"HERCULES"

 

 

AN INTEGRATED EARLY WARNING SYSTEM

 

FOR  INCOMING  C.B.R.N. THREATS

 

 

‘C.B.R.N.’ or ‘CBRN’ means:  Chemical, Biological, Radiological, Nuclear

 

Chapter 1: Introduction

1.1 General

The emergence of the third generation of Corona viruses (COVID-19) has highlighted the long-standing problem of the European Union (EU), the non-existence of C.B.R.N. threats detection and localization systems, especially for relatively long distances (over 100 meters).

 

1.1.1     The   demand

Because it has become universally understood that the epidemiological action of such viruses (and not only those) can be used in the context of a medium or large-scale biological war with devastating consequences for both the health of the EU population, «3 Level Security Ltd»  has developed a Digital detection, Localization and Recording System to geographical data base system (GIS) that is implemented by a number of (two or more) C.B.R.N. threats locating operators. The operators must be at a distance from each other or even moving (pedestrian or oncoming).

 

1.1.2     An  idea   that  responds   to   the   demand

At the same time, in parallel, we have designed and developed a generalized purpose subsystem of C.B.R.N. threats (substances) DETECTORS. of which we consider to be the guide for the detection of some or part or all of C.B.R.N. threats.

The above two INDEPENDENT systems are key elements of a broader model - Early Warning System for Incoming in a  Surveillance area: Radiological, Biological, Chemical and Nuclear (C.B.R.N.) THREATS (substances) that are intended to provide the relevant IN TIME data to the Commander / Director / Governor for both the EU responsibility zone as well as at the state (member of the EU) level.

 

1.1.3     Up today Research and Development

«3 Level Security Ltd»  submits this proposal for the development of an Integrated Early Warning System for C.B.R.N.(cHEmical, biological, RAdiological, nuCLEar) threatS that ‘entering’ in a supervised area, by detecting those threats from long distances using digital recording in a geographic information system (GIS) database by the code name ‘HERACLES'.

Application: Τoday «3 Level Security Ltd»  R&D section finalize the first phase of ‘HERACLES’ project. At its finale stage ‘HERACLES’ will:

·         be an ultimate Early Warning System for incoming C.B.R.N. (Chemical, Biological, Radiological, Nuclear) threats in a wide area over 300km radius and will cover all E.U. area plus borders.

·         include five (5) subprojects, as described at next pages. The simplest early warning system against incoming C.B.R.N. substances will require two or more CBRN detectors users, located at a distance from each other or moving (pedestrian or oncoming).

The developed prototype system is a system based at patent number: GR1005224, 2040100482 patent no 16 of the Industrial Property Organization (a/a 16) and has been approved by the Greek Armed Forces General Stuff in 2007 by an official document ID: File 900 / 32/121610 / Draft 335 /Mar 6, 2007/Hellenic Armed Forces General Staff /Research & Informatics Section (E). The proposal have been done by Brigadier Konstantinos Stromatias, «3 Level Security Ltd»  R&D Manager of and also owner of the patent. Details at Annexes ‘D’ and ‘E’.

 

 

Picture above : The constellation of Hercules. The serpent (parable the snake with the INVISIBLE CBRN threats) trying behind the hero to bite his heel (a part of the human body that we do not see - monitor). But the hero fights and "presses" the dragon (invisible enemy, as the CBRN threats are invisible) and targets dragon and the serpent also, eventually defeating the threats against his life.

 

The purpose of the ‘HERACLES’ development is the provision to the competent Commander / Director / Governor of timely information regarding the existence or entry of C.B.R.N. threats (targets) in its area of responsibility.

Client – server is the architecture of the system.

The technological level of ‘HERACLES’ is the 'C4ISR' (Command Control Computers Communication Intelligence Sensor Recognizance). * (1)

 

1.2 Project Framework

Most of the problems that local commanders-directors have to deal with include those of controlling the entry of population groups and animals from the free entry points between the members of the EU. Under the SENGEN International Treaty, the control of infected individuals and animals in the case of internal trafficking in pandemic or mild measures or the absence of population and animal control measures, the control of population groups and animals entering the EU. from other countries or the sea and many other related problems may or may not be foreseen.

Our assessment is that the full development and implementation of the 'HERCULES' system could in the first phase lead, among other things:

• ESSENTIAL Multi-level security (health, tactic, strategical, national, European)

• Economic balance and prosperity in EU Member States

• Individual and mental balance in EU citizens

• A sense of security and not phobic syndromes in citizens and commanders - directors of all EU levels.

1.2.1. "3 LEVEL SECURITY BULGARIA LTD", having more sensitivity to national issues, EU issues. and especially the health of citizens and the Armed Forces, investigate the problem and design a solution that puts it at your disposal.

The rapid and effective PROBLEM OF C.B.R.N. threats EXISTENCE in the context of the EU's health, operational and strategic needs, EU state members and their Armed Forces will contribute IMMEDIATELY and effectively in dealing with any similar threat if FROM NOW combined with the development of a first generation of systems for detection, localization and early warning of incoming C.B.R.N. substances starting from the locally PRODUCTION of each EU member state.

It is now certain that such a successful (to some extent) initial effort will at the same time be self-sufficient in modern technology-like systems. Our assessment is that the above descriptions can be applied in practice by this specific proposal for cooperation with you.

The current WORLD need for applied research on CBRN threats detection, localization and early warning systems. threats, combined with the requirements of the modern battlefield, are perfectly applicable to this proposed system. The emergence and spread of an unknown source of viruses on the planet over the past 30 years has made us the worst aware that epidemiological crises of this kind constitute a low cost of production, easy to manufacture, easy to use and basically very effective weapons system which affects both the psychological factor of the population and its ethics, leading to a reduction in their will for any form of struggle, but also to a disastrous effect on EU economy and its member nations also.

We believe that the development of the proposed Early Warning System can be a comprehensive and feasible solution for both the EU as well as its members as well as the member states Armed Forces, making them PIONEER in this kind of RESEARCH and TECHNOLOGY.

1.2.2  The under development system by the code name: 'HERACLES' will detect known and existing C.B.R.N. substances from a distance, the detection range of which will be determined after continuous testing, rearrangements, reconstructions, adjustments and restructuring of the component parts of the subsystems, parts and components of the whole system. We refer to a system that can be adjusted according to the current threat and will not require a complete redesign.

Our research to date has shown that 'HERACLES' must and may consist of the following independent subsystems:

 

1.2.3. More detailed the UP TO NOW developed prototype systems (version 1) consisting of 4 subsystems as follows:

 

     1. Threats (targets) DETECTION Subsystem. A portable, manual handled detector (device)   that detects material structures from over 1000 meters depending of the mass of the targets and in great depths inside the ground or water. Today the system successfully detects hazardous nitrogenous chemicals containing 75% such as the chemical substance 2,4,6-trinitrotoluene, C6H2(NO2)3CH3  (T.NT. high  power military explosive matter).

 

2. Targets (C.B.R.N. threats) Identification and Recording Subsystem. An application - software running on ANDROID platform, running on a smart phone or a P.A.D. or other device that uses magnetic sensors and GPS. The application uses offline digital maps with a GIS database. It shows in real time the position of the detector and the direction of the target that the detector shows in the horizontal level. The operator parallels the smart phone or PAD bigger axes with the threat detector's antenna that showing the C.B.R.N. threat (target) continuously after it tuned with the C.B.R.N. threat (targets). The direction of the target is recorded in the GIS database by pressing a digital key. After a second detection process from another (second) position (target tranquilization in a horizontal level) the operator simply confirms the direction of the target by pressing a digital key and automatically the application shows the distance of the target, and its coordinates, which automatically record in the GIS database. At the same time, a red ‘square’ label remains permanently on the digital map, maintaining in the GIS database the data of the threat for as long as the user wishes. Operating the client-server architecture model in real time, this application has the ability to function as a client, sending in real time operators position and target direction to a server. This is the STAND ALONE process of a detector user – operator.

 

3. Target identifying and recording sub-system. Supporting tools (tripods, LASER, etc) for accurately target localization.

 

      4. Digital Monitoring System for two or more DETECTORS operators and real time target monitoring. This is the server part at the client – server model of ‘HERCULES’. This application used for Identification and Recording threats, in case of use 2 or more detectors. The application – subsystem accept and display on screen, in real time, the position of the operators (over 10) and the direction of the C.B.R.N. threats (targets) (over 10) that the operators detect. This application (software) running on WINDOWS XP operating system and newer, written in JAVA programming language. It runs on a stable or portable computer or PAD or other. The application uses offline digital maps with a GIS digital database. The purpose of the subsystem is to IMMEDIATELY locate and monitor the movement of a threat or threats by 2 or more detectors, working at a distance from each other. Also eliminates the need to move the operators to another, second location in order to locate the target.

