Magic, an AI startup creating models to generate code and automate a range of software development tasks, has raised a large tranche of cash from investors, including ex-Google CEO Eric Schmidt.

In a blog post on Thursday, Magic said that it closed a $320 million fundraising round with contributions from Schmidt, as well as Alphabet’s CapitalG, Atlassian, Elad Gil, Jane Street, Nat Friedman and Daniel Gross, Sequoia and others. The funding brings the company’s total raised to nearly half a billion dollars ($465 million), catapulting it into a cohort of better-funded AI coding startups whose members include Codeium, Cognition, Poolside, Anysphere and Augment. (Interestingly, Schmidt is backing Augment, too.)

In July, Reuters reported that Magic was seeking to raise over $200 million at a $1.5 billion valuation. Evidently, the round came in above expectations, although the startup’s current valuation couldn’t be ascertained; Magic was valued at $500 million in February.

Magic also on Thursday announced a partnership with Google Cloud to build two “supercomputers” on Google Cloud Platform. The Magic-G4 will be made up of Nvidia H100 GPUs, and the Magic G5 will use Nvidia’s next-gen Blackwell chips, scheduled to come online next year. (GPUs, thanks to their ability to run many computations in parallel, are commonly used to train and serve generative AI models.)

Magic says it aims to scale the latter cluster to “tens of thousands” of GPUs over time, and that together, the clusters will be able to achieve 160 exaflops, where one exaflop is equal to one quintillion computer operations per second.

“We are excited to partner with Google and Nvidia to build our next-gen AI supercomputer on Google Cloud,” Magic co-founder and CEO Eric Steinberger said in a statement. “Nvidia’s [Blackwell] system will greatly improve inference and training efficiency for our models, and Google Cloud offers us the fastest timeline to scale, and a rich ecosystem of cloud services.”

Steinberger and Sebastian De Ro co-founded Magic in 2022. In a previous interview, Steinberger told Dakidarts that he was inspired by the potential of AI at a young age; in high school, he and his friends wired up the school’s computers for machine-learning algorithm training.

That experience planted the seeds for Steinberger’s computer science Bachelor’s program at Cambridge (he dropped out after a year) and, later, his job at Meta as an AI researcher. De Ro hailed from German business process management firm FireStart, where he worked his way up to the role of CTO. Steinberger and De Ro met at the environmental volunteer organization Steinberger co-created, ClimateScience.org.

Magic develops AI-driven tools (not yet for sale) designed to help software engineers write, review, debug and plan code changes. The tools operate like an automated pair programmer, attempting to understand and continuously learn more about the context of various coding projects.

Lots of platforms do the same, including the elephant in the room GitHub Copilot. But one of Magic’s innovations lies in its models’ ultra-long context windows. It calls the models’ architecture “Long-term Memory Network,” or “LTM” for short.

A model’s context, or context window, refers to input data (e.g. code) that the model considers before generating output (e.g. additional code). A simple question — “Who won the 2020 U.S. presidential election?” — can serve as context, as can a movie script, show or audio clip.

As context windows grow, so does the size of the documents — or codebases, as the case may be — being fit into them. Long context can prevent models from “forgetting” the content of recent docs and data, and from veering off topic and extrapolating wrongly.

Magic claims its latest model, LTM-2-mini, has a 100 million-token context window. (Tokens are subdivided bits of raw data, like the syllables “fan,” “tas” and “tic” in the word “fantastic.”) One hundred million tokens is equivalent to around 10 million lines of code, or 750 novels. And it’s by far the largest context window of any commercial model; the next-largest are Google’s Gemini flagship models at 2 million tokens.

Magic says that thanks to its long context, LTM-2-mini was able to implement a password strength meter for an open source project and create a calculator using a custom UI framework pretty much autonomously.

The company’s now in the process of training a larger version of that model.

Magic has a small team — around two dozen people — and no revenue to speak of. But it’s going after a market that could be worth $27.17 billion by 2032, according to an estimate by Polaris Research, and investors perceive that to be a worthwhile (and possibly quite lucrative) endeavor.

Despite the security, copyright and reliability concerns around AI-powered assistive coding tools, developers have shown enthusiasm for them, with the vast majority of respondents in GitHub’s latest poll saying that they’ve adopted AI tools in some form. Microsoft reported in April that Copilot had over 1.8 million paying users and more than 50,000 business customers.

And Magic’s ambitions are grander than automating routine software development tasks. On the company’s website, it speaks of a path to AGI — AI that can solve problems more reliably than humans can alone.

Toward such AI, San Francisco-based Magic recently hired Ben Chess, a former lead on OpenAI’s supercomputing team, and plans to expand its cybersecurity, engineering, research and system engineering teams.

Construction companies deal with a lot of documents — so many that it can be difficult to process and manage them all. According to one recent survey, a third of construction professionals found accessing documents to be a challenge in completing a project, while a fourth said that inaccurate project paperwork has contributed to a construction delay.

Sarah Buchner knows this well. Originally a carpenter, she founded a startup, Trunk Tools, that provides automation tools to organize unstructured construction documentation.

“I grew up in a poor environment in a small village in Austria and started working as a carpenter at age 12,” Buchner said. “After many years in carpentry, I switched over to the general contractor side and worked my way up from superintendent to project manager to group leader. My PhD research made me realize that I could have a greater impact on my field by developing disruptive construction technology, and this inspired me to move across the world to Silicon Valley to attend Stanford and get my MBA.”

Trunk Tools’ platform can take in files like PDFs, spreadsheets, drawings, blueprints and tables and answer questions about them in a chatbot-like interface (e.g. “What type of power outlets are in the art studio?”). Trunk Tools can also “link” scheduled construction activities with supporting documentation, attempting to spot potential project issues and surface insights.

“Traditional construction software, like Procore, is centered around documenting workflows and storing data within a predefined system,” Buchner said. “In contrast, we’re introducing a paradigm shift where Q&A and AI enable construction teams to interact with information using natural language.”

Buchner says that for one customer’s $500 million high-rise condo in NYC, there were 3.6 million pages of documentation. Given the amount of time it takes to sort through file folders that massive, it’s not exactly surprising that construction industry workers loathe paperwork.

A poll by Dodge Data and Viewpoint, a construction accounting software vendor, found that only 28% of contractors were okay using paper processes, while just 47% said they were satisfied with spreadsheets. Seventy-nine percent of respondents to the poll expressed a willingness to adopt construction management tooling.

“If printed and stacked, the 3.6 million pages would be 3x the height of the building itself,” Buchner said. “It would take a human 50 years to read — it takes Trunk Tools seconds to structure and give insights.”

Occupying a construction software market that could be worth $7.5 billion by 2032, Trunk Tools competes with vendors like Briq (which uses AI to automate construction financial processes), Join (a “decision-making” platform for construction) and PlanRadar (which digitizes construction and real estate docs).

Trunk Tools appears to be holding its own, however, with a “double digit” number of construction industry customers and thousands of users. Buchner says that the company is targeting a 4x revenue to burn rate ratio.

To help get it there, Trunk Tools this month closed a $20 million Series A funding round led by Redpoint. Bringing the company’s total raised to $30 million, the new cash will be put toward growing Trunk Tools’ 30-person, New York-based team as well as developing new services like Trunk’s recently launched construction worker incentive program, Buchner says.

“Construction technology so far has focused mainly on digitizing — taking what we used to do on paper and doing it on computers,” Buchner said. “Slipped timelines and rework can completely crush the razor-thin margins of construction projects, and Trunk Tools can alleviate both.”