# Tomorrow.io > Official Tomorrow.io business agent. Tomorrow.io provides an AI-powered weather intelligence and resilience platform that uses proprietary satellite data and… ## Ask it a question Tomorrow.io answers for itself at https://api.hailera.com/mcp/tomorrow. A client that speaks MCP can connect to that address; the tool is ask_tomorrow and the protocol is 2026-07-28. Where this file and the agent disagree, the agent is current. ## About Tomorrow.io Mission and purpose Tomorrow.io's stated mission is to shape the future of global resilience by empowering every person, organization, and country with actionable weather intelligence. Since its founding in 2016, Tomorrow.io has focused on closing the gap between the growing impact of weather and the limited ability of traditional systems to turn weather data into concrete decisions. The company combines advanced AI, proprietary satellite technology, and an actionable platform to help the world build resilience to weather-related threats. Tomorrow.io notes that its technology has helped protect millions of lives, prevent substantial weather-related losses, and enable organizations to thrive despite increasing climate volatility. Core values Tomorrow.io highlights three core values: Make an Impact - Drive meaningful change through bold action and leadership. - Focus on solutions that improve resilience and outcomes for customers and communities. Show True Grit - Treat challenges as opportunities, with determination and creativity. - Persist through complex technical, operational, and climate-related problems. Put People First - Build lasting relationships through empathy and collaboration. - Prioritize the safety, well-being, and success of customers, partners, and team members. TomorrowNow.org and social impact Through its nonprofit partner TomorrowNow.org, Tomorrow.io works to bring life-saving weather technology to the world's most vulnerable communities. Key focus areas include: - Disaster preparedness – Helping communities and agencies anticipate and respond to extreme weather. - Climate resilience – Providing tools and intelligence that support adaptation in the face of a changing climate. Tomorrow.io positions this work as part of its broader goal to make advanced weather intelligence accessible not only to large enterprises but also to populations that are disproportionately affected by climate and weather risks. Source: https://www.tomorrow.io ## Where Tomorrow.io works Lists Airport, Mission, and Enterprise as a location. Names Airport, Mission, and Enterprise as a service area. Areas beyond these are not published. ## Prices How to speak with Tomorrow.io As described on the website, organizations interested in Tomorrow.io's weather intelligence platform are invited to: - Request a demo - Talk to sales or to Tomorrow.io's experts These options are presented via forms on the Tomorrow.io website, where prospective customers can share details about their organization and use case. Information typically requested on the contact forms Based on the site's contact and demo sections, Tomorrow.io commonly asks for: - First and last name - Work email - Company name - Company size (number of employees, by range) - Industry or sector - Confirmation of agreement to Tomorrow.io's Terms of Service and Privacy Policy There is also an option to select a preferred demo time once the form is submitted. Notes on pricing, support hours, and phone contacts - Pricing – Public, standardized price lists are not provided on the pages reviewed. Pricing and commercial details appear to be handled directly through sales conversations. - Support hours – Specific support hours are not listed in the reviewed content. - Phone numbers – No general public phone number is prominently published in the pages reviewed. For the most accurate and up-to-date information on pricing, support options, and enterprise arrangements, customers should contact Tomorrow.io directly through the official forms on the website. Source: https://www.tomorrow.io ## Accreditation and credentials Tomorrow.io offers industry-specific solutions built as "agentic" suites that connect weather intelligence directly to day-to-day operational decisions. Shield Agentic Suite – Insurance Designed for property and casualty, auto, home, commercial, specialty, and reinsurance teams. Key missions include: - Peril-driven loss prevention – Predict hail, wind, freeze, and flood at the property level and trigger pre-event actions that reduce claim severity and improve customer safety. - Claims acceleration and verification – Validate weather conditions at the policy address to fast-track claims, prioritize high-impact cases, and reduce leakage with automated peril confirmation. - CAT response and portfolio impact forecasting – Monitor evolving storm footprints and expected loss zones to allocate adjusters, communicate earlier with customers, and understand portfolio-level impacts before landfall. Forge Agentic Suite – Manufacturing and industrial operations Built for plant managers, EHS leaders, and supply chain teams. Key missions include: - Downtime prevention – Identify weather risks to equipment, utilities, and production flow early to prevent unplanned stoppages and keep throughput stable. - Worker safety automation – Automate heat, lightning, and severe weather protocols with precise lead times that help protect workers and maintain compliance. - Shift and maintenance optimization – Use hyperlocal forecasts to schedule staffing and maintenance during safer