@jen_bobz @get_optimum Great chains start with great networks. Gamechanger!
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CryptoSundayz
6.9K posts
CryptoSundayz
@CryptoSundayz
Build algo trade system powered by AI | Olympus Alpha | Sharing the process Web3 | @get_optimum @creo_engine
earth Katılım Kasım 2021
618 Takip Edilen915 Takipçiler
Before validators can reach consensus, data must first propagate across the network. If the propagation process is slow, redundant, or unfair (nodes near the hub are faster), decentralization and performance suffer.
@get_optimum building a simple but powerful narrative: the future of blockchain scalability isn't just about consensus or execution, but starts at the networking layer, which has long been a hidden bottleneck.
Through mump2p + RLNC (Random Linear Network Coding). Instead of sending the same data packets over and over like Gossipsub, encode the data into a combination. Nodes simply collect enough independent packets and can immediately reconstruct them.
The result:
• Traffic is much more efficient
• Block propagation is much faster and more stable
• More resistant to packet loss
• Validators everywhere get more data together → decentralization becomes fairer
Optimal networking = a stronger foundation for modular chains, rollups, AI workloads, and real-time apps. It's not about replacing consensus, but about making the layers beneath it much more powerful.
"Great blockchain starts with great networking."
@blockchainjeff @cryptooflashh @CryptoSundayz @aqccapital
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The @Optimum Runner is now live.
I built this community game to make learning about Optimum more fun and interactive.
< Dodge obstacles.
< Chase the highest score.
< Climb the all-time leaderboard and compete with the community.
Game link : speedismoneyoptirun.lovable.app
Can you claim the #1 spot? 👀
Play now: [Insert your game link]
After playing, drop your highest score below. Let's see who becomes the fastest runner in the Optimum community!
@CryptoSundayz|@shariaronchain|@CryptooFlash|@ada_pegasus|@TheBl0ckBoy
---------------------------------------------------------
DC : discord.gg/getoptimum
X :@get_optimum
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Bayangkan blockchain seperti Ethereum lagi macet karena cara penyebaran datanya masih kuno.
Setiap blok baru muncul, node-node saling kirim data bolak-balik. Tapi yang terjadi? Banyak duplikat.
Satu data sama dikirim berkali-kali, sehingga validator yang jauh dari pembuat blok jadi telat dan rugi.
Akhirnya muncul biaya lokasi, semakin dekat dengan pusat, semakin cepat. Ini mengancam prinsip desentralisasi.
Solusinya? RLNC (Random Linear Network Coding) Bukan kirim data mentah lagi, tapi kirim persamaan matematis yang menggabungkan beberapa data sekaligus.
Contoh sederhana :
Daripada kirim X1, X2, X3 berulang-ulang, kirim saja
3X1 + 2X2 + X3
X1 + 5X2 + 2X3
dll.
Validator tinggal memecahkan persamaan itu, langsung dapat semua data yang dibutuhkan tanpa buang waktu nunggu duplikat.
Hasilnya?
- Penyebaran data jauh lebih cepat
- Validator di mana saja (bahkan di Australia) bisa bersaing adil
- Blockchain bisa lebih skalabel tanpa kehilangan desentralisasi
Intinya RLNC bikin jaringan blockchain lebih pintar dalam mengirim data, sehingga onchain finance bisa berjalan lebih kencang dan adil di masa depan. Simpel, elegan, dan powerful.
Tonton videonya langsung 👇
#RLNC #OPTIMUM
Optimum@get_optimum
Every day more of the financial world is moving onchain, demanding high speeds at an increasingly large scale. So how can we speed up blockchains while retaining the decentralization that makes them such valuable venues for economic activity? Our CEO @MurielMedard is back at her whiteboard to demonstrate. ⬇️
Indonesia
@CryptoSundayz Bro are you testing these platforms to make a tool???
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Sejauh ini kinerja Team Oracle BTC sangat memuaskan, beberapa bulan membangun agentic automation team ini terlihat mulai bekerja dan belajar dengan arah yang benar.
