MILITARY TECHNOLOGIES
Leveraging Technology Integration for Military Success
ODIN Researches and identifies products, services and techniques to facilitate general military technological advances.
ODIN has a proven track record combining individual systems together to perform large and complex tasks.
ODIN can ensure systems scale properly, supporting more user/functions without degrading performance. Using a highly disciplined, repeatable processes;
ODIN has integrated numerous technological advances for its
government clients while maintaining the end-to-end project life cycle including the quality and reliability of its solutions.
Sensor Technology
ODIN integrated local computing and software methods to transform censors to enable them to carry out complex data sets within a sensor module.
ODIN combines incremental software, design, and interface enhancements with best-in class technology implementation techniques and procedures to maximize and improve sensor technology.
Multi Domain Application Development
ODIN provides software integration support in developing, testing and deploying web applications using programming languages, web services and database servers to harness the effectiveness of individual contributors operating in their respective domains (Sea, Air, Land, Space and Cyberspace) to unify capability to empower the organisation.
Our process focusses on evaluating and engineering solutions (design approaches, design concepts or preliminary designs) that comply with an appropriate set of allocated requirements and developing detailed designs for the selected solution to ensure it fits within a multi-domain environment.
ODIN ensures all software technologies adhere to a software development process which meets at a minimum capability and maturity model integration level 3 requirements.
Near-Peer/Contested Enviroments
ODIN supports the base line and cross cutting capability to filed, base, protect, support and sustain our clients during operations across the competition continuum.
We support our clients to be more resilient, adaptable and nimble in deployment, employment and operational implementation in the contested environment.
Immersive Technologies
ODIN delivers synthetic environments that present information and realistic scenarios that aid decision making.
ODIN provides its integration support for modelling and simulation with a hardware-the-loop capability in order to test products, equipment, and create techniques, tactics and procedures to allow an assessment of performance prior to development and lab testing, eliminating costly redesign and rebuild efforts.
Our modelling and simulation work with high level leaders to understand the tools that they have at their disposal in a multi-domain environment as well as low-level personnel to understand the best techniques, tactics and procedures to use in multi-level operation.
Cost Commercial Off-the-shelf Customization and Integration
ODIN Integrates dual use technology products successfully utilised in the commercial market to harness the emerging and innovative technology and apply them to defence and security domains to increase capability and reduce development time.
This allows ODIN to provide integrations on next-generation technologies to develop solutions which meet requirements that are scalable, reduce risk and control cost.
ODIN as an Israeli Trusted Integrator, we have the the experience in intelligence, research, analysis to identify new hardware and software technology products to integrate with clients existing infrastructure to meet the technology needs of a multi-domain environment.
Unmanned Autonomy
ODIN provides rapid prototyping integration ability to assess key characteristics of performance metrics of a new system, or capability, prior to procurement and deployment; to validate if hardware, software, tools, and methodologies meet the operational requirements are are suitable for implementation in a multi domain environment.
ODIN engineers have in-depth expertise providing full prototyping capabilities, including procurement of necessary tools, techniques and hardware sufficient to ensure prototypes reflect the deployment scenarios.
These integration tools are used to validate proof-of-concepts and demonstrate initial operational capability requirements essential for finalising the design and eventual production of a system.
