Kasten APNT · Working software

Mission software for environments where certainty cannot be assumed.

Kasten Technologies develops resilient navigation, operational-awareness and mission software for maritime and defense systems.

Explore Capabilities Contact Kasten
  • Maritime
  • Resilient navigation
  • Mission software
  • System integration
Conceptual illustration: a vessel offshore with several navigation sources tracking its position. Most sources agree within a stable position-confidence region; one source, inside a degraded environment, diverges from the others.

01Operating conditions

Built for degraded conditions, not ideal ones.

Operational systems cannot assume perfect connectivity, perfect positioning or perfect sensor information.

Kasten develops software intended to keep working when information becomes incomplete, inconsistent or degraded, giving operators and downstream systems a clearer picture of what is happening and which information can be trusted.

  • Degraded

    Navigation or sensor information becomes unreliable.

  • Disconnected

    Mission software must continue functioning without dependable external connectivity.

  • Complex

    Multiple systems and information sources must be turned into coherent operational information.

02Capabilities

Defense software capabilities

Kasten develops and integrates software across the mission stack, from machine-facing services to operator-facing decision support.

  • 01

    Resilient Navigation

    Software for understanding navigation integrity, degradation and positioning confidence in challenging environments.

  • 02

    Operational Awareness

    Turn distributed system and sensor information into coherent information that operators and mission applications can act on.

  • 03

    Mission Decision Support

    Deterministic software and operator-facing tools designed to surface conditions, risks and actionable information.

  • 04

    Maritime Autonomy

    Software engineering for autonomous and semi-autonomous maritime systems, with a focus on navigation and mission integration.

  • 05

    System Integration

    Connect sensors, navigation systems, mission applications and existing platform infrastructure through well-defined software interfaces.

  • 06

    Edge & Disconnected Systems

    Software designed for shipboard, edge and operational environments where cloud connectivity cannot be assumed.

07

Applied AI

Supporting capability

Used where it meaningfully improves interpretation, operator interaction or analysis, while deterministic behavior is preserved for mission-critical decisions.

03Proprietary technology

Kasten APNT

  • Working software
  • Active development

Know when navigation information can be trusted.

Kasten APNT is a working software platform for resilient positioning, navigation awareness and decision support in degraded navigation environments.

It is designed to identify degradation and disagreement across navigation information, and to give operators and connected systems a clearer representation of positioning confidence.

Understand
What navigation information is currently usable.
Detect
When information begins to disagree or degrade.
Inform
Operators and connected mission systems of changing navigation confidence.

Working software, under active development for maritime and defense applications. Technical demonstrations are available for qualified government, defense and integration discussions.

Discuss Kasten APNT
Conceptual representation of the problem space. Not a depiction of the Kasten APNT interface or its internal methods.

04Integration

Built to integrate, not replace everything around it.

Kasten systems are designed to provide capability to both operators and other software.

Machine-facing interfaces allow navigation, autonomy, command-and-control and mission applications to consume Kasten-derived information while existing platform systems remain in place.

Existing systems

  • Navigation sources
  • Onboard sensors
  • Platform systems
  • External data links

Kasten software

  • Operator-facing applications
  • Machine-facing interfaces

Consumers

  • Operators
  • Mission systems
  • Autonomy
  • Decision support
Conceptual representation. Interface specifications are shared during technical engagement and are not published.

  • Operator and machine-facing

    Capability is available to the people on watch and to the software they already rely on.

  • Existing systems stay in place

    Integration is designed around the systems already installed on a platform, not a wholesale replacement.

  • Defined interfaces

    Kasten-derived information is exposed through well-defined software interfaces that other systems can consume.

05Engineering

Operational software requires different engineering.

Conceptual illustration: onboard software continues to operate locally while the link to remote services is intermittent.
  1. 01

    Deterministic where it matters

    Critical system behavior should be explainable and testable. AI should not be used simply because it is available.

  2. 02

    Designed for integration

    Existing vessels and defense platforms already contain complex systems. New capability must coexist with them.

  3. 03

    Built for disconnected operation

    Core functionality should not depend on continuous internet or cloud connectivity.

  4. 04

    Operator trust matters

    Systems must communicate uncertainty, degradation and system state clearly enough for operators to understand what they are seeing.

  5. 05

    Evidence over demonstration theater

    Software behavior should be testable through repeatable scenarios and observable system outputs.

06Company

Built from operational engineering experience.

Kasten Technologies is led by a hands-on software engineer and systems architect whose experience spans production platforms, maritime autonomy, sensor-driven systems, backend architecture, AI and data systems, and technical leadership.

The company is focused on applying that experience to resilient maritime and defense software. Kasten is founder-led and engineering-first: the people who design and build Kasten software are the people you talk to.

Engineering background

  • Maritime autonomy
  • System architecture
  • Distributed software
  • Sensor integration
  • Backend engineering
  • Operational AI
  • Mission software
  • Technical leadership

07Mission partners

Built for mission partners.

Kasten is built to work alongside the organizations that operate, build, integrate and evaluate maritime and defense systems.

  • AU.S. defense organizations
  • BPrime contractors & integrators
  • CMaritime autonomy developers
  • DNavigation & sensor providers
  • EResearch & test organizations

08Engagement

Engineering, integration and technology partnerships.

Kasten works with government organizations, defense contractors and maritime technology companies on software development, integration, prototyping and mission-focused technology.

  • 01

    Technology evaluation

    Assessment of Kasten technology against a defined operational need.

  • 02

    Prototype & R&D

    Rapid prototyping and applied engineering for mission software problems.

  • 03

    System integration

    Bringing new capability into existing platforms, sensors and data.

  • 04

    Mission software development

    Design and engineering of operator-facing and machine-facing mission applications.

  • 05

    Teaming & subcontracting

    Software and integration engineering as part of a broader program team.

  • 06

    Technical demonstration

    Structured demonstrations of Kasten APNT for qualified audiences.

09Contact

Discuss a mission requirement.

For government, defense, maritime technology, integration and technical-partnership inquiries, contact Kasten Technologies.

Technical details and demonstrations of Kasten technology can be provided directly where appropriate.

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