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RSAC 2026 (cybersecurity conference)
RSAC 2026
RSAC 2026
conference / summit
dàhuì
大会
focused on / centered on
jùjiāo
聚焦
AI (artificial intelligence)
AI
AI
AI agent / autonomous agent
zhìnéng tǐ
智能体
security
ānquán
安全
threat
wēixié
威胁
,
experts
zhuānjiā
专家
warned
jǐnggào
警告
defense
fángyù
防御
system / framework
tǐxì
体系
urgently needs
jí xū
亟需
to restructure / to rebuild
chónggòu
重构
。

RSAC 2026 (cybersecurity conference)
RSAC 2026
RSAC 2026
cybersecurity
wǎngluò ānquán
网络安全
conference
dàhuì
大会
in
yú
于
March
sānyuè
三月
in / at
zài
在
San Francisco
Jiùjīnshān
旧金山
to be held / to take place
jǔxíng
举行
,
focused on
jùjiāo
聚焦
autonomous / independent
zìzhǔ
自主
AI (artificial intelligence)
AI
AI
AI agent
zhìnéng tǐ
智能体
brought by / posed by
dài lái de
带来的
new type
xīn xíng
新型
security
ānquán
安全
threat
wēixié
威胁
。
experts
zhuānjiā
专家
warned
jǐnggào
警告
,
traditional
chuántǒng
传统
defense
fángyù
防御
framework / system
tǐxì
体系
already
yǐ
已
difficult to
nányǐ
难以
to address / to counter
yìngduì
应对
machine speed
jīqì sùdù
机器速度
structural particle
de
的
AI agent
zhìnéng tǐ
智能体
attacks
gōngjī
攻击
,
and
bìng
并
called for
hūyù
呼吁
enterprises / companies
qǐyè
企业
regarding / on
duì
对
security
ānquán
安全
architecture
jiàgòu
架构
to carry out
jìnxíng
进行
fundamental / foundational
gēnběn xìng
根本性
restructuring / overhaul
chónggòu
重构
。

