Skymerse
Skymerse provides an automated decision layer for airline flight operations, ingesting schedules from an airline's Operations Control Center feed and checking every flight against live NOTAMs, weather, runway constraints, aircraft limits, and company procedures in seconds. The platform returns flight-ready decisions with evidence, including what changed, which flight is affected, and what to do next, while continuously monitoring flights and re-assessing them whenever any input changes. Its "Interpreted AIP" engine converts aeronautical information into typed, comparable data with source provenance, and a time sweep function identifies the earliest clear departure time when conflicts arise.
- Aerospace
- Mobility & Transportation
- AI Agents
- Software Only
- Artificial Intelligence
Funding
Raised to date
$500KRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Founder details are not available yet.
Product
Problem
Airlines and dispatchers spend roughly three hours per flight on manual flight planning and monitoring, sifting through scattered sources like NOTAMs, weather forecasts, AIP amendments, runway constraints, and aircraft performance data. The challenge is not reading individual notices but connecting them to each specific flight—a runway closure matters only when it affects a particular aircraft, at a particular time, on a particular route. Legacy providers put this information on screens, but crews and dispatchers still must interpret it themselves, leading to delays, missed conflicts, and operational inefficiencies.
Solution
Skymerse provides a decision layer for flight operations that automates flight planning and monitoring from start to finish. The platform ingests the airline's schedule directly from its Operations Control Center (OCC) feed, then checks every flight against live NOTAMs, weather, runway constraints, aircraft limits, and company procedures in seconds. Raw data is interpreted into structured facts—for example, each airport is held as an "Interpreted AIP" where notices amend specific elements and every value tracks its source. When a conflict is found, the system returns a decision with the evidence behind it: what changed, which flight is affected, why it matters, and what to do next. The platform also runs a time sweep that re-checks affected flights at alternative departure times to identify the earliest clear move, and it monitors flights continuously, re-assessing them the moment any input changes.
Target Audience
Primary customers are airlines and their operations control and dispatch teams, including directors of operations, chief pilots, crews, and safety and operational standards teams. The platform is also being onboarded to additional airlines alongside its existing production deployment.
Features
- Automated flight matching against live NOTAMs, weather, METAR/TAF, significant weather charts, runway constraints, aircraft performance limits (take-off/landing distances, crosswind limits), fire cover, deferred defects, strikes, and airline-specific procedures
- "Interpreted AIP" engine that converts each airport's published aeronautical information into typed, comparable data, with every notice amending specific elements and preserving source provenance
- Agentic research capability that reads fine print from printed pages (tables, paragraphs, local regulations) to verify AIP values and settle ambiguous notices, quoting exact sources or dropping unsupported claims
- Time sweep functionality that re-runs all checks at alternative departure times across the airline's allowed range, narrowing changes down to five-minute increments and showing downstream impacts on subsequent legs
- Continuous monitoring that re-assesses every flight each time any relevant input changes, suppressing non-impactful alerts with reasons and surfacing only actionable decisions
- Next-generation electronic flight bag extending automation into the cockpit, replacing scattered apps and charts with direct decisions for pilots