SHARPNAV's technological breakthrough lies in our advanced use of MIMO technology, which significantly enhances signal diversity by enabling the simultaneous reception from multiple GNSS and LEO satellite constellations. This multi-path capability mitigates the signal degradation typically caused by reflections in dense urban environments. Additionally, beamforming technology plays a crucial role by dynamically directing the signal reception to optimal satellite sources, effectively reducing interference and providing unparalleled real-time accuracy compared to conventional GNSS systems.

Our GNSS solutions are designed to withstand and counteract sophisticated threats like jamming and spoofing, which are increasingly prevalent in critical operations. Through the use of advanced AI-driven interference mitigation and signal processing algorithms, SHARPNAV ensures precision and continuity, even in adversarial conditions. This resilience is vital for mission-critical scenarios, including defense operations, autonomous vehicles, and the stability of civil infrastructure, where the reliability of positioning data is absolutely essential.

Traditional GNSS struggles in indoor environments or areas with significant structural obstructions, but SHARPNAV has redefined these limitations. By integrating LEO satellite technology with advanced multipath mitigation techniques, we make centimeter-level accurate positioning within complex indoor and urban environments a reality. This capability is transformative for sectors like industrial automation, logistics management, and asset tracking, offering unprecedented operational precision in high-density settings.

The integration of Low Earth Orbit satellite constellations is a cornerstone of SHARPNAV's approach. LEO satellites provide reduced signal latency and enhanced coverage, resulting in a truly global GNSS solution. The combined power of LEO, MIMO, and beamforming allows us to deliver real-time, centimeter-level accuracy for demanding applications, such as autonomous navigation, smart urban infrastructure, and military deployments. As LEO satellite networks expand over the next 1-3 years, SHARPNAV is positioned to offer the world's most advanced and reliable GNSS solutions.

SHARPNAV is not just evolving GNSS; we are fundamentally redefining it. Our solutions provide a resilient foundation for positioning in a data-driven world, enhancing the safety and precision of autonomous vehicles, optimizing urban infrastructure, and supporting mission-critical defense operations. Once LEO constellations reach full deployment, SHARPNAV will be ready to lead, offering transformative advancements in positioning systems that are accessible across sectors and geographies.

Our mission is to establish a global standard for precision navigation—one that is inherently adaptive, resilient, and exact. As we move forward, SHARPNAV is set to shape the future of navigation, ensuring that the next generation of GNSS solutions meets the complex demands of a rapidly evolving world. The future of navigation is precise, and SHARPNAV is here to build that future.

SharpNav is strategically positioned as a key player in the rapidly expanding global GNSS market, poised for exponential growth from €260 billion in 2023 to approximately €580 billion by 2033, the growth being driven by escalating demand for precise navigation services across practically all industries. Our technical approach and the ability to provide precise navigational services in all environments sets us apart, making it a prime investment opportunity for those looking to capitalize on the growth of this dynamic market.

Business-wise our solution combines the best of many approaches. The current GNSS environment offers much room for technical improvement for innovative players such as us, while mitigating the risk associated with technology development. On the other hand, our LEO-signal component offers an early gateway to the LEO PNT market, that is expected to grow globally to over €40 billion.

n NASA’s technological readiness our technology is already proven and currently at TRL 5, meaning that key components of our solution have been successfully tested in relevant environments, and demonstrate a strong commercial potential. This makes us a lucrative investment opportunity for those that want to capitalize on disruptive, yet already proven technological development when we begin utilizing the technology on a wide scale in real-world environments.

While developing our technology, we are simultaneously focusing on protecting our intellectual property and ensuring the commercialization potential of our technology. We are currently engaged in a patent process to ensure rigid IP protection for our technical approach and overall solution.

Our overall commercial approach is supported by a strong partnership model with universities, satellite operators and other key stakeholders of the industry. The current geo(political) situation is further driving the need for precise navigation services, especially in interference heavy environments, further driving up the commercial potential for our technology. While we operate globally, we are headquartered in Finland.

Finland’s proactive stance towards fostering the space economy provides a nurturing environment for technological growth and technology commercialization. The country’s commitment to innovation, its investment in space infrastructure, and its skilled workforce create an ideal ecosystem for our future expansion. Finland’s policies supporting research and technology development ensure that we have access to world-class talent and resources.

