Revolutionizing Military Decision-Making Interfaces
Our startup, C2Grid, is poised to redefine military decision-making by designing an intelligent data exchange platform. Merging real-time sensor data with human-machine interfaces like smartwatches, glasses, and haptic sensors, we increase soldier awareness. Simultaneously, our C2 software processes live mapping data, pushing point-of-interests and anomaly detection. This integrated approach equips both soldiers and command personnel with real-time anomaly detection and expedites on-field decision-making processes.
Military units, robotic systems for military usage (UAV,UGV manufacturers)
Soldiers awaraness about surroundings. Military vehicles drivers awaraness and etc
The issue is imperative as soldiers often lack real-time awareness of their surroundings, slowing responses to threats and hindering safe navigation.
Our startup provides cutting-edge technology designed to revolutionize interfaces used in military decision-making. We aim to improve situational awareness for soldiers and operators of military vehicles, addressing the significant challenge of comprehending complex data streams during critical operations. Through incorporating innovative solutions
C2Grid is an innovative startup that aims to revolutionize military decision-making through our intelligent data exchange platform. By integrating real-time sensor data with advanced human-machine interfaces, including smartwatches, glasses and haptic sensors, we enhance soldier situational awareness. Our proprietary C2 software processes live mapping data and pushes relevant points of interest, facilitating rapid anomaly detection. This comprehensive approach provides soldiers and command personnel with vital updates in real time, enabling swift on-field decision-making process adjustments. We primarily serve
Our platform centralizes command through a customizable dashboard for squad or unit setup, permitting interaction and real-time communication between soldiers and robotic systems.
"C2Grid amplifies military effectiveness by integrating real-time sensor data with human-machine interfaces, enhancing situational awareness and accelerating decision-making."
We estimate the market size for which our solution is designed in monetary terms as follows
Is our goal in the next 3 years
My key role is CEO and I'm responsible for setting company's strategic direction, building an effective team, and ensuring overall growth.
Our team of five includes three engineers with software, embedded and AI experience, an IT product manager, and myself as CEO with a background in project management and academia.
Our main competitors are various C2 companies. Their limitations lie in singularly focusing on either human or robotic aspects, while we integrate both for synchronized solutions.
We're the first to offer an integrated solution for human-robotic synchronization. Leveraging humans as dynamic sensors and our award-winning algorithm, we improve situational awareness. Our flexible architecture adapts with custom hardware in a simulation-first approach, boosting efficiency.
Platform Licensing, Integrations and training and simulation services. License is based based on the number of users and connected devices.
As an official university spin-off, we channel our 8-year expertise in human-robot interaction to cater to the defense sector. Currently, we're developing real-time awareness systems based on drone-human synergy and primarily focused on advancing technology.
We are on track to securing our first batch of paying customers.
Our key focus is to maximize the development of diverse device adapters and ensure our system's real-time functionality and robust security.
As a university spin-off, we're pre-funding stage but have substantial assets in the form of research equipment, ready to forge ahead on our venture.
Our company incorporated in
Estonia
The main risk pertains to the adoption of our technology by militaries who are typically resistant to change, along with potential data security threats. Also, wear and tear or malfunction in harsh environments could impact reliability and increase maintenance costs.
$
3000
We raised investments
We are university spin-off, they have around 9-10%. All else is owned by founders. We dont have investors yet
$
500000
Currently, we are raising investments
$
3000000
Estimated pre-investment valuation of the company