is getting closer.
The news about the DAC public sale coming to ChainGPT Pad feels like another big step for the project.
For me, it’s not only about the token. I’m more interested in what this can bring next:
→ More people discovering DAC
→ A bigger community around the network
→ More real use cases for quantum-resistant technology
→ More builders getting ready for the live ecosystem
A lot of work has been going on behind the scenes, and now we’re starting to see things move forward.
I’ll definitely be keeping an eye on this.
DAC is coming. The next chapter looks exciting. 👀
@dac_chain@ChainGPT_Pad