AI Startup Funding This Week
AI Startup Funding This Week: the most important AI stories, scored for signal and updated continuously.
- Anthropic’s annualized revenue surges to $65B — Anthropic's annualized revenue run rate hit $65B at end of July 2026, up from $47B in May and $9B at end of 2025 — investors expect $100-120B by year-end as the company files confidential IPO paperwork targeting a $2T public valuation.
- Anthropic increases revenue sevenfold, hits annualized rate above $65 billion — Anthropic's annualized revenue topped $65 billion in July 2026—a 7x increase year-over-year—with a $1 trillion IPO potentially coming as early as fall 2026, which would make it among the most valuable companies ever to go public.
- OpenAI signs record Ohio data center lease with Nvidia backing up to $105 billion — OpenAI signed a 20-year lease for an 8-gigawatt Ohio data center with Nvidia guaranteeing up to $105 billion in residual value and locking in as exclusive chip supplier — the largest single data center commitment announced to date.
- Databricks wanted to raise $1B, investors wanted $15B. It settled on $5B at a $190B valuation. — Databricks closed a $5B round at a $190B valuation after investor demand hit $15B — the company reports $7B ARR growing at 80%, cash-flow positive, with its Lakebase agentic database hitting $100M run-rate just 14 months after launch.
- Etched’s valuation doubles to $21B in a month — Etched raised $700M at a $21B valuation — led by Jane Street after the quant fund deployed and tested an Etched inference cluster in its own data center. The valuation tripled from $5B in December and nearly doubled from $10.3B in July, driven by validated hardware that combines a custom low-voltage prefill chip with cluster-scale shared memory for decode.
- Relativity Networks raises $22 million to bring a faster kind of fiber to data centers — Relativity Networks raised $22M and secured a $40M follow-on order from an unnamed hyperscaler to deploy hollow-core fiber in data centers—a technology transmitting data 30% faster than conventional glass-core fiber by routing light through a vacuum channel.