For the next instalment of our Meet the Member Series, we are discussing the state of satcom with our Associate Member, Integrasys.
Tell us about your company
Founded in 1990 by a team of senior engineers from Hewlett Packard, INTEGRASYS has developed over 20 products designed to address customer needs in Spectrum Superiority, communications, PNT, and intelligence. As a leading software engineering company, INTEGRASYS specializes in advanced software solutions for satellite networks and space communications, driving network innovations, and RF and optical technologies.
While INTEGRASYS also serves commercial markets, it’s oriented towards solving defense threats. The company provides tailored software solutions that ensure critical network infrastructure operates available, resilient, and securely, even in congested and contested environments. Each tool is designed to integrate seamlessly with others, creating a unified orchestrated system that supports real-time decision-making through intuitive graphical interfaces or M2M.
CleanRF, InterGeo, Vectorsat, and EO Master are engineered to help warfighters manage complex scenarios with the support of AI, reducing time-to-resolution and the risk of errors, and enhancing overall mission success.
What industry challenges are having the biggest influence on your work at the moment?
At INTEGRASYS, the most significant challenges currently shaping our work stem from the rapidly increasing complexity of satellite networks, the escalating threat of both intentional and unintentional interference, and the need to ensure regulatory compliance for new satellite systems, particularly regarding EPFD limits.
The complexity of modern satellite constellations, especially with the integration of LEO, MEO, and GEO systems, demands advanced management solutions to maintain reliable and efficient operations. This complexity is further heightened by the dynamic nature of these networks, which require sophisticated tools for real-time monitoring, resource allocation, and autonomous maintenance.
Effective interference detection and mitigation are essential to protect service quality and ensure uninterrupted connectivity. This challenge is compounded by the need to comply with strict regulatory frameworks, such as EPFD limits, which are designed to prevent harmful interference between non-geostationary and geostationary satellite systems.
Addressing these challenges requires continuous innovation in network management, automation, and compliance monitoring, ensuring that satellite operators can adapt to evolving technical and regulatory landscapes while maintaining high standards of performance and reliability.
What innovative solutions are you working on to address the issue?
To address the evolving challenges in the satellite industry, INTEGRASYS employs a suite of innovative tools that work together throughout the entire lifecycle of satellite network deployment and operation. The process begins with VeryFiling, which streamlines and automates the regulatory filing process for new satellite networks, ensuring compliance with international and national requirements, including EPFD limits. Once the regulatory groundwork is laid, LEO REG comes into play, managing licensing and ongoing compliance specifically for LEO constellations and facilitating regulatory reporting.
As the network moves into the design and planning phase, Beam Budget is utilized to provide fast, accurate, and automated link budget calculations for multi-orbit networks. This tool supports network design, sales, and customer proposals by delivering detailed graphical reports and scenario analyses. With the network architecture established, FlexCap enables dynamic, software-defined capacity management, maximizing utilization and profitability by offering real-time and predictive insights into available satellite capacity.
During the operational phase, Controlsat delivers real-time, high-speed spectrum monitoring, carrier ID detection, and interference management, supporting 24/7 remote operations and customizable alarms to ensure network integrity. To further safeguard service quality, CleanRF employs advanced algorithms and artificial intelligence to detect, classify, and mitigate both intentional and unintentional RF interference.
This integrated, automated approach allows INTEGRASYS to address regulatory compliance, network design, capacity optimization, and interference mitigation seamlessly, ensuring resilient and efficient satellite communications in an increasingly complex environment.
What are your thoughts on spectrum management?
As the satellite industry becomes more complex, effective spectrum management is more crucial than ever. We believe that efficient spectrum utilization and interference prevention are essential for the sustainable growth of the satellite industry. Our commitment is to develop advanced tools that empower operators and regulators to monitor and manage spectrum use effectively, with a particular focus on the challenges posed by LEO constellations and 5G integration. Central to our approach is the integration of automation and AI, enabling real-time spectrum monitoring, dynamic allocation, and rapid interference detection and mitigation. By leveraging these technologies, we help ensure reliable, compliant, and optimized spectrum usage.
What are your thoughts on 5G, LEO, & RFI and how they are having an impact on the satcom?
5G: 5G is no longer “terrestrial-only.” 3GPP includes NTN support, enabling satellite and HAPS integration directly into the 5G core. This involves many challenges for which some we are working on, as the design for Hybrid links—which includes 5G, optical, and RF. We are also upgrading our Best Path tool to orchestrate the data paths, including terrestrial and NTN 5G. We are securing satellite links from 5G interferences.
LEO: The proliferation of LEO constellations is a big focus for us. Our LEOREG system addresses the complex regulatory requirements for these constellations, particularly EPFD monitoring. We’re also developing tools to manage the increased complexity of network operations in LEO environments.
RFI: As space becomes more congested, RFI mitigation is crucial. Our CleanRF technology continues to evolve to address increasingly complex interference scenarios, especially with the densification of satellite networks.
What is your view on Flat Panel Antennas?
LEO is designed for mobility, serving sectors such as aerospace, maritime, land transport, IoT, and defense. While traditional parabolic antennas can support moving platforms, their reliance on mechanical components results in higher maintenance costs and increased operational complexity. In contrast, flat-panel antennas (FPAs) have no moving parts, making them better suited for dynamic environments. They enable seamless electronic beam steering to track fast-moving LEO satellites and feature a low-profile design that is easier to integrate into vehicles, aircraft, and ships.
However, despite these advantages, FPAs face challenges in regulation and band approval. Their performance can be affected by software updates, especially those made to fix bugs, which complicates certification processes. This variability makes it difficult to guarantee consistent compliance with regulatory standards after each software change.
How do you think the industry is dealing with virtualisation?
The satellite industry is undergoing a significant transformation with the adoption of virtualization, and we are leading this shift by developing innovative cloud-based solutions. By virtualizing traditionally hardware-based systems, such as our Beam Budget tool, we enable greater flexibility, scalability, and cost-effectiveness in satellite network management. This approach is particularly critical as networks grow more dynamic with the rise of LEO constellations and 5G integration. Furthermore, our commitment to DIFI compliance ensures interoperability and standardization across technologies, facilitating seamless integration into hybrid networks. Through automation and AI-driven processes, we optimize resource allocation, enhance operational efficiency, and address the evolving demands of modern satellite communications.
Do you have any interesting plans for the next couple of months? e.g. products, shows, news, etc.
Yes, we were excited about our participation in SATELLITE 2025 and the 40th Space Symposium, where we showcased our latest innovations, including:
- Virtualized CMS
- Digital Twin for Non-Terrestrial Network (NTN) technologies for 5G
- Advanced LPXTT&C and CCS (Counter Communication System) technologies
- NGSO regulatory systems
- Our integrated EM&C portal
As well, we are excited about our participation in events like SmallSat Europe 2025, SATExpo 2025, FEINDEF 2025, and SatelliteAsia 2025, where we’ll keep showcasing our innovations and making live demonstrations of our products.
Why do you feel it is important to be a member of SIG?
Being a member of SIG (Satcom Innovation Group) is crucial for INTEGRASYS as it allows us to:
- Collaborate with other industry leaders and contribute to shaping the future of the industry, while gathering feedback from peers and potential customers.
- Stay informed about the latest trends and challenges in the SATCOM sector and
- participate in industry-wide initiatives to address common challenges.
- Showcase our innovations to a relevant audience.
This membership aligns with our commitment to innovation and industry leadership in satellite communications technology.