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Multichip inference cloud startup Gimlet Labs receives $80M to solve one of AI's biggest bottlenecks. Gimlet Labs Inc. said today it has raised $80 million in early-stage funding to solve a bottleneck that's holding back artificial intelligence inference. The startup, which has raised $92 million in total, has created what's said to be the world's first and only "multi-silicon inference cloud." It differs from standard inference clouds, because it enables AI workloads to be run simultaneously across various kinds of chips. For instance, an AI application's work can be split across traditional central processing units, high-performance graphics processing units, and other kinds of processors. Inference is the process of using a trained machine learning model to make predictions or decisions on new, unseen data, turning AI into action. Menlo Ventures partner Tim Tully discussed in a blog post why multi-silicon inference is so useful. He explained that when an autonomous AI agent is assigned a task, it may "chain together dozens of model calls, retrieval steps and tool invocations across non-linear branching logic." Each step in this chain is best performed by different hardware. For instance, prefill is compute-bound, decode is memory-bound and tool calls are network-bound. "No single chip can handle all three efficiently. Instead, the answer is heterogeneous," Tully said. Compute-intensive batch inference is best done using GPUs, while latency-sensitive workloads can benefit from running on specialized static random-access memory-heavy processors such as Groq, Cerebras and d-Matrix, as these deliver exceptional speed. Tasks such as orchestration and tool use, on the other hand, generally run better on CPUs. "The multi-silicon fleet is ready - it's just missing the software layer to make it work," Tully said. By splitting up AI tasks across multiple processors in this way, Gimlet Labs says, it can dramatically improve efficiency and reduce the time chips spend sitting idle, waiting for instructions. It reckons that it can speed up inference workloads by anywhere from three to 10 times for the same cost and power. It can even slice up AI models themselves, so that different parts of them run on different chips. Gimlet Labs founder and Chief Executive Zain Asgar told TechCrunch in an interview that existing hardware generally runs only at between 15% and 30% efficiency. "You're wasting hundreds of billions of dollars because you're just leaving idle resources," he said. "Our goal was basically to try to figure out how you can get AI workloads to be 10 times more efficient than ever, today." The startup's software is not aimed at regular rank-and-file developers. Instead, Gimlet Labs is going after the big boys who run the largest AI model labs and the most expansive data centers. Its partners include some of the biggest chipmakers, including Nvidia Corp., Advanced Micro Devices Inc., Intel Corp., Arm Holdings Plc and Cerebras Systems Inc. Asgar told TechCrunch that the company is already generating revenue of eight figures despite only launching its platform in October. In the last four months it has doubled its customer base, with clients including a major model maker and an "extremely large" cloud computing company, he said. The Series A round was led by Menlo Ventures and saw participation from Factory, which led the company's seed, as well as Eclipse, Prosperity7 and Triamtomic. Today's funding round is all about giving Gimlet Labs the resources it needs to scale and ensure high-speed, efficient multichip inference becomes the norm. With that in mind, the startup is planning to expand its team and grow its inference cloud to meet the rapidly growing demand for faster inference. Photo: Gimlet Labs. 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Gimlet Labs, a startup founded by Stanford adjunct professor Zain Asgar, has raised $80 million in a Series A round led by Menlo Ventures. The company has created what it claims is the first "multi-silicon inference cloud", software that allows AI workloads to run simultaneously across diverse hardware types including CPUs, GPUs and high-memory systems. The technology addresses the AI inference bottleneck by splitting workloads across whatever hardware is available, potentially improving efficiency by 3x to 10x. Asgar says existing data centre hardware is only utilised 15-30% of the time, wasting hundreds of billions of dollars. Launched in October with eight-figure revenues, Gimlet has partnered with chip makers including NVIDIA, AMD, Intel and Cerebras. The company has now raised $92 million total and employs 30 people.