Latest articles on AI, technology, and software development.
MCP went from an Anthropic-specific proposal in November 2024 to the de-facto industry standard for connecting AI agents to tools and data sources. Here is what that means for developers building AI-powered products today.
For a decade, smart glasses were the tech industry's most embarrassing promise. Now, in 2026, a handful of products have quietly crossed a threshold — they're genuinely useful, comfortable enough to wear daily, and no longer make you look like you're auditioning for a sci-fi film. Here's what finally changed, and who should actually buy them.
Pectra, Ethereum's most significant protocol upgrade since the Merge, shipped to mainnet in early 2025. Here's what EIP-7702 and its companion EIPs actually change for wallets, DeFi protocols, and the developers building on them.
In 2019, Google announced it would deprecate third-party cookies in Chrome within two years. In October 2025, Google shut down the Privacy Sandbox — the $500M+ initiative meant to replace them — citing low adoption. Cookies still work. Apple's App Tracking Transparency actually did what it promised, cutting iOS tracking by 55 percentage points. The gap between those two outcomes explains everything about where digital advertising privacy stands in 2026.
Vehicle-to-grid technology lets electric vehicles discharge stored energy back to the home or the power grid. The Ford F-150 Lightning can power a typical American home for 3 to 10 days. Electric school buses in Delaware earned over $9,000 a year selling grid services. Maryland passed the first US comprehensive V2G interconnection rules in July 2025. The question is no longer whether this works — it's whether the economics add up for individual owners.
WebAssembly was designed as a fast, safe execution format for web browsers. Six years later, it's the runtime powering Shopify's third-party checkout logic, Fastly's edge compute platform, and functions deployed inside Kubernetes clusters. WASM 3.0 became a W3C standard in September 2025. The question is no longer whether WASM works outside the browser — it's why you would choose it over a container.
Artemis II brought four astronauts within 4,000 miles of the Moon in April 2026 — the first humans beyond Earth orbit since 1972. NASA then cancelled the Lunar Gateway and redirected $20 billion toward a surface base. Commercial landers are flying every few months. China has its own permanent base programme. The logic of the Moon has shifted from exploration to occupation.
The demos are spectacular. The funding numbers are extraordinary — over $23 billion into robotics startups in 2026 alone. But behind the headlines, a more grounded reality: a handful of robots doing narrow, well-defined tasks in a few dozen real facilities, with uptime constraints, significant cost-per-hour economics, and a gap between controlled-environment performance and the physical unpredictability of the real world.
For decades, game characters ran on scripts. Every line of dialogue was written by a human, every response pre-authored and triggered by a flag. In 2025, shipped games began deploying NPCs with persistent memory, generated personalities, and the ability to improvise. One game using AI characters hit 500,000 daily active users with engagement metrics that beat TikTok.
The SaaS valuation index fell 25% in the first quarter of 2026. Cursor hit $2 billion in annual revenue. Harvey AI reached an $11 billion valuation after three years of existence. A new category of startup — built to replace enterprise software rather than complement it — is compressing decade-old business models into something unrecognisable.
In 2025, the first CRISPR therapy generated $115 million in commercial revenue. An infant received a personalized gene edit designed and approved in six months. The first in vivo CRISPR treatment succeeded in Phase 3. After three decades of molecular biology, the editing era has genuinely arrived — with all the complexity that implies.
AI datacenters are consuming electricity at a rate that is straining power grids and alarming climate researchers. The bottleneck is not the chips — it's moving data between them. Silicon photonics replaces copper wires with light, using up to 80% less power for data transmission. In 2026, it is moving from research labs into mass production.