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quantum computing impact on cryptography

informationalFinance & FintechAnalyzed 07/01/2025

AI Search Visibility Analysis

Analyze how brands appear across multiple AI search platforms for a specific query

Query Report Analysis Visualization
High Impact

Total Mentions

Total number of times a brand appears

across all AI platforms for this query

Reach

Platform Presence

Number of AI platforms where the brand

was mentioned for this query

Authority

Linkbacks

Number of times brand website was

linked in AI responses

Reputation

Sentiment

Overall emotional tone when brand is

mentioned (Positive/Neutral/Negative)

Brand Performance Across AI Platforms

3
Platforms Covered
4
Brands Found
13
Total Mentions
BRANDTOTAL MENTIONSPLATFORM PRESENCELINKBACKSSENTIMENTSCORE
1NIST
5
2
95
2Apple
4
0
68
3Europol
4
0
66
4IBM
0
2
55
Referenced Domains Analysis
All 23 domains referenced across AI platforms for this query
ChatGPT
Perplexity
Google AIO
ChatGPT:
0
Perplexity:
1
Google AIO:
1
2
ChatGPT:
0
Perplexity:
1
Google AIO:
1
2
ChatGPT:
0
Perplexity:
1
Google AIO:
1
2
ChatGPT:
0
Perplexity:
0
Google AIO:
2
2
ChatGPT:
0
Perplexity:
1
Google AIO:
1
2
ChatGPT:
2
Perplexity:
0
Google AIO:
0
2
ChatGPT:
0
Perplexity:
1
Google AIO:
1
2
ChatGPT:
0
Perplexity:
1
Google AIO:
1
2
ChatGPT:
0
Perplexity:
1
Google AIO:
0
1
ChatGPT:
0
Perplexity:
0
Google AIO:
1
1
ChatGPT:
0
Perplexity:
0
Google AIO:
1
1
ChatGPT:
1
Perplexity:
0
Google AIO:
0
1
ChatGPT:
0
Perplexity:
0
Google AIO:
1
1
ChatGPT:
0
Perplexity:
0
Google AIO:
1
1
ChatGPT:
1
Perplexity:
0
Google AIO:
0
1
ChatGPT:
0
Perplexity:
0
Google AIO:
1
1
ChatGPT:
0
Perplexity:
0
Google AIO:
1
1
ChatGPT:
0
Perplexity:
0
Google AIO:
1
1
ChatGPT:
1
Perplexity:
0
Google AIO:
0
1
ChatGPT:
1
Perplexity:
0
Google AIO:
0
1
ChatGPT:
0
Perplexity:
0
Google AIO:
1
1
ChatGPT:
0
Perplexity:
0
Google AIO:
1
1
ChatGPT:
0
Perplexity:
1
Google AIO:
0
1

Strategic Insights & Recommendations

Dominant Brand

NIST emerges as the leading authority in quantum-safe cryptography standardization, with Apple being the first major company to implement quantum-resistant protocols.

Platform Gap

ChatGPT provides specific timelines and company examples, while Google AIO focuses on technical mechanisms and Perplexity emphasizes urgency and standardization efforts.

Link Opportunity

Organizations seeking quantum-safe migration guidance could benefit from linking to NIST standards, cybersecurity frameworks, and post-quantum cryptography implementation resources.

Key Takeaways for This Query

Quantum computers will break current RSA and ECC encryption through Shor's algorithm, requiring immediate preparation for post-quantum cryptography.

NIST released the first post-quantum cryptography standards in 2024, providing a roadmap for quantum-safe algorithm adoption.

Organizations should migrate to quantum-resistant systems by 2028 to avoid last-minute disruptions when quantum threats become real.

Apple's PQ3 protocol for iMessage demonstrates early industry adoption of quantum-safe encryption technologies.

AI Search Engine Responses

Compare how different AI search engines respond to this query

ChatGPT

4018 Characters

BRAND (3)

Apple
NIST
Europol

SUMMARY

Quantum computing poses significant threats to current cryptography by making RSA and ECC vulnerable through Shor's algorithm, while Grover's algorithm reduces symmetric encryption security by half. Post-quantum cryptography is being developed with NIST releasing standards in 2024. Organizations should prepare for quantum-resistant systems by 2028, with companies like Apple already implementing quantum-safe protocols like PQ3 for iMessage.

Perplexity

3249 Characters

BRAND (2)

IBM
NIST

SUMMARY

Quantum computing fundamentally challenges cryptography security through Shor's algorithm breaking RSA and ECC, and Grover's algorithm halving symmetric encryption strength. This threatens data confidentiality across banking, finance, and government sectors. NIST is standardizing post-quantum cryptographic algorithms by 2024-2025. Organizations must transition to quantum-resistant algorithms before large-scale quantum computers become operational to protect long-term data security.

Google AIO

2109 Characters

BRAND (2)

IBM
NIST

SUMMARY

Quantum computing threatens current encryption through Shor's algorithm breaking RSA and ECC, and Grover's algorithm reducing symmetric encryption effectiveness. This could expose sensitive data and compromise digital signatures. Post-quantum cryptography and quantum key distribution are being developed as countermeasures. While practical quantum computers capable of breaking encryption are still years away, proactive preparation is essential.

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Quantum Computing Impact on Cryptography: Security Threats | Geneo