Telemetry analysis
Import CSV flight logs and inspect altitude, speed, battery, GPS status and data continuity—entirely in your browser.
AVAILABLE NOW AI · AVIATION · ENGINEERING EVIDENCE
FlightTwin AI.
Test Before You Fly.
From flight logs to clearer engineering decisions. Compare test runs, identify regressions and understand exactly what the evidence can—and cannot—support.
Local-first telemetry checks, explicit review thresholds, SHA-256 Mission Passport for local CLI workflows, and downloadable JUnit evidence for civilian and dual-use autonomous-systems engineering. Engineering checks—not certified flight approval.
LOCAL BASELINE ↔ CANDIDATE DETERMINISTIC TEST RULES TELEMETRY REMAINS LOCAL
FLIGHTTWIN / WORKSPACESYNTHETIC PREVIEW · NOT LIVE
01 / Telemetry integrityRULE CHECK
02 / Anomaly detectionRULE CHECK
03 / Software regressionCOMPARE
Illustrative dashboard preview · Not live flight data
SCROLL TO EXPLORE ↓01 / FLIGHT INTELLIGENCE PLATFORM
START HERE / ENGINEERING EVALUATION
One workflow. Three clear steps.
Start with a bundled synthetic example, inspect what the rules actually measured, then discuss an evaluation with the team. No customer flight data is required to try the workflow.
Run a regression example
Load the synthetic baseline and candidate logs and see explicit PASS, FAIL or REVIEW outcomes.
Try Regression StudioInspect the evidence
Review data coverage, rule results, source hashes and the limits of the conclusion.
Open Evidence InspectorScope a technical pilot
Plan a limited, non-sensitive engineering evaluation. Enquiries are sent manually from your own email service.
Explore engineering pilot
Early-stage engineering software · Partial PX4 ULog coverage · Not a certification, operational approval or flight-safety assurance.
FLIGHTTWIN / REGRESSION ENGINEERING
Did the new firmware get worse?
Bring two comparable flights from the same test mission. FlightTwin flags differences in speed, altitude, battery and data availability using transparent engineering heuristics. Unknown measurements are marked for review, never silently passed.
The preview uses synthetic flights. Results are not certified safety decisions or an assertion that firmware alone caused a difference.
SYNTHETIC EXAMPLE ENGINEERING REVIEW
BASELINE · v1.2CANDIDATE · v1.3
Recorded flight A↔Recorded flight B
Observed performance→Rule-driven deviation
DATA → RULES → JUNIT → REVIEW
01 — CORE TECHNOLOGY
Built for the work before takeoff.
From raw telemetry to traceable engineering checks, FlightTwin provides an approachable foundation for repeatable industrial and defence autonomous-systems software testing.
Deterministic checks
Apply configurable limits and identify abnormal values, GPS dropouts, communication gaps and battery behavior.
AVAILABLE NOWRegression testing
Compare a baseline and candidate flight, inspect metric changes and surface worsening test outcomes.
AVAILABLE NOWEngineering reports
Export structured JSON and JUnit XML outputs to support reviews, evidence sharing and future test pipelines.
AVAILABLE NOWFor engineering teams: Matched Flight Cohort Gate ↗ · Synthetic Mutation Lab ↗ · Evidence Journey ↗
THE FLIGHTTWIN WORKSPACEOne clear view.
One clear view.
Every critical signal.
Review the data that matters in a purpose-built engineering environment. FlightTwin translates telemetry samples into visual trends, explicit rule evaluations and traceable results.
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Configurable thresholds
Adapt local engineering checks to your intended test envelope.
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Compare flight revisions
See where a candidate diverges from its recorded baseline.
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Explore the interactive lab ↗Export evidence
Download test artifacts without a connected account or backend.
FlightTwin Lab / TELEMETRY VIEWPREVIEW
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EXAMPLE INTERFACE — NON-LIVE
Flight intelligence
AltitudeTIME SERIES
Ground speedTIME SERIES
BatteryTIME SERIES
Altitude trend Speed trendLOCAL DATA PROCESSING
02 — ENGINEERING APPLICATIONS
Purpose-built for autonomous systems.