As we accelerate towards the full commercialization of our technology, we remain committed to advancing the capabilities of GNSS technology. By delivering precise, resilient, and reliable positioning systems that operate seamlessly in both outdoor and indoor environments, SharpNav is setting the stage for the next era of global navigation systems. Our investors are not only investing in the rapidly growing GNSS market but also supporting a company that is driving innovation and revolutionizing global positioning technology.

The future of navigation is here. If you wish to join our journey, we’re happy to provide more details. You can contact our team at contact@sharpnav.com or team members directly.

At SHARPNAV, we focus on delivering highly precise and reliable Global Navigation Satellite System (GNSS) positioning across diverse environments. By leveraging Multiple Input Multiple Output (MIMO) technology, advanced beamforming, and artificial intelligence (AI), we aim to achieve exceptional positional accuracy in urban landscapes, indoor facilities, and GPS-denied conditions. Our innovative approach uses directional beams instead of conventional omnidirectional signals, mitigating interference and enhancing signal robustness.

Reliable GNSS is essential in an increasingly interconnected world, underpinning everything from mobile services to autonomous systems. SHARPNAV's technologies have been rigorously tested through simulations, addressing unique challenges like urban signal reflections and intentional interference. We are now advancing into product development and manufacturing phases to bring these solutions to market.

The integration of Low Earth Orbit (LEO) satellite constellations into our GNSS framework enhances spatial coverage and reduces latency, enabling centimeter-level positional accuracy even in obstructed conditions. MIMO technology combined with LEO constellations provides robust beam-based positioning, resilient to signal attenuation and multipath degradation. This technology is ideal for autonomous navigation, precision agriculture, emergency operations, and urban air mobility.

LEO satellite constellations, operating closer to Earth than traditional GNSS, reduce latency and improve positioning accuracy. This responsiveness is crucial for real-time applications like autonomous vehicles, which require continuous updates to navigate effectively. The integration of LEO constellations with MIMO results in a GNSS solution that surpasses conventional system limitations. Beamforming further enhances GNSS capability by using focused, narrow beams to improve signal quality and reduce interference. Massive MIMO arrays allow simultaneous beams with unique identifiers, creating precise geometric models for positioning. This is critical for applications in logistics and industrial automation, where accuracy drives efficiency and reliability.

SHARPNAV is not just evolving GNSS; we are fundamentally redefining it. Our solutions provide a resilient foundation for positioning in a data-driven world, enhancing the safety and precision of autonomous vehicles, optimizing urban infrastructure, and supporting mission-critical defense operations. Once LEO constellations reach full deployment, SHARPNAV will be ready to lead, offering transformative advancements in positioning systems that are accessible across sectors and geographies.

Our AI-driven algorithms adapt dynamically to environmental changes, optimizing signal processing and ensuring performance. This adaptability is crucial for mission-critical sectors such as defense, logistics, and urban infrastructure, where reliable positioning data is paramount. AI continuously monitors signal quality, making real-time adjustments to maximize accuracy. Machine learning models allow the system to anticipate and mitigate disruptions proactively. This is vital in emergency scenarios, where uninterrupted positioning data is key to successful missions. AI also helps differentiate genuine GNSS signals from interference attempts, maintaining data integrity even in environments with spoofing or jamming threats. This capability is especially important in defense and security operations. By leveraging AI, SHARPNAV's systems autonomously mitigate threats, ensuring continuity and precision. Beyond defense, AI-driven adaptability benefits logistics by enabling real-time positioning of goods, optimizing routes, and improving supply chain visibility. In urban infrastructure, AI aids in proactive maintenance, reducing costs and enhancing service quality.

SHARPNAV is spearheading the next frontier in Global Navigation Satellite System (GNSS) technology through the sophisticated integration of advanced methodologies, including Multiple Input Multiple Output (MIMO) systems, AI-augmented algorithms, beamforming techniques, and Low Earth Orbit (LEO) satellite constellations. These innovations collectively position our GNSS services as the definitive benchmark for accuracy, reliability, and resilience, particularly in environments that pose significant challenges to traditional navigation systems.

The Enhanced GNSS services provided by SHARPNAV exploit the extensive capabilities of MIMO technology, facilitating concurrent signal reception from multiple satellite sources. This approach not only augments signal diversity but also mitigates the adverse effects of obstructions, reflections, and signal interference, which are prevalent in complex urban canyons and densely vegetated environments. The incorporation of beamforming further amplifies signal precision by directing focused beams towards optimal satellite sources, thereby achieving unprecedented levels of accuracy, even in the most challenging operational conditions.