 

1.2.4.   MODELING’ THE NEW SYSTEM FOR SECURING ALL E.U. AREA

 

MODEL LEVEL: ‘1’

  a.  A C.B.R.N. threat (substance) Detection system (‘MAGNOTRON’ type detector ) ( ALREADY DEVELOPED  for the chemical threat 2,4,6-trinitrotoluene, C6H2(NO2)3CH3  substance  (T.NT. high  power military explosive matter).

 

  b. A Localization and Recording C.B.R.N. threat system (device and software). (ALREADY DEVELOPED *)

 

 c.  A SUPPORT system for the Localization and Recording C.B.R.N. threats system (devices) (ALREADY DEVELOPED *)

 

MODEL LEVEL: ‘2’

   a. A Digital monitoring system (DRAMS Early Warning System) for a working C.B.R.N. detectors group (two or more operators)  (version ‘1’ DEVELOPED*).

   b. A real monitoring system for working C.B.R.N. detectors group (two or more operators) that send continuous data in real time as: image - sound - communication from the operators (NOT READY - COOPERATION WITH OTHER  EU COUNTRIES).

 

MODEL LEVEL: ‘3’

A  more complicated Early Warning System called as ‘LEVEL ‘3’ MODEL’ ,  using 6 cooperative  D.R.A.M.S. EWS  OR ‘LEVEL ‘2’  MODELS’ systems ( picture at next page), covers 50 km radius range circle.

 

MODEL LEVEL: ‘4’

A  more complicated ‘LEVEL3 MODEL’ called as ‘LEVEL ’4’ MODEL’ , using 7 cooperative ‘LEVEL ’3’ MODELS’ covers 150 km radius range circle (picture at next pages).

 

MODEL LEVEL: ‘5’

A  more complicated ‘LEVEL4 MODEL’ called as ‘LEVEL ‘5’ MODEL’ , using 7 cooperative ‘LEVEL ’4’ MODELS’ covers 300 km radius range circle (picture at next pages).

 

MODEL LEVEL: ‘6’

The ultimate and most complex MODEL called as ‘LEVEL ‘6’ MODEL’ , using 23 plus 5  cooperative ‘LEVEL ‘5’ MODELS’ that covers ALL E.U. AREA (pictures at next pages).

 

Creation of modular mobile and fixed Command, Control and C.B.R.N. Information Management Centers. Multi-level THREATS WORKING CENTERS will be develop from the first cell of the system (a group of two operators detectors) and will be develop until the EU Central Council. (IN DESIGN PHASE).

 

More details and pictures at Annex ‘C’: PROPOSED MODELS FOR SECURING EU FROM CBRN THREATS.

 

 

These subsystems will be developed in the form of independent devices and can be adapted to the MINIMUM TIME in different structures depending on the texture (Chemical or Biological or Radiological or Neutral) of each target/threat.

Also the above subsystems shall be developed in a modular architecture so that they can be adapted as soon as possible with the minimum effort and project being adjusted - rearranged in place and time within the WHOLE EU AREA. (design flexibility).

The development methodology of the whole project is that of the ‘cell model’. In simple terms, a first model will be developed for a first level (e.g. small urban area of 1,200,000 sq meters), then the model will be expanded (e.g. An urban area of 300,000 people) and expanded continuously (e.g. urban area of city of 5,000,000 people) and expanded until to cover an area of EU Member State level. The next expansion phase is the ultimate aim of covering all or part of the EU and borders in range of 20 km out of the borders.

Any premature success at any stage of development - evolution or emerging threat may change the ‘cell’ development model to that of the " waterfall model", ie the simultaneous implementation of the system in many or all predefined areas or the major or the whole of the EU, in  PARALLEL DEVELOPMENT.

The whole system will be autonomous in terms of energy.

The implementation of the system aims to help achieve:

§  as early a warning as possible depending on the type of threat type with the aim of increasing vigilance in order to effectively address any form and type of related threat or threats or multiple types of threat at all levels of the EU. (beyond borders - border - single area - wide area/region - vast area - state - group of states - the EU's major).

§  the know-how acquisition in the field of detection - digital recording in the field of CBRN threats.

§  the general possibility of developing the system and its subsystems (independently) over time.

§  the strengthening of domestic industry in the field of detection, detection and early warning systems against CBRN threats.

 ANNEX ‘G’ CONTAINS THE PROPOSED SOLUTION FOR THE TREATMENT OF CBRN THREATS, WHILE ANNEX ‘H’ PRESENTS THE MODELLING OF THE SYSTEM TO BE DEVELOPED WITH A VIEW TO COVERING THE ENTIRE EU LIABILITY AREA.

 

1.3 Emerging Project Implementation Activities

Detailed Project Implementation Planning shall include at least the following activities:

 

§  Activity A: Identification, in which CUSTOMER experts will identify, in cooperation with "3 LEVEL SECURITY BULGARIA LTD", the type of threats to be addressed in the individual development programs and the estimated results rates for each C.B.R.N. substance(s) - threat(s).

§  Activity B: Design, which includes detailed design, based on specifications to be given and development of a prototype of an autonomous device / CBRN threat DETECTOR system from the worldwide data so far identified.

§  Activity C: Development of a prototype or a number of prototypes stand-alone devices (detection systems for CBRN threats). A similar number of prototypes will be designed and developed for all or part of the CBRN threats.

§  Activity D: Redesign and Development of a prototype or number of prototype systems (stand-alone devices) for C.B.R.N. THREATS LOCALIZATION and TARGETING. A similar number of prototypes will be designed and developed for all or part of the C.B.R.N. threats.

§  Activity E: Redesign and Development of a prototype or number of prototype systems (stand-alone devices) for SUPPORT the C.B.R.N. threats localization and targeting systems. A similar number of prototypes will be designed and developed for all or part of the C.B.R.N. threats.

§  Activity F: Redesign and Master Development or number of prototypes of autonomous workgroup DIGITAL MONITORING SYSTEMS of two or more C.B.R.N. detectors operators and target movement tracking  in real time.

§  Activity G: Co-production with one or more EU countries or purchase by GOTS **  method or partial development (depending on time - specific conditions) of prototype systems (stand-alone devices) of effective group monitoring (two or more) of C.B.R.N. threats detectors operators (real time image/video/sound/communication from the operators' field of work).

§  Activity H: Creation of fully functional modular mobile and fixed Control Command Computer Communication Center(s) of Detection, Targeting, Recording  and all relative Information of C.B.R.N. threats in multiple levels covering the MODEL: ‘EU MEMBER STATE’, in particular the whole territory of a member state and all its missions abroad.

§  Activity I: Control of the expanded product (A PROTOTYPE INTEGRATED EARLY WARNING SYSTEM for CBRN threats) which includes testing using all developed prototype subsystems.

§  Activity J: Development of industrial standards, including development completion of the ‘INTEGRATED EARLY WARNING SYSTEM PROTOTYPE FOR CBRN threats’, incorporating all technical data resulting from the previous activity.

§  Activity K: Validation & Certification of End Product (INTEGRATED EARLY WARNING SYSTEM PROTOTYPE FOR CBRN threats), including the certification procedures of the final product.

 

Chapter 2: Technical Description

2.1 Introduction

The planned finished product i.e. the automated ‘INTEGRATED EARLY WARNING SYSTEM for CBRN threats AS it will use modern microelectronic technologies, it is a very sophisticated mechanism that does not exist in any EU member state Forces as perhaps in the EU ranks.

 It is clear that any success of the joint effort to introduce this proposed integrated system into the Armed Forces of any member state of EU and other services in the member may change the existing operational regime for the use of surveillance forces in such operations, which is relevant both to staff training and to their overall operational function.
If it is decided to use the proposed system, then the regular use of the existing surveillance forces against CBRN threats will obviously change automatically.

This fact alone can be the beginning of the transformation or establishment of a specific NEW Corps. which is likely to be entrusted with the operation of this INTEGRATED PROJECT  of the MEMBER of EU COUNTRY.

