Deadbolt is an advanced anti-ransomware technology designed to protect databases from ransomware attacks through innovative methods of cloaking and record tagging. This technology detects when ransomware gangs attempt to extract database records, providing a robust defense against these malicious activities. Developed by Ric Richardson, a renowned Australian inventor, and Dennis Groves, a renown and recognised security expert, Deadbolt is tailored to address the unique challenges faced by various sectors, with a particular focus on the healthcare industry.
People
Daniel Jones: The business unit is led by Daniel Jones, an experienced entrepreneur with multiple successful exits in his career. Daniel's leadership and business acumen are vital to Deadbolt's growth and strategic direction. His experience in scaling businesses and navigating complex markets positions Deadbolt for success in the competitive cybersecurity landscape.
Ric Richardson: Ric Richardson is a prolific inventor known for his numerous contributions to technology. With a career spanning several decades, Ric has been at the forefront of developing solutions that address pressing technological issues. His collaboration with Dennis Groves on the Deadbolt project represents his continued commitment to innovation and cybersecurity.
Dennis Groves: Dennis Groves is a distinguished security expert with extensive experience in the field of cybersecurity. His expertise in combating digital threats has been instrumental in the development of Deadbolt's unique approach to ransomware defence. Dennis's insights and knowledge have been critical in ensuring that the technology is both effective and reliable.
Technology
Deadbolt utilizes a dual approach of cloaking and record tagging to protect databases from ransomware attacks:
- Cloaking: This technique involves disguising the presence of traffic analysis systems, making it difficult for ransomware to identify and target them. By creating a layer of invisibility, cloaking significantly reduces the risk of attacker discovery.
- Record Tagging: This method involves marking database records in a way that allows the system to detect any unauthorized access or extraction attempts. When ransomware tries to extract tagged records, the system can quickly identify and neutralize the threat.
Focus on Healthcare
While Deadbolt is designed for general use across various industries, the technology has a specific focus on helping hospitals counter the damage caused by ransomware attacks. Hospitals are particularly vulnerable to ransomware due to the life-threatening nature of their operations. The disruption of healthcare services can have dire consequences, making ransomware defence a top priority. Deadbolt aims to provide hospitals with the tools they need to protect patient data and ensure the continuity of critical services.
Business Operations
Deadbolt operates from two primary locations:
- Phoenix, Arizona: This U.S. location serves as a central hub for the business units operations, focusing on research, development, and business strategy.
- Byron Bay, Australia: This location supports the business units architectural design and research, ensuring that Deadbolt remains at the cutting edge of anti-ransomware technology.
Conclusion
Deadbolt represents a significant advancement in the fight against ransomware, offering a unique and effective solution to protect critical data. With a focus on healthcare, the technology developed by Ric Richardson and Dennis Groves promises to mitigate the risks associated with ransomware attacks, ensuring the safety and security of vital information. Under the leadership of Daniel Jones, Deadbolt is poised to make a substantial impact in the field of cybersecurity.