@eric.chou0622: 來和我一起唱 《#摯友 》 吧! #周興哲摯友 #TikTok夏日音樂節

Eric周興哲
Eric周興哲
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Region: TW
Tuesday 11 July 2023 12:30:12 GMT
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jiejiela1986
JJ :
沒有開合拍、無法
2023-07-11 13:56:42
132
wuqianglaile
อู๋มาแว้วววว 吴强来了~ :
沒辦法合拍 😭
2023-07-11 13:52:45
27
joseph_0613
瑟夫 :
要怎麼錄可以合唱
2023-07-11 18:13:35
51
helenskraft
Helenskraft :
来到印尼吧大哥!好多你的印尼粉丝都想着看你的演唱会呢 😭🫶🏻
2023-07-11 16:56:48
78
to610517
高雄柚子🍐 :
好聽🥰
2023-07-14 09:11:07
7
clownyprincess
젠니카 위자야 :
please come to Indonesiaaaa🇮🇩 u have a lot of fans hereee😭🌹
2023-07-11 15:53:24
50
jxyc3y
⋆𐙚 ˖ 𝐐˚⊹♡̷̷ :
singapore pls!! ❤️
2023-07-11 16:15:07
30
monicalim46
monicalim46 :
好喜欢听你唱歌💕👍👍👍
2023-07-18 00:01:11
14
ellenchang0906
🍓禹恩⁰¹¹⁴真尬意卡皮巴拉🐹 :
好好聽,和你一起合拍了。🥰
2023-07-12 03:08:28
19
acatbaby
dgyidiandian :
Hurry up and come to Shenzhen and Guangzhou for a concert~😍😂
2023-07-13 06:03:17
6
devi.fredika
devi.fredika :
wow your voice is very good😍🥰
2023-07-11 16:24:09
14
samantha_0465
samantha_0465 :
沒辦法合拍🥲
2023-07-11 13:20:51
6
pepaguarnido
mm💋❤️🌹 :
Bonita vibración 💋❤️🌹
2025-06-20 22:10:42
2
love131bi
Hi°131 :
miss you
2023-07-11 13:13:37
5
_kreb
___kreb :
wowmazing song😭😭😭🫶🫶🔥
2023-07-11 12:36:23
8
akuelshaaa
Elshaa :
You're handsome and you're voice i love that. big hug from Indonesian ♥️
2023-07-11 13:14:58
6
xannien
Xanni🪻 :
Amo todas sus canciones 🎆👄🎆
2023-07-11 23:20:07
6
angelosavage0911
🎃💢👻venomsavagemonster🌏🎶🐬 :
ya walaupun sy nggak bisa bahasa Mandarin tapi sy berasa lagi nyanyi berapa duet eric chou 😁😅
2023-08-02 04:48:41
15
katehsu3
Kate hsu🍄 ₇³¹ :
好好聽🥰🥰🥰
2023-07-22 11:11:17
4
tiffanyyiiiiii
AhJu :
I miss you
2023-09-19 12:05:41
4
angelinalimaunli
angelinalim :
Can’t wait to see you next Sunday in KL !! I hope organizer will project pinyin in screen as I can’t read or remember the Chinese words 😂
2024-11-23 05:19:00
2
izzdna
迪娜 (Taylor's Version) :
eh banggg
2023-07-11 13:58:40
3
cloudecherie._
cloudecherie._ :
Please come to Indonesia 🇮🇩🥺
2023-07-12 05:27:52
4
ixnni_
ianni♡ :
回来新加坡!😭🙏🏻🤞🏻🙏🏻🤞🏻🙏🏻🤞🏻
2023-07-11 14:27:24
4
pinngggg258
小豬佩佩 :
現在不能合拍了嗎🥺
2024-09-05 12:30:08
1
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Other Videos

