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Brazil Uses AI Surveillance to Protect the Amazon Rainforest
Illegal logging, land grabbing, and deforestation have long posed
challenges for enforcement agencies. Now, AI-powered
surveillance systems are helping track these activities in real time,
making forest protection more efficient and inclusive.
Using data from satellites, drones, and ground sensors, Brazil’s AI
systems monitor changes in tree cover, land use, and movement
patterns. When suspicious activity is detected—such as sudden
clearing or unauthorized vehicle entry—alerts are sent to
authorities for quick action. This reduces the time between
detection and response.
Machine learning models analyze long-term data to identify
patterns and predict where future illegal activities might occur.
These insights help guide patrols and resource planning, improving
safety for rangers and increasing the chances of stopping
environmental crimes before they happen.
AI also helps distinguish between natural changes—like seasonal
plant shifts—and human-caused damage. This reduces false
reports and improves accuracy, saving time and effort. The
technology supports transparency by providing visual evidence
and data trails that can be used in legal investigations.
Several Brazilian tech startups and global partners are
collaborating with the government to expand this effort. Their goal
is to ensure that forest protection tools are accessible, sustainable,
and respectful of indigenous communities who live in the Amazon.
By using AI responsibly, Brazil is showing how technology can serve
both the planet and the people. This approach helps balance
development with conservation, offering a model for other
countries working to protect natural resources through
innovation.
Adapted from: https://techknow.africa/brazil-uses-ai-surveillance-to-protect-theamazon-rainforest/
Provas
Questão presente nas seguintes provas
READ THE TEXT AND ANSWER THE FOLLOWING QUESTION
Brazil Uses AI Surveillance to Protect the Amazon Rainforest
Illegal logging, land grabbing, and deforestation have long posed
challenges for enforcement agencies. Now, AI-powered
surveillance systems are helping track these activities in real time,
making forest protection more efficient and inclusive.
Using data from satellites, drones, and ground sensors, Brazil’s AI
systems monitor changes in tree cover, land use, and movement
patterns. When suspicious activity is detected—such as sudden
clearing or unauthorized vehicle entry—alerts are sent to
authorities for quick action. This reduces the time between
detection and response.
Machine learning models analyze long-term data to identify
patterns and predict where future illegal activities might occur.
These insights help guide patrols and resource planning, improving
safety for rangers and increasing the chances of stopping
environmental crimes before they happen.
AI also helps distinguish between natural changes—like seasonal
plant shifts—and human-caused damage. This reduces false
reports and improves accuracy, saving time and effort. The
technology supports transparency by providing visual evidence
and data trails that can be used in legal investigations.
Several Brazilian tech startups and global partners are
collaborating with the government to expand this effort. Their goal
is to ensure that forest protection tools are accessible, sustainable,
and respectful of indigenous communities who live in the Amazon.
By using AI responsibly, Brazil is showing how technology can serve
both the planet and the people. This approach helps balance
development with conservation, offering a model for other
countries working to protect natural resources through
innovation.
Adapted from: https://techknow.africa/brazil-uses-ai-surveillance-to-protect-theamazon-rainforest/
Provas
Questão presente nas seguintes provas
READ THE TEXT AND ANSWER THE FOLLOWING QUESTION
Brazil Uses AI Surveillance to Protect the Amazon Rainforest
Illegal logging, land grabbing, and deforestation have long posed
challenges for enforcement agencies. Now, AI-powered
surveillance systems are helping track these activities in real time,
making forest protection more efficient and inclusive.
Using data from satellites, drones, and ground sensors, Brazil’s AI
systems monitor changes in tree cover, land use, and movement
patterns. When suspicious activity is detected—such as sudden
clearing or unauthorized vehicle entry—alerts are sent to
authorities for quick action. This reduces the time between
detection and response.
Machine learning models analyze long-term data to identify
patterns and predict where future illegal activities might occur.
These insights help guide patrols and resource planning, improving
safety for rangers and increasing the chances of stopping
environmental crimes before they happen.
