Sovereign cybersecurity that guards your access and travels with your data.
NewSovix is a cybersecurity software that protects your digital sovereignty at every transaction, across applications, networks, clouds, and jurisdictions.
Your data, your operations, your technology. Sovereign wherever they run.
NewSovix protects each transaction it governs, moving data or granting access. Protection lives at the data layer, above the network.
- We cannot read your data: By design, not even we can access or hand over your readable data.
- Protection crosses borders: Security moves with your data across jurisdictions and borders. No foreign law can take your data in transit.
- Every transaction is checked: Every governed transaction is independently authorized, so revoked or unauthorized activity can be rejected on the next exchange.
- Post-quantum today: Post-quantum protection, built in today.
- Machine speed, met at machine speed: AI-speed attacks meet transaction-speed controls.
- Built for the age of AI: Reduces the impact of AI-driven attacks and tampering with data and commands sent to systems and robotics.
Four things that are already true
Much of today’s security stack wasn’t built for this
Firewalls, VPNs, session-based logins, microsegmentation, EDR, and others were designed before autonomous AI, global multi-cloud data movement, the post-quantum transition, and today’s renewed sovereignty concerns.
One dataset, foreign reach
The U.S. CLOUD Act can require covered U.S.-jurisdiction service providers to produce data within their possession, custody, or control, even when that data is stored outside the United States.
Five Eyes warning, 2026
Cybersecurity agencies from Canada, the U.S., U.K., Australia and New Zealand warn that AI is accelerating the speed, scale, and sophistication of cyber threats.
Harvest now, decrypt later
Adversaries are stockpiling today’s encrypted traffic, betting that future quantum capability will make some of today’s encryption vulnerable.
The threat moved. Security has to move with it.
Threats now move at machine speed across systems, clouds, and jurisdictions. At the same time, sensitive data passes through more infrastructure, more providers, and more legal regimes. Every intermediary that can access plaintext can become another point of breach, insider exposure, or lawful disclosure.
Harvest now, decrypt later by quantum computers
Adversaries are already recording today’s encrypted traffic and simply waiting. Long-lived data captured now may face future quantum decryption risk before the systems protecting it are ready.
AI moves and attacks relentlessly at machine speed
Autonomous agents can already request, move, and act on data faster than any human review cycle. Session-based controls still matter, but they were never built to be the only checkpoint for automated data movement.
Data crosses jurisdictions
The jurisdiction of the provider and who has possession, custody, or control of the data, can also matter. Under the U.S. CLOUD Act, covered providers subject to U.S. jurisdiction can be required to produce data they control even when it is stored abroad.
Data residency tells you where the data sits. Data sovereignty asks who can ultimately reach it.
NewSovix was built for exactly this. A world where nothing can be assumed safe: not the network, not the software, not the trust amongst allies.
One practical question: who can legally reach the data?
Nations all over the world are passing laws to either protect data privacy or to obtain your data. For example:
Canada: Bill C-36 (PPCDA)
Second reading, not yet law. As of September 2026, Bill C-36, the proposed Protecting Privacy and Consumer Data Act, is at second reading in the House of Commons and is not yet law. Its direction reinforces the importance of staying accountable for data even after it leaves your organization or Canada.
- Two-tier penalties once in force: a maximum administrative penalty equal to the greater of C$10 million or 3% of gross global revenue; for indictable offences, a maximum fine equal to the greater of C$25 million or 5% of gross global revenue.
United States: The CLOUD Act
In force since 2018. The U.S. CLOUD Act requires covered electronic-communication and remote-computing service providers subject to U.S. jurisdiction to comply with lawful demands for data within their possession, custody, or control, regardless of where that data is physically stored.
- For buyers outside the U.S.: vendor jurisdiction and actual control over data can matter as much as server location.
- For U.S.-based buyers: exposure to U.S. disclosure law can become a sovereignty and procurement consideration for international customers.
- NewSovix: built and operated in Canada and architected so NewSovix does not hold readable governed payloads or transaction decryption keys.
