Cutting-Edge Software & AI Solutions for Enabling Maritime Autonomy At Scale
MIS-SIM Realistic mission simulation for uncrewed surface & underwater platforms
MIS-SIM

Realistic mission simulation for uncrewed surface & underwater platforms

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MIS-SIM

MIS-SIM is a sophisticated bi-directional mission simulation environment tailored for uncrewed surface and underwater platforms. Designed to enhance the development, testing, and deployment of maritime autonomous systems, MIS-SIM offers a comprehensive suite of features that bridge the gap between virtual simulations and real-world operations.

MIS-SIM stands as a pivotal tool for professionals in ocean science and maritime operations, offering a versatile platform for the development, testing, and optimization of uncrewed surface and underwater systems. Its integration of bi-directional simulation, digital twin technology, and comprehensive sensor support positions MIS-SIM at the forefront of maritime mission simulation solutions.

MIS-SIM Realistic mission simulation for uncrewed vessels
Key Features
  • Bi-Directional Simulation: MIS-SIM seamlessly integrates virtual scenarios with real-world data, enabling users to test simulated systems against actual environmental inputs and vice versa. This dual capability ensures robust validation and training of autonomous platforms.
  • Digital Twin Creation: Collaborate with our team to develop precise digital replicas of your robotic systems, complete with simulated sensor inputs. This facilitates accurate rehearsal, operation, and replay of missions in a controlled environment.
  • Comprehensive Sensor Support: MIS-SIM is compatible with a wide array of sensors, including AIS, radar, optical radar, GPS, and more, ensuring seamless integration with your existing systems.
  • Advanced 3D Environments: Utilizing cutting-edge game engine technology, MIS-SIM provides immersive 3D virtual environments for realistic scenario testing and mission planning.
  • Common Operating Picture (COP): Aggregate data from multiple sensor feeds to build a unified COP within the MIS-SIM 3D world, enhancing situational awareness and decision-making during operations.
Benefits
  • Enhance Safety: Prove system autonomy and safety in new and evolving scenarios before vessels encounter them. Simulate multi-variable scenarios in a synthetic environment to ensure the robustness of your autonomous systems.
  • Reduce Operational Costs: Train crews in the operation of systems without needing to go to sea, significantly cutting training costs. Reduce vessel time required to implement new versions of autonomy through a digital twin of your vessel.
  • Improve Decision-Making and Performance: MIS-SIM enables rapid rehearsal of operations, allowing new information to be integrated into operation plans quickly to mitigate associated risks. It also provides a detailed post-mission analysis environment for debriefing and reviewing operational performance, leading to continuous improvement.
  • Streamline Data Management: Monitor multiple assets with enhanced situational awareness through a 2D or 3D common operating picture. This capability improves the visibility and management of offshore teams and assets, leading to informed, data-driven decisions.
Operational Workflow

Installation: Deploy MIS-SIM on your cloud infrastructure or local simulation server.

Digital Twin Design: Collaborate with our experts to create a digital twin of your robotic system, incorporating simulated sensor inputs for accurate mission rehearsal.

Mission Execution:

  1. Rehearse: Conduct multi-asset simulated missions involving both surface and sub-surface robots, testing systems under varying environmental conditions prior to live deployment.
  2. Operate: Monitor real-world deployments through a 2D and 3D Common Operating Picture, enabling informed decision-making based on real-time data.
  3. Replay: Analyze data from rehearsals and actual operations to refine strategies and improve system performance.