March 26, 2026 at 10:00 PM

the 35th edition
dì sānshíwǔ jiè
第三十五届
RSAC (cybersecurity conference)
RSAC
RSAC
cybersecurity
wǎngluò ānquán
网络安全
conference
dàhuì
大会
from
yú
于
March 23rd
sānyuè èrshísān rì
三月二十三日
to / through
zhì
至
26th
èrshíliù rì
二十六日
in
zài
在
San Francisco
Jiùjīnshān
旧金山
was held
jǔxíng
举行
,
this edition
běn jiè
本届
theme
zhǔtí
主题
is
wéi
为
artificial intelligence
réngōng zhìnéng
人工智能
era / age
shídài
时代
structural particle
de
的
data security
shùjù ānquán
数据安全
chaos / disorder
hùnluàn
混乱
。
participating / attending the conference
yù huì
与会
experts
zhuānjiā
专家
pointed out
zhǐchū
指出
,
autonomous
zìzhǔ
自主
AI (artificial intelligence)
AI
AI
AI agent
zhìnéng tǐ
智能体
structural particle
de
的
rapid
kuàisù
快速
proliferation / widespread adoption
pǔjí
普及
is currently
zhèngzài
正在
undermining / dismantling
wǎjiě
瓦解
traditional
chuántǒng
传统
human-centric
yǐ rén wéi zhōngxīn
以人为中心
structural particle
de
的
identity verification
shēnfèn yànzhèng
身份验证
and
yǔ
与
access control
fǎngwèn kòngzhì
访问控制
framework / system
tǐxì
体系
。
so-called
suǒwèi
所谓
shadow agents (unauthorized AI agents)
yǐngzi zhìnéng tǐ
影子智能体
——
namely / that is
jí
即
without / not having undergone
wèijīng
未经
enterprise
qǐyè
企业
security
ānquán
安全
team
tuánduì
团队
approval / authorization
shěnpī
审批
and / while
ér
而
autonomously
zìzhǔ
自主
operating
yùnxíng
运行
structural particle
de
的
program / agent
chéngxù
程序
——
passive marker
bèi
被
regarded as
shìwéi
视为
current
dāngqián
当前
data
shùjù
数据
leakage / breach
xièlù
泄露
risk
fēngxiǎn
风险
structural particle
de
的
primary / main
zhǔyào
主要
source
láiyuán
来源
one of
zhī yī
之一
。
security
ānquán
安全
researchers
yánjiū rényuán
研究人员
warned
jǐnggào
警告
,
attackers
gōngjī zhě
攻击者
can / may
kě
可
to exploit / to leverage
lìyòng
利用
compromised / infected
shòu gǎnrǎn
受感染
structural particle
de
的
AI
AI
AI
platform
píngtái
平台
to implant / to inject
zhírù
植入
malicious
èyì
恶意
AI agent
zhìnéng tǐ
智能体
,
with / in order to
yǐ
以
machine speed
jīqì sùdù
机器速度
to complete
wánchéng
完成
reconnaissance / surveillance
zhēnchá
侦察
and
yǔ
与
vulnerability exploitation
lòudòng lìyòng
漏洞利用
。
the conference
dàhuì
大会
at / during
shàng
上
,
the industry
yèjiè
业界
regarding / on
jiù
就
defense
fángyù
防御
strategy
cèlüè
策略
reached / formed
xíngchéng
形成
three
sān xiàng
三项
consensus
gòngshí
共识
:
to protect
bǎohù
保护
AI agent
zhìnéng tǐ
智能体
from / against
miǎnshòu
免受
external
wàibù
外部
intrusion / attack
rùqīn
入侵
、
to prevent
fángzhǐ
防止
AI agent
zhìnéng tǐ
智能体
to harm / to damage
wēihài
危害
external
wàibù
外部
systems
xìtǒng
系统
,
as well as
yǐjí
以及
to achieve
shíxiàn
实现
machine
jīqì
机器
speed
sùdù
速度
level
jíbié
级别
structural particle
de
的
detection
jiǎncè
检测
and
yǔ
与
response
xiǎngyìng
响应
capability
nénglì
能力
。
multiple / several
duō jiā
多家
security
ānquán
安全
vendors / companies
chǎngshāng
厂商
at
zài
在
the conference
dàhuì
大会
during
shàng
上
demonstrated / showcased
zhǎnshì
展示
completed action particle
le
了
AI versus AI (defense approach)
yǐ AI duìkàng AI
以AI对抗AI
structural particle
de
的
protection / security
fánghù
防护
solution / approach
fāng àn
方案
,
positioning
jiāng
将
real-time
shíshí
实时
machine learning
jīqì xuéxí
机器学习
detection
jiǎncè
检测
positioned as
dìngwèi wéi
定位为
scalable
kě kuòzhǎn
可扩展
structural particle
de
的
line of defense
fánxiàn
防线
。
deepfake
shēndù wěizào
深度伪造
attacks
gōngjī
攻击
and
yǔ
与
AI
AI
AI
supply chain
gōngyìng liàn
供应链
poisoning / sabotage
tóudú
投毒
also
yě
也
at
zài
在
this edition
běn jiè
本届
conference
dàhuì
大会
during
shàng
上
passive marker
bèi
被
listed as / classified as
lièwéi
列为
current
dāngqián
当前
operational
yùnyíng
运营
in the
zhōng de
中的
major / primary
zhǔyào
主要
real / practical
shíjì
实际
threats
wēixié
威胁
。
analysts
fēnxī rénshì
分析人士
believe / consider
rènwéi
认为
,
given / in light of
jiànyú
鉴于
AI
AI
AI
capabilities
nénglì
能力
structural particle
de
的
rapid
kuàisù
快速
evolution / advancement
yǎnjìn
演进
,
enterprises
qǐyè
企业
security
ānquán
安全
architecture
jiàgòu
架构
needs to
xūyào
需要
to carry out
jìnxíng
进行
fundamental
gēnběn xìng
根本性
overhaul / restructuring
chónggòu
重构
,
rather than
ér fēi
而非
merely
jǐnjǐn
仅仅
on
zài
在
existing
xiàn yǒu
现有
framework
kuàngjià
框架
on top of
shàng
上
layering on / stacking
diéjiā
叠加
patch-style / ad hoc
bǔdīng shì
补丁式
protection
fánghù
防护
measures
cuòshī
措施
。

