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This document should be used in reference to the appropriate legislation, such as the Protection of Freedoms Act 2012: DNA & Fingerprint Provisions

IDENT1 is the UK’s nationals automated fingerprint system that provides biometric series for the police force and law enforcement agencies covering England, Scotland and Wales.

IDENT1 was introduced in 2004 and replaced the National Automated Fingerprint Identification System (NAFIS) of England and Wales, as well as the electronic fingerprint identification system used by the Scottish police forces. It was developed by Northrop Grumman with the use of advanced biometric identification technology.

IDENT1 enables the forces to search and compare fingerprints and crime scene marks in a single database, providing a unified collection of finger and palm prints.

The datasets that consist in within IDENT1 are the following:

• Colour Type

• Fingerprint Bureau Code Type

• Fingerprint Owners sex Type

• Fingerprint Status Type

• Force Code Type

• Force Station Coe Type

• IDENT Offence Code Type

• Jurisdiction Type

By using efficient algorithms and technology, IDENT1 is able to deliver a high degree of search accuracy and performance for the fingerprint officers (FPOs) and police officers by taking advantage of Biometric fusion technology.

The standards referred to by W3C are community generated standards, last reviewed by the National Standards Assurance Board in May 2021.

The World Wide Web Consortium (W3C) is an international community where Member organisations and the public work together to develop Web standards. It’s aim is to lead the World Wide Web to its full potential by developing protocols and guidelines that ensure the long-term growth of the Web. 

The social value of the Web is that it enables human communication, commerce, and opportunities to share knowledge. One of W3C's primary goals is to make these benefits available to all people, whatever their hardware, software, network infrastructure, native language, culture, geographical location, or physical or mental ability. Some people view the Web as a giant repository of linked data while others as a giant set of services that exchange messages.

W3C's vision for the Web involves participation, sharing knowledge, and thereby building trust on a global scale.

The Web has transformed the way we communicate with each other. In doing so, it has also modified the nature of our social relationships. People now "meet on the Web" and carry out commercial and personal relationships, in some cases without ever meeting in person. W3C recognises that trust is a social phenomenon, but technology design can foster trust and confidence. As more activity moves on-line, it will become even more important to support complex interactions among parties around the globe.

This document has been reviewed by the National Standards Assurance Board in May 2021 and is still deemed relevant with sound principles, despite being dated in some areas. Users should also be aware of the NEP Windows Blueprints.

This document describes the features, testing and deployment requirements necessary to meet CPA certification for Software Full Disk Encryption security products. It is intended for vendors, system architects, developers, evaluation and technical staff operating within the security arena.

The purpose of a software disk encryption product is to protect the confidentiality of data. This document aims to describe the requirements for Software Full Disk Encryption products and obtaining Commercial Product Assurance (CPA) certification under the CPA scheme.

A typical use case is the protection of a mobile device such as a laptop in case of accidental loss or theft.

The Security Characteristic is primarily targeted towards a single user for each protected devices only applicable to software disk encryption products that operate on PCs with Extensible Firmware Interface (UEFI) or  Basic Input/Output System (BIOS). Multiple users can also be evaluated.

Intended readers are for developers, system, architects, vendors and technical staff. The disk encryption software will prevent an attacker from accessing the data.

This document provides a framework for application security.

ISO (the International Organisation for Standardisation) and IEC (the International Electrotechnical Commission) form the specialised system for worldwide standardisation. National bodies that are members of ISO or IEC participate in the development of International Standards through technical committees established by the respective organisation to deal with particular fields of technical activity. In the field of information technology, ISO and IEC have established a joint technical committee, ISO/IEC JTC 1.

There is an ever increasing need for businesses to focus on protecting their information and  technological infrastructures and Organisations must do this in order to stay in business. ISO/IEC 27034 provides concepts, principles, frameworks, components and processes to assist organisations in integrating security seamlessly throughout the life cycle of their applications. When an organisation uses a systematic approach for improving application security, it provides the organisation evidence and confidence that information being used and held in its application is being adequately protected. This part of ISO/IEC 27034 defines the processes required to manage the security of applications in the organisation.

The Organisation Normative Framework (ONF) is a key component for application security and provides a framework for best practises. It is the foundation of application security in the organisation. All organisations should base their decision regarding application security on this framework.

Therefore the purpose of this part of ISO/IEC 27034 is to assist organisations to create, maintain and validate their own ONF in compliance with the requirements of this International Standard.

Intended audience are managers, domain experts, auditors, ONF committee.

Guidance on the risk-based approach to using Bluetooth enabled technology within the policing environment, including examples. This guide does not cover all use cases and for advice on exemptions for specific use cases, the NPIRMT team should be approached to provide a bespoke risk assessment.

This document seeks to provide clarity and national guidance on the retention of both physical and digital evidence in order to provide policing with a framework to support a comprehensive physical and digital storage strategy.

There are a vast number of legislative sources to help determine how to manage and retain evidence, further compounded by confusion around records managed under Management of Police Information (MoPI) and physical evidence principally managed under the Criminal Procedure and Investigations Act (CPIA) and Police and Criminal Evidence Act (PACE). This document seeks to provide clarity on the difference between these two distinct areas of business as well as provide more general guidance.

The GDS Service Standard provides 14 principles for all Government teams to use when creating public services.

This document has been written by subject matter experts, together with many governmental organisations, test houses and equipment manufacturers to defined a common framework for video surveillance transmission in order to achieve interoperability between products. 

The 62676 series is divided into 4 independent parts:
Part 1: System requirements (with 2 sub-parts: General and Performance requirements)
Part 2: Video transmission protocols
Part 3: Analog and digital video interfaces
Part 4: Application guidelines

This standard is intended to assist Video Surveillance System suppliers, users (including law enforcement), integrators and other interested parties achieve a complete and accurate specification of the surveillance system. This standard standard does not specify the type of technology required for a certain observation task.

[Note that this document, despite being authored in 2014, has been reviewed by subject matter experts in April 2021 and deemed to still represent good practice and relevancy]

Laboratories within the UK who wish to demonstrate that they operate to a quality system, are technically competent and are able to generate technically valid results must now meet the ISO/IEC 17025 requirements. This has now become the standard that UKAS now to assess a laboratory’s competence for the purposes of accreditation.

The purpose of this document is to set down United Kingdom Accreditation Service (UKAS) policy, process and guidance on assessment and accreditation of laboratories 

The difference in this policy set out is that laboratories UKAS policy that laboratory accreditation to ISO/IEC 17025 can now include the expression of opinions and interpretation of test/calibration results in reports as it is considered to be an inherent part of testing. Whereas before this was not permitted.

The laboratory’s documented quality system must reflect whether it is expressing opinions and interpretations and if so, for which activities. The process of interpreting test/calibration results for the purpose of expressing opinions and interpretations must be documented. 

This guidance document suggests how to set up, maintain, monitor and maximise the performance of an ANPR system. It is written for law enforcement ANPR operatives and commercial installers on behalf of the National ANPR Strategy Board. It applies to ANPR systems that are part of the National ANPR Infrastructure (NAI) and may feed data into the National ANPR System (NAS).

Users should also consider the Data protection Act 2018 and Surveillance Camera Code of Practice when using this document.