At Policereports.ai, we are committed to the highest ethical standards and robust security measures to protect the integrity and confidentiality of law enforcement data. Our platform is designed with a deep understanding of the sensitive nature of the information we handle and the critical importance of maintaining public trust. We are attached to the GovAI Coalition. The GovAI Coalition is a collaborative initiative involving over 140 government agencies across the United States, committed to setting standards for responsible AI procurement and governance. The coalition focuses on ethical AI usage, promoting vendor accountability, and ensuring AI systems serve all community members effectively and equitably.
Client-side encryption is a cornerstone of Policereports.ai data security strategy. This approach involves encrypting data on the client's device before it's transmitted to Policereports.ai' servers. By encrypting data at the source, even if intercepted during transmission, it remains unintelligible to unauthorized parties.
While CJIS security policies mandate a minimum encryption strength of 128 bits for safeguarding Criminal Justice Information (CJI), Laravel's default encryption rate is double that requirement, operating at 256 bits. This heightened level of encryption ensures that all data managed by our platform, both at rest and in transit, is secured with top-tier cryptographic standards,
Policereports.ai adheres to several key ISO standards, including ISO 27040 (information security in storage), ISO 27031 (IT security for business continuity), and ISO 27018 (protection of personally identifiable information in public clouds).
We provide adaptable in-person training to ensure effective use and seamless adaptation to our platform.
The GovAI Coalition is a collaborative initiative involving over 140 government agencies across the United States, committed to setting standards for responsible AI procurement and governance.
Access to the administrative environment of Policereports.ai is highly restricted and only available from whitelisted IP addresses. This approach significantly reduces the risk of unauthorised access and potential security breaches.