AI also helps distinguish between natural changes—like seasonal
plant shifts—and human-caused damage. This reduces false
reports and improves accuracy, saving time and effort. The
technology supports transparency by providing visual evidence
and data trails that can be used in legal investigations.
Several Brazilian tech startups and global partners are
collaborating with the government to expand this effort. Their goal
is to ensure that forest protection tools are accessible, sustainable,
and respectful of indigenous communities who live in the Amazon.
By using AI responsibly, Brazil is showing how technology can serve
both the planet and the people. This approach helps balance
development with conservation, offering a model for other
countries working to protect natural resources through
innovation.
Adapted from: https://techknow.africa/brazil-uses-ai-surveillance-to-protect-theamazon-rainforest/
Provas
Questão presente nas seguintes provas
READ THE TEXT AND ANSWER THE FOLLOWING QUESTION
Brazil Uses AI Surveillance to Protect the Amazon Rainforest
Illegal logging, land grabbing, and deforestation have long posed
challenges for enforcement agencies. Now, AI-powered
surveillance systems are helping track these activities in real time,
making forest protection more efficient and inclusive.
Using data from satellites, drones, and ground sensors, Brazil’s AI
systems monitor changes in tree cover, land use, and movement
patterns. When suspicious activity is detected—such as sudden
clearing or unauthorized vehicle entry—alerts are sent to
authorities for quick action. This reduces the time between
detection and response.
Machine learning models analyze long-term data to identify
patterns and predict where future illegal activities might occur.
These insights help guide patrols and resource planning, improving
safety for rangers and increasing the chances of stopping
environmental crimes before they happen.
AI also helps distinguish between natural changes—like seasonal
plant shifts—and human-caused damage. This reduces false
reports and improves accuracy, saving time and effort. The
technology supports transparency by providing visual evidence
and data trails that can be used in legal investigations.
Several Brazilian tech startups and global partners are
collaborating with the government to expand this effort. Their goal
is to ensure that forest protection tools are accessible, sustainable,
and respectful of indigenous communities who live in the Amazon.
By using AI responsibly, Brazil is showing how technology can serve
both the planet and the people. This approach helps balance
development with conservation, offering a model for other
countries working to protect natural resources through
innovation.
Adapted from: https://techknow.africa/brazil-uses-ai-surveillance-to-protect-theamazon-rainforest/
Provas
Questão presente nas seguintes provas
READ THE TEXT AND ANSWER THE FOLLOWING QUESTION
Brazil Uses AI Surveillance to Protect the Amazon Rainforest
Illegal logging, land grabbing, and deforestation have long posed
challenges for enforcement agencies. Now, AI-powered
surveillance systems are helping track these activities in real time,
making forest protection more efficient and inclusive.
Using data from satellites, drones, and ground sensors, Brazil’s AI
systems monitor changes in tree cover, land use, and movement
patterns. When suspicious activity is detected—such as sudden
clearing or unauthorized vehicle entry—alerts are sent to
authorities for quick action. This reduces the time between
detection and response.
Machine learning models analyze long-term data to identify
patterns and predict where future illegal activities might occur.
These insights help guide patrols and resource planning, improving
safety for rangers and increasing the chances of stopping
environmental crimes before they happen.
AI also helps distinguish between natural changes—like seasonal
plant shifts—and human-caused damage. This reduces false
reports and improves accuracy, saving time and effort. The
technology supports transparency by providing visual evidence
and data trails that can be used in legal investigations.
Several Brazilian tech startups and global partners are
collaborating with the government to expand this effort. Their goal
is to ensure that forest protection tools are accessible, sustainable,
and respectful of indigenous communities who live in the Amazon.
By using AI responsibly, Brazil is showing how technology can serve
both the planet and the people. This approach helps balance
development with conservation, offering a model for other
countries working to protect natural resources through
innovation.
