Futurex

Futurex: Proteger el sistema financiero para la era cuántica

“Muchos hackers ya están almacenando información y están esperando que llegue el momento del cómputo cuántico para poder extraer datos de tarjetas de crédito, información bancaria y otros datos confidenciales”, – Santos Campa, Vicepresidente para Latinoamérica y el Caribe, Futurex.

Lee la reciente entrevista de Santos Campa con El Cronista para conocer más sobre la creciente amenaza del “Harvest Now, Decrypt Later”, por qué las estrategias poscuánticas se están volviendo urgentes para los bancos y las fintech, cómo se está preparando el sector financiero de México y por qué 2026 es un momento crítico para actuar antes de que lleguen las capacidades cuánticas a finales de esta década.

Your phone has an app store.
So why can’t your cryptography stack?

CryptoHub brings that same ease to enterprise encryption, turning complex deployments and integrations into a straightforward, wizard-driven 4-step experience.

With an app-store-like model, you can deploy cryptographic services as easily as installing an app.

Book a 1:1 demo below for a tailored walkthrough of how this will look for your use case, not a one-size-fits-all pitch.

Does this cloud key management problem sound familiar?
Ownership shifts. Lifecycle policies drift. Audit records don’t align.

Nothing breaks outright, but that friction becomes a real risk when you try to scale, slowing operations and weakening compliance confidence.

The issue stems from fragmented control.

Leading teams are simplifying the approach:
✴️Unify orchestration and lifecycle control
✴️Align key ownership with workload risk
✴️Enforce hardware‑backed custody
✴️Automate before scale introduces drift
✴️Strengthen audit visibility and provenance

Because in modern security environments, proving control matters just as much as applying it.

See how Futurex gives teams back control over their key management, reducing sprawl and providing a clear, consistent way to govern keys at scale below.

You don’t lose security all at once.
You lose it one unmanaged key at a time.

As environments scale, cracks start to show:
Manual processes, patchwork visibility, and “good enough” recovery plans slapped together across siloed tools and teams.

It works – until it doesn’t.

That’s when inefficiency turns into exposure, and questions around ownership, auditability, and control get harder to answer.

Modern teams are simplifying the problem:
✅Automate what matters
✅Centralized control
✅Built-in resilience from the start

See what modern key management actually looks like in practice and how teams are regaining control before risk forces their hand.

Typical situation: Your security team launches encryption across multiple cloud workloads.

Everything looks good, but…
✴️Keys are managed in different systems
✴️Ownership becomes unclear
✴️Audit records don’t align

Nothing is “broken,” but that uneasy feeling you get is because nothing is fully trusted either.

Scatter your key management and cloud strategies stall.

To simplify things, we mapped out 7 controls that help bring order to the chaos, helping leaders:
✴️Unify orchestration
✴️Enforce hardware-backed trust
✴️Strengthen visibility and accountability

Regain control over your keys and get a secure root of trust.

Find out how to reduce risk and regain control of your key management in the full article below.

“With great power comes great responsibility.”

In the cloud, the real question is not just whether data is encrypted.

It is who controls the keys that protect it.

That is where cloud-based key management becomes a strategic advantage. It gives organizations a stronger security posture, better control, lower operational burden, and a clearer path to compliance.

Forward-looking teams are moving past “do we encrypt?” and asking a better question: “how do we control trust at scale?”

See how CryptoHub gives teams that level of control with cloud-based key management powered by an HSM-strength root of trust.

The first PQC readiness challenge is rarely the cryptographic algorithm itself.

Without that clarity, even the right strategy stalls.

For many organizations, the real challenge is visibility into cryptographic inventory, system dependencies, and vendor constraints that directly shape migration timelines and ownership.

That’s why PQC preparation starts with structure.

These 7 moves bring that structure into focus – providing the sequence, ownership, and deliverables that leaders can evaluate now.

Bet on strategy and see how leading teams are turning PQC readiness into actionable steps and building momentum before timelines tighten below.

Cloud strategy used to be all about scale. Now it’s about proof.
✴️Proof of ownership
✴️Proof of control
✴️Proof of compliance

DPDP Act 2023 raises the bar, and your encryption keys sit at the center of meeting compliance.

Architectures built with cloud HSM solutions like CryptoHub help organizations meet that expectation, anchoring trust locally while scaling globally.

In practice, that looks like:
✴️Discover: Map keys + prioritize sensitive workloads
✴️Deploy: Stand up FIPS‑validated HSMs in India regions
✴️Import: Move keys securely with wrapped transfers
✴️Automate: Enforce rotation, policies, and audit via centralized control

Dive deeper to understand how this model supports DPDP safeguards without slowing innovation in the full article below.

The most dangerous breach might be the one that won’t happen for years.

While organizations debate timelines, adversaries are already collecting encrypted data that will outlive today’s algorithms.

Attackers don’t need access now… they just need patience.

The vulnerability is what’s being captured now and held for later decryption.

PQC HSMs address this gap by introducing algorithms designed for long-term durability and a root of trust, not just present-day security.

Take a closer look at how harvest now decrypt later works, why waiting amplifies exposure, and what practical steps organizations are taking now to make their data quantum‑resilient.