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Armed Intruder Killed at Mar-a-Lago
On February 23, 2026, the U.S. Secret Service fatally shot an armed intruder who breached the security perimeter at Mar-a-Lago, former President Donald Trump’s residence in Palm Beach, Florida.
The incident occurred while President Trump was in Washington, D.C., and posed no immediate threat to him or anyone inside the property.
The intruder, identified as 21-year-old #Austin_Tucker #Martin from North Carolina (Moore County), drove through the north gate while carrying a shotgun and a gasoline canister. He raised the weapon at authorities before being killed at the scene; #TRUMP was not present, as he was in Washington, D.C. Martin had been reported missing by his family days earlier, and no motive has been released yet, with the FBI investigating the breach. This incident aligns with reports from multiple outlets, confirming the details as accurate based on official statements.
#MarALago #SecretService #breakingnews
Armed Intruder Killed at Mar-a-Lago
On February 23, 2026, the U.S. Secret Service fatally shot an armed intruder who breached the security perimeter at Mar-a-Lago, former President Donald Trump’s residence in Palm Beach, Florida.
The incident occurred while President Trump was in Washington, D.C., and posed no immediate threat to him or anyone inside the property.
The intruder, identified as 21-year-old #Austin_Tucker #Martin from North Carolina (Moore County), drove through the north gate while carrying a shotgun and a gasoline canister. He raised the weapon at authorities before being killed at the scene; #TRUMP was not present, as he was in Washington, D.C. Martin had been reported missing by his family days earlier, and no motive has been released yet, with the FBI investigating the breach. This incident aligns with reports from multiple outlets, confirming the details as accurate based on official statements.
#MarALago #SecretService #breakingnews
The Offchain Computing using TEE Coprocessors course offers an immersive experience of building scalable systems in decentralized environments.
Starting with a theoretical background on the limits of onchain computing, the necessity for offchain solutions like rollups and coprocessors and an introduction to Trusted Execution Environments (TEEs), the course progresses to describe key components of a TEE coprocessor that make them flexible and expressive while still providing strong security guarantees.
It concludes with several hands-on demonstrations of deploying unique AI and DeFi applications making the course appealing to web3 developers as well as web2 developers who would like to port existing backends onto a blockchain.
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Starting with a theoretical background on the limits of onchain computing, the necessity for offchain solutions like rollups and coprocessors and an introduction to Trusted Execution Environments (TEEs), the course progresses to describe key components of a TEE coprocessor that make them flexible and expressive while still providing strong security guarantees.
It concludes with several hands-on demonstrations of deploying unique AI and DeFi applications making the course appealing to web3 developers as well as web2 developers who would like to port existing backends onto a blockchain.
complete this course and and win up to 10000 usd share this price #martin
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