Independent engineering checks for industrial, aerospace and defence technology development teams.
UAV engineering & testing
Review recorded flight behavior as drone hardware and control software evolve.
Robotics research
Structure repeatable experiments with comparable measurements and clear failure rules.
Industrial inspection
Evaluate flight log consistency and inspect telemetry irregularities before deployment decisions.
Flight software validation
Compare software builds through regression signals captured in test flight datasets.
03 — THE PROCESS
From flight log to engineering insight.
No setup-heavy backend, no account required, and no telemetry sent to remote services by the analysis workflow.
01 / UPLOAD
Bring your data
Load bundled examples, supported CSV logs or PX4 ULog files with partial topic coverage.
02 / CONFIGURE
Define your envelope
Adjust speed, altitude, battery, GPS and data-integrity checks.
03 / EVALUATE
Run explicit rules
Inspect flagged samples, result charts and flight-level outcomes.
04 / EXPORT
Document the findings
Download JSON or JUnit-compatible XML engineering test reports.
FORWARD ENGINEERINGDesigned to grow
Designed to grow
with the mission.
Today's product is a browser-based telemetry testing foundation. The capabilities below are roadmap directions, not delivered integrations or guarantees.
FLIGHTTWIN / CAPABILITY ROADMAPPLANNED
01PX4 SITL & Gazebo orchestrationPLANNED
02ArduPilot log compatibilityPLANNED
03Advanced CI orchestrationPLANNED
04Cloud version managementPLANNED
05AI-assisted anomaly explanationsPLANNED
06Cloud execution & team workspacesPLANNED
07Enterprise accounts & subscriptionsPLANNED
04 — ABOUT LOKSANEngineering confidence.
Engineering confidence.
One test at a time.
LOKSAN Advanced Systems is an emerging technology initiative based in Bucharest, Romania, focused on software tools for autonomous and unmanned systems.
FlightTwin is being developed as a practical testing foundation for engineers: transparent checks, useful telemetry views and repeatable evidence ahead of real-world flight activity.
PRODUCT WORKSPACES
One platform. Two engineering workflows.
FlightTwin 2.14.1 provides public access to browser-local Professional and Enterprise workspaces, regression tools and input-integrity evidence. Cloud identity, shared accounts and formal accreditation remain future work.
Repeatable release checks
Project metadata, software version tags, mission-aware baseline comparisons, batch rule gates and command-line CI exports.
Open live Professional Studio ↗Private evidence handling
Encrypted workspace exports, browser-local audit hash verification and a clearly scoped local-only security model. No server-side IAM yet.
Open live Enterprise Controls ↗OPEN ENGINEERING WORKFLOWSShow the checks.
Show the checks.
Inspect the outputs.
FlightTwin now includes public engineering documentation and a local Evidence Inspector. Review exactly which rules run, inspect exported JSON, and compare eligible source-file SHA-256 digests without an account or upload.
Engineering documentation
CSV schema, configurable thresholds, PX4 topic limitations, example files and searchable help.
Read technical documentation ↗Review report artifacts
Import FlightTwin JSON exports, inspect rule coverage and check a ULog or normalized CSV digest locally.
Open Evidence Inspector ↗Plan a technical pilot
See what is implemented, what still needs independent verification, and how a non-sensitive pilot could work.
Explore the pilot programme ↗PRODUCT ACCESS & PROCUREMENT
Evaluate now. Discuss commercial terms clearly.
Lab is free to try. Local Professional and Enterprise controls are publicly accessible. Scoped pilots and supported deployments require an agreed proposal.
05 — CONNECTLet's build more reliable
Let's build more reliable
flight software.
For technical enquiries, evaluation discussions and product feedback, contact the LOKSAN team.
DIRECT CONTACTPublic contact email ↗Temporary Gmail contact is available; send from your own email client.Contact sales / request proposal ↗Pricing & editions ↗Launch FlightTwin Lab ↗