 

2.2. System Technical and operational characteristics

The core ‘heart’ of the whole system is the development of a CBRN threats DETECTOR for a medium and also a long distance. This will be an autonomous system in the form of a device with an autonomous energy source that will easily adapt to different forms and depending on the type of the threat it should detect.

The main technical and operational characteristics of the RP CIT system substances are listed as follows:

·           The range of the Detection shall be such that it can support the LOGICAL STRUCTURE OF AN EARLY WARNING SYSTEM. The basic idea of an  early warning system for CBRN threats is to allow to detect CBRN threats  at places crowded by people (such as train stations, buses, airports, ports, shopping centres, workplaces, facilities, etc) in distances capable to give the antiquate time to the safety forces to engage in order to eliminate the threat. So it is clear that the detection of any kind of CBRN threat SHOULD BE ACHIEVED (must and could)  BEFORE AND FAR FROM ANY HUMAN GATHERING and OVERCROWDING PLACE OR INSTALLATION. THIS IS AN INVIOLABLE WAY OF DEVELOPING ANY CBRN threats EARLY WARNING SYSTEM.

§  To be developed in the form of a small easy-to-use, manual device,

§  The device that will be developed can be operated by the average person.

§  To have technology capable of detecting CBRN threat essentially, to identify the CBRN substance depending on the appropriate sensor it will have and then in a short time to be magnetically tuned to any SAME C.B.R.N. substance that exists is in its range (range of action).

§  Be safe for the health of its operator.

§  It is possible to use it and if possible, in all weather conditions and areas of the EU.

§  To have a suitable CONTROLLER (coordinator) that COULD shows the detector operator the direction of the CBRN target with which it is TUNED.

§  To enable flexible construction of the system so that on the one hand it is possible to adjust it after continuous testing in the test fields, and on the other hand the possibility of acquiring know-how for further technological development of these systems in the long run.

§  No maintenance of the device required.

§  The system should have at least one sensor that can be tuned to the SAME CBRN target - substance.

§  Be able to operate under high voltage power cables.

§  Not to be affected by electromagnetic spectrum deflectors (Jammers).

The main technical and operational characteristics of the LOCALIZATION and RECORDING CBRN threats system listed below:

§  To be developed in the form of a small easy-to-use, manual device, if possible the size of a telephone device, a PAD or similar.

§  The device that will be developed must be operated by the average person.

§  Use technology capable of recording data in a geographic database (GIS  type).

§  In the recorded data there should be: date, time, coordinates of a recorded target.

§  The recorded data should not be deleted against the will of the operator but only with his own action on the device.

§  No to be possible to alter the target record data, except to delete it.

§  To be possible to record a fake target, but to be presented in the system with a different colour so that it stands out from the real target.

§  The recorded face target data should not be deleted against the will of the operator but only with his own action on the device.

§  Be safe for the health of its operator.

§  To be possible to use it, if possible, in all weather conditions and areas of the EU.

§  CAN AUTOMATICALLY record the target by the 2nd EFFORT OF the operator (at triangulation process).

§  To present the distance of the target and its coordinates AUTOMATICALLY as soon as the target record by the 2nd EFFORT OF the operator (at triangulation process).

§  No maintenance of the device must be required.

The main technical and operational characteristics of the sub-project system ‘DIGITAL monitoring system for the detection of a team of C.B.R.N. threat Detectors, are listed bellow:

§  To be developed in the form of a small easy-to-use, portable device, if possible the size of a laptop or PAD laptop, etc.

§  The device can be operated by the average person.

§  Use technology capable of digitally presenting the data of two or more operators with different colours for each operator.

§  to detectors in REAL TIME and specifically at least:

-       Their location on a digital map, with a separate code name for each CBRN threat detector operator.

-       To use a different colour for each direction of CBRN threat detection - operator from the same position.

-       The position of the target that will be visible from the intersection of two or more directions with different colours for each operator.

-       The system could operate both in the field and inside facilities,  vehicles, armoured vehicles and inside military vehicles.

-       The communication part of the system (communication with the detection & target recording systems of the operators) must be supported:

-   from a smart phone with a built-in Modem.

-   from VPN 3G mobile network and newer.

-   from a simple external modem in case of non-existence

                         or non-operation mobile telephony networks.

§  Use a database with data for each new session

§  Give the operator the exact electronic address (IP) of the modem that will be connected to the system from the system to the operator so that the operator TARGETS LOCATOR SYSTEM could be tuned with the modem.

§  No system maintenance required.

§  The system could operate in WINDOWS OS environment.

Regarding the last two subsystems: 1: ‘monitoring system in REAL TIME of the detection work of a group of C.B.R.N. threat Detectors and 2: ‘System of Mobile and Fixed C4ISR Centers for Command Control and Management of C.B.R.N. threats detection of Multi-level threats, we consider it appropriate not to refer to them from now on, but reference will be made to the main study of the project after consultation with the current requirements of the client.

 

2.3 System Implementation Estimated Results

Some of the estimated results of the application of the proposed new system are listed below:

§  Valuable hard-working personnel are saved for use in a purely regular context or for its observance as direct reserves or other critical missions in peacetime or operations as the operation of such a system may well be assigned to experienced retired executives of armed forces and other services of the EU Member States countries.

§  The logic of assigning threat surveillance missions will be bypassed essentially in combat-ready units that can and should receive regular missions due to the nature of the formation and the means at their disposal.

§  Valuable time will be saved in phases of increased alarm / epidemiological crises / similar situations to that of the COVID-19 epidemic due to the fact that those involved in such textile missions will be more specific and will know their mission and mode of action in advance , having been trained in these modern collaborative integrated systems of the new early warning system for CBRN threats.

§  The operation of the new early warning system for CBRN threats Due to its relative simplicity, it can be assigned to unskilled personnel.

§  The range of the system estimated to cover the entire territory of the designated area (from a small area to the whole of the EU) as long as the  CBRN EXCLUSIVE doctrine described in Annex ‘A’.

 

Chapter 3: Project Implementation Planning Detailed

The implementation of the Project is estimated to last a total of 22 - 24 months from the date the project team is determined and the responsibilities of each participant in the project. At this time, the projects of Activity G (Co-production with one or more EU countries or purchase by GOTS **  method or partial development (depending on time - specific conditions) of prototype systems (stand-alone devices) of effective group monitoring (two or more) of C.B.R.N. threats detectors operators (real time image/video/sound/communication from the operators' field of work) and Activity H ( Creation of fully functional modular mobile and fixed Control Command Computer Communication Center(s) of Detection, Targeting, Recording  and all relative Information of C.B.R.N. threats in multiple levels covering the MODEL: ‘EU MEMBER STATE’, in particular the whole territory of a member state and all its missions abroad).

The estimated works for the project implementation are:

§  A substantiated proposal for the development of the system to the client.

§  Analytical Study written by the Researcher team of the Project, which will not include the ‘G’ and ‘H’ activities. These activities will be studied in parallel but with a longer time limit.

§  Design of a Measurement and Sensor Methodology by the Project Researcher Group for the Construction of the CBRN threats -  substances. This process is the most critical for the whole project and may require cooperation with other EU member state / s as well.

In parallel with the above actions the Research Team of the Project will undertake the following tasks:

§  shall design and determine the sensor(s) and develop secure positioning  within the Detector shell with possible cooperation with other EU Member State / s.

§  shall ensure and identify, in cooperation with the CUSTOMER Team for the Project, the appropriate space, time, means and other requirements for initial testing of the sensor(s) sensitivity measurement device in order to determine the magnetic signature(s) of the CBRN substance(s) to be predetermined as target(s).

§  will deploy the CBRN THREAT  Sensor(s).

§  design and develop an appropriate Power Supply System (engine or engines) of the Detector(s).

§  shall design and develop an appropriate sensor latch and adaptor device(s) to the Detector(s) and sensor(s). The end of this process also means the completion phase of the autonomous detector device(s).

§  Field Test Activation by the Project Researchers  Team, a number of detector(s) with customer participation to determine the range(s) to meet customer requirements and determine the loss-making distances (active - beneficial - maximum) for each CBRN threat - substance(s) as target(s).

§  Minimum / Maximum Distance Certification Jobs and Percentage Successful Detection of CBRN threats ( targets)  - substance(s).     

§  the Project Researchers  Team shall carry out tests on the required tasks of adjusting the sensor(s) in the test field and determining the CBRN threat ‘magnetic signature’  according to the category of each one target - substance(s). Using static target(s) calibrate the sensor sensitivity using a measurement device (detector) or other which will be used for the final construction of the prototypes.