windows, reducing rework and delays. GroundControl Agentic Suite – Airport ground operations Built for airport, ramp, and de-icing teams. Key missions include: - Runway and ramp risk optimization – Monitor runway winds, lightning, visibility, snow, and ice in real time and trigger policy-aligned actions that preserve capacity and reduce unnecessary ramp stoppages. - Turnaround efficiency and safety automation – Provide ramp and gate crews with clear windows for fueling, loading, towing, and maintenance to streamline turnarounds and protect crews and equipment. - De-icing and winter operations readiness – Use hyperlocal forecasts to time de-icing preparation, staffing, and queues to keep aircraft moving smoothly in winter conditions. Altitude Agentic Suite – Airline network and flight operations Designed for IOCC, network, and dispatch teams. Key missions include: - Network disruption prevention – Continuously detect weather risks across airports and routes to surface early points of disruption so teams can rebank flights, reposition assets, and prevent irregular operations. - Crew and rotation continuity management – Link weather impacts directly to aircraft and crew schedules to foresee duty timeouts, misconnects, and ground delays and trigger early adjustments. - Turbulence and en-route hazard optimization – Score flight plans for turbulence, icing, convection, and other hazards to identify safer altitudes or corridors and assess alternates more quickly. Gridline Agentic Suite – Electric grid operations Built for grid operations, reliability, and field supervisors. Key missions include: - Outage prediction and crew staging – Forecast outage likelihood by asset and region to pre-position crews and equipment and speed restoration. - Asset protection – Detect wind, ice, flooding, and extreme heat risks to critical assets early to enable proactive load adjustments, shutdowns, or hardening actions. - Load forecasting support – Predict weather-driven demand shifts to stabilize grid operations and optimize resource allocation. Trackline Agentic Suite – Rail networks Built for yard operators, terminal managers, and rail network controllers. Key missions include: - Yard and terminal flow stability – Predict weather-driven slowdowns at yards, terminals, and depots to prevent bottlenecks and reduce dwell. - Rail safety and incident prevention – Identify wind, visibility, heat, and storm hazards that affect crews and track conditions and surface actions that reduce safety exposure and liability. - Network reliability and throughput protection – Detect weather risks that threaten service reliability or trip plans and enable early adjustments to protect arrival times and schedules. FleetIQ Agentic Suite – Fleets, logistics, and dispatch Designed for fleet operations, safety, dispatch, and network planning teams. Key missions include: - Proactive routing and ETA stability – Forecast route-level weather impacts and recommend safer, faster alternatives that stabilize ETAs and reduce delays. - Driver safety and incident prevention – Identify high-risk conditions such as ice, wind, fog, or storms to alert drivers and dispatchers early enough to prevent incidents. - Hub and yard operations optimization – Predict weather impacts at distribution centers and yards to adjust loading, staging, and crew planning. Sync Agentic Suite – On-demand delivery platforms Built for marketplace, operations, logistics, and safety teams at on-demand delivery platforms. Key missions include: - Demand and supply stability – Forecast weather-driven shifts in customer demand and courier availability to maintain marketplace balance. - Courier safety and operating conditions – Identify lightning, heat, ice, and heavy rain risks and surface actions that help protect couriers. - Routing and batching efficiency – Predict route-level disruptions and adjust batching, sequencing, and routing to keep delivery SLAs on track. Source: https://www.tomorrow.io ## DeepSky space-based sensing and satellite constellation What DeepSky is DeepSky is Tomorrow.io's next-generation space-based sensing system and weather satellite constellation. It is designed to transform Earth's atmosphere into a real-time, global data layer for the AI era. DeepSky provides: - Multi-modal sensing across the electromagnetic spectrum to capture rich information about precipitation, temperature, humidity, and atmospheric structure. - Continuous refresh and revisit that go beyond intermittent observation, so storms, systems, and regions are observed repeatedly as they evolve. - AI-native data streams built specifically to power advanced forecasting models and decision tools. How DeepSky works in the Tomorrow.io platform DeepSky is built on commercially scaled microwave sounders and space-based radars already operating in orbit, supported by Tomorrow.io's patented technology and experience running end-to-end weather systems. Data from the constellation feeds Tomorrow.io's models and industry solutions, enabling: - Faster, higher-resolution weather forecasts. - Earlier detection of extreme and rapidly evolving weather events. - More precise, location-specific intelligence for customers worldwide. Why DeepSky matters Tomorrow.io highlights that the world is currently under-observed from a weather perspective. Many regions, oceans, and developing areas lack dense ground-based radar and sensor coverage. DeepSky is designed to provide: - True global coverage, including areas beyond the reach of traditional ground radar. - Visibility into severe