Apa yang gw bangun di team ini ?
Olympus Oracle multi LLM agentic debate system
🔹 Team:
• Apollo (Sonnet 4.6)
• Argus (Grok-4)
• Zeus (Sonnet 4.6)
• Mnemosyne (Haiku 4)
🔹 Triggers:
• 12H scheduled
• Price extreme movement
• Funding extreme
• OI+Positioning extreme
🔹 Reversal scan : Algorithmic exhaustion (funding+RSI+CVD+pattern)
🔹 Position eval: Zeus evaluates open trade every debate (HOLD/EXIT/ADJUST SL)
🔹 Output: Regime (RISK ON/CHOPPY/RISK OFF) + modifiers → gates mainbot signals + triggers BTC auto trade
Keep building 🌞🔥
CryptoSundayz@CryptoSundayz
Team Oracle BTC ini adalah team pertama gw yang bisa dibilang agentic automation, dibentuk buat menentukan Regime Bitcoin - Risk on - Choppy - Risk off Gw bisa menyaksikan debat Agent Quant Technical Analyst (Sonnet) vs Agent Macro Analyst & X intel (Grok).. Lalu ditengahi agent Moderator (Opus) yang akan memberi keputusan akhir regime dan trade setup untuk Bitcoin. Mereka belajar dari kesalahan, mereka bisa mengubah logic agar trade berikutnya bisa lebih baik. Bukan buat keren2an tapi gw lagi belajar cara memaksimalkan potensi ai agent buat bantu gw trade dan kasih cuan. Proses nya panjang tapi asik ☕️
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@adelbucetta All trade setup decisions are made based on the results of a multi LLM debate, so I will not intervene.
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@CryptoSundayz seems like you're building a system that can moderate itself, which is a major step up from human moderators. how do you plan to handle edge cases where the oracles disagree?
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Dijemput dan terpantau spot masih distribusi.. #Bitcoin
CryptoSundayz@CryptoSundayz
Ada bid besar di area $58.888 - 59.400 #Bitcoin
Indonesia
We backtested the effects of mump2p's speed advantage over thousands of Ethereum slots to create this interactive model. It estimates how much additional revenue an Ethereum validator can earn by adding mump2p to their stack.
Use the controls to set your desired ETH stake amount and view your projected revenue uplift over a 1-3 year timeframe.
Speed is money, see for yourself at: gmum.cc/apr_estimator/
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This Cheeta Image Shows !
(Speed is Money)
Speed that pursues opportunity.
Efficiency that turns time into value.
Technology that transforms data distribution into economic advantage.
The fastest networks don't just move data.
They move values.
This is @get_optimum Vision.
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Hanum Daily Tech Insight : Post-Quantum Cryptography: Why Does It Matter?
I just watched an Optimum YouTube video that discussed post-quantum computing, this is what i got.
Today, most digital security relies on cryptographic algorithms designed for classical computers. Algorithms such as RSA and Elliptic Curve Cryptography (ECC) are considered secure because it would take classical computers an impractical amount of time to break their encryption keys.
However, the emergence of quantum computers changes the equation.
With algorithms like Shor's Algorithm, quantum computers could potentially break many of today's public-key cryptographic systems much faster than classical computers. This is why researchers are actively developing Post-Quantum Cryptography (PQC) new cryptographic algorithms designed to remain secure even in the age of quantum computing.
The challenge is that post-quantum cryptography often comes with significant trade-offs.
Larger encryption keys require more bandwidth, more storage, and greater computational resources, making full-scale encryption more expensive and less efficient.
Instead of encrypting everything, Professor Muriel Médard from MIT proposes a different approach through a system called HANG (Hybrid Adaptive Network Coding).
HANG combines network coding with cryptography.
Rather than encrypting the entire dataset, HANG transforms data into multiple coded equations using network coding, while encrypting only the most critical portion of the information.
This approach significantly reduces encryption costs while maintaining strong security, because the encrypted portion protects the entire dataset from unauthorized reconstruction.
