Mission softwarefor systems that cannot drift off vector.Guidance, comms, terminal logic, landing, propulsion, telemetry, and ground systems.
Black Mesa builds aerospace software for teams that need guidance, communications, telemetry, and control systems to stay legible under mission pressure. We focus on software the vehicle, the control room, and the review board can all trust.
Mission Coverage
Flight and ground lanesSoftware that spans guidance, comms,terminal logic, landing, and mission operations.
These are representative aerospace lanes where we support teams that need cleaner vectors, clearer software behavior, and stronger mission visibility when altitude starts charging interest.
Comms and Telemetry
Air-to-ground links, health data, and operator visibility
Guidance and Control
Guidance software, trajectory logic, and control algorithms
Targeting and Terminal
Mission-scoped runtime logic for terminal decision phases
Landing Software
Descent, touchdown, and controlled terminal behavior
Propulsion and Stability
Flight-stability systems and propulsion-side control support
Ground Systems
Communications, telemetry, and mission-operations interfaces
Mission Notes
- Communications, guidance, and control software for systems that do not get a casual second attempt
- Mission-scoped runtime behavior designed to limit post-flight exposure and reduce the value of recovered software
- Ground-system telemetry and operator views built so the control room can see the same truth as the vehicle
Flight Workups
Program areas where guidance, signal, and control go deep.
This is a controlled look inside the aerospace side of the facility: guidance logic, telemetry, mission runtime behavior, and control software for systems that do not leave much room for interpretive flying.
Trajectory control
Guidance and Mission Logic
Guidance software and mission logic for vehicles that need cleaner vectors and fewer surprises.
- Guidance, navigation, and control algorithm development
- Targeting and terminal-phase mission logic
- Runtime mission behavior shaped around control clarity and operational limits
Ground truth
Communications and Telemetry
Comms and telemetry systems that keep the vehicle and the ground segment in the same conversation.
- Vehicle-to-ground communications and mission-status flow
- Telemetry structures for health, event, and mission-state visibility
- Ground-system views for operations, diagnosis, and after-action analysis
Vehicle behavior
Landing, Stability, and Propulsion
Software for propulsion interaction, flight stability, descent control, and landing behavior when graceful recovery matters.
- Propulsion-system software and control support
- Flight-stability logic and recovery-aware behavior
- Landing and touchdown software for controlled terminal phases
Operational security
Mission Runtime Security
Embedded patterns for mission-scoped runtime behavior, limited post-flight exposure, and software that should not outlive the mission window.
- Runtime software intended only for the life of the flight
- Design choices that reduce post-mission software exposure
- Security-minded embedded behavior for sensitive aerospace programs
Mission Loop
Link. Guide. Stabilize. Recover.
This is the mission loop we keep coming back to: establish the link, drive the vehicle with guidance logic that behaves, carry stability and landing through the violent part of the ride, and return enough evidence to the ground team that nobody has to tell the story from memory afterward.
Mission Runtime Security
Software that only needs to live as long as the mission.
Some aerospace software only needs to exist for the life of the flight. We support mission-scoped runtime behavior designed to limit post-flight exposure, reduce the value of recovered software, and keep sensitive logic from lingering longer than the mission window.
- Mission-scoped runtime logic designed around the life of the flight
- Operational-security minded software behavior for sensitive systems
- Reduced post-flight software exposure if hardware is recovered
Link
Establish communications, ground visibility, and telemetry before the vehicle is out of earshot.
Guide
Run guidance, targeting, and trajectory logic with enough clarity that operators are not interpreting smoke signals.
Stabilize
Carry propulsion, flight stability, and landing behavior through the part of the mission where physics stops being polite.
Recover
Feed ground systems, telemetry review, and mission follow-through with evidence instead of folklore.
Mission Confidence
Where flight software, telemetry, and readiness start making decisions easier.
The goal is not software that merely flies. It is systems, visibility, and validation that help flight, payload, ground, and program teams make decisions with less ambiguity and less drama in the control room.
Mission Software Alignment
Software that stays understandable across flight, payload, and ground.
Aerospace teams usually bring us in when software structure, telemetry clarity, and mission expectations all need to line up instead of living in separate documents, consoles, and post-flight arguments.
- Ground-system communications that stay legible under mission pressure
- Telemetry views aligned with operator decisions and anomaly response
- Mission-operations interfaces that reduce ambiguity in the control room
Operational Security
Runtime strategies and embedded controls designed to keep sensitive aerospace software from overstaying the mission window.
- Mission-scoped runtime behavior with limited post-flight value
- Embedded controls shaped around sensitive-program realities
- Software design that reduces exposure after recovery or loss
Verification and Readiness
Validation artifacts and engineering support shaped around actual reviews, gates, and readiness decisions.
- Traceable validation outputs for review boards and internal gates
- Readiness support for teams that need evidence, not vibe checks
- A cleaner path from engineering effort to mission decision-making