European Union: GDPR & Schrems II
In force. In 2020, Schrems II invalidated the EU-U.S. Privacy Shield after the Court found that U.S. safeguards did not provide protection essentially equivalent to EU requirements. A new EU-U.S. Data Privacy Framework has since been adopted, but government access and cross-border transfer risk remain important legal and procurement considerations. GDPR fines can reach €20 million or 4% of worldwide annual turnover, whichever is higher, depending on the infringement.
- Cross-border transfer risk isn’t abstract in the EU, it has already produced one invalidated legal framework and years of resulting compliance uncertainty.
- Architecture that keeps data unreadable to any intermediary addresses a meaningful part of that exposure by design.
One architectural principle across jurisdictions
Wherever governed data travels, NewSovix is designed so the protected payload remains readable only at authorized endpoints. NewSovix and intermediary infrastructure do not hold the transaction decryption key.
Laws and regulatory interpretations continue to evolve. NewSovix’s architecture addresses cross-border data transfer accountability and breach blast radius.
Your stack controls identities, devices, and network paths. Still, somewhere the data is readable.
Firewalls, VPNs, ZTNA, SASE, and identity platforms are built to control which network path data can travel and who can log in. That’s necessary, but sensitive data can still become readable inside systems that route, inspect, process, or store it, a proxy, gateway, cloud service, or piece of infrastructure in the middle. Each readable point increases exposure.
- Readable in the middle: In many modern architectures, sensitive data still becomes readable at one or more intermediary processing points and every readable point creates another potential exposure.
- Sessions stay open: Session-based access controls can leave a window in which stolen credentials or a hijacked session remain usable.
- Every decryptor is a risk: Every intermediary that can decrypt your data is also a place it can be exposed, by breach, insider access, or legal demand.
- Captured now, read later: Data encrypted with today’s classical cryptography can be captured now and decrypted later, once quantum computing matures.
- Agents outrun human review: Autonomous AI agents can now request and move data faster than a person ever could, controls built for human-speed logins weren’t designed to keep up.
Not “who is on our network”, but:
For this exact data, moving between these two applications, is this transaction authorized right now?
NewSovix answers that question every time governed data moves, not just once at login and not just at the network boundary.
Built for the questions your diligence team will actually ask
Each feature below is its own deep-dive, architecture, reasoning, and where it matters most.
No One in the Middle Can Read It
Only the authorized endpoints derive the key. NewSovix cannot read the payload.
Learn more →Post-Quantum Ready
Built on quantum-resistant standards today, not a future roadmap item.
Learn more →Works With What You Have
Adds a layer without replacing your existing security investments.
Learn more →Transaction-Level Audit Trail
Creates a verifiable record of what was authorized, for whom, and under what policy.
Learn more →A new layer for the transaction itself, not another flavor of the one you already have
Network tools decide which systems can connect. Identity tools establish who a user or service is. NewSovix adds a separate decision: is this specific data transaction authorized right now, and can it remain unreadable to everyone in between?
Connection vs. transaction
VPN, ZTNA, SASE, and other network controls protect paths and connections, not what happens inside them. NewSovix doesn’t replace them, it independently evaluates the governed data exchange inside that connection, every time.
Object vs. transaction
Data governance and encryption platforms often rely on a provider or centralized service that can access or manage decryption keys. With NewSovix, only the authorized endpoints derive the transaction decryption key. NewSovix does not retain a decryption key or readable payload.
Roadmap vs. today
Many secure tunnels rely on classical cryptography that can’t adopt post-quantum protection without a re-architecture. NewSovix is designed around post-quantum cryptography from the start, not as a later retrofit.
Built for data that can’t afford readable exposure in transit
From AI models trained across organizational boundaries to everyday transactions between mobile apps and back-end systems.
Sovereign & collaborative AI
Protect training data, model files, and outputs moving across organizations or jurisdictions, without any party, including NewSovix, seeing the content.
Explore use cases →Finance & healthcare
Protect sensitive application-to-server transactions and regulated data flows, even over networks you don’t fully control.
