Deploying robust data security measures, including database encryption, tokenization, key management, and data leakage protection for assets at rest and in motion.
Schedule an assessment
85%
Long-term Partnerships
75%
Mid-to-Senior Engineers
5+
Avg. Years of Engineer Experience
98%
Would Recommend Us
This is for you if this sounds familiar
What you get from this engagement
Encryption, tokenization, and access controls embedded into your data layer. We design privacy into your systems from the start, so sensitive data stays protected at rest, in motion, or in use.
Databases, storage, and every data movement encrypted end-to-end.
Encryption at restTLS enforcementKey managementColumn-level security
We encrypt databases and cloud storage so unauthorized access yields unreadable data, with keys kept separate and centrally managed. We enforce encryption on APIs, database connections, and message queues, so sensitive data never flows in plaintext, even internally.
Sensitive fields replaced with non-reversible tokens.
PII tokenizationFormat-preserving encryptionRedaction automationPseudo-anonymization
Tokenization replaces sensitive data with non-reversible tokens, while original data stays in a secure vault and downstream systems use tokens only. Format-preserving encryption keeps data useful for analytics, and automated masking redacts fields in logs and backups.
Least-privilege access that stops insider misuse.
Role-based accessAttribute-based accessLeast privilegeContinuous authentication
Encryption protects data from external attackers; access controls protect it from internal misuse. We implement role-based and attribute-based access so users see only what their role needs, and continuous authentication validates every access request, not just login.
Find sensitive data before you try to protect it.
Sensitive data inventoryAutomated classificationShadow data identificationRisk mapping
We discover where sensitive data lives across databases, cloud storage, logs, backups, and third-party systems. Automated classifiers label data by sensitivity, and shadow data teams forgot about gets identified, mapped, and protected.
Cybersecurity, our comprehensive program. Works alongside vulnerability management.
Short, hands-on, senior. You work directly with the security engineers leading your program, from discovery through to ongoing monitoring, not through a coordinator.
Schedule an assessment{ 01 }· Week 1 to 2
We discover where sensitive data lives, classify it by sensitivity and regulation, and map current encryption and access against compliance standards.
{ 02 }· Week 3 to 4
We design how encryption integrates into your database, API, storage, and backup layers, plan key management, and scope tokenization for sensitive data types.
{ 03 }· Week 5 to 8
We implement encryption across your data layer, configure role-based access, set up automated masking for test environments, and automate key rotation on schedule.
{ 04 }· Ongoing
We monitor encryption and access continuously, track every access and key operation, validate encryption actually protects data, and report on posture.
Why teams pick us for this.
We design privacy into your architecture from the start. Compliance becomes a natural outcome of secure architecture, not a separate project.
A compromised database with encrypted data yields no customer information, no regulatory notification, and no brand damage.
We centralize key management so keys stay secure, never hardcoded, with rotation on schedule and audit trails proving who accessed keys and when.
We discover sensitive data across databases, cloud storage, logs, and backups. Once you know what you have, protection becomes systematic, not random.
Built for every vertical.
Questions, answered.
Modern encryption adds minimal overhead, typically 1 to 5% depending on workload. Database-level encryption is transparent to applications, and we test performance before and after so you see the impact, which is usually negligible next to network and database latency.
Yes. Database encryption is often transparent, since databases handle it internally, and APIs can be encrypted at the transport layer with TLS. We work with your existing architecture and add encryption where it fits, so major re-architecture is rarely necessary.
Lost keys mean data becomes unrecoverable, so we prevent this through key management: keys stay separate from data, backed up securely across multiple secure vaults, and rotated on schedule. If a key is compromised, we rotate it instantly.
Absolutely. GDPR requires encryption as a safeguard for personal data, HIPAA mandates it for protected health information, and PCI DSS requires it for payment card data. Encryption is table stakes for compliance; without it, most audits fail.
You can, but shouldn't. Encryption protects from external attackers, and access controls prevent insider misuse, so together they're comprehensive. We recommend starting with both, or prioritizing encryption for the highest-risk data first if budget is constrained.
Tell us what sensitive data you hold and which compliance standards apply. A senior engineer reviews it within one working day.
Tell us what you hold
What sensitive data exists and which regulations apply. We sign an NDA so it stays private.
A senior engineer reviews it
A senior security engineer responds within one working day, not a support queue.
Get a clear approach
An encryption strategy, key management plan, and rollout timeline, upfront.
Tell us what sensitive data you hold and which compliance standards apply. A senior engineer reviews it within one working day.