§  Redesign the localization and targets locator system from the project researchers group. a new ‘dedicated system’ will be developed accordingly to field and observation test results.

§  completion, by the Project researchers Team, of the project to deploy a prototype device(s) and enable a Detector(s) for final determination of its action radius.

§  Final Tasks — Field-measurement Sensor/Probe Range Tests of the  targets – CBRN threats from the Project Researchers Group.

§  Design and Development by the Project Researcher Group, of the sub-project ‘DIGITAL MONITORING SYSTEM of  the detectors users.

§  the Project researchers Team will design and implement the integration of volatile and floating media as DRONES and other aircraft into the sub-project ‘DIGITAL MONITORING SYSTEM of  the CBRN threats detectors users’ for a pilot CBRN threats project’.

§  after this sub-project has been completed, the Project Researchers  Team will start the Detector activation work for proper function checking in the sub-project ‘DIGITAL MONITORING SYSTEM of  the CBRN threats detectors users’ for a pilot CBRN threats project’.

§  The Project Researchers  Team will commence market research work on the Co-production and Development sub-project ‘REAL TIME MONITORING SUBSYSTEM for  working C.B.R.N. detectors group that send continuous data in real time as: image - sound - communication from the operators’.

§   after this sub-project has been completed, the Project Researchers  Team will start the Detector activation work to check the proper functioning of the ‘REAL TIME MONITORING SUBSYSTEM for  working C.B.R.N. detectors group that send continuous data in real time as: image - sound - communication from the operators’.

§  the Project Researchers  Team will plan and implement the integration of volatile and floating media as DRONES and other aircraft in the sub-project the ‘REAL TIME MONITORING SUBSYSTEM for  working C.B.R.N. detectors group that send continuous data in real time as: image - sound - communication from the operators’.

§  The Project Researchers Team will start work on developing a number of CBRN threats detection systems prototypes.

§  The Project Researchers Team will start work on developing a number of prototypes of CBRN threats detection early warning systems.

§  The Project Researchers Team will begin work on Design and Development of a first model for installation of the  modular mobile and installed Command and Control Centre(s) of CBRN threats Detection Information of the multiple-level threats (MULTIPLE THREATS).

§  In parallel the Project Researchers Team will start the Design and Development work of a first model for installation on a vehicle (type of VAN) modular mobile and fixed Command and Control Center of CBRN threats detection Information (MULTIPLE THREATS).

§  After the above successful attempt the Project Researchers Team will start the Design and Development work of a first model for installation on a military vehicle and a military truck of the  modular mobile and installed Command and Control Centre(s) of CBRN threats Detection Information of the multiple-level threats (MULTIPLE THREATS).

§  CUSTOMER Project Team certifies the prototype system(s) of CBRN threats DETECTION.

§  CUSTOMER Project Team certifies the prototype system(s) of CBRN threats LOCALIZATION & TARGETS LOCATOR.

§  CUSTOMER Project Team certifies the original redesigned CBRN threats LOCALIZATION & TARGETS LOCATOR developed as a dedicated system following the results of field and observation tests.

§  certification by CUSTOMER Project Team of the original redesigned ‘DIGITAL MONITORING SYSTEM of  the CBRN threats detectors users’ developed as the dedicated system following the results of field and observation tests.

§  certification by the CUSTOMER Project Team of the proper operation of integrated flight and floating media as DRONES and other aircraft in the sub-project ‘DIGITAL MONITORING SYSTEM of  the CBRN threats detectors users’  

§  CUSTOMER Project Team certifies the Redesigned Prototype System ‘REAL TIME MONITORING SUBSYSTEM for  working C.B.R.N. detectors group that send continuous data in real time as: image - sound - communication from the operators’, developed as the dedicated system following the results of field and observation tests.

§  Certification by the CUSTOMER Project Team of incorporated volatile and floating media as DRONES and other aircraft in the sub-project ‘REAL TIME MONITORING SUBSYSTEM for  working C.B.R.N. detectors group that send continuous data in real time as: image - sound - communication from the operators’.

§  CUSTOMER Project Team certifies the first ‘Modular mobile and installed Command and Control Center(s) of CBRN threats Detection Information of the multiple-level threats (MULTIPLE THREATS).

§  CUSTOMER Project Team certifies all the  modular mobile and installed Command and Control Center(s) of CBRN threats Detection Information of the multiple-level threats (MULTIPLE THREATS) at all multiple levels of an EU member state territory and consignments outside its borders.

§  certified by CUSTOMER's Project Team of the Industrial CBRN threats DETECTION System(s) - Appliance(s).

§  certified by CUSTOMER's Project Team of the Industrial LOCALIZATION & TARGETS LOCATOR System(s).

§  certified by CUSTOMER's Project Team of the Industrial SUPPORT SYSTEM of the localization & targets locator System.

§  certification by the CUSTOMER Project Team of the ‘DIGITAL MONITORING SYSTEM of  the CBRN threats detectors users’

§  certification by CUSTOMER Project Team of the the  modular mobile and installed Command and Control Center(s) of CBRN threats Detection Information of the multiple-level threats (MULTIPLE THREATS). Certification may be required here for multiple industrial models depending on usage levels.

Continued Management, by the Project Manager in cooperation with the Permanent Program Monitoring Group  of the overall project to coordinate implementation actions to ensure the desired result and the project is carried out within the framework specified in the proposal and the relevant timetable. In addition, continuous monitoring of its implementation and effective addressing of issues and difficulties that may arise.

The following tables describe the implementation schedule of the Project and the deliverables to be prepared:



 


 

Project Execution Actions ( basic ones)

Time

Proposal Acceptance & Study Initiation

Χ0 (months)

Development of technical measurements of the sensors to be used for the construction of the first standard of the CBRN threats detection subsystem

Χ0+1

SUBPROJECT: Initial Design Assay and Technique for Sensor/S Sensitivity Measurement (CONFIDENTIAL KNOW-HOW - WILL REMAIN TO THE DESIGNER)

Χ0+2

Design and development of the most appropriate form of CBRN threat as to be EFFECTIVE and SAFE use of the Detector Subsystem (Stand alone Device).

Χ0+5

Design and development of the most appropriate CBRN threat sensor type and the cell in which the sensor will be placed (DETECTOR SUB SYSTEM).

Χ0+7

ReDesign & ReDevelopment of a magnetic tuned machine for the sensor type and the cell in which the sensor will be placed for the DETECTOR SUB SYSTEM.

Χ0+9

Design & development of other parts of the Detector Subsystem.

Χ0+10

Certification of the minimum / maximum possible performance of secure  detection of the CBRN substance (threat) using Detector Subsystem

Χ0+11

Expanded sensor/sensor sensitivity measurement, determination of detection distances, depth, etc

Χ0+12

SUBPROJECT: A DETECTION of CBRN threat  Subsystem Laboratory Standard (CONFIDENTIAL KNOW-HOW - WILL REMAIN TO THE MANUFACTURER)

Χ0+13

Field tests using as target the selected CBRN substance(s)

Χ0+15

Incorporation of results from field testing / rearrangement / technical — technological adaptations — final laboratory prototype.

Χ0+17

Deliverable: The DETECTION system of a given CBRN threat (substance)

Χ0+ 18

Accept CUSTOMERs Specification

Χ0+19

Certified of the Original DETECTION system of a given CBRN threat (substance)

Χ0+20

Deliverable: Industrial Standard of the DETECTION system of the given CBRN threat (substance)

Χ0+21

Redesign of the LOCALIZATION, TARGETS LOCATOR and RECORD  of CBRN threat system. A new dedicated system will be developed in accordance with field and observation test results.

Enable Detectors in order to determine range radius.

Development of a final industrial standard (end product) ) LOCALIZATION, TARGETS LOCATOR and RECORD of CBRN threat system

Certification of an Industrial Standard (End Product) LOCALIZATION, TARGETS LOCATOR and RECORD of CBRN threat system.

Developing sub-project ‘‘DIGITAL MONITORING SYSTEM of the CBRN threats detectors users’

Incorporation of volatile and floating media as DRONES and other aircraft into the sub-project ‘‘‘DIGITAL MONITORING SYSTEM of the CBRN threats detectors users’

Enable Detectors for proper function control.

