T

Tomorrow.io

Weather intelligence platform with hyper-local forecasts

Software Engineer

Full-TimePosted on 10/14/2026
$120k - $135k+ Relocation assistance
Mid
Bachelor's
Golden, CO, USA
In Person
Software EngineeringBackend Engineering
No H1B Sponsorship

About the job

Requirements
  • At least 4 years of experience building production software.
  • A Bachelor of Science degree in Computer Science, Aerospace Engineering, or a related field.
  • Experience developing fault-tolerant, production-quality software.
  • Understanding of distributed systems architecture.
  • Intermediate or advanced knowledge of Python, including at least 2 years of experience.
  • Experience with AI-assisted development for planning, code generation, and debugging.
  • Experience with REST API design, implementation, and frameworks such as aiohttp and Flask.
  • Experience with data modeling, including data classes and type hinting.
  • Experience with databases and Python interfaces, especially MongoDB and InfluxDB.
  • Intermediate knowledge of SQL, NoSQL, and/or time-series databases.
  • Knowledge of communication protocols, including namedtuple, struct, and socket.
  • Experience with quality assurance tools and practices, including pytest, mocker, and PEP 8.
  • Experience with web applications using TypeScript, React, HTML, and CSS.
  • Experience with AWS services including Elastic Container Service, Lambda, S3, and SQS.
  • Experience with Terraform.
  • Intermediate knowledge of Docker and Kubernetes.
Responsibilities
  • Develop tools that mission operators and climate scientists need to achieve mission success.
  • Support payload operators and scientists in achieving mission success.
  • Contribute to defining interfaces between system components, including ground system to spacecraft and spacecraft bus to payload.
  • Work with DevOps and IT teams on environments, deployment strategies, and security measures.
Desired Qualifications
  • Exposure to aerospace systems such as satellites, airplanes, or rockets.
  • Exposure to satellite telemetry data processing, such as CCSDS.
  • Exposure to satellite mission planning and resource deconfliction.
  • Knowledge of security best practices, including secrets management, encryption protocols, and vulnerability identification and mitigation.
  • Experience with Argo Workflows and Argo Events.
  • Experience with asynchronous I/O, including asyncio and aiohttp.
  • C/C++ experience.
  • Some knowledge of GCP and Azure resources.
  • Experience with scientific computing tools, including NumPy, SciPy, Pandas, and Matplotlib.
  • Deeper InfluxDB experience and knowledge, including schemas and database management.
  • Experience with data visualization.
  • Experience with visualization platforms, including Grafana, DataDog, and Plotly Dash.
  • Experience with graphics and plotting libraries, including Plotly, SVG, Canvas, WebGL, D3.js, and Three.js.

About the company

Tomorrow.io provides a weather intelligence platform that delivers hyper-local forecasts and climate risk analytics to help businesses and governments adapt to climate change and operate more efficiently. Its product collects weather and climate data, then produces precise forecasts and predictive analytics that customers access through subscription plans, with optional custom solutions and consulting services. The company differentiates itself by offering highly localized, operation-focused analytics and structured subscription tiers plus bespoke services for industries like logistics, aviation, agriculture, and municipal governments. The goal is to help clients mitigate weather- and climate-related risks and improve decision-making and efficiency across their operations.

Company Size

201-500

Company Stage

Series F

Total Funding

$502.5M

Headquarters

Boston, Massachusetts

Founded

2015

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Simplify Jobs

Simplify's Take

What believers are saying

  • Tomorrow.io raised $210 million in May 2026, funding DeepSky and platform expansion.
  • NOAA awarded a $7.3 million contract on June 18, 2026, validating microwave sounders.
  • Microsoft cited 15-plus industries and global governments using Tomorrow.io’s Azure-hosted forecasts in August 2026.

What critics are saying

  • York Space Systems must deliver DeepSky satellites; any slip delays NOAA validation and revenues.
  • NOAA concentrated demand risks procurement churn after June 18, 2026 contract and September 2026 vendor selection.
  • Satellite manufacturing and launch burn can outrun subscription revenue, forcing dilution or shutdown before scale.

What makes Tomorrow.io unique

  • Tomorrow.io operates 11 microwave sounders with hourly global revisit, unique among commercial peers.
  • DeepSky, unveiled September 10, 2026, combines microwave, GNSS-R, infrared, visible, and precipitation radar.
  • Altitude and Gale Studio turn weather data into automated operational decisions for customers.

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Benefits

  • Health Insurance
  • Unlimited Paid Time Off
  • Hybrid Work Options
  • Relocation Assistance

Growth & Insights and Company News

Headcount

6 month growth

0%

1 year growth

0%

2 year growth

-4%
CNET
Oct 15th, 2026
Europe's largest airline wants predictive AI models to nip airport meltdowns in the bud.

