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Mission-critical software, edge AI and autonomous sensing

Redefine intelligence beyond Earth.

Mission-critical software, AI-enabled edge-processing platforms and autonomous sensing systems for space, defence and advanced industrial applications.

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12+ yearsSpace & defence experience
3 programmesNational space heritage
4 platformsProduct family

References

National R&D, space and innovation ecosystem.

VisionX works in the context of Türkiye’s research, space technology and innovation-support ecosystem.

TÜBİTAK

National R&D ecosystem

TÜBİTAK UZAY

Space technologies institute

Türkiye Uzay Ajansı

National space agency

KOSGEB

SME and innovation support

Ministry of Industry and Technology

National Technology Initiative

Mission heritage

Mission references translated into spacecraft capability.

VisionX links TÜRKSAT 6A, AYAP-1 and GEZGİN-1 experience to onboard computing, AI-enabled payload processing, low-power star tracking, simulation and verification capabilities.

TÜRKSAT 6A communications satellite mission visual
In service
GEO communications 42°E orbital slot National platform

TÜRKSAT 6A

Türkiye's first domestically developed GEO communications satellite reached the 42° East orbital slot and entered service after commissioning and in-orbit testing.

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AYAP-1 lunar mission visual
In development
Lunar research Deep-space mission Science payloads

AYAP-1 Lunar Mission

The first mission step of the Lunar Research Programme focuses on spacecraft design, payload operations, communications, propulsion and autonomy.

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GEZGİN-1 onboard AI Earth observation visual
Consortium project
Earth observation Microsatellite AI payload

GEZGİN-1 EO Satellite

A TÜBİTAK UZAY-led Earth observation satellite project focused on microsatellite capability, AI-assisted payload data processing and satellite management.

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Services

Core engineering capabilities around the product layer.

Services cover the engineering work required to adapt, integrate, verify and operate product baselines for a specific mission.

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01 Systems & mission engineering

Mission architecture and requirements

Defines the mission baseline before implementation starts.

  • CONOPS and mission analysis
  • System architecture and trade studies
  • Requirements, ICD and VCD management
  • ECSS/CCSDS-aligned review artefacts
02 Flight & payload software

Onboard software implementation

Implements spacecraft and payload functions with deterministic operations and maintainable flight logic.

  • FSW and payload-control architecture
  • OBDH, TM/TC and mode management
  • RTOS/Linux integration and boot flows
  • FDIR, watchdogs and remote update support
03 FPGA, SoC & digital design

Deterministic compute and interfaces

Builds timing-aware digital logic, acceleration pipelines and spacecraft interface layers.

  • RTL/IP development and integration
  • DSP and hardware-acceleration pipelines
  • Timing closure and verification
  • SpaceWire, SpaceFibre, CAN/CAN-FD, MIL-STD-1553 and LVDS/RS-422 interfaces
04 Edge AI integration

Onboard perception and data reduction

Turns payload data into mission-prioritised information before downlink.

  • Model optimisation, quantisation and deployment
  • ROI filtering and scene triage
  • Change/event detection workflows
  • Downlink prioritisation and autonomy logic
05 Embedded platform integration

Avionics compute bring-up

Brings up the compute platform, board support layer and hardware/software interfaces as one verified stack.

  • AMD Versal/Zynq UltraScale+ and PolarFire SoC bring-up
  • ARM, RISC-V and LEON software stacks
  • Board support packages and driver integration
  • Hardware-in-the-loop interface validation
06 Verification & lifecycle support

Evidence, readiness and operations

Closes the loop from requirements to test evidence, commissioning and operational handover.

  • SIL/HIL test campaigns
  • Requirements traceability and regression evidence
  • MISRA-C/ECSS assurance support
  • Commissioning, anomaly support and operations handover

Products

Focused products for intelligent spacecraft operations.

VisionX products have clear roles: OBC xGen for onboard computing and flight software, EDGE-X for AI-enabled payload processing, STAR-X for low-power star tracking and SIM-X for SIL/HIL simulation and ground-station workflows.

OBC xGen

Flight software and onboard computing

Mission operations, real-time monitoring, data handling, fault management and remote upgradability.

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EDGE-X

Onboard AI payload processing

Near real-time scene triage, ROI filtering, event-driven downlink and onboard data reduction.

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STAR-X

Low-power star tracker

Compact, low-power star tracking for LEO, CubeSat and SmallSat attitude-sensing workflows.

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SIM-X

Simulator and ground software

Closed-loop mission rehearsal, TM/TC workflows, SIL/HIL support and operations handover readiness.

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Partnership models

Engage through the right mission-delivery model.

VisionX can support a mission as an advisor, scoped engineering supplier, embedded team, product-integration partner or lifecycle operations partner.

01

Advisory

Mission architecture, feasibility studies, CONOPS and systems-engineering guidance.

02

Work package delivery

Fixed-scope engineering under a statement of work with milestones and deliverables.

03

Co-engineering

Integrated engineering teams working jointly within customer organisations.

04

Product supply & integration

OBC xGen, EDGE-X, STAR-X and SIM-X delivery with mission-specific customisation.

05

Lifecycle support

In-orbit operations, maintenance, anomaly resolution and end-of-life decommissioning.