Explore use cases →Government & critical infrastructure
Protect citizen data, inter-agency exchanges, and operational technology data.
Explore use cases →Cross-border business workflows
Protect sensitive documents and system-to-system exchanges between partners.
Explore use cases →Frequently Asked Questions
How is NewSovix different from a VPN, ZTNA, or SASE tool?
Those tools control network paths, connections, and access. NewSovix works seamlessly with them at the data layer. That is where the data lives and is used.
How is NewSovix different from the TLS encryption we already use?
TLS protects data between TLS endpoints. In architectures that terminate TLS at proxies, gateways, load balancers, or inspection services, plaintext can become available at those termination points. NewSovix adds application-level protection so the governed transaction can remain encrypted between the two authorized application endpoints, even across intermediary infrastructure. It also independently authorizes each governed transaction and uses post-quantum cryptography from the start.
Will NewSovix interfere with DLP or content inspection?
Controls that require plaintext need to operate at an authorized inspection point or endpoint. NewSovix is designed to prevent unnecessary plaintext exposure in intermediary infrastructure while preserving the security controls the organization intentionally requires.
Does NewSovix hold or see our encryption keys?
No. Only the authorized endpoints derive the transaction decryption key. NewSovix cannot access or derive the key and retains nothing that would let it, or anyone who compromises it, read your data. This is an architectural property of NewSovix, not an optional configuration.
What post-quantum cryptography does NewSovix use?
NIST-standardized Level 5 parameter sets: ML-KEM-1024 for key establishment (FIPS 203) and ML-DSA-87 for digital signatures (FIPS 204).
Can we run NewSovix inside our own data centre or our own cloud?
Yes, and it is the preferred deployment: fewer hops and less exposure of your control path. NewSovix runs where your applications already are.
Does using NewSovix make us compliant with Bill C-36, GDPR, or the CLOUD Act?
No single vendor can make an organization compliant with any of these regimes on its own. NewSovix is designed to address specific technical risks within them, particularly readable cross-border exposure and vendor-compulsion risk. Talk to your legal and privacy team about how NewSovix fits into your broader compliance program.
Does NewSovix reduce my CLOUD Act exposure if my cybersecurity software is made in the U.S.?
It can reduce an important part of that exposure. NewSovix’s SEAL is designed so intermediary systems in the protected data path do not hold readable governed payloads or transaction decryption keys. That can reduce the readable data available from those intermediaries if they become subject to legal process. NewSovix does not eliminate every form of CLOUD Act or legal-process exposure; it reduces exposure by changing what protected intermediaries are technically able to access.
Do you recommend an organization get rid of their packet inspection, governance, tunnelling and other software if using NewSovix?
No. NewSovix is designed to complement, not replace, your existing security stack. Keep your firewalls, VPNs, ZTNA/SASE, IAM, endpoint security, monitoring, governance, and compliance controls. NewSovix adds transaction-level authorization and payload protection alongside them.
Does NewSovix secure operational technologies?
Yes; where the OT or IoT workflow can integrate with NewSovix. Governed commands and telemetry can be cryptographically protected and independently authorized, helping reject forged, replayed, or tampered transactions. This can reduce both operational and industrial-espionage risk.
Does NewSovix protect systems from AI attacks?
NewSovix is designed to reduce what AI-enabled attackers can exploit in a governed data flow. Protected payloads remain encrypted between authorized endpoints, and each governed transaction is independently authorized rather than relying solely on a previously trusted session. NewSovix complements, not replaces, endpoint security, identity controls, vulnerability management, monitoring, and incident response.
Does blockchain provide strong security protection?
Blockchain solves a different problem. It can provide tamper-evident integrity, consensus, and provenance, while confidentiality generally requires additional cryptographic controls. NewSovix focuses on protecting, authorizing, and verifying the data transaction itself.
See NewSovix on your own use case
Bring us one real data flow. We’ll show you where NewSovix fits, and where it doesn’t.