and tail-risk events at planetary scale. - A continuously compounding stream of observations that allow AI models and forecasts to improve with every satellite pass. DeepSky underpins Tomorrow.io's goal of making the atmosphere continuously observable and turning space-based observations into practical, real-world decisions for governments, businesses, and communities. Source: https://www.tomorrow.io ## Satellite data products and use cases Overview Tomorrow.io offers satellite-derived weather data products that feed into its own platform and can be used directly by governments, enterprises, and researchers. These products are captured from Tomorrow.io's weather radar satellite constellation and related sensing systems and are designed to provide rapid-refresh, global coverage. Core satellite data product types Radar data - High-resolution reflectivity and precipitation profiles. - Frequently updated to track storms and rainfall intensity. Passive microwave data - Global brightness temperature scans. - Used to infer temperature, humidity, and rainfall characteristics. Integrated products - Combined radar and radiometer data. - Enhanced datasets that improve forecasting and situational awareness. Satellite-derived products highlighted by Tomorrow.io Tomorrow.io notes several satellite-derived products available globally with high horizontal and vertical resolution and an average revisit time of about one hour: 3D precipitation - Improves monitoring and prediction of floods, landslides, wildfires, and droughts. - Enables creation of global rainfall records for climate science and long-term planning. 3D temperature and water vapor profiles - Increases understanding of storm structure and intensity. - Supports real-time disaster warnings and improves global weather forecasts. Coming soon (as described on the site) - Ocean surface winds – For detecting tropical cyclone formation and improving marine wind and wave warnings, ship routing, and wind energy forecasts. - Sea surface and wave height – For enhanced prediction of tides, sea level rise, and coastal erosion, and to support ship routing and fisheries management. Example applications by sector Government and public sector - Public health protection through proactive resource allocation ahead of hazardous weather events. - Infrastructure optimization by identifying at-risk assets and prioritizing repairs and maintenance. - Disaster management with improved early warning, real-time tracking, and better resource deployment. Enterprise sectors - Aviation – Reduce flight delays, improve safety, and identify severe weather earlier. - Energy and utilities – Support grid reliability, renewable generation planning, and infrastructure protection. - Agriculture – Support crop planning, irrigation optimization, and management of pest and disease risks. Organizations can integrate Tomorrow.io's satellite data into their own systems and workflows to reduce disruptions, mitigate weather-related threats, and increase operational efficiency. Source: https://www.tomorrow.io ## Tomorrow.io weather intelligence platform overview What Tomorrow.io does Tomorrow.io provides an AI-powered weather intelligence and resilience platform that helps organizations anticipate, prepare for, and respond to weather and climate impacts. The platform combines: - Space-based atmospheric observations from Tomorrow.io's own satellite constellation and other global data sources. - Advanced AI and numerical weather models that continually learn from new observations. - Hyperlocal forecasts and risk scores tailored to specific locations, assets, and operations. - Actionable recommendations and automations that translate weather signals into concrete operational steps. Who uses Tomorrow.io Tomorrow.io works with hundreds of organizations worldwide, including: - Airlines and airports - Energy and utilities companies - Railroads and logistics providers - On-demand delivery and marketplace platforms - Manufacturers and industrial facilities - Insurers and financial services firms - Governments, public agencies, and humanitarian organizations These organizations use Tomorrow.io to protect people, assets, and infrastructure, and to reduce weather-related disruptions and losses. Core outcomes and benefits Using Tomorrow.io's platform, organizations can: - Detect severe and disruptive weather earlier and with greater precision. - Turn complex weather data into simple, role-specific guidance. - Automate weather-driven workflows, playbooks, and safety protocols. - Improve operational continuity, safety, and efficiency during extreme and everyday weather. - Build long-term resilience to increasing climate volatility. According to Tomorrow.io's own materials, its technology has already helped protect millions of lives and prevent significant weather-related losses for customers around the world. Source: https://www.tomorrow.io ## What Tomorrow.io has not published yet These are things people ask Tomorrow.io that its published information does not yet cover. - specific subscription prices or fees - real-time system availability or uptime - service level agreements or contract terms - implementation timelines or delivery dates - regulatory, safety, or compliance guarantees - forecast accuracy guarantees or performance metrics - customer-specific data access or entitlements - staffing levels or 24/7 human support availability Ask anyway — the agent will say plainly that it is not published rather than guess. ## Where this comes from https://www.tomorrow.io