Adapted from: https://techknow.africa/brazil-uses-ai-surveillance-to-protect-theamazon-rainforest/
Based on the text, analyze the assertions below:
I. Environmental crimes and disputes over land ownership have only recently become a problem.
II. The three activities mentioned in the first paragraph are natural events.
III. Startups and global teams are joining efforts to make protection technology more available.
Choose the correct answer:
Provas
Questão presente nas seguintes provas
Um usuário de um software de edição de planilhas eletrônicas
precisa inserir, em uma determinada planilha, um valor
exatamente no ponto onde se cruzam a sua terceira linha e sua
segunda coluna.
Nesse tipo de aplicativo, essa posição corresponde a uma
Nesse tipo de aplicativo, essa posição corresponde a uma
Provas
Questão presente nas seguintes provas
Durante uma rotina corporativa, um colaborador percebeu que
um determinado aplicativo, anteriormente funcional, passou a não
conseguir mais estabelecer conexão com servidores específicos
externos, embora outros aplicativos ainda consigam acessar
normalmente a Internet. Após checagens iniciais, constatou-se
que não havia falhas físicas no dispositivo, que a conexão com a
rede seguia ativa e que as configurações do aplicativo estavam
corretas.
Ao registrar um chamado, foi informado pela equipe de suporte que a interrupção ocorreu devido à aplicação de uma nova política de segurança da informação, voltada ao controle de acessos externos por software específico.
Considerando o contexto apresentado e somente as alternativas a seguir apresentadas, indique qual mecanismo adotado pela equipe de suporte mantém compatibilidade com o contexto descrito:
Ao registrar um chamado, foi informado pela equipe de suporte que a interrupção ocorreu devido à aplicação de uma nova política de segurança da informação, voltada ao controle de acessos externos por software específico.
Considerando o contexto apresentado e somente as alternativas a seguir apresentadas, indique qual mecanismo adotado pela equipe de suporte mantém compatibilidade com o contexto descrito:
Provas
Questão presente nas seguintes provas
- Sistemas OperacionaisWindowsFuncionalidades do WindowsGerenciamento de Arquivos e PastasWindows Explorer
Durante a organização de arquivos em um computador com o
sistema operacional Windows versão 11 BR, um usuário seleciona
um arquivo, pressiona a combinação de teclas SHIFT+DELETE e
confirma a ação solicitada pelo sistema. Em seguida, ele não
encontra mais o arquivo no diretório onde estava e tenta entender
o que ocorreu.
Nessa situação, a ação executada pelo sistema foi
Nessa situação, a ação executada pelo sistema foi
Provas
Questão presente nas seguintes provas
Durante a navegação na Internet, por meio de navegadores, são
utilizados identificadores textuais padronizados para localizar e
acessar recursos disponibilizados em servidores, como páginas
HTML, imagens e serviços Web.
Esse identificador, que define onde o recurso está localizado e como pode ser acessado no contexto da Web, é denominado(a)
Esse identificador, que define onde o recurso está localizado e como pode ser acessado no contexto da Web, é denominado(a)
Provas
Questão presente nas seguintes provas
Em um setor administrativo, uma impressora de rede, configurada
para obter endereço IP automaticamente, deixa de funcionar
repentinamente. Todos os computadores do setor continuam
acessando a Internet normalmente, porém nenhum deles
consegue enviar documentos para impressão – inclusive quando a
tentativa é feita utilizando diretamente o endereço IP previamente
configurado da impressora.
Ao verificar o equipamento, constata-se que a impressora está ligada, conectada fisicamente à rede e sem falhas aparentes de hardware. Não há servidor de impressão intermediário, e a comunicação ocorre diretamente entre os computadores e a impressora na rede local.
Nessa situação, o serviço de rede cuja indisponibilidade ou falha na concessão explica de forma direta a interrupção do funcionamento da impressora é o
Ao verificar o equipamento, constata-se que a impressora está ligada, conectada fisicamente à rede e sem falhas aparentes de hardware. Não há servidor de impressão intermediário, e a comunicação ocorre diretamente entre os computadores e a impressora na rede local.
Nessa situação, o serviço de rede cuja indisponibilidade ou falha na concessão explica de forma direta a interrupção do funcionamento da impressora é o
Provas
Questão presente nas seguintes provas
Cadernos
Caderno Container