In other words, HANG achieves a balance between security, efficiency, bandwidth usage, and computational cost.
Conclusion
Post-Quantum Cryptography is not only about creating stronger encryption algorithms it is also about finding smarter ways to secure data efficiently. Through HANG, Muriel Médard demonstrates that protecting every single byte is not always necessary. By combining network coding with cryptography, only the most critical information needs to be encrypted, reducing computational overhead while maintaining robust security. As blockchain networks continue to scale and quantum computing advances, approaches like HANG could become an important foundation for the next generation of secure and efficient decentralized infrastructure.
CC : @get_optimum @blockchainjeff @CryptoSundayz
HanumD@HanumD3e
Hanum Daily Tech Insight : Optimum × Puffer: A Major Technical Collaboration @get_optimum is a blockchain infrastructure project focused on solving one of Ethereum's biggest challenges: data propagation. Its core technology, mump2p, is powered by RLNC (Random Linear Network Coding), enabling faster, more efficient, and more reliable propagation of blocks, attestations, and other network data. Compared to Ethereum's traditional GossipSub protocol, mump2p has demonstrated up to 6× faster propagation while reducing bandwidth usage by as much as 90–95%. Recently, Optimum announced a technical collaboration with Puffer, one of the leading projects in Ethereum's liquid staking and restaking ecosystem. Personally, I think this is a significant milestone. @puffer_finance isn't just another DeFi project it actively operates validator infrastructure and continues to build products such as UniFi, making it an ideal environment to evaluate Optimum's technology under production-like conditions. So, what could this collaboration involve? 1. Testing & Integration Puffer can integrate and test mump2p within its validator infrastructure to evaluate how the protocol performs in real-world Ethereum environments. 2. Validator Performance Validation Since Puffer operates validator nodes at scale, it can provide valuable data on how mump2p improves block propagation, attestation timing, and overall validator performance. Benefits for Puffer By integrating mump2p, Puffer could potentially gain: - Faster block propagation. - More consistent attestations and block proposals. - Lower bandwidth consumption and reduced node operating costs. - Better staking and restaking performance through fewer missed slots. - Greater opportunities to capture MEV. Benefits for Optimum For Optimum, this collaboration provides something equally valuable: - Real-world performance feedback from an experienced validator operator. - Validation of mump2p in a production-like environment. - Opportunities to further optimize the protocol before broader adoption. - Increased credibility through collaboration with a well-established Ethereum infrastructure project. It's important to note that this is not an investment partnership or token collaboration. Instead, this is a technical infrastructure collaboration, similar to Optimum's previous work with major validator operators such as Luganodes, P2P. org , and Blockdaemon. If the testing proves successful, collaborations like this could accelerate the adoption of faster and more efficient data propagation infrastructure across Ethereum. Sometimes, the biggest innovations in blockchain don't happen at the application layer they happen deep within the infrastructure that keeps the entire network running. So guys what do u think about this huge collaboration? CC : @CryptoSundayz @blockchainjeff
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@get_optimum officially welcomes @puffer_finance as its newest testing partner for its mump2p technology.
This move signals a strong commitment to developing a more efficient and scalable network infrastructure.
@cryptooflashh @CryptoSundayz @blockchainjeff
Optimum@get_optimum
Please welcome @puffer_finance as our newest mump2p testing partner! The Puffer team is well known for their dedication to security and experience in the world of institutional staking. We're thrilled to have them on board getting a firsthand look at what mump2p can do. 👏
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Big news in the Web3 infrastructure space :
@get_optimum has officially welcomed @puffer_finance to their mump2p testnet! 🌐
If you understand the scale, you know this is massive.
Puffer is an Ethereum liquid restaking giant with $832M in TVL and $8B staked in AVS.
They are democratizing ETH staking by lowering the barrier to just 1 ETH, effectively bringing more nodes into the ecosystem.
But more nodes = more data pressure.
To maintain network performance and prevent missed attestations, they need elite data propagation.
