The digital world is changing faster than ever. In 2025, two powerful technologies are growing at the same time: quantum computing and artificial intelligence (AI). While both bring exciting benefits, they also create serious risks.
On one side, quantum computers threaten to break today’s encryption systems. On the other, AI is making it easier to spread fake news, deepfakes, and misinformation.
To face these challenges, experts are focusing on two critical areas:
- Post-quantum cryptography to protect data
- Disinformation security to protect truth
Let’s understand what these mean, why they matter, and how the world is preparing—using simple and clear language.
Why Today’s Digital Security Is at Risk
Most of today’s online security depends on encryption. Encryption protects:
- Bank transactions
- Emails and messages
- Government data
- Personal information
At the same time, people rely on the internet for news and information. If that information is false or manipulated, it can cause panic, confusion, and real-world harm.
Quantum computing and AI are challenging both data security and information trust at the same time.
What Is Post-Quantum Cryptography?
Post-quantum cryptography (PQC) is a new type of encryption designed to stay safe even when quantum computers become powerful.
Why Do We Need It?
Current encryption methods are very strong against normal computers. But quantum computers can use special algorithms to:
- Crack encryption keys
- Break digital signatures
- Read protected data
This means data encrypted today could be stolen now and decrypted later when quantum machines become more advanced.
Post-quantum cryptography solves this by using math problems that even quantum computers cannot easily solve.
What’s Happening in 2025?
In 2025, post-quantum cryptography moved from theory to action.
New Security Standards
Global organizations released new quantum-safe encryption standards. Governments and companies are now:
- Testing PQC algorithms
- Updating software and hardware
- Preparing long-term data protection plans
This process is called crypto agility—the ability to change encryption methods without breaking systems.
Why Early Action Matters
Sensitive data such as:
- Health records
- Military information
- Financial data
Needs to stay secure for decades. That’s why organizations are upgrading before quantum attacks become real.
The Growing Threat of AI-Generated Disinformation
While quantum computing threatens data security, AI threatens information security.
AI tools can now:
- Create fake news articles
- Generate realistic images and videos (deepfakes)
- Clone voices
- Spread misinformation at massive scale
In 2025, fake content is becoming harder to tell apart from real information.
Why Disinformation Is So Dangerous
Disinformation can:
- Influence elections
- Damage reputations
- Create social unrest
- Spread fear during crises
When people lose trust in information, it becomes difficult to make good decisions—both personally and as a society.
Disinformation Security: Fighting Back With Technology
To combat this, new disinformation security tools are being developed.
AI Fighting AI
Ironically, the best way to fight AI-generated misinformation is often more AI.
These tools can:
- Detect fake images and videos
- Identify bot-driven social media campaigns
- Track the origin of false content
- Flag suspicious patterns
Content Verification Tools
New systems verify:
- Digital watermarks in images and videos
- Authentic sources of news
- Changes made to original content
This helps platforms and users trust what they see online.
Governance Platforms: Managing Risk at Scale
As threats grow, organizations need better control.
What Are Governance Platforms?
Governance platforms help companies and governments:
- Monitor security risks
- Track AI usage
- Enforce rules and policies
- Respond quickly to threats
In 2025, many organizations are adopting AI governance and cybersecurity platforms that combine:
- Post-quantum encryption
- AI risk monitoring
- Disinformation detection
These systems create transparency and accountability.
Why These Two Issues Are Connected
Post-quantum cryptography and disinformation security may sound different, but they are closely linked.
Both aim to protect:
- Trust
- Stability
- Democratic systems
- Digital safety
Without strong encryption, private data is exposed. Without disinformation security, public trust collapses.
Together, they form the foundation of a secure digital future.
Challenges Ahead
Despite progress, challenges remain:
- Updating old systems is expensive
- Global coordination is difficult
- AI evolves faster than regulations
- Public awareness is still low
Experts warn that waiting too long could make the damage harder to fix.
Looking Ahead
As we move beyond 2025, digital security will no longer be optional—it will be essential.
Organizations that invest early in:
- Post-quantum cryptography
- Disinformation security tools
- Strong governance systems
Will be better prepared for the future.
Final Thoughts
The next era of technology will be defined not only by innovation, but by protection and responsibility.
Quantum computing and AI are powerful—but with the right safeguards, they can be used safely.
Post-quantum cryptography protects our data. Disinformation security protects our truth.
Together, they help ensure that the digital world remains secure, trusted, and resilient for generations to come.