Development of a final industrial standard (end product) ‘‘‘DIGITAL MONITORING SYSTEM of the CBRN threats detectors users’

Certification of an industrial standard (end product) ‘‘‘DIGITAL MONITORING SYSTEM of the CBRN threats detectors users’

 

Co-production and Development of the ‘REAL TIME MONITORING SUBSYSTEM for  working C.B.R.N. detectors group that send continuous data in real time as: image - sound - communication from the operators’.

Incorporation of volatile and floating media as DRONES and other aircraft into the sub-project ‘REAL TIME MONITORING SUBSYSTEM for  working C.B.R.N. detectors group that send continuous data in real time as: image - sound - communication from the operators’.

Enable Detectors for proper function control.

Development of a final industrial standard (end product) ‘REAL TIME MONITORING SUBSYSTEM for  working C.B.R.N. detectors group that send continuous data in real time as: image - sound - communication from the operators’.

Certification of an industrial standard (end product) ‘REAL TIME MONITORING SUBSYSTEM for  working C.B.R.N. detectors group that send continuous data in real time as: image - sound - communication from the operators’.

Design and Development of the ‘modular mobile and installed Command and Control Center(s) of CBRN threats Detection Information of the multiple-level threats (MULTIPLE THREATS) at all multiple levels of an EU member state territory and consignments outside its borders’.

Enable Detectors for proper function control.

Development of a final industrial standard (end product) ‘of the  modular mobile and installed Command and Control Center(s) of CBRN threats Detection Information of the multiple-level threats (MULTIPLE THREATS) at all multiple levels of an EU member state territory and consignments outside its borders.’

Certification of an industrial standard (end product) ‘of the  modular mobile and installed Command and Control Center(s) of CBRN threats Detection Information of the multiple-level threats (MULTIPLE THREATS) at all multiple levels of an EU member state territory and consignments outside its borders’.

‘model 1 level’ development : Personnel, trucks,  installations, facilities, organization, and any other activity that cannot estimated.

‘model 2 level’ development : Personnel, trucks,  installations, facilities, organization, and any other activity that cannot estimated.

‘model 3 level’ development : Personnel, trucks,  installations, facilities, organization, and any other activity that cannot estimated.

‘model 4 level’ development : Personnel, trucks,  installations, facilities, organization, and any other activity that cannot estimated.

‘model 5 level’ development : Personnel, trucks,  installations, facilities, organization, and any other activity that cannot estimated.

‘model 6 level’ development : Personnel, trucks,  installations, facilities, organization, and any other activity that cannot estimated.

 

INTERMEDIATE DELIVERABLES (PROJECT PROGRESS CONTROL)

Χ0+27

                                                                      

Χ0+28

Χ0+29

         Χ0+31

Χ0+28

 

Χ0+30

Χ0+33

Χ0+36

Χ0+37

 

Χ0+38

 

Χ0+36     

        Χ0+40

Χ0+41

 

Χ0+42

 

Χ0+40

Χ0+42

Χ0+44

 

Χ0+45

 

Χ0+46

 

MODELS DEVELOPMENT Depending from  decision making of higher  stand persons in the EU

 

month

Management & Monitoring of the Project Execution

continuous

Deliverable: Project Task Progress Initial Report

Χ0+2

Deliverable: Interim Progress Report of the Project Tasks: CBRN threat DETECTION SUBSYSTEM (CBRN DETECTOR)

Χ0+13

Deliverable: 2nd Interim Progress Report of the Project Tasks: CBRN threat DETECTION SUBSYSTEM (CBRN DETECTOR)

Χ0+18

1st Deliverable: Project Completion Report of the: CBRN threat DETECTION SUBSYSTEM (CBRN DETECTOR) substance.

Χ0+22

Deliverable: Interim Progress Report of Project Tasks:
‘The LOCALIZATION, TARGETS LOCATOR and RECORD  of CBRN threat system’.

Χ0+ 29

2Nd Deliverable: Completion Report of the ‘LOCALIZATION, TARGETS LOCATOR and RECORD  of CBRN threat system’.

Χ0+31

Deliverable: Interim Progress Report of Project Tasks: ‘‘DIGITAL MONITORING SYSTEM of the CBRN threats detectors users’ .

Χ0+34

3rd Deliverable: Project Completion Report of the subproject: ‘‘DIGITAL MONITORING SYSTEM of the CBRN threats detectors users’ .

Χ0+38

Deliverable: Interim Progress Report of the subproject: ‘REAL TIME MONITORING SUBSYSTEM for  working C.B.R.N. detectors group that send continuous data in real time as: image - sound - communication from the operators’.       

Χ0+42

4th Deliverable: Project Completion Report of the subproject: ‘REAL TIME MONITORING SUBSYSTEM for  working C.B.R.N. detectors group that send continuous data in real time as: image - sound - communication from the operators’.         

Χ0+43

Deliverable: 2nd Interim Progress Report On Project ) ‘of the  modular mobile and installed Command and Control Center(s) of CBRN threats Detection Information of the multiple-level threats (MULTIPLE THREATS) at all multiple levels of an EU member state territory and consignments outside its borders.’

Χ0+ 44

5th Deliverable: Project Completion Report ‘of the  modular mobile and installed Command and Control Center(s) of CBRN threats Detection Information of the multiple-level threats (MULTIPLE THREATS) at all multiple levels of an EU member state territory and consignments outside its borders.’

 

Χ0+47

 

 

 

Chapter 4: Project Team Organization & Composition

4.1 Introduction

The organization and composition of the Project Team should meet the needs of the project both in thematic and experience specialization in order to ensure its smooth implementation. At the same time, clear delimitation of roles and responsibilities is needed in a flexible but effective system of administration and communication with the customer in order to create the basis for the maximum performance of the Group.
On the basis of the above, the organization and composition of the Project Team was established on the basis of the following parameters:

§  best coverage of the competence criterion in the provision of integrated services.

§  full coverage of the Project's increased technical specifications.

§  Most effective organization and operation of the Group.

§  of the funds to be released for the sub-projects.

 

4.2 Organizational Structure and Roles / Responsibilities of the Project Team (RECOMMENDED)

 

Project Manager

The Project Manager shall lead the project, have responsibility for its execution and general oversight and shall be in direct contact with the Permanent Program Monitoring Group. The role of the Project Manager includes:

§  representation of the Contractor vis-à-vis CUSTOMER

§  ensure communication and cooperation with the Permanent Program Monitoring Group of the CLIENT

§  responsibility for the overall design, direction and quality control of the project

§  monitoring the relative progress and the implementation phases of the Project

§  information to the Permanent Program Monitoring Group on the progress of the Project, the needs in resources and in general on all issues related to the services provided by the Researcher.

The Project Manager will be responsible for the head of the Research and Development Department of «3 Level Security Ltd»  who is a researcher-inventor, the holder of dozens of patents and a master's degree in ‘Computer and Electronics’ studies at the University of Crete. It is also the inventor of a similar system with great experience in the field of microelectronic systems, magnetic resonance systems and the corresponding C4ISR systems as well.

 

Researchers Team work

The role of the Researchers Team shall include as a minimum the tasks of:

·       development of technical system sensor measurements to be used for the construction of the first standard CBRN threats detection subsystem.

·       Initial Design Assay and Technique for Sensor/S Sensitivity Measurement (CONFIDENTIAL KNOW-HOW - WILL REMAIN TO THE DESIGNER).

·       design and development of the most appropriate form of CBRN threat   as to be EFFECTIVE and in SAFE use from the Detector Subsystem (Standalone Device).

·       Design & Development of Appropriate Sensor & Sensor place positioning  part  of a given CBRN threat - substance for the Detector Subsystem.

·       Design & Development of a Magnetic Resonance machine for the specific CBRN threat sensor and its adjustment to the vector of the Detector Subsystem.

·       Design & Development of Other Parts of the Detector Subsystem.

·       certification of the minimum / maximum possible safe detection performance of the Detector Subsystem.

·       Sensor/S sensitivity measurement, determination of detection distances, depth, estimated display areas.

§  Development of a Laboratory Standard CBRN threats DETECTOR Subsystem (CONFIDENTIAL KNOW-HOW - WILL REMAIN TO THE MANUFACTURER).

§  in cooperation with CUSTOMER will be present in the Field Tests using the selected CBRN threats as  targets.

§  Incorporation of results from field testing / rearrangement / technical — technological adaptations — final laboratory prototype (OP)

§  will deliver the final product, the final CBRN threats selected Detection Device(s).

§  In collaboration with CUSTOMER will be present at the Certification of the CBRN threats selected Detection Device(s).

§  deliver the Industrial Standard of CBRN threats selected Detection Device(s).

