The Commercial Information Sharing Program, or CISP, is a system created for sharing confidential client data among participating financial institutions.
The Commercial Information Sharing Program (CISP) is a collaborative initiative that bridges the gap between commercial entities and public sector intelligence or security organizations. This program aims to create a secure and efficient environment for the integration of unmanned aerial vehicles (drones) into controlled and uncontrolled airspace.
In the drone industry, CISP serves as a secure framework for manufacturers, software developers, and service providers to report cybersecurity incidents, flight anomalies, or suspicious behaviour. This real-time data exchange facilitates improved situational awareness, early threat detection, and coordinated responses, thereby boosting regional airspace security.
For instance, the Ohio-based NEOFIX project is a concrete embodiment of this concept within the commercial drone sector. NEOFIX has developed a regional flight information sharing network starting in Cuyahoga County with plans for geographic expansion. Its goal is to create an interoperable and scalable system for sharing drone operation data across states, contributing to a cost-effective and nationally coordinated public system that supports both commercial and public safety drone programs.
The program's success and state funding highlight its commitment to open data sharing balanced with privacy and security safeguards, which is central to CISP's goals in the drone industry.
In the United States, the Department of Homeland Security (DHS), often through its Cybersecurity and Infrastructure Security Agency (CISA), oversees CISP efforts. Government analysts aggregate and evaluate the data, cross-checking it with national threat indicators. Based on the findings, CISP participants receive alerts, situational reports, or operational recommendations.
Enrollment in CISP requires companies to complete a government-run security clearance process. CISP enforces strict security protocols, protecting shared data through encryption, anonymization, nondisclosure agreements, and federal data handling standards.
CISP supports critical sectors like drone operations, aerospace, telecommunications, and energy. Participants report flight irregularities, telemetry glitches, or cyber threats. For example, a drone delivery company recently reported repeated GPS spoofing attempts near a critical energy facility through CISP.
By facilitating collaboration, CISP plays a crucial role in handling the complex regulatory and operational challenges associated with the rapid growth of commercial drone adoption. Projected to expand with a compound annual growth rate (CAGR) of 9.1% to 2030, this cooperation is vital to ensure the safe and efficient integration of drones in sectors like agriculture, logistics, energy, and construction.
In conclusion, the Commercial Information Sharing Program (CISP) is a significant step towards enhancing drone security and airspace safety. By creating collaborative, privacy-conscious platforms for real-time drone operational data exchange, CISP enables safer, more efficient integration of unmanned aircraft into controlled and uncontrolled airspace, while supporting regulatory compliance and innovation across various commercial sectors.
- In the finance sector, CISP's cybersecurity measures make it a secure platform for banks and financial institutions to report and respond to data-and-cloud-computing threats related to drone operations, ensuring smooth functionality and preventing potential financial losses.
- The energy industry also benefits from CISP, as its technology facilitates the swift reporting of cybersecurity incidents, flight anomalies, or suspicious behavior, helping to protect critical infrastructure from potential cyber attacks or malfunctions.
- The cybersecurity industry recognizes the critical role of CISP in data-sharing and threat detection, extending its support to the program in enhancing overall cybersecurity experiences in industries like finance, energy, and technology.
