A map of landing sites does not tell you whether a mission is recoverable. ELIP computes the route against aircraft and failure assumptions, admits only viable recovery nodes, and turns the result into decisions a team can test.
Measure recoverable distance, total recovery desert, maximum continuous gap, and the urgency band at every point along a mission.
Use the corrected landing record—not raw FAA dots—with RiskIndex and ELIP suitability applied before a facility can serve the route.
Close a serving facility and recompute the mission. Rank the sites whose loss creates the greatest coverage and gap exposure.
Search current recovery deserts for high-leverage planning coordinates and quantify the exact coverage each candidate restores.
Set a one-to-five-site budget. ELIP places each site in sequence and recomputes marginal value and diminishing returns after every step.
Generate a print-ready brief with the site sequence, coordinates, marginal gains, residual exposure, assumptions, and diligence gates.
The same server-authoritative analysis supports route design, infrastructure prioritization, public review, and independent network-risk assessment.
Compare mission concepts, aircraft and failure assumptions before committing operational planning resources.
Prioritize where another recovery site changes the network, then start land, airspace, and constructability diligence.
See corridor exposure and infrastructure dependencies before route approvals or public investment decisions.
Independently test the landing network behind a route-level safety case and identify single-site dependencies.
The published surfaces show how ELIP thinks. Customer access applies the same engine to your routes, scenarios, teams, and systems.
Tracked-corridor and market-area coverage, recovery deserts, urgency bands, and the flagship Mission Recovery Studio demo.
Custom missions, aircraft and failure scenarios, node-level recovery options, network stress tests, buildout planning, and decision briefs.
Route and area coverage in production systems, with the corrected landing-node layer and methodology metadata behind every answer.
Tell us the corridor, aircraft assumptions, and decision you are working toward. We will scope the right ELIP access path.