That’s exactly where Optimum’s RLNC powered mump2p comes in.
By ensuring blocks arrive faster and more efficiently, Optimum provides the institutional grade reliability Puffer needs to maximize rewards for their stakers.
The infrastructure is quietly shifting.
The industry is moving from "watching" to "integrating."
Now, industry leaders like puffer finance, Luganodes, P2P Validator, Kiln, Everstake, Blockdaemon, and Nethermind are leveraging Optimum to achieve lower latency, fewer missed blocks, and more predictable rewards.
Are you ready for the new era?
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Hanum Daily Tech Insight : Optimum × Puffer: A Major Technical Collaboration
@get_optimum is a blockchain infrastructure project focused on solving one of Ethereum's biggest challenges: data propagation.
Its core technology, mump2p, is powered by RLNC (Random Linear Network Coding), enabling faster, more efficient, and more reliable propagation of blocks, attestations, and other network data. Compared to Ethereum's traditional GossipSub protocol, mump2p has demonstrated up to 6× faster propagation while reducing bandwidth usage by as much as 90–95%.
Recently, Optimum announced a technical collaboration with Puffer, one of the leading projects in Ethereum's liquid staking and restaking ecosystem.
Personally, I think this is a significant milestone.
@puffer_finance isn't just another DeFi project it actively operates validator infrastructure and continues to build products such as UniFi, making it an ideal environment to evaluate Optimum's technology under production-like conditions.
So, what could this collaboration involve?
1. Testing & Integration
Puffer can integrate and test mump2p within its validator infrastructure to evaluate how the protocol performs in real-world Ethereum environments.
2. Validator Performance Validation
Since Puffer operates validator nodes at scale, it can provide valuable data on how mump2p improves block propagation, attestation timing, and overall validator performance.
Benefits for Puffer
By integrating mump2p, Puffer could potentially gain:
- Faster block propagation.
- More consistent attestations and block proposals.
- Lower bandwidth consumption and reduced node operating costs.
- Better staking and restaking performance through fewer missed slots.
- Greater opportunities to capture MEV.
Benefits for Optimum
For Optimum, this collaboration provides something equally valuable:
- Real-world performance feedback from an experienced validator operator.
- Validation of mump2p in a production-like environment.
- Opportunities to further optimize the protocol before broader adoption.
- Increased credibility through collaboration with a well-established Ethereum infrastructure project.
It's important to note that this is not an investment partnership or token collaboration.
Instead, this is a technical infrastructure collaboration, similar to Optimum's previous work with major validator operators such as Luganodes, P2P. org , and Blockdaemon.
If the testing proves successful, collaborations like this could accelerate the adoption of faster and more efficient data propagation infrastructure across Ethereum.
Sometimes, the biggest innovations in blockchain don't happen at the application layer they happen deep within the infrastructure that keeps the entire network running.
So guys what do u think about this huge collaboration?
CC : @CryptoSundayz @blockchainjeff
HanumD@HanumD3e
Hanum Daily Tech Insight : Speed Is Money!!!! **Speed is Money.** In the world of blockchain, every millisecond has economic value. The faster data propagates, the lower the latency experienced by validators. With lower latency, validators can receive blocks faster, validate transactions sooner, and participate in consensus more efficiently. This improves validator performance while opening up more opportunities to capture MEV (Maximal Extractable Value), which ultimately results in higher rewards and profits. This is why technologies like RLNC are so important not only because they make the network faster and more efficient, but also because they directly increase validators’ earning potential. In blockchain, speed isn’t just performance speed is money!! @get_optimum @blockchainjeff @CryptoSundayz
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In Web3, speed is money not just a slogan, but an economic reality. Milliseconds can mean the difference between earning a reward or missing an opportunity.
Validators who receive blocks faster have an advantage. Proposers have more time to achieve the highest MEV. Attesters can be on time without missing deadlines.
"It's a direct investment in performance."
Using RLNC technology, @get_optimum reduces propagation delay and makes data delivery faster and more reliable.
The result?