§  CBRN threats selected Detection Device(s) Redesign. A new dedicated system will be developed in accordance with field and observation test results.

§  Enable CBRN threats Detectors to determine the RANGE (radius).

§  Development of the Industrial Standard (End Product) ‘CBRN threats Localizing & Recording System’.

§  in collaboration with the CUSTOMER will be present at the Certification of the industry standard (end product), i.e. ‘CBRN threats Localizing & Recording System’.

§  Development of sub-project ‘‘DIGITAL MONITORING of CBRN threats of the detectors operators system.’                                                            

§  integration of volatile and floating media as DRONES and other aircraft into the sub-project ‘‘DIGITAL MONITORING of CBRN threats of the detectors operators system.’

§  Enable Detectors for proper function control.

§  Development of End Industrial Standard (End Product) ‘‘DIGITAL MONITORING of CBRN threats of the detectors operators system.’

§  In collaboration with CUSTOMER will be present at the Certification of the Industry Standard (End Product) ‘‘DIGITAL MONITORING of CBRN threats of the detectors operators system.’

§  Co-production and Development of a ‘real -time ‘‘DIGITAL MONITORING of CBRN threats of the detectors operators system.’

§  integration of volatile and floating media as DRONES and other aircraft into the sub-project ‘DIGITAL MONITORING of CBRN threats of the detectors operators system.’

§  Enable Detectors for proper function control.

§  Development of the Industrial Standard (End Product) ‘DIGITAL MONITORING of CBRN threats of the detectors operators system’

§  In collaboration with CUSTOMER will be present at the Certification of the industry standard (end product) ‘DIGITAL MONITORING of CBRN threats of the detectors operators system’

§  Design and Development of the ‘Modular Mobile and install Command  Control Center(s) of monitoring CBRN threats Information (MULTIPLE THREATS).’

§  Integration of Volatile Media as DRONES and other aircraft into the sub-project ‘DIGITAL MONITORING SYSTEM FOR GROUP DETECTORS’.

§  Development of a final industrial standard (end product) ‘Modular mobile and install Command  Control Center(s) of monitoring CBRN threats Information (MULTIPLE THREATS).’  

§  In collaboration with CUSTOMER will be present at the Certification of the Industry Standard (End Product) ‘Modular Mobile and install Command  Control Center(s) of monitoring CBRN threats Information (MULTIPLE THREATS).’

CUSTOMER Project Team

The role of the CUSTOMER Project Team shall include:

·         Cooperation with the Project Research Team to facilitate the implementation of its activities.

·         The presence in any tests required - and requested to be present - to improve the 5 finished products, rearrange them and redesign them if necessary.

·         Certification of the 5 finished products and any other certification requirements  required.

·         To provide guidance and facilities for the Project Research Team work.

 

 

Image above: THE ‘EU MEMBER STATE’ MODEL TO PROTECT THE ENTIRE EU MEMBER STATE LIABILITY ZONE from CBRN threats as they can be applied in Greece.

 

 

Chapter 5: Project Execution Requirements

The whole project can be undertaken entirely by "3 LEVEL SECURITY BULGARIA LTD".

The successful completion of the Project will require the contribution and cooperation of CUSTOMER Executives at any time and field of research deemed necessary during the development of the project.

Particularly with regard to the training and use of the new systems so that the end product is a convenient and functional tool for the EU community and Armed Forces also it is then assessed that the final products should meet the following characteristics (some):

·         be developed in two levels where at level 1 the training of the  trainers will take place and at level 2 the training of the operators.

·         be as acceptable and understandable as possible to both trainers and trainees.

·         be as user-friendly as possible with regard to how they operate.

·         be safe for their operators.

 

 

 

Image: The LEVEL model ‘1’ to protect AREA from CBRN threats. A STAND - ALONE CBRN THREAT DETECTOR WORK ALONE AND INDEPENDENTLY USING THE TARGET DETECTION AND DIGITAL TYPE RECORDING ‘E3 TARGETS LOCATOR’ SYSTEM TO IDENTIFY DETECTED CBRN  THREATS.

 

 

Chapter 6: Analysis of Project Benefit and Inhibitors

6.1 Introduction

The benefits expected to accrue to the Greek Armed Forces from the implementation of the Program are mainly Operational, National and Financial. However, it is also necessary to mention the possible blocking agents of successful implementation of the Project.

 

6.2 Operational Benefits

With the implementation of the program, it is considered that critical conclusions can be drawn which will provide significant assistance in improving the EU's operational preparedness. Some very important operational issues which will be raised by the implementation of the Project are:

·         the effectiveness of these systems in initially detecting and detecting CBRN threats - substances, generally expected to be of similar technological response or to have the same or similar 'manufacturing' behaviour as the developing subsystems of this target substance project.

·         Beyond any quantification of parameters, the very understanding of the detection mechanism – CBRN threats detection, will contribute significantly to drawing useful conclusions regarding the implementation of both this system and similar or similar in early warning enterprises at all levels within the EU.

·         to gain experience and knowledge of further planning with regard to this category of materials and the necessary support for them over time at the lowest possible cost.

 

6.3 National Benefits

The development and implementation of the system will provide additional national benefit for the reasons described below:

·         know-how will be gained by enabling these systems to evolve and to improve them continuously following the comments of the strains identified in the test fields.

·         will be given the opportunity to promote the defence domestic industry especially in the area of this type of system.

·         new jobs will be created with a direct impact on the country's unemployment rates.

·         will raise the morale of the population,

·         will create a sense of security in the population.

·         stabilize the economy in the sense that there will no longer be the panic observed on the markets since the emergence of COVID -19 but also with the emergence of similar types of viruses, substances, threats.

·          will gain self-sufficiency in such systems.

·         valuable experience will be gained as a result of this whole endeavour, which is not expected to be completed by the handover of the project but to continue in perpetuity as such threats (natural or artificial) have always harmed mankind for thousands of years.

 

6.4 Economic Benefits

The economic benefits are expected to result from the savings of natural and human resources and other means of implementing the whole program.


6.5 Project Success Inhibitors

Successful implementation of the Project will require consideration of factors which may lead to delays in the implementation of the Project. The main inhibitors which are visible are:

·         time limits of this design are exceeded.

·         Undesired detection of specified RP target substances, in accordance with the standard laid down in relation to the distance to be determined as a minimum and maximum range of action to characterize the whole system as an early warning system.

·         risks of technological overshooting due to delays in program development.

Bearing in mind that there is a well-known global precedent for such an effort to develop a simple detector now days in IRAN (Annex ‘J’) and in Egypt also in 2013 (Annex ‘H’).

Such an effort for the western world and the EU in particular, it is a pan-european research initiative.

There is no risk in the whole program as the Project Research Team has the appropriate infrastructure and the necessary know-how.

Cooperation with other EU Member States may be necessary in the field of assistance to the sensor(s) development by using research laboratories dealing with CBRN issues in the EU.

To sum up, it is important to note that the inventor of the whole project has the necessary exclusive rights of use, who has the relevant protection of his know-how on many of the issues that this huge task requires.

Image: The LEVEL ‘2’ model for protecting LARGE CITY and PERIPHERY AREA of a state member of EU. from CBRN threats as can be applied to  ‘ATTIKI’ region in Greece.

 

Chapter 7: Project Cost

The total cost of the Project cannot be estimated now. A description of the minimum estimated activities can be found in the following Table:

 

Estimated Activity

Cost   x

1.000.000 €

Detailed Project Development Study

 0

Design of a Measurement method and Sensor Methodology with possible cooperation with other EU Member States.

 0

SUBPROJECT: Initial Design Assay and Technique for Sensor/S Sensitivity Measurement (CONFIDENTIAL KNOW-HOW - WILL REMAIN TO THE DESIGNER).

 0

Design and development of the most appropriate form of CBRN threat as to be EFFECTIVE and SAFE use of the Detector Subsystem (Stand alone Device).

 0

Design and development of the most appropriate CBRN threat sensor type and the cell in which the sensor will be placed (DETECTOR SUB SYSTEM).

 0

ReDesign & ReDevelopment of a magnetic tuned machine for the sensor type and the cell in which the sensor will be placed for the DETECTOR SUB SYSTEM.

 0

Design & development of other parts of the Detector Subsystem.

 0

Certification of the minimum / maximum possible performance of secure  detection of the CBRN substance (threat) using Detector Subsystem.