Most organizations believe their firewall is the gatekeeper that keeps attackers out. But what if the attacker doesn’t break the gate… What if they simply **walk around it—or blend in with normal traffic**? That’s the reality of modern cyber threats.     🔐 The Assumption: Firewalls = Security Firewalls are designed to: * Filter incoming and outgoing traffic * Block unauthorized access * Enforce security policies They act as a first line of defense. But here’s the problem: Firewalls are only as effective as the rules and assumptions they operate on. Attackers understand those rules—and design ways to bypass them.     ⚔️ What Is Firewall Evasion? Firewall evasion refers to techniques used by attackers to **bypass, avoid, or slip through firewall defenses** without being detected or blocked. This doesn’t always involve “breaking” the firewall. Instead, it often involves: * Disguising malicious traffic * Exploiting allowed protocols * Taking advantage of misconfigurations    🧠  Why Evasion Works Firewalls rely on: * Predefined rules * Traffic patterns * Known signatures Attackers exploit gaps such as: * Overly permissive rules * Trusted services and ports * Lack of deep inspection In short: If traffic looks legitimate… it often gets allowed.     🚨 Common High-Level Evasion Approaches   1. Using Legitimate Protocols (Blending In) Attackers tunnel malicious activity through commonly allowed protocols like web traffic.   Why it works: Firewalls often allow this traffic by default. 2. Traffic Obfuscation Malicious data is disguised or altered to avoid detection.   Why it works: Signature-based systems may fail to recognize modified patterns. 3. Fragmentation Techniques Data is broken into smaller pieces to bypass inspection mechanisms.   Why it works: Some firewalls may not fully reassemble or inspect fragmented traffic.   4. Port Manipulation Using non-standard ports or switching ports dynamically.  Why it works: Rules often focus on specific ports rather than behavior.   5. Encrypted Traffic Abuse Malicious payloads are hidden inside encrypted connections.   Why it works: Firewalls cannot easily inspect encrypted data without proper controls.     ⚠️ The Core Challenge Modern networks generate massive volumes of traffic. Inspecting everything deeply is: * Resource-intensive * Complex * Sometimes impractical This creates blind spots— and attackers look for exactly those blind spots.    🛡️ What This Means for Defenders Relying solely on firewalls is no longer sufficient. Organizations must adopt a layered security approach, including: * Deep packet inspection (where appropriate) * Intrusion detection and prevention systems (IDS/IPS) * Behavioral analysis of traffic * Zero Trust architectures * Continuous monitoring and logging Security must move from:   “Allow vs Block” → “Understand and Verify”     🔍 The Bigger Insight Attackers don’t always need to break security controls. They succeed by: * Exploiting trust * Mimicking normal behavior * Operating within allowed boundaries     🔐 Final Thought A firewall can block known threats. But modern attacks are designed to look **unknown… or even legitimate**.  In cybersecurity, the real risk is not what gets blocked— it’s what gets allowed without question. #Cybersecurity #EthicalHacking #WebSecurity
Most organizations believe their firewall is the gatekeeper that keeps attackers out. But what if the attacker doesn’t break the gate… What if they simply **walk around it—or blend in with normal traffic**? That’s the reality of modern cyber threats. 🔐 The Assumption: Firewalls = Security Firewalls are designed to: * Filter incoming and outgoing traffic * Block unauthorized access * Enforce security policies They act as a first line of defense. But here’s the problem: Firewalls are only as effective as the rules and assumptions they operate on. Attackers understand those rules—and design ways to bypass them. ⚔️ What Is Firewall Evasion? Firewall evasion refers to techniques used by attackers to **bypass, avoid, or slip through firewall defenses** without being detected or blocked. This doesn’t always involve “breaking” the firewall. Instead, it often involves: * Disguising malicious traffic * Exploiting allowed protocols * Taking advantage of misconfigurations 🧠 Why Evasion Works Firewalls rely on: * Predefined rules * Traffic patterns * Known signatures Attackers exploit gaps such as: * Overly permissive rules * Trusted services and ports * Lack of deep inspection In short: If traffic looks legitimate… it often gets allowed. 🚨 Common High-Level Evasion Approaches 1. Using Legitimate Protocols (Blending In) Attackers tunnel malicious activity through commonly allowed protocols like web traffic. Why it works: Firewalls often allow this traffic by default. 2. Traffic Obfuscation Malicious data is disguised or altered to avoid detection. Why it works: Signature-based systems may fail to recognize modified patterns. 3. Fragmentation Techniques Data is broken into smaller pieces to bypass inspection mechanisms. Why it works: Some firewalls may not fully reassemble or inspect fragmented traffic. 4. Port Manipulation Using non-standard ports or switching ports dynamically. Why it works: Rules often focus on specific ports rather than behavior. 5. Encrypted Traffic Abuse Malicious payloads are hidden inside encrypted connections. Why it works: Firewalls cannot easily inspect encrypted data without proper controls. ⚠️ The Core Challenge Modern networks generate massive volumes of traffic. Inspecting everything deeply is: * Resource-intensive * Complex * Sometimes impractical This creates blind spots— and attackers look for exactly those blind spots. 🛡️ What This Means for Defenders Relying solely on firewalls is no longer sufficient. Organizations must adopt a layered security approach, including: * Deep packet inspection (where appropriate) * Intrusion detection and prevention systems (IDS/IPS) * Behavioral analysis of traffic * Zero Trust architectures * Continuous monitoring and logging Security must move from: “Allow vs Block” → “Understand and Verify” 🔍 The Bigger Insight Attackers don’t always need to break security controls. They succeed by: * Exploiting trust * Mimicking normal behavior * Operating within allowed boundaries 🔐 Final Thought A firewall can block known threats. But modern attacks are designed to look **unknown… or even legitimate**. In cybersecurity, the real risk is not what gets blocked— it’s what gets allowed without question. #Cybersecurity #EthicalHacking #WebSecurity

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