Europe's largest airline wants predictive AI models to nip airport meltdowns in the bud. Ryanair's CEO tells CNET that advanced planning tools will mean a better experience for travelers. Reporter II Macy is a writer on the AI Team... Read full bio October 15, 2026, 9:49 am ET If there's one thing that's unifying across the world, it's that Etoetechnologies can all agree that a canceled or delayed flight is a massive headache at best. Ryanair - the largest airline in Europe by fleet size, global passenger volume and total flights, and the second-largest airline in the world by global passenger volume - has implemented proprietary predictive AI models to help prevent airline disruptions before they lead to widespread cancellations or diversions. The AI models were developed by Ryanair Labs, the Ireland-based airline's tech innovation hub launched in 2014, to more quickly and efficiently predict when weather delays, airport curfews and issues with airline crew hours are likely to disrupt passengers' journeys. I spoke with Ryanair CEO Eddie Wilson at the Version 1 media briefing hosted by Enterprise Ireland, the governmental economic development agency, before the International AI Summit in Dublin to discuss how the airline is using these AI models. The goal, Wilson said, is not to replace Ryanair's core of human operators, but to give his employees advanced tools to manage and handle operational complexities across Ryanair's 96 operational bases and its more than 3,800 flights per day. "And that, by making us efficient," he said, "translates into lower fares, better operational performance - same boring, virtuous circle, you know, 'cause that's what the airline industry is like." Predictive models in practice. Wilson said there are a lot of variables in making sure a plane is in the right place, at the right time: weather, an airplane going out of service, an airport closing to meet curfews, staff and crew showing up. For instance, say a crew on a plane is about to exceed the hours they're allowed to work due to a weather delay and they're not going to make it back to their base, yet are scheduled to work the next day. The Ryanair model is designed to recognize the disruptions this will cause and to take appropriate action. "If you know they're not going to be able to do the flights the next day, there's no point in waiting for them to come back the next morning for them to tell you that they're out of hours," Wilson said. "But if the model is running, it reassigns somebody else to do it, or it may just reassign them to do a flight later the next day, and you pair up the crew in a different way, that's all." AI is starting to take a larger role in airline and airport operations. In September, the Federal Aviation Administration rolled out a trial program for a new system, Strategic Management of Airspace Routes and Trajectories, around Washington, DC, airports, to use AI to mitigate delays and congestion caused by air traffic control staffing shortages. Some carriers, like American Airlines, are now using AI for flight rebooking, while others, like United, Delta and JetBlue, have partnered with third-party weather predictors, such as Tomorrow.io, to use AI systems to address route or delay issues and quickly calculate solutions. The future of AI in airline operations. Looking ahead, Wilson said he thinks the next major impact AI will have on airlines is in distributing flights. Specifically, as more people adopt personal AI agents - like OpenAI Dots or Meta's Muse, both introduced just in the last few weeks - he's thinking about whether a customer tells an agent "book me a flight" and the potential negative, costly impact that the agent books a more expensive flight due to an airline paying to be prioritized by that AI model. Ultimately, though, Wilson doesn't suspect that AI is drastically changing the airline industry - at least not rapidly. "Everything changes and nothing changes, right?" he said. Wilson says that Ryanair's strategy will be to find "the killer applications" of AI to better serve customers and gain a competitive edge, but, really, the humans who "execute the real stuff in flight" are the key to smooth operations. "The actual nuts and bolts of our industry won't change," Wilson said. "In the AI world that's coming, we just see this as a new set of tools for fine-tuning work processes and efficiencies in doing the core model of what we've been successful at." Editor's note: Macy Meyer's travel costs for the International AI Summit were covered by Enterprise Ireland. The judgments and opinions of CNET are its own. Macy Meyer Reporter II Macy is a writer on the AI Team. She covers how AI is changing daily life and how to make the most of it. This includes writing about consumer AI products and their real-world impact, from breakthrough tools reshaping daily life to the intimate ways people interact with AI technology day-to-day. Macy is a North Carolina native who graduated from UNC-Chapel Hill with a BA in English and a second BA in Journalism. You can reach her at [email protected]. See full bio The latest from Macy.

Associated Press
Oct 1st, 2026
Tomorrow.io chooses SIL's power distribution tech for DeepSky weather satellite constellation

Tomorrow.io has selected Space Information Laboratories' Payload Power Distribution Unit technology for the precipitation radar aboard its DeepSky low Earth orbit satellite constellation. The constellation aims to transform real-time weather prediction and data use worldwide for governments, businesses, and individuals. SIL's contract includes development of the payload power distribution unit, environmental qualification, and flight unit production for DeepSky. The company will conduct design, manufacturing, and space environmental qualification at its facilities in Santa Maria, California. DeepSky is described as an orbital system engineered to transform the atmosphere into a continuously observable, real-time data layer for intelligence and decision-making at planetary scale. SIL is a small business specialising in technologies for mission-critical programmes, serving agencies including the Missile Defense Agency and US Space Force.