The strategic incorporation of LEO satellite constellations has enabled SHARPNAV to substantially minimize latency, thereby enhancing the immediacy of real-time data delivery. This capability ensures centimetre-level positional accuracy, which is indispensable for high-stakes applications, such as autonomous vehicular navigation, precision agriculture, mission-critical defense initiatives, and advanced urban infrastructure management. The reduced orbital altitude of LEO satellites inherently offers improved coverage and signal robustness, particularly in obstructed settings, including urban landscapes, indoor environments, and regions compromised by GPS jamming.

In addition, our AI-driven algorithms perpetually optimize signal processing, adapting dynamically to evolving environmental conditions and ensuring consistent system performance where other systems may experience degradation. This adaptive capability is crucial for real-time decision-making in high-demand sectors, including emergency response, military operations, and sophisticated logistics management.

Our Enhanced GNSS services are architected with modularity and scalability, designed to fulfill the diverse requirements of a wide range of industries—from the integration of smart city infrastructure to the orchestration of global logistics and the reinforcement of defense systems. By synergistically combining proprietary MIMO algorithms, advanced beamforming, LEO satellite integration, and AI-driven adaptability, SHARPNAV redefines the limits of navigation and positioning technology, delivering unparalleled accuracy and resilience.

We invite investment in SHARPNAV to be part of the future of precision navigation. Our GNSS services are not merely engineered to meet current demands but are strategically designed to anticipate and evolve with the challenges of a rapidly advancing technological landscape, ensuring resilient, future-proof positioning solutions for any conceivable application.

In an era characterized by escalating threats of signal interference, SHARPNAV offers an innovative GNSS solution explicitly engineered to counteract both jamming and spoofing, ensuring unparalleled precision and resilience within hostile operational environments. Central to this advanced technology is an integrated approach leveraging MIMO (Multiple Input Multiple Output) and LEO (Low Earth Orbit) satellite systems, which together significantly enhance signal integrity even under sustained and deliberate interference.

SHARPNAV employs state-of-the-art MIMO technology, facilitating the simultaneous transmission and reception of multiple independent signal paths. This sophisticated architecture ensures that even in environments compromised by pervasive GPS interference or sophisticated spoofing attempts, SHARPNAV retains its capability for accurate and dependable positioning. The use of beamforming—transmitting signals through highly focused, narrow beams—further enhances the system's precision, substantially mitigating the risk of signal degradation or compromise. The incorporation of LEO satellites further augments SHARPNAV’s resilience against interference.

Operating at significantly lower altitudes compared to traditional GNSS satellites, LEO systems minimize latency and improve signal robustness, particularly in obstructed or GPS-denied environments. This hybrid configuration, combining LEO satellite proximity with massive MIMO arrays, fosters a network architecture inherently resistant to jamming and other forms of deliberate signal disruption.

SHARPNAV distinguishes itself by maintaining high-precision positioning capabilities, even under the most challenging operational conditions. By integrating advanced AI-driven signal processing algorithms, SHARPNAV dynamically adapts to environments laden with interference, effectively mitigating the adverse impacts of both jamming and spoofing in real time. This adaptive capability enables continuous optimization of signal strength, thereby delivering reliable and precise data essential for critical applications such as autonomous navigation, defense operations, and precision agriculture.

Given the increasing prevalence of GNSS interference, industries requiring uninterrupted and precise positioning data—such as smart logistics, defense, and urban infrastructure—can depend on SHARPNAV for sustained, high-level performance. The modular architecture of the system facilitates scalability, making it suitable for diverse applications while consistently outperforming conventional GNSS solutions. SHARPNAV's unwavering focus on security and accuracy positions it as the optimal choice for environments where operational reliability is paramount.

SHARPNAV delivers a sophisticated amalgamation of MIMO technology, LEO satellite utilization, and AI-enhanced adaptability, establishing a new paradigm for GNSS performance amidst interference challenges. In contrast to conventional systems that falter under jamming or spoofing pressures, SHARPNAV not only preserves signal integrity but also ensures precise positioning accuracy, thereby providing substantial assurance to stakeholders and industry leaders. Whether deployed for autonomous vehicle navigation, secure logistics, or critical infrastructure management, SHARPNAV serves as the resilient backbone that guarantees uninterrupted and precise positioning data.

