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service, and promoting modal change in   themselves  to  the  compilation,  storage   Waters monitoring and control capacity,   naval air platforms, sensor buoys and in-
 maritime traffic activity.  and distribution of information obtained   thus guaranteeing the sovereign use of   tercept capability. Focused on the trino-
 .  In nautical sports and tourism, opti-  throughout the chain involved in projects   its assets and the control of vital lines of   mial monitoring, mobility and presence,

 mize the occupation of space in marinas   and undertakings related to maritime and   maritime communication in the South At-  SISGAAz will provide a reliable data link
 coastal activities, especially with regard to
                                                            developed in Brazil, among other foreseen
                   lantic (GERALDO & COSSUL, 2017, p. 11).
 and mooring areas, respecting marine eco-  actors  related  to  environmental,  techni-  The Brazilian Navy will seek to expand its   requirements that depend on investments
 systems, and promoting coastal tourism.  cal, economic and environmental contexts   capacity to monitor the maritime surface,   in ST&I, involving material and human,
 .  Conduct risk assessment, considering   (SANTOS & TEIXEIRA, 2017).  covering the BJW and international Search   governmental and private resources (JUDI-
 natural risks and climate change in the plan-  Monitoring large areas generally tran-  and Rescue  (SAR) area of responsibility,   CE, 2015, p. 745), in the use of unmanned
                             18
 ning of more resilient coastal territories.  scends the capabilities of sensors on one or   in approximately 14,411,000 km² (BISPO,   aerial vehicles  (UAVs), as well as voice,
                                                                        20
 .  Reinforce the image of the maritime in-  more media (platforms) present in an area   2015, p. 142) , having as main character-  data and video traffic infrastructure, soft-
 dustry and make maritime professions more   of operation. Consequently, in order to form   istics of SISGAAz the use of C4ISR tech-  ware-defined radios, satellite communica-
 Situational Awareness of large areas and use
                   nologies   involved  in  its  development,
                                                            tions, long-range radars, and underwater
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 attractive,  as  well  as  raising  public  aware-  the information obtained to guide the use   generating  impacts on national techno-  acoustic sensors, among others (GERALDO
 ness of the potential and fragility of the sea.  of the Forces in the areas of operation, it is   logical evolution, as well as on the Brazil-  & COSSUL , 2017).
 .  Finally, in terms of maritime safety and   essential that this information can flow free-  ian Defense Industrial Base (BID) (ISSMAEL   The imperative of mobility, mentioned
 the protection of maritime traffic, reduce and   ly between the action scene platforms and   JUNIOR, 2016, p. 146), acting not only in   in guideline Number 13 of the National
 contain the risks of contamination and guar-  the other information producing centers.   Typical naval operations, but also in SAR op-  Defense Strategy, is “the ability to quickly
 antee safe navigation conditions.  Thus, the interconnection of sensors located   erations, prevention and repression of drug   reach the theater of operations (reinforced
 in different areas and on different platforms   trafficking, prevention of water pollution,   by tactical mobility) understood as the abil-
 Thus, those States that are better pre-  is possible, because, “facing current tech-  maritime scientific research, meteorology,   ity to move within that theater” (BRASIL,
 pared structurally will have better possi-  nologies, sensors can be decoupled from   among others. According to Muñoz (2015,   2008a). With the Situational Awareness
 bilities of enabling the sustainable explo-  platforms, and may even be on unmanned   p. 223), maritime security is fundamental   obtained from the monitoring and integra-
 ration of the oceans, strengthening their   platforms, exposing sensors, not people, to   and requires cooperation and inter-cooper-  tion of platforms and the resulting Informa-
 Blue Economy in an even more significant   risk” (ALBERTS, 2004, p. 161).  ation, including early warning and rapid in-  tion Superiority, updated knowledge about
 portion of the country’s GDP, will be better   When examining the foundations of the   tervention. Thus, maritime security must be   the scenario is made available (hostile el-
 able to face the challenges related to the   concept of sharing Situational Awareness,   formulated as a task to be carried out in a   ements, terrain and meteorology), thus
 pressing needs of their population.  Alberts (2004, p. 71) mentions “this new   multidimensional and multitasking environ-  allowing to more effectively explore the
 In Brazil, the MSP implementation pro-  mental model is focused on sharing and col-  ment, requiring an increase in the level of   mobility and flexibility of the forces them-
 cess is at an early stage, in which a mari-  laboration to generate expanded, shared,   the State’s maritime capabilities, as well as   selves. Alberts (2004, p. 71), when evaluat-
 time security and surveillance system, such   collaborative awareness and, consequently,   additional instruments of cooperation and   ing the impact of the Information Age on
 as SISGAAz, is described by the OECD   with better timing. This new model modi-  coordination (ALMEIDA SILVEIRA, 2020).  organizations and on the exercise of au-
 (2016, p. 47) as a product of one of the   fies the existing linear-sequential model, in   Promoting the use of collaborative sys-  thority, shows that the intensive use of its
 emerging industries of the Blue Economy,   which information is collected, processed,   tems, satellites, radars, and underwater   technologies “increases the ability to adapt
 from an economic activity related to prod-  and provided to a decision maker for deci-  detection equipment, integrating informa-  to dynamic environments,” implying virtu-
 ucts and services in different maritime do-  sion, and only then, for action to occur”.  tion  analysis  and  classification  networks,   al organizations, capable of being “quickly
 mains, ranging from pollution control and   For this, it is essential to generate a   as well as stimulating the development of   assembled, reducing displacement (moving
 fisheries to search and rescue, customs and   consistent MSA, for which SISGAAz is   technologies (ANDRADE, FRANCO, & HIL-  information – not people) and compressing
 coastal defense by the government and   based on a set of integrated systems, ex-  LEBRAND, 2019), presupposes interoper-  time by being able to effectively maintain
 public  or  private  organizations  dedicating   panding Brazilian National Jurisdictional   ability and versatility between naval  and   24/7 operations.”



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