We're excited to announce that Xander Cesari has joined us as our new Automotive Lead! Xander is a third-generation car enthusiast and has spent the last decade in the Detroit automotive industry—with a deep breadth of relevant experience, from working on internal combustion engines at Stellantis to cutting-edge EVs at Rivian. Frustrated with the current tools for automotive software engineers, he believes software is the heart of the modern vehicle and is passionate about "changing what we engineer and how we do it". He was drawn to Pictorus by our mission to transform embedded software development. Outside of work, Xander enjoys photography, including motorsport and automotive photography, working on vintage cars and motorcycles, and gravel biking. Welcome aboard, Xander!?
Pictorus
软件开发
Oakland,California 299 位关注者
Writing software for hardware is way too hard. We're fixing that.
关于我们
People say "hardware is hard," but it's often the software interface that makes working with devices so challenging. This is the problem, faced by hardware developers all over the world, that we are solving. We’ve been building vehicle software for over 20 years combined - for NASA, the DoD, and drone startups Saildrone, DroneDeploy, and Matternet. We want to make this technology approachable to everyone passionate about electronics, whether professionally, for personal projects, or university research. It shouldn’t require a PhD or decades of software engineering experience to program powerful device software. Check out our website you’re interested in learning more, joining the team, or becoming a Beta tester. We'd love to chat
- 网站
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https://www.pictor.us
Pictorus的外部链接
- 所属行业
- 软件开发
- 规模
- 2-10 人
- 总部
- Oakland,California
- 类型
- 私人持股
- 创立
- 2022
- 领域
- robotics、drones、vehicle software、hardware development、software development、electronics、mechatronics、embedded、low code、no code、code generator、autonomy和iot
地点
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主要
2201 Broadway
US,California,Oakland,94612
Pictorus员工
动态
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DARPA gets it: The future of vehicle software *has* to be memory safe by design. While this solicitation is a good start for legacy code, in the long run we need tools which allow engineers to design software systems with this principle first and foremost, not as an afterthought. At Pictorus, we can help you convert legacy Simulink control systems (which generate C-code) into future-proofed Rust models.
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Figuring out the right software tool chain for an embedded hardware product can be tricky. Check out our guide to deciding if Pictorus is a good fit for you. https://lnkd.in/gBMEx2iU
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Today I’m thrilled to announce Pictorus (pictor.us) has closed a $3.5M seed financing round, led by Catapult Ventures. Full announcement here: https://lnkd.in/dxe-7-5M After a year in stealth and nearly the same in Beta, we’re excited to use this latest funding to bring Pictorus to the aerospace, automotive, and robotic markets with a formal release later this year. The problem we’re solving is simple: Developing software for hardware is still way too hard. Most hardware startups we’ve encountered end up rebuilding the same core tools and infrastructure over and over again… some combination of makeshift Python scripts, hacky sims and visualizations, and some kludgy infra code.. all cobbled together to design, deploy, and debug the software running on each vehicle. It’s a mess, but it is today’s developer experience. In large part, this is because the engineering tools we all learned back at university (Matlab & Simulink) just don’t cut it for what we need to build and deploy today. And unless Elon is footing the bill, internal engineering tools are really inefficient to develop in-house; both in engineering hours sunk, and avoidable mistakes repeated. Engineers need better workflows for bringing new hardware to life - and at the scale and pace of modern, globally distributed fleets. Meanwhile, large, established aerospace and automotive teams feel trapped by the old Matlab/Simulink toolchain they committed to over 30 years ago, to the tune of tens of millions of dollars annually (each). At Pictorus, we’ve built a solution for this entire spectrum of experience - from scrappy aerospace startups looking to bootstrap their first hardware product, to large automotive OEMs looking to port their legacy Simulink code into Rust. “From the moment I saw what Pictorus had built, I knew this was the future of embedded systems programming. I’ve spent too much time banging my head on my keyboard debugging C/C++ or Matlab/Simulink while squinting at a screen hunched over a car, airplane, drone, or tractor.” says Darren Liccardo, General Partner at Catapult Ventures. “The aerospace industry is rapidly innovating, yet it lacks the flexible tools to quickly program and iterate,” Marlinspike Co-Founder Mislav Tolusic adds. “Pictorus can fill that gap.” I want to give a big shout out to the investors backing us this round, starting with our original partners at Lux Capital and Webb Investment Network, and introducing our latest partners at Marlinspike, Friends & Family Capital, RedBlue Capital, and Never Lift. We’ve assembled a team with deep connections across the industries most excited about our product, and are eager to accelerate our progress with their partnership. Finally, we’re doubling our core team, across engineering and GTM, so do reach out if this mission resonates with your aspirations!
Pictorus raises $3.5M to make software development easier for aerospace & automotive sectors
blog.pictor.us
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Continuing our technical series on practical robotic controls using Pictorus, in this blog post we cover Linear Quadratic Regulators (LQR), and demonstrate how in-browser Python scripting makes it easy to go from design and analysis to production Rust code in minutes! https://lnkd.in/gAKS3U86
LQR Control of a Self Balancing Robot
blog.pictor.us
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“Ultimately, we need to write and deploy new code, but in order to get there, we need resources and we need leaders at all levels, from government to the private sector, to make it a priority. Relevant leaders need to be made aware of the problem, and they need to know that they are going to be supported if they make solving this problem a priority.”
Be part of the solution (Rust), or be part of the problem (C).
White House urges developers to dump C and C++
infoworld.com
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Self-balancing robots are a classic robotic control problem, and a great way to explore PID, LQR, and a variety of other classical control algorithms. In this blog post we do just that!
Designing a Self-Balancing Robot with Pictorus
blog.pictor.us
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Q4 Product Wrap-up blog post is live! Some exciting new features to announce as the year comes to a close: Custom code editor: Easily import and modify custom Rust code in your Pictorus apps using our new in-browser code editor. Github sync: Connect your Pictorus account to Github, and put up PRs with source code as you modify control diagrams. Debugging tools: Inspect block execution order and vector sizes from the client, making it easy to verify the order of computation and matrix dimensions. Embedded Support: We're launching our Alpha version of embedded code generation. Please reach out if you'd like to give it a try! FFT block: Analyze signals with the Fast Fourier Transform block, to understand frequency bands present in a given signal. Enables detailed spectrum analysis and signal characterization. https://lnkd.in/gUCmQpPZ
What's new in Pictorus - Q4 Wrap-up 2023
blog.pictor.us