With its advanced, interference-resistant technology, SHARPNAV is poised to lead the market in secure, high-precision GNSS services. By offering clients and stakeholders the assurance needed to operate effectively even in the most signal-compromised environments, SHARPNAV defines the future of resilient and reliable navigation technology. Its integration of cutting-edge technologies not only addresses present challenges but also anticipates future needs, making SHARPNAV an indispensable solution for industries that rely on uncompromised positioning accuracy.

The Licensing Model offers SHARPNAV's proprietary algorithm to device manufacturers under a fixed annual or per-device fee. This business model provides a clear path to product integration while guaranteeing recurring revenue streams for SHARPNAV.

Licensing also mitigates the need for manufacturers to make substantial investments in R&D, enabling cost-effective deployment of state-of-the-art geolocation functionalities.

The predictable nature of licensing fees ensures financial stability for both SHARPNAV and its clients, fostering long-term partnerships.

The Usage-Based Pricing Model offers an alternative that ties costs directly to actual utilisation metrics, such as the volume of positioning services performed by devices.

This model is particularly attractive to manufacturers seeking to minimise fixed costs while maintaining scalability according to fluctuations in demand.

The pay-per-use framework provides financial flexibility and encourages broader adoption in markets where production volumes or consumer requirements may vary.

By closely aligning costs with real-world usage, this model supports a more adaptive and responsive pricing strategy.

SHARPNAV's Software as a Service (SaaS) model provides manufacturers with access to advanced geolocation processing capabilities through a cloud-based platform.

In this model, device manufacturers can leverage SHARPNAV’s high-precision positioning algorithms without the need for significant on-device computational resources.

This cloud-based approach not only reduces hardware complexity but also ensures seamless updates and unparalleled scalability.

The SaaS model is underpinned by a pay-as-you-go pricing structure, wherein clients are billed based on service utilisation, thereby reducing initial capital expenditures. This model is particularly beneficial for manufacturers and enterprises with variable demand, as it allows for cost-effective scaling.

The cloud-native architecture enables rapid deployment and seamless integration with pre-existing infrastructure, allowing clients to benefit from continuous technological improvements with minimal maintenance requirements.

This ensures that manufacturers consistently leverage the most advanced positioning features without any additional operational burden.

A further strength of the SaaS model lies in its scalability, allowing manufacturers to start with a modest implementation and subsequently expand in response to increasing market demand. This capacity for flexible scaling is particularly advantageous for startups and smaller enterprises, which can control costs while gaining access to sophisticated GNSS capabilities.

Additionally, SHARPNAV's SaaS framework facilitates real-time data processing and analytics, empowering manufacturers to provide real-time positioning, predictive insights, and adaptive location-based services that are vital for dynamic use cases such as logistics, autonomous mobility, and emergency response.

Moreover, the SaaS model integrates advanced AI-driven analytics to enhance situational awareness and enable predictive maintenance, which is particularly relevant for industries that depend on reliability and precision.

By utilising SHARPNAV’s cloud-based solutions, manufacturers are able to respond proactively to emerging challenges, thereby optimising both efficiency and safety across a wide array of applications.

The Partnership Model involves the direct integration of SHARPNAV's algorithm into end-user devices through strategic collaborations with manufacturers.

This model allows manufacturers to market the precision GNSS capabilities as a distinct value-added feature, thereby enhancing the competitiveness of their products.

Revenue-sharing agreements underpin these partnerships, aligning the financial interests of both SHARPNAV and the device manufacturers.

Such collaborations are conducive to fostering innovation and differentiation, making SHARPNAV's precision features a critical advantage within the consumer market.

The Freemium Model is designed to introduce users to SHARPNAV's high-precision GNSS technology by providing basic positioning features for free while keeping advanced capabilities behind a premium tier.

This approach is particularly appealing to manufacturers of wearables such as smartwatches, where end-users are able to trial SHARPNAV's premium features before deciding to upgrade.

The low barrier to entry expands market reach and drives customer adoption, while the availability of advanced features creates an upselling pathway, thereby generating recurring revenue.

The Royalty-Based Model is structured around the payment of royalties for each device sold that utilises the SHARPNAV algorithm.

This model is ideal in contexts where the GNSS technology provides a significant competitive advantage, making it a valuable differentiator for manufacturers.

By positioning SHARPNAV’s algorithm as a premium feature, the Royalty-Based Model allows manufacturers to integrate advanced GNSS functionalities as a core aspect of their value proposition, while SHARPNAV benefits from continuous royalties tied directly to the market success of its clients.