Alternative Energy Reporter
Oct 1st, 2026
Tomorrow.io selects SIL's Payload PDU technology for the precipitation radar aboard its DeepSky satellite constellation.

Tomorrow.io selects SIL's Payload PDU technology for the precipitation radar aboard its DeepSky satellite constellation. SIL is honored to provide Payload PDU for the precipitation radar aboard Tomorrow.io's DeepSky LEO satellite constellation that will transform real-time weather prediction and usage worldwide" - Edmund Burke, SIL President & Founder SANTA MARIA, CA, UNITED STATES, October 1, 2026 /EINPresswire.com/ - Space Information Laboratories (SIL) proudly announces that Tomorrow.io has selected its Payload Power Distribution Unit (PPDU) technology for the precipitation radar aboard the DeepSky LEO constellation, transforming real-time weather prediction and data use worldwide for governments, businesses, and individuals. DeepSky is weather's next frontier: an orbital system engineered to transform the atmosphere into a continuously observable, real-time data layer for intelligence and decision-making at planetary scale. Tomorrow.io's contract with SIL small business includes development of the payload power distribution unit, environmental qualification, and flight unit production for DeepSky. SIL conducts the design, manufacturing, and Space environmental qualification of the Tomorrow.io payload power distribution units at its design, production, and test facilities in Santa Maria, CA. About Space Information Laboratories SIL is a leading provider of high-end Li-Ion Polymer Intelli-Pack(R) FTS and Avionics/Telemetry Batteries, Payload Power Distribution Unit (PPDU), VBITS autonomous flight termination unit (AFTU), and VBIRS high-data rate Ka/Ku LEO/MEO Satcom telemetry used on DoW missile, interceptor, hypersonic and reentry vehicle platforms, commercial Space rockets, reentry vehicles and LEO Satellite platforms. SIL patented technologies have achieved 100% mission success on these platforms since 2013. Based in Santa Maria, CA, near Vandenberg AFB, Space Information Laboratories (SIL) is a world-class small business specializing in innovative technologies and solutions for mission-critical programs. Serving agencies such as the MDA, USSF, NAVAIR, Army, DARPA, and the commercial Space industry, SIL's expertise includes the development and production of Li-Ion Polymer Intelli-Pack(R) FTS, avionics and telemetry batteries, payload power distribution units, VBITS GPS tracking and autonomous flight termination units, and VBIRS Space Based Range telemetry system for rocket, missile, interceptor, reentry vehicle, and small Satellite platforms. SIL is AS9100D Quality Management System certified, ensuring the highest standards in design, manufacturing, and testing of flight units. Edmund Burke Space Information Laboratories (SIL) +1 805-925-9010 [email protected] Visit Alternative Energy Reporter on social media: LinkedIn Legal Disclaimer: EIN Presswire provides this news content "as is" without warranty of any kind. Alternative Energy Reporter do not accept any responsibility or liability for the accuracy, content, images, videos, licenses, completeness, legality, or reliability of the information contained in this article. If you have any complaints or copyright issues related to this article, kindly contact the author above.

PR Newswire
Sep 15th, 2026
Arcfield's Orion wins $60M+ to supply Spectre EO/IR and RF sensors for Tomorrow.io's DeepSky weather constellation

Arcfield's subsidiary Orion Space Solutions will provide upgraded payloads for Tomorrow.io's DeepSky weather satellite constellation. Orion will supply its Spectre electro-optical infrared payload and T3 radio frequency sensor suite for the early warning constellation announced in January. The Spectre payload is a compact, multi-spectral imaging sensor for high-resolution weather and environmental monitoring. The T3 suite uses Global Navigation Satellite System Radio Occultation and reflectometry technologies for atmospheric observation. Orion received a contract to manufacture the first batch of Spectre payloads, which upgrade from an 8-channel to a broader detection design. The company has secured over $60 million in multi-year awards for this work, with total potential contract value exceeding $100 million. The payloads will support applications including weather forecasting, maritime safety, agricultural planning and disaster response.

Associated Press
Sep 10th, 2026
York Space Systems wins $187M contract to build Tomorrow.io's DeepSky weather satellite constellation

York Space Systems has been selected as prime contractor for the initial phase of Tomorrow.io's DeepSky early warning constellation under a $187 million contract. York will deliver dozens of satellites built on its M-CLASS platform for the proliferated low-Earth orbit constellation. DeepSky aims to close global gaps in atmospheric and oceanic measurements. Each spacecraft will carry five Tomorrow.io instruments, including microwave sounders, GNSS radio occultation, infrared and visible imaging, and precipitation radar, providing a comprehensive view of the atmosphere. The M-CLASS platform offers the power, onboard processing, and thermal management required to run active sensors globally. York will handle end-to-end programme delivery, from spacecraft manufacture through payload integration. York has invested over $755 million in production capabilities to deliver constellations at scale. The company serves national security, government, and commercial customers with proprietary hardware and software solutions across the space ecosystem.