Expanded sensor/sensor sensitivity measurement, determination of detection distances, depth, etc.

Enable Detectors in order to determine range radius, etc .

Development of the DETECTION of CBRN threat Subsystem Laboratory Standard .

Field tests using as target the selected CBRN substance(s).

Incorporation of results from field testing / rearrangement / technical — technological adaptations — final laboratory prototype.

Development of the DETECTION system of a given CBRN threat (substance) Industrial  Standard.

Certified of the Original DETECTION system of a given CBRN threat (substance) .

0

0

 

0

0

 

0

0

 

0

0

Redesign of the LOCALIZATION, TARGETS LOCATOR and RECORD  of CBRN threat system. A new dedicated system will be developed in accordance with field and observation test results.

Redevelopment of a laboratory standard (end product) ) LOCALIZATION, TARGETS LOCATOR and RECORD of CBRN threat system.                    

 0

Enable Detectors in order to determine range radius.

Development of a final industrial standard (end product) ) LOCALIZATION, TARGETS LOCATOR and RECORD of CBRN threat system.

Certification of an Industrial Standard (End Product) LOCALIZATION, TARGETS LOCATOR and RECORD of CBRN threat system.

 0

 

 0

 

0

Redeveloping sub-project ‘‘DIGITAL MONITORING SYSTEM of the CBRN threats detectors users’ .

Incorporation of volatile and floating media as DRONES and other aircraft into the sub-project ‘‘‘DIGITAL MONITORING SYSTEM of the CBRN threats detectors users’ .

Development of a laboratory standard ‘‘‘DIGITAL MONITORING SYSTEM of the CBRN threats detectors users.’

Enable Detectors for proper function control.

0

 

0

 

0

 

0

Development of a final industrial standard (end product) ‘‘‘DIGITAL MONITORING SYSTEM of the CBRN threats detectors users’.

Certification of an industrial standard (end product) ‘‘‘DIGITAL MONITORING SYSTEM of the CBRN threats detectors Users.

Co-production and Development of the laboratory product  ‘REAL TIME MONITORING SUBSYSTEM for  working C.B.R.N. detectors group that send continuous data in real time as: image - sound - communication from the operators’.

Incorporation of volatile and floating media as DRONES and other aircraft into the sub-project ‘REAL TIME MONITORING SUBSYSTEM for  working C.B.R.N. detectors group that send continuous data in real time as: image - sound - communication from the operators’.

Enable Detectors for proper function control.

Development of a final industrial standard (end product) ‘REAL TIME MONITORING SUBSYSTEM for  working C.B.R.N. detectors group that send continuous data in real time as: image - sound - communication from the operators’.

Certification of an industrial standard (end product) ‘REAL TIME MONITORING SUBSYSTEM for  working C.B.R.N. detectors group that send continuous data in real time as: image - sound - communication from the operators’.           

0

 

0

 

0

 

 

 

0

 

0

 

0

 

 

0

Development of a number of industrial standard (end product) systems LOCALIZATION, TARGETS LOCATOR and RECORD of CBRN threat system.

Development of a number of industrial standard (end product) systems DETECTION of CBRN threat

Development of a number of industrial standard (end product) systems ‘‘‘DIGITAL MONITORING SYSTEM of the CBRN threats detectors users’.

Development of a number of industrial standard (end product) ‘REAL TIME MONITORING SUBSYSTEM for  working C.B.R.N. detectors group that send continuous data in real time as: image - sound - communication from the operators’.

 0

 

0

 

 

0

Design of the ‘modular mobile and installed Command and Control Center(s) of CBRN threats Detection Information of the multiple-level threats (MULTIPLE THREATS) at all multiple levels of an EU member state territory and consignments outside its borders’.

Development of  the  ‘modular mobile and installed Command and Control Center(s) of CBRN threats Detection Information of the multiple-level threats (MULTIPLE THREATS) at all multiple levels of an EU member state territory and consignments outside its borders.’

Enable Detectors for proper function control.

Incorporation of volatile and floating media as DRONES and other aircraft into the sub-project‘ of the  modular mobile and installed Command and Control Center(s) of CBRN threats Detection Information of the multiple-level threats (MULTIPLE THREATS) at all multiple levels of an EU member state territory and consignments outside its borders.’

Development of a final industrial standard (end product) ‘of the  modular mobile and installed Command and Control Center(s) of CBRN threats Detection Information of the multiple-level threats (MULTIPLE THREATS) at all multiple levels of an EU member state territory and consignments outside its borders.’

Certification of an industrial standard (end product) ‘of the  modular mobile and installed Command and Control Center(s) of CBRN threats Detection Information of the multiple-level threats (MULTIPLE THREATS) at all multiple levels of an EU member state territory and consignments outside its borders’.

 

0

 

 

0

 

0

 

 

 

0

 

 

0

 

 

 

0

Development of a number of industrial standard (end product) ‘of the  modular mobile and installed Command and Control Center(s) of CBRN threats Detection Information of the multiple-level threats (MULTIPLE THREATS) at all multiple levels of an EU member state territory and consignments outside its borders’.

Personnel, tracks,  installations, facilities, organization, and any other cost for: ‘model 1 level’ development.

Personnel, tracks,  installations, facilities, organization, and any other cost for: ‘model 2 level’ development.

Personnel, tracks,  installations, facilities, organization, and any other cost for: ‘model 3 level’ development.

Personnel, tracks,  installations, facilities, organization, and any other cost for: ‘model 4 level’ development.

Personnel, tracks,  installations, facilities, organization, and any other cost for: ‘model 5 level’ development.

Personnel, tracks,  installations, facilities, organization, and any other cost for: ‘model 6 level’ development.

 

 

0

 

0

0

 

0

 

0

 

0

 

0

TOTAL

 0

 NOTES
* ‘3 Level Security Bulgaria’ ltd (www.3levelsecurity.com ) is the main R&D body of «3 Level Security Ltd»  in Europe, Australia, the Middle East and Asia.
** Other R&D bodies of «3 Level Security Ltd»  in the Americas and Africa include MAGNOTRON MIN (www.magnotron.eu ) and the Cyprus Geopathetic Research Institute (www.cgri.gr) in Cyprus.


LINK REFERENCES

* (1)   http://www.3levelsecurity.com/c4isr.htm 

* (2)   http://www.3levelsecurity.com/drams.html 

**(3)  http://www.magnotron.eu/dramsgis.html   

   

GOTS**  Get Of The Self . means that you buy a ready product from market

  

ANNEXES

ANNEX ‘A’: CBRN THREATS  MANAGEMENT CONCEPT

ANNEX ‘B’: EARLY WARNING SYSTEM SOLUTION FOR CBRN THREATS CONFRONTATION

ANNEX ‘C’: PROPOSED MODELS FOR SECURING EU FROM CBRN THREATS

ANNEX ‘D’: EARLY WARNING SYSTEM FOR INCOMING THREATS PATENT

ANNEX ‘E’: THE OPERATIONS NEED OF THE NEW SYSTEM RECOGNIZED FROM THE GREEK MILITARY GENERAL STUFF /  SECTION OF RESEARCH

ANNEX ‘F’: IMAGES OF DEVELOPED SYSTEMS FROM THE ‘"3 LEVEL SECURITY BULGARIA LTD" R&D DEPARTMENT

 ANNEX ‘G’: IMAGES OF THE UNDER DEVELOPMENT SYSTEM  

ANNEX ‘J’:  COVID 19  DETECTORS DEVELOPED AT IRAN

ANNEX ‘H’: COVID /SARR   DETECTORS DEVELOPED AT EGYPT

 

 

REFERENCES

1. European Centre for Disease Prevention and Control www.ecdc.europa.eu

2. European Commission http://europa.eu/index_en.htm

   a. DG SANCO: http://ec.europa.eu/health/index_en.htm

     i. Bioterrorism: 

               http://ec.europa.eu/health/ph_threats/Bioterrorisme/bioterrorisme_en.htm

     ii. Generic Preparedness

http://ec.europa.eu/health/ph_threats/com/preparedness/preparedness_pillars_en.htm#6

     iii. Communicable Diseases

                http://ec.europa.eu/health/ph_threats/com/comm_diseases_en.htm

3. Health Protection Agency, UK www.hpa.org.uk

      Deliberate and Accidental Releases:  

                 www.hpa.org.uk/infections/topics_az/deliberate_release/menu.htm

4. Robert Koch Institute, Berlin, Germany http://www.rki.de/ - a. Biologische Sicherheit

5. Centres for Disease Control and Prevention, Atlanta, USA www.cdc.gov

   a. Emergency and Response: http://emergency.cdc.gov/ -

          i. Bioterrorism Emergencies:

                          http://emergency.cdc.gov/bioterrorism/

         ii. Chemical Emergencies:http://emergency.cdc.gov/chemical/

         iii. Radiation Emergencies: http://emergency.cdc.gov/radiation/

         iv. Mass Casualty Event Preparedness and Response:

                          http://emergency.cdc.gov/masscasualties/

         v. Infection Control in Healthcare Settings

                          http://www.cdc.gov/ncidod/dhqp/index.html

6. World Health Organisation www.who.int –

   a. Bioterrorism:   http://www.who.int/topics/bioterrorism/en/

   b. Preparedness for Deliberate Epidemics: http://www.who.int/csr/delibepidemics/en/

   c. Disease Outbreak News: http://www.who.int/csr/don/en/

7. Organisation for the Prohibition of Chemical Weapons (OPCW) http://www.opcw.org/

8. International Atomic Energy Agency www.iaea.org –

       a. Publications http://www.iaea.org/Publications/index.

