The future of sports engagement is interactive.
Back your team.
Track the probabilities.
Follow the tournament from kickoff to the final.
The World Cup meets prediction markets. ๐ฎ๐
Prediction markets just got even more accessible.
@ZenGo users can now access @Polymarket and predict the outcomes of the 2026 World Football Tournament directly from their phones. โฝ๏ฟฝ๏ฟฝ
48 nations. 104 matches. Endless possibilities.
Sports fans don't just watch the action anymore, they can express their conviction in real time.
Every match creates new information.
Every result reshapes the odds.
Every prediction tells a story.
Speed is Money ๐ธ: Why latency has a price in crypto networks
Not all information is equally valuable. Sometimes when you receive data matters more than the data itself.
@get_optimum@blockchainjeff
Bottom line:
Latency isn't just a technical metric, it's an economic resource.
By making on-time data delivery more reliable, Optimum's RLNC fast lane creates measurable value and a framework for pricing it.
๐ Speed = Probability = Rewards = Value.
Since RLNC delivers value through additional useful shards, pricing can happen on a per-shard basis:
Reward ร Probability Improvement รท RLNC Shards = Fair Price per Shard.
This gives us a natural pricing model:
A rational node should be willing to pay up to the value of the additional rewards unlocked by that improved success rate.
Example:
Base lane โ 90% chance of decoding before deadline.
Base lane + RLNC fast lane โ 95% chance.
That extra 5% directly translates into additional reward opportunities.
Reliability is the real product.
It's not just about lower latency, it's about increasing the probability that you meet critical deadlines and capture rewards.
Optimumโs RLNC-powered propagation acts as a fast lane, running alongside the existing network.
The key advantage?
RLNC shards can be combined with data received through the base lane, allowing nodes to decode faster and with far more predictable performance.
The faster and more reliably you can decode, the greater your chance of earning rewards before time runs out.
Traditional propagation methods (gossip, Reed-Solomon, Raptor codes) form the base lane.
Think Ethereum consensus deadlines, block building auctions, or any competitive environment where being late means missing rewards.
Imagine a deadline on the x-axis and probability of decoding data on the y-axis.