The Shrinking CDE and How to Align Your Infrastructure Spend

• The cardholder data environment (CDE) has been steadily getting smaller, but many organizations haven’t resized their infrastructure spend to match.
• To increase efficiency, fintech organizations need to classify their data, scope workloads, and then align the infrastructure tier to the classification. 
• The Hivelocity Fintech Bundle makes it easy to map infrastructure to modern architectural realities rather than defaulting to a one-size-fits-all compliance posture  

For many fintech companies, the last decade has seen the cardholder data environment (CDE) become substantially smaller. Tokenization, hosted payment pages, and point-to-point encryption have all played a role in minimizing the surface area where live card data appears.  

Of course, this is a good thing: because the CDE is the highest-compliance zone in fintech architectures, it’s also the most expensive to build, operate, and audit. Organizations should be turning its shrinking footprint into tangible cost savings, but many aren’t. 

Why? They’re likely starting their infrastructure conversations in the wrong place. 

Where Fintech Infrastructure Discussions Go Wrong 

Given the industry, it’s natural to center infrastructure planning around compliance concerns, especially PCI. But leading with compliance is what has many organizations overpaying for more compliance-grade infrastructure than they actually need. 

As you assess your infrastructure needs, the question you need to ask first is a simple one: where does regulated data actually live? 

If you haven’t been adjusting your strategy to match ongoing CDE footprint reductions, you’ll likely find that the answer is a much smaller zone than your infrastructure budget reflects.  

Optimize Your Infrastructure with the Hivelocity Fintech Bundle 

Achieving maximum efficiency for your infrastructure spend starts with classifying your data, assessing workloads, and matching the appropriate type of environment to the classification. The Hivelocity Fintech Bundle helps your organization do exactly that—by providing three distinct tiers based on today’s typical fintech stack. 

The Engineering Compute provides a home for your development and data engineering needs. Since the data here isn’t regulated, the infrastructure is geared toward performance and economics: bare metal at sustained-load pricing, with API-driven provisioning through the myVelocity portal. 

The Production Compute covers production systems outside PCI scope: trading match engines, market data ingestion and distribution, blockchain validators and RPC clusters, surveillance feeds, and open banking consumers running on tokenized references. The data employed by these systems is not subject to PCI regulations. Meanwhile, Hivelocity holds a SOC 2 Type II report across core facilities, aligned to the security requirements of HIPAA/HITECH. This is what most enterprise vendor due diligence asks to see. Our bare-metal approach provides single-tenant performance benefits. 

Finally, our Hi-Compliance Compute provides an ideal home for your CDE. It runs on a PCI-validated facility foundation at our facilities. It provides facility-level Attestation of Compliance (AoC) for PCI DSS, including physical and environmental controls (PCI Requirement 9). Your team brings your qualified security assessor, compliance specialists, and CDE architecture—and stays in complete control. 

An important distinction: we offer a PCI-validated facility for a customer-managed CDE. It is not PCI-compliant hosting or PCI-compliant bare metal. Any vendor that uses those phrases without qualification could be creating audit exposure for customers. The correct framing is a facility-level AoC covering physical and environmental controls – full stop. 

How to Know If You’re a Good Fit  

The Hivelocity Fintech Bundle is great for teams pursuing scope reduction and looking to align their actual CDE footprint with their infrastructure needs. B2B fintech infrastructure vendors, trading firms, crypto-native operators, lending decisioning platforms, KYC and AML providers, and embedded finance teams are a natural fit for direct procurement. 

MSPs and fintech platforms can use the bundle to create hosted offerings on Hivelocity infrastructure. In this scenario, the myVelocity portal can be white-labeled under the customer brand. Hivelocity is invisible to the end-customer, and the partner simply brings the tiers into their offering. 

The bundle isn’t the right fit for organizations without an existing PCI program who need a vendor to operate compliance on their behalf. It’s also not well-suited for CDE geography requirements that can’t be satisfied, or for GPU-heavy model training workloads. Tiers 1 and 2 can still apply in all three cases alongside the specialized provider that handles the exception. 

FAQs

Q: Why is infrastructure tier important if we already have SOC 2 and PCI in place? 
A: Not all workloads need compliance-grade controls. Those that protect regulated data aren’t necessary, or appropriate, for workloads that don’t carry it. Matching the tier to the data classification is how scope-aware fintechs keep costs rational and audits clean. 

Q: What does the Hivelocity facility-level PCI AoC actually cover? 
A: To help you meet PCI Requirement 9, our facility-level AoC covers physical and environmental controls at the data center level. This provides validation that our physical access, power, cooling, and environmental safeguards meet critical PCI DSS standards. That said, the AoC doesn’t cover the server-layer controls — network segmentation, server hardening, encryption and key management, access control, logging, vulnerability management, and application-layer controls. Those are the responsibility of your team. 

Q: Does the bundle work for regulated and non-regulated workloads? 
A: Yes – the bundle is built for exactly that scenario. Engineering and production workloads outside the CDE sit in Tiers 1 and 2, optimized for performance and economics. The CDE moves to Tier 3 in on a validated facility foundation. The result is one vendor relationship, three tiers, and infrastructure matched to the actual data classification of each workload.