Data / Tool
Open the risk workbench
Search records, inspect source links, compare priority, export capped samples, and check source freshness before deciding what deserves deeper review.
Track East Asia cyber, AI, cloud, and infrastructure risk before it becomes an incident.
Monitor public cyber, AI, cloud, CERT, procurement, and infrastructure signals across Taiwan, Japan, and Korea in English. Other regions remain slow watchlist context while the core three-country dataset gets deeper.
Live Data Proof
The homepage renders a server-side database snapshot first, then hydrates capped live records from the public API. A quiet article feed should not be read as an empty tracker.
Snapshot generated 2026-05-28 17:06. If the live API is temporarily unavailable, this panel keeps the last verified public snapshot visible instead of presenting a false zero-record state.
Data / Tool
Search records, inspect source links, compare priority, export capped samples, and check source freshness before deciding what deserves deeper review.
Editorial / Workflow
Move from country and topic collections into repeatable triage workflows, weekly review, API evaluation, and source-grounded brief archives.
Search by country, CVE, company, sector, source family, and threat theme instead of reading a loose article feed.
Open source-linked records, compare priority, dates, and collection context, then decide what deserves analyst time.
Use capped CSV, indicator CSV, RSS, local watchlists, and shareable tracker queries for repeat team review.
Request full feeds, historical exports, API integration, or custom monitoring when the public layer proves workflow fit.
Regional Public Signals Layers
Public-record layers turn local disclosures, advisories, procurement notices, and regional incident signals into structured data. Current execution is focused on making Taiwan, Japan, and Korea deeper, cleaner, fresher, and more useful while non-core regions grow only as slow watchlist context.
Last source check: MOPS historical catch-up at 2026-05-28 14:37. Government procurement, MOPS, TWCERT/CC TVN, and guarded TWCERT/CC security-news sources are monitored; new records enter the database before any article decision.
Summary generated 2026-05-28 17:06Original: 本公司網路資安事件說明
Taiwan organization (5287) / 數字 (5287)Original: 有關集團北美部分廠區遭網路攻擊說明
Hon Hai / Foxconn (2317) / 鴻海 (2317)Original: 本公司網路資安事件說明
HCT Logistics (2619) / 新竹物流 (2619)Why Nogosee
Under-covered East Asia public signals are normalized for global security, cloud, governance, and supplier-risk teams.
Nogosee is not a mass rewrite feed. Records enter structured monitoring first; briefs are selective and source-grounded.
Tracker entries preserve source links, timelines, sectors, tags, importance signals, and export paths for repeat review.
Track East Asia cyber, AI, cloud, and infrastructure risk before it becomes an incident.
In a Security Blog post, AWS outlines how it approaches “AI sovereignty” as an extension of digital sovereignty, centered on data sovereignty (including residency and operator access restrictions) and operational sovereignty (including resilience and independence). AWS positions its sovereignty offering as “control and choice” across the AI stack—deployment location options (including on-premises and isolated deployments), model/service selection, and governance controls. The post highlights AWS Nitro System isolation properties for EC2 instances (including AI accelerator instances), a commitment that Amazon Bedrock customer inputs/outputs are not used to train Amazon Nova or third-party models, and references third-party validation of Nitro’s design by NCC Group. AWS also notes its ISO/IEC 42001 accredited certification coverage for certain AI services and a 2025 surveillance audit with no findings, framing these as assurance mechanisms for customers with sovereignty and compliance requirements.