Layer1

Layer 1 refers to the base level of a blockchain network, such as Bitcoin, Ethereum, or Solana, which settles transactions without relying on another network. These protocols provide the underlying security and consensus for the entire ecosystem. In 2026, the L1 landscape focuses on monolithic vs. modular architectures, with high-performance chains like Aptos and Sui pushing the boundaries of parallel execution. This tag explores the evolution of decentralized infrastructure, network security, and the foundational assets driving the Web3 economy.

133 Articles
Created: 2026/02/02 18:52
Updated: 2026/02/02 18:52
Solana News: What It Will Take To Survive As Layer1 In The Future?

Solana News: What It Will Take To Survive As Layer1 In The Future?

The post Solana News: What It Will Take To Survive As Layer1 In The Future? appeared on BitcoinEthereumNews.com. Key Insights Solana news: Bitmex founder Arthur

Author: BitcoinEthereumNews
Lessons From Hands-on Research on High-Velocity AI Development

Lessons From Hands-on Research on High-Velocity AI Development

The main constraint on AI-assisted development was not model capability but how context was structured and exposed.

Author: Hackernoon
Can Your AI Actually Use a Computer? A 2025 Map of Computer‑Use Benchmarks

Can Your AI Actually Use a Computer? A 2025 Map of Computer‑Use Benchmarks

This article maps today’s computer use benchmarks across three layers (UI grounding, web agents, full OS use), shows how a few anchors like ScreenSpot, Mind2Web, REAL, OSWorld and CUB are emerging, explains why scaffolding and harnesses often drive more gains than model size, and gives practical guidance on which evals to use if you are building GUI models, web agents, or full computer use agents.

Author: Hackernoon
How to Build a Fully Automated Affiliate Marketing Tech Stack in 2026

How to Build a Fully Automated Affiliate Marketing Tech Stack in 2026

An affiliate marketing tech stack in 2026 is a connected set of tools where tracking, CRM, payouts, analytics, and comms are wired together via APIs and automation. It’s not about “I installed a plugin and added a pixel.” We’re talking about real-time data flows in real time across your campaigns.

Author: Hackernoon
The Green Imperative: Richard Ells on  Proof-of-Responsibility And The Ultra-Green Layer-1 Race

The Green Imperative: Richard Ells on Proof-of-Responsibility And The Ultra-Green Layer-1 Race

Electroneum's CEO Richard Ells talks to Olayimika Oyebanji about the strategic shift towards green blockchains. Ells calls for the replacement of traditional blockchains with ultra-green alternatives that prioritize sustainability and environmental ethos.

Author: Hackernoon
Bitcoin Cash stijgt 40% en laat andere L1 coins ver achter zich

Bitcoin Cash stijgt 40% en laat andere L1 coins ver achter zich

Terwijl de meeste layer 1 tokens dit jaar worstelen, weet Bitcoin Cash (BCH) juist flink terrein te winnen. Volgens analist Crypto Koryo hoort BCH bij de slechts vier L1 projecten die in 2025 in de plus staan. De coin klimt met bijna 40% omhoog en laat daarmee grote namen als... Het bericht Bitcoin Cash stijgt 40% en laat andere L1 coins ver achter zich verscheen het eerst op Blockchain Stories.

Author: Coinstats
Aster reveals 2026 roadmap with layer 1 launch and community-driven upgrades

Aster reveals 2026 roadmap with layer 1 launch and community-driven upgrades

The post Aster reveals 2026 roadmap with layer 1 launch and community-driven upgrades appeared on BitcoinEthereumNews.com. Key Takeaways Aster DEX has announced its 2026 roadmap, headlined by plans to launch its own layer 1 blockchain. The project will introduce developer tools and fiat on/off-ramps, and roll out $ASTER staking, governance, and tools that help users follow top traders. Aster DEX, a decentralized exchange platform, has unveiled its roadmap for the first half of 2026, featuring plans to launch its own layer 1 blockchain alongside community-focused platform upgrades. The layer 1 blockchain launch aims to enhance Aster’s infrastructure by providing a dedicated network for its on-chain products, including tools for builders and integrated fiat on/off-ramp capabilities. The roadmap emphasizes increased community involvement through upcoming governance features powered by Aster’s native token. These initiatives are designed to decentralize decision-making while supporting long-term platform sustainability through staking and on-chain participation. Aster also plans to expand its real-world asset offerings through an upcoming upgrade that will provide deeper and broader access to stock perpetual markets, extending its synthetic trading suite beyond crypto-only products. The upgrades represent a shift toward greater user participation in platform development, with the community playing a larger role in shaping Aster’s decentralized exchange features and governance structure. Source: https://cryptobriefing.com/aster-dex-2026-roadmap-layer1-upgrades-tokenized-assets/

Author: BitcoinEthereumNews
How I Built a Generative Manufacturing Engine That Actually Obeys Physics

How I Built a Generative Manufacturing Engine That Actually Obeys Physics

Large Language Models are great at poetry and terrible at engineering. If you ask GPT-4 to design a machine, it will hallucinate a bolt that doesn't exist or a battery that explodes. To fix this, I built OpenForge—a multi-agent system that autonomously sources real components, reads their datasheets via computer vision, and validates them against deterministic physics engines. While I used this architecture to build drones, the pattern solves the fundamental bottleneck in automating hardware engineering across any industry.

Author: Hackernoon
The Anatomy of a Write Operation

The Anatomy of a Write Operation

When you write to a file in Python, the "success" return value is an illusion. Your data hasn't actually hit the disk; it has merely entered a complex relay race of buffers. This article traces the lifecycle of a write operation across six layers: Python's internal memory, the Linux Virtual File System, the Page Cache, the Ext4 filesystem, the Block Layer, and finally the SSD controller. We explore why the OS prioritizes speed over safety and why you must use os.fsync() if you need a guarantee that your data has survived power loss.

Author: Hackernoon
Progressive Context Disclosure and the Token Problem

Progressive Context Disclosure and the Token Problem

The naive approach treated every API endpoint as its own MCP tool. More than 300 tools, 157 resources, and 36,000 tokens were required *just to enumerate what the server could do. The Progressive Context Disclosure Pattern (PCD) is the architecture that emerged as I tried to make this OpenAPI-to-MCP bridge usable.

Author: Hackernoon