9.   http://www.merriam-webster.com/dictionary/disaster

10. http://en.wikipedia.org/wiki/Disaster

11. Foltin G, Tunik M, Treiber M, Cooper A. Pediatric Prehospital Disaster Preparedness Resource. New York, NY: Center for Pediatric Emergency Medicine; 2008. (http://cpem.med.nyu.edu/frontpage)

12. How to respond to radiological, biological and chemical threats: A guide for the European Front-Line Health Professional  2009 - The ETHREAT Scientific Committee, First published 2009 © NKUA ISBN: 978-960-88926-1-3

13. Morens DM, Folkers GK, Fauci AS, Emerging infections: a perpetual challenge Lancet Infect Dis 2008;8:710-19.

14. www.3levelsecurity.com  and https://www.3levelsecurity.com/technologies.html

15. http://www.3levelsecurity.com/concept.html

                And   also:      http://www.3levelsecurity.com/drams.html

16. https://www.academia.edu/8348756/magnotron_tech_in_a_missing_person_detection_using_his_dna

17. https://upatras.academia.edu/KONSTANTINOSSTROMATIAS

18. https://www.academia.edu/8348981/magnotron_dna_sensors_systems_test_plan_based_on_double_blind_method

19. http://www.houseofwisdom.gr/hitechgr.html   

20. http://www.axionestin.gr/detectionexamples.html

21. http://www.axionestin.gr/PROPOSAL/prospec.html

22. http://www.axionestin.gr/PROPOSAL/colombia3.html

23. http://www.axionestin.gr/PROPOSAL/colombia2.html

24. http://www.axionestin.gr/PROPOSAL/colombia.html

25. www.magnotron.eu  

 

 ANNEX ‘A’:

CBRN THREATS  MANAGEMENT CONCEPT

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Also look at link:  http://www.3levelsecurity.com/concept.html  

 

 

ANNEX ‘B’:

 

EARLY WARNING SOLUTION FOR CBRN THREATS CONFRONTATION

 

At link:   EARLY WARNING SOLUTION FOR CBRN THREATS CONFRONTATION

 

 

ANNEX ‘C’:

 

PROPOSED MODELS FOR SECURING EU FROM CBRN THREATS

As file: ‘THE PROPOSED MODELS FOR SECURING EU FROM CBRN.pdf’ 

 

ANNEX ‘D’:

EARLY WARNING SYSTEM FOR INCOMING THREATS PATENT

 

and:  https://worldwide.espacenet.com/publicationDetails/biblio?DB=EPODOC&adjacent=true&locale=en_EP&FT=D&date=20080919&CC=GR&NR=20070100067A&KC=A

 

 

 

 

Refer to:  www.cgri.gr/patents.htm  for all 3 LEVEL SECURITY LTD patents

 

 

ANNEX ‘E’:

THE OPERATIONS NEED OF THE NEW SYSTEM RECOGNIZED FROM

THE GREEK MILITARY GENERAL STUFF /  SECTION OF RESEARCH

 

TRANSLATION FROM GREEK TO ENGLISH LANGUAGE:

 

ΤO:  HELLENIC NATIONAL DEFENSE                 HNDGS

         GENERAL STAFF   (HNDGS) /                    DIVISION 5 

        (COMMUNICATIONS-

         INFORMATICS)

         EVOLUTION CENTER                                SECRETARIAT

                                                                             Tel. (internal) 6020

 INFO:  HNDGS/ DIVISION 5                               File.900/32/121610

            Colonel Stromatias Konstantinos             Draft 335

                                                                             Athens Mar 6 2007

                                                                             Attachments : the 

                                                                             relative file (2 sheets)

 

SUBJECT     :   Miscellaneous (  Research – Technology )

RELATIVES :  Colonel Stromatias Konstantinos official report from 

                        March 2 2007

      1.   Attached transited the relative document refers to a number of innovations that Colonel Stromatias Konstantinos possessed and most of them are multisensoring microelectronics systems and two of those are referred to computers systems security.   

    

  2.  Division 5 concludes that the matters that are presented to the relative document have operational interest, having low developing cost, and are in the targets of interoperability and jointness of Greek National Defense. 

     

 3.  Please for your actions so that these issues be brought to the attention of relevant Divisions.

 

   True copy                                                            General  Dimitrios

                                                                                   Oulis – Rousis

Surgent  Vasilakopoulos Panagiotis                           Director of 

        Division 5 secretary                                      Division 5 / HNDGS

                                                                                

 

 

 

ANNEX ‘F’

 

IMAGES OF DEVELOPED SYSTEMS FROM THE «3 Level Security Ltd»  R&D DEPARTMENT

 

 

 

 

 

 

 

 

Images above and down. The «3 Level Security Ltd»  Digital monitoring of a Working Group (of two or more operators) Subsystem

 

 

 

 

 

 

 

 Images above. The «3 Level Security Ltd»  SUPPORT SYSTEM for targets locating

 

 

Images above: The geographical GIS data base from the ‘TARGET LOCATOR’ system, developed by 3 LEVEL SECURITY LTD

 

MODEL LEVEL: ‘1’

 

‘MAGNOTRON’ CHEMICALS DETECTOR  FOR CBRN THREATS (FINALIZED  PROTOTYPE  MODEL) 

 

 

 

 

 

THE  SAED ‘E3’ C.B.R.N. THREATS (TARGETS) LOCATOR SYSTEM

 

Images above: The geographical GIS data base from the ‘TARGET LOCATOR’ system, developed by "3 LEVEL SECURITY BULGARIA LTD".

 

 

ANNEX ‘G’

 IMAGES OF THE NEW PROJECT: THE UNDER DEVELOPMENT SYSTEM  

 

 

 

 

 

 

IMAGES OF THE FEATURE   -  THE NEXT VISION   

 

 

 

ANNEX ‘J’:

 COVID 19  DETECTORS DEVELOPED AT IRAN

IRAN CLAIMS THAT DEVELOP A DEVICE THAT DETECT COVID-19 WITH 80% EFFECTIVENESS

 

http://roykoymoykoy.blogspot.gr/   emea.gr

Συντάκτης: Ηλίας Κούκουτσας 

Iran's Islamic Revolutionary Guard Corps (IRGC) presented a new household device capable of identifying people infected by the new coronavium remotely and without blood tests, the country's semi-official news agency Tasnim reported. The device can detect infected persons as well as infected areas within 100 meters of distance, said IRGC head Hossein Salami.

"The device is able to detect every case of coronary infection within a 100-meter radius by creating a magnetic field and using a "bipolar virus" within the device," Salami said.
"When the device's antenna turns to a specific location, it will detect the infected point within five seconds," he added, and continued "This device has been tested in various hospitals and has a precision level of 80%."

The device was developed by members of Basij, the paramilitary arm of the IRGC, and as Salami explained, "This device can be a good basis for detecting not only coronavirus, but any other virus."  Up to now and worldwide, the acceptable test method is usually done with a nasal stylus that collects cells from the patient's nose.

The sample is then examined in a laboratory where it is determined whether or not a patient has coronavirus.

 

 

ANNEX ‘H’

COVID /SARR   DETECTORS DEVELOPED AT EGYPT

EGYPT CLAIMS THAT DEVELOP SOME DEVICES THAT DETECT COVID-19 , H1N1 AND OTHER VIRUSES