Velaura AI, the US AI silicon startup formerly known as Auradine, closed a $110 million Series A on August 18, 2026, reaching a valuation above $1 billion on the back of a chip platform it claims cuts AI accelerator power draw by 2 to 4 times.
Key Takeaways
- Seligman Ventures led the $110M round; Capricorn Investment Group, Prosperity7 Ventures, and six existing backers also participated.
- Titan Core, Velaura's silicon IP platform, targets 2-4x performance-per-watt gains and up to 500W savings on a typical 1,000W GPU or XPU.
- The company pivoted from bitcoin mining hardware to AI power efficiency in March 2026, when Auradine rebranded as Velaura AI.
Lead
Velaura AI closed a $110 million Series A on August 18, 2026, at a valuation exceeding $1 billion - less than five months after the company shed its Auradine identity and its bitcoin mining origins. The round was led by Seligman Ventures, with new entrants Capricorn Investment Group and Prosperity7 Ventures joining existing investors Mayfield, Maverick Silicon, MARA, Premji Invest, Samsung Catalyst Fund, and StepStone Group. Velaura says the capital will accelerate commercialization of its Titan Core silicon platform and expand engineering and sales capacity.
What Does Titan Core Actually Do?
Titan Core is a silicon design and IP platform - not a finished chip - that semiconductor makers license to build AI accelerators with substantially lower power envelopes. The company claims 2-4x improvement in performance per watt for the matrix operations that dominate AI workloads, translating to 500W of savings on a typical 1,000W GPU or XPU. Velaura says the underlying IP has already been deployed across more than 30 million ASICs, a figure that lends some credibility to the efficiency claims beyond press-release math.
The distinction matters. Velaura is not competing directly with Nvidia, AMD, or the hyperscaler custom silicon teams. It is selling the design tools and IP that chip architects plug into their own silicon - a picks-and-shovels position that sidesteps head-on commodity competition while remaining exposed to the same customer concentration risk.
Why Did Investors Bet $110M on a Former Bitcoin Miner?
The pivot story is unusual enough to invite scrutiny. Auradine launched in 2022 building Teraflux bitcoin miners and raised a $153 million Series C in April 2025 - for mining hardware. Twelve months later, the company had rebranded, reoriented, and secured a fresh valuation north of $1 billion, apparently on the strength of AI power efficiency IP that was not the core product during its mining chapter.
What investors appear to be underwriting is the team's silicon engineering depth. Designing energy-efficient ASICs for proof-of-work mining and designing them for AI matrix operations share a common discipline: squeezing performance from tight power budgets at scale. That engineering muscle transfers, even if the end market does not. The presence of Samsung Catalyst Fund as a returning backer and multiple hyperscaler engagements that the company disclosed - without naming the partners - suggests the IP has passed at least preliminary technical diligence beyond the startup pitch circuit.
What Problem Is Velaura Solving for Data Centers?
Power consumption has become the binding constraint on AI infrastructure expansion. The largest hyperscalers are building or reserving gigawatts of generation capacity. A platform that credibly reduces per-chip power by half, or better, does not just lower electricity bills - it allows operators to run more compute within fixed power budgets, defer expensive new capacity, and potentially compress the carbon footprint of inference at scale.
That is the market Velaura is pitching into. The total addressable claim, by Velaura's own framing, runs into the trillions of watts of projected AI power demand by 2030. Treat that number skeptically - every power-efficiency startup in 2026 is quoting the same macro backdrop.
What Happens to the Old Auradine Business?
When Auradine rebranded in March 2026, it shifted the remaining Teraflux bitcoin miner inventory to a separate channel. The implication is a clean-slate AI business, but the $153 million Series C raised just a year earlier as a mining hardware company raises a structural question: what did that round's investors receive in the restructuring, and what does a fresh $1B+ valuation imply about the prior cap table? Those details remain undisclosed.
Outlook
Velaura enters the market at a moment when power efficiency is the loudest unsolved problem in AI infrastructure, and its IP-licensing model avoids direct confrontation with established chip vendors. The $110M round gives it runway to complete hyperscaler engagements and drive Titan Core into production silicon. The outstanding question is whether energy savings tested in a lab environment translate cleanly to the heterogeneous, throughput-driven demands of production AI clusters - and whether the company's unusual origin story creates friction as it courts customers who prefer vendors without detours through crypto hardware.