New Words

wǎngluò ānquán
网络安全
cybersecurity
shùjù ānquán
数据安全
data security
zhìnéng tǐ
智能体
AI agent
shēnfèn yànzhèng
身份验证
identity verification
yǐngzi zhìnéng tǐ
影子智能体
shadow agent
gōngjī
攻击
attack
fángyù
防御
defense
shēndù wěizào
深度伪造
deepfake
jiàgòu
架构
architecture
fánxiàn
防线
line of defense

News in English

Science & Technology

RSAC 2026 Highlights AI Agent Security Threats, Experts Warn Defenses Need Rebuilding

The RSAC 2026 cybersecurity conference in San Francisco focused on the new security threats posed by autonomous AI agents. Experts warned that traditional defenses can no longer address machine-speed attacks and called for a fundamental overhaul of enterprise security architecture.

The 35th RSAC cybersecurity conference was held in San Francisco from March 23-26. This edition's theme focused on data security chaos in the artificial intelligence era.

Participating experts pointed out that the rapid proliferation of autonomous AI agents is dismantling traditional human-centric identity verification and access control frameworks.

So-called shadow agents—autonomous programs running without enterprise security team approval—are regarded as one of the primary sources of current data breach risks.

Security researchers warned that attackers can exploit compromised AI platforms to implant malicious agents, completing reconnaissance and vulnerability exploitation at machine speed.

At the conference, the industry reached three consensus points on defense strategies: protecting agents from external intrusion, preventing agents from harming external systems, and achieving machine-speed detection and response capabilities.

Multiple security vendors demonstrated AI-versus-AI defense solutions, positioning real-time machine learning detection as a scalable line of defense.

Deepfake attacks and AI supply chain poisoning were also classified as major practical threats currently in operation.

Analysts believe that given the rapid evolution of AI capabilities, enterprise security architecture needs fundamental restructuring, rather than merely layering patch-style protections on existing frameworks.

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qián
前
Groq (AI chip startup)
Groq
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engineers
gōngchéngshī
工程师
regarding / over (a matter)
jiù
就
$20 billion USD
200 yì měiyuán
200亿美元
Nvidia (US semiconductor company)
Yīngwěidá
英伟达
licensing / authorization
shòuquán
授权
deal / transaction
jiāoyì
交易
to file / to initiate
tíqǐ
提起
a lawsuit / legal action
sùsòng
诉讼
。

Former Groq Engineers Sue Board Over $20 Billion Nvidia Licensing Deal

Qualcomm (US semiconductor company)
Gāotōng
高通
for the first time
shǒucì
首次
to / toward
xiàng
向
Huawei (Chinese tech company)
Huáwéi
华为
to pay / to make a payment
zhīfù
支付
patent royalties / licensing fee
zhuānlì fèi
专利费
,
both parties
shuāngfāng
双方
to sign / to conclude
qiānshǔ
签署
multi-year period
duō nián qī
多年期
agreement / deal
xiéyì
协议
。

Qualcomm Pays Huawei for First Time in Broad Multi-Year Patent Licensing Agreement

Tencent (Chinese tech company)
Téngxùn
腾讯
from / toward
xiàng
向
Oracle (US tech corporation)
Jiǎgǔwén
甲骨文
to lease / to rent for use
zūyòng
租用
one hundred thousand
shí wàn
十万
measure word for small round objects
kē
颗
artificial intelligence
réngōng zhìnéng
人工智能
semiconductor chip / microchip
xīnpiàn
芯片
。

Tencent Leases 100,000 AI Chips From Oracle in $7 Billion Deal

Apple Inc.
Píngguǒ Gōngsī
苹果公司
to announce
xuānbù
宣布
will (future marker)
jiāng
将
on / at (preceding a date)
yú
于
October 13th
shíyuè shísān rì
十月十三日
to hold (an event)
jǔxíng
举行
Welcome Home (name of Apple event)
Welcome Home
Welcome Home
product launch event
fābùhuì
发布会
,
expected to
yùjì
预计
to launch / to introduce
tuīchū
推出
HomePad mini (Apple smart home display)
HomePad mini
HomePad mini
and others / etc.
děng
等
new-model
xīnkuǎn
新款
products
chǎnpǐn
产品
。

Apple Announces October 13 Welcome Home Event, Expected to Reveal HomePad Mini and Other New Products