All parties in the network (validators, proposers, attesters) gain valuable "extra time" time that directly translates into performance and profits. Because in a competitive market, efficient data movement is no longer just about infrastructure.
@get_optimum is making that change real, focusing on the most fundamental issue: how data moves between nodes in the network.🚀🚀
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Hanum Daily Tech Insight : Speed Is Money!!!!
**Speed is Money.** In the world of blockchain, every millisecond has economic value.
The faster data propagates, the lower the latency experienced by validators. With lower latency, validators can receive blocks faster, validate transactions sooner, and participate in consensus more efficiently.
This improves validator performance while opening up more opportunities to capture MEV (Maximal Extractable Value), which ultimately results in higher rewards and profits.
This is why technologies like RLNC are so important not only because they make the network faster and more efficient, but also because they directly increase validators’ earning potential.
In blockchain, speed isn’t just performance speed is money!!
@get_optimum @blockchainjeff @CryptoSundayz
HanumD@HanumD3e
Hanum Daily Tech Insight : What is Flexnodes? By now, you're probably familiar with Optimum, RLNC, and mump2p. We've already discussed how RLNC reduces data redundancy, how mump2p accelerates blockchain data propagation, and how both technologies work together to reduce network latency. But what about Flexnodes? Flexnodes is a product developed by @get_optimum in the form of a global relay network designed to accelerate blockchain data distribution worldwide. Flexnodes leverages unused internet bandwidth from connected devices to help distribute blocks, transactions, and blockchain data more quickly and efficiently across the network. By combining RLNC to minimize data redundancy and mump2p as a high-speed propagation protocol, Flexnodes acts as an additional distribution layer that helps validators receive information faster than traditional peer-to-peer networks. The result is: - Lower latency - Faster data propagation - More efficient bandwidth usage - Better validator performance - Greater MEV and reward opportunities What makes Flexnodes especially interesting is that participation won't be limited to large validators. In the future, anyone may be able to contribute bandwidth and become part of the network. Through Optimum's Latency Marketplace, Flexnode operators can earn rewards based on the bandwidth and network resources they provide. In the long term, Optimum is not just building a solution for Ethereum. It has the potential to become a universal infrastructure layer supporting multiple blockchains and decentralized applications. If widely adopted, Flexnodes could transform unused internet bandwidth into a global blockchain distribution network that is faster, more efficient, and more decentralized than ever before. Optimum isn't just building a faster network. It's turning unused global bandwidth into a decentralized infrastructure layer for the future of blockchain. GMUM! CC : @CryptoSundayz @blockchainjeff @PostMaklone
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Just wanted to drop a quick appreciat post for the absolute genius @MurielMedard
Honestly so mind-blown by her research and everything shes cooking to make @get_optimum a reality.
Shes literally bringing elite MIT science straight into the blockchain space.
GIF
krtka (❖,❖)@0xkrtka
Me watching @get_optimum solve Web3 network bottlenecks like its nothing. The tech is built different, the numbers are flexing and the future is looking incredibly fast. Highkey bullish @blockchainjeff | @cryptooflashh
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gmum @get_optimum
I started my journey with optimum now.
What is Optimum?
Optimum is a project focused on improving how data moves across Web3 networks.
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Standing in the middle of this vast field in Sumba Island reminds me of the architecture of Optimum — the fastest decentralized internet protocol for Web3. (And yes, this t-shirt I'm wearing is official @get_optimum merch! 👕)
Why the comparison? Because just like this open field has no traffic lights or congestion, Optimum slashes network congestion through low-latency gossip across flexnodes. Powered by Random Linear Network Coding (RLNC) developed under the supervision of MIT's Prof. @MurielMedard , its data dissemination strategy is mathematically proven to be optimal, even under poor network conditions.
A vast, limitless, and frictionless network. Get ready to become part of the flexnodes! 🚀
📍 Location: Sumba Island (NTT), Indonesia
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@SuperSkyzee @get_optimum Optimum is building the shared data layer crypto desperately needs. Bullish!
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