⤷ Title: Corsair Settles $5.5M Lawsuit Over Misleading Memory Speeds
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𐀪 Author: Ddos
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ⴵ Time: Sun, 14 Sep 2025 07:16:45 +0000
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⌗ Tags: #Technology #Consumer Protection #Corsair #DDR4 #DDR5 #hardware #Lawsuit #Memory #misleading advertising #PC components #Settlement
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𐀪 Author: Ddos
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ⴵ Time: Sun, 14 Sep 2025 07:16:45 +0000
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⌗ Tags: #Technology #Consumer Protection #Corsair #DDR4 #DDR5 #hardware #Lawsuit #Memory #misleading advertising #PC components #Settlement
Daily CyberSecurity
Corsair Settles $5.5M Lawsuit Over Misleading Memory Speeds
Corsair has agreed to a $5.5M settlement over claims of misleading memory speed advertising. Find out who is eligible for compensation and how to file a claim.
⤷ Title: Phoenix: A New Rowhammer Attack Bypasses DDR5 Protections
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𐀪 Author: ddos
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ⴵ Time: Wed, 17 Sep 2025 09:11:09 +0000
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⌗ Tags: #Vulnerability #COMSEC #CVE_2025_6202 #cybersecurity #DDR5 #google #Phoenix #Rowhammer #SK Hynix #vulnerability
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𐀪 Author: ddos
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ⴵ Time: Wed, 17 Sep 2025 09:11:09 +0000
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⌗ Tags: #Vulnerability #COMSEC #CVE_2025_6202 #cybersecurity #DDR5 #google #Phoenix #Rowhammer #SK Hynix #vulnerability
Penetration Testing Tools
Phoenix: A New Rowhammer Attack Bypasses DDR5 Protections
A new Rowhammer variant, Phoenix, can bypass protections on SK Hynix DDR5 memory modules, leading to privilege escalation and data exfiltration.
⤷ Title: Phoenix (CVE-2025-6202): A New Rowhammer Attack Bypasses DDR5 Protections
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𐀪 Author: Ddos
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ⴵ Time: Thu, 18 Sep 2025 00:06:43 +0000
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⌗ Tags: #Vulnerability Report #CVE_2025_6202 #cybersecurity #DDR5 #ETH Zurich #memory corruption #Phoenix #privilege escalation #Rowhammer #SK Hynix
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𐀪 Author: Ddos
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ⴵ Time: Thu, 18 Sep 2025 00:06:43 +0000
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⌗ Tags: #Vulnerability Report #CVE_2025_6202 #cybersecurity #DDR5 #ETH Zurich #memory corruption #Phoenix #privilege escalation #Rowhammer #SK Hynix
Daily CyberSecurity
Phoenix (CVE-2025-6202): A New Rowhammer Attack Bypasses DDR5 Protections
A new Rowhammer attack, "Phoenix," bypasses DDR5 protections on all tested SK Hynix devices, enabling memory corruption and privilege escalation.
⤷ Title: TEE.fail: Researchers Break Intel SGX/TDX and AMD SEV-SNP with Sub-$1,000 DDR5 Memory Bus Attack
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𐀪 Author: Ddos
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ⴵ Time: Thu, 30 Oct 2025 00:42:40 +0000
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⌗ Tags: #Vulnerability Report #Arbitrary File Write #Confidential Computing #DDR5 #SEV_SNP #SGX #side_channel attack #TDX #TEE #TEE.fail
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𐀪 Author: Ddos
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ⴵ Time: Thu, 30 Oct 2025 00:42:40 +0000
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⌗ Tags: #Vulnerability Report #Arbitrary File Write #Confidential Computing #DDR5 #SEV_SNP #SGX #side_channel attack #TDX #TEE #TEE.fail
Daily CyberSecurity
TEE.fail: Researchers Break Intel SGX/TDX and AMD SEV-SNP with Sub-$1,000 DDR5 Memory Bus Attack
A critical hardware attack, TEE.fail, uses low-cost DDR5 memory bus interposition to extract root attestation keys from Intel TDX and AMD SEV-SNP. The flaw affects core server-grade TEEs.
⤷ Title: TEE.fail: New $1,000 Hardware Attack Bypasses Nvidia, AMD, & Intel Data Isolation
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𐀪 Author: ddos
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ⴵ Time: Fri, 31 Oct 2025 03:12:40 +0000
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⌗ Tags: #Vulnerability #AMD SEV #cloud security #Confidential Compute #DDR5 #Hardware Attack #Intel SGX #TEE.fail
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𐀪 Author: ddos
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ⴵ Time: Fri, 31 Oct 2025 03:12:40 +0000
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⌗ Tags: #Vulnerability #AMD SEV #cloud security #Confidential Compute #DDR5 #Hardware Attack #Intel SGX #TEE.fail
Penetration Testing Tools
TEE.fail: New $1,000 Hardware Attack Bypasses Nvidia, AMD, & Intel Data Isolation
Researchers bypassed all modern TEEs (Intel, AMD, Nvidia) using a cheap physical attack targeting DDR5 systems, exposing a critical "security illusion" in hardware trust.
⤷ Title: TEE.fail Exposes a New Physical Attack on DDR5 That Breaks Modern TEEs
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𐀪 Author: Kamal Acharya
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ⴵ Time: Sat, 08 Nov 2025 00:12:28 GMT
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⌗ Tags: #technology #teefail #ddr5_interposer #cybersecurity #tdx_sev
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𐀪 Author: Kamal Acharya
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ⴵ Time: Sat, 08 Nov 2025 00:12:28 GMT
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⌗ Tags: #technology #teefail #ddr5_interposer #cybersecurity #tdx_sev
Medium
TEE.fail Exposes a New Physical Attack on DDR5 That Breaks Modern TEEs
Researchers from Purdue and Georgia Tech have revealed a new physical attack called TEE.fail that can undermine CPU-based trusted execution…