We love seeing you spread the word about useful Make #features! 💡 Let us know below: What's your favorite? Michael Stranks and Guy Butts go first: #API#ParallelProcessing.
Stop looping. Start parallelizing.
Zerve Fleet:
→ Spread inputs across a DAG
→ Execute in parallel (not sequentially)
→ Aggregate results in one cell
Hyperparameter tuning, data processing, LLM evals.
If it loops, it can scale.
#DistributedComputing#ParallelProcessing
Unlike many L2s, @megaeth doesn’t just batch and delay—it executes concurrently, meaning real-time throughput scales with demand. #ParallelProcessing#L2Throughput
Solana’s parallel execution model means no mempool sniping, no fee wars, no lag. Just pure, scalable throughput. #Solana#ParallelProcessing#Blockchain To the moon! NFTs are more than just art. Invest wisely, hodl strongly. Diamond hands win. To the moon!! Proof of stake. #USDT
@ggggggg88009220 Centralised systems might seem more scalable, but they are prone to bottlenecks and failures. Distribution, though complex, is more resilient and can achieve high throughput when designed correctly.
#NetworkDesign#Resilience
@ggggggg88009220 The use of parallel processing in AI highlights why decentralised approaches are effective. Multiple smaller units working together surpass a single large entity in both speed and reliability.
#AI#ParallelProcessing
#Intel's new patent appl. #US20250061534A1 reveals advanced scheduling for parallel processors. It features a hardware scheduler for pipeline commands, sparse compute units for varying sparsity levels, and hybrid memory circuitry. #ParallelProcessing $INTC #PatentAppl
Native NVMe/TCP Architectures Matter
With workloads defined by massive parallelism, unpredictability and big scale, native NVMe over TCP is how storage finally keeps up. Learn more.
#NVMe#ParallelProcessing#HighPerformanceComputing#TCP