Unbreakable codes.
Quantum-safe
from day one.
LomE delivers the complete 10-tool cryptographic engineering stack — from FIPS 140-3 HSMs and post-quantum libraries to Hardware Root of Trust and end-to-end encrypted messaging SDKs. Digital locksmiths for banks, governments, and critical infrastructure.
The digital
locksmiths.
LomE Cyber-Encryption develops and deploys cryptographic solutions to protect data at rest, in transit, and in use. We build Hardware Security Modules, Key Management Systems, Post-Quantum Cryptography libraries, and Secure Enclave applications — enabling clients to achieve regulatory compliance, prevent data breaches, and future-proof against quantum threats.
Revenue model: hardware appliance sales, software licensing (perpetual/subscription), cryptographic API consumption fees, and professional services for implementation and compliance audits. A single FIPS 140-3 validation engagement bills at $50k–$150k.
Explore the 10-tool stackHSM & Key Management
The "Fort Knox for digital keys." Thales Luna PCIe HSM 7 generates and stores the most sensitive keys inside a tamper-resistant, self-destructing vault. Even physical access yields nothing. HashiCorp Vault Enterprise automates the entire key lifecycle — generation, rotation, revocation, and audit logging. Software-only key storage is vulnerable to memory scraping; FIPS 140-3 Level 3 HSMs are mandated by PCI-DSS, HIPAA, and FedRAMP.
Post-Quantum Cryptography
A "time-travel-proof secret code." Open Quantum Safe and wolfSSL implement NIST PQC finalists — Kyber, Dilithium, SPHINCS+ — into existing TLS 1.3 connections via hybrid key exchange. Government secrets, medical records, and financial data have 30+ year confidentiality requirements. This is the only defense against "Harvest Now, Decrypt Later" attacks. NSA and BSI mandate PQC migration planning now.
Secure Enclave & Confidential Computing
A "soundproof, windowless room" inside the CPU. Intel SGX SDK and Gramine run applications in a hardware-protected enclave — inaccessible to the OS, hypervisor, or even the cloud administrator. Encryption protects data at rest and in transit, but data in memory is vulnerable to memory dumps. Confidential Computing closes this gap for AI model inference, multi-party computation, and private key operations.
Code Signing & Supply Chain Security
A "notary public and ingredient list" for software. Sigstore (Cosign, Rekor transparency log) and GitHub Advanced Security cryptographically sign every artifact proving it came from a trusted pipeline, while Syft/Grype generate SBOMs — a complete list of every open-source library inside the build. The US Government mandates SBOMs and code signing for all software sold to federal agencies (EO 14028).
Network Encryption & TLS Visibility
A "translator and x-ray machine" for encrypted traffic. F5 BIG-IP VE lab and Wireshark sit between user and server, decrypt the TLS tunnel, inspect for threats or protocol bugs, and re-encrypt. 95% of web traffic is encrypted; attackers hide inside TLS. This lab environment lets engineers inspect encrypted protocols, develop security policies, and test crypto offloading performance before any production exposure.
Cryptographic Compliance & Testing
A "building inspector and checklist" for encryption. NIST ACVP Client automates validation of cryptographic implementations against FIPS 140-3 standards; Cryptosense Analyzer audits TLS/SSH configurations for weak ciphers. Getting a crypto module FIPS validated costs $50k+ and takes 6–12 months — automated testing catches failures early. Auditing TLS config prevents POODLE, BEAST, and Heartbleed class vulnerabilities.
Secure Communication SDK
A "whispering gallery with self-destructing notes." libsignal (Signal Protocol) and Matrix Synapse embed the Double Ratchet Algorithm — the same E2EE used by WhatsApp and Signal — into custom applications. Email and SMS are insecure postcards. For telehealth, legal client communication, or defense logistics, this stack provides the gold-standard, audited encryption protocol to meet HIPAA and GDPR requirements.
Hardware Root of Trust & TPM
A "digital birth certificate and vault" for every device. Infineon OPTIGA TPM 2.0 SLB 9672 gives IoT devices, edge gateways, and servers a hardware-anchored identity with measured boot, sealed key storage, and remote attestation via tpm2-tools. IoT devices are chronically insecure and easily impersonated. A TPM provides the hardware identity essential for Zero Trust networking (IEEE 802.1AR) and firmware malware prevention.
Fuzzing, Validation & Side-Channel Analysis
A "brute-force mathematician and code breaker." The System76 Thelio Major (64-core Threadripper Pro, 256GB ECC RAM) runs AFL++/libFuzzer campaigns continuously against cryptographic codebases to find carry propagation errors, timing leaks, and subtle implementation bugs. Finding a subtle crypto bug requires massive compute — this workstation enables the continuous fuzzing and side-channel leakage testing essential for FIPS 140-3 and Common Criteria certifications.
The Complete 10-Tool Crypto Stack
Every cryptographic tool — with pricing, margins, compliance relevance, and the BDM sales roadmap. Digital locksmiths don't guess; they certify.
Cryptographic Architecture
Three layers — Development & Testing, Key Management & Root of Trust, Application & Network Security — converging on certified, quantum-safe encryption deployments.
6 Ideal Buyer Profiles
Every cryptographic tool maps to a defined buyer persona with a compliance driver and a go-to-market entry point. These are not generic — they are derived from specific regulatory mandates.
Cryptographic Skills at LomE
The applied cryptography skills that separate compliance-grade implementations from academic exercises — and the certifications that open enterprise doors.
Explore the Crypto Learning PathPKCS#11 & HSM Administration
Master the PKCS#11 API to build applications that interact with hardware security modules. Learn key ceremony procedures, HSM administration, partition management, and the audit logging requirements for PCI-DSS and HIPAA key management programs.
Learn moreBuilding Crypto at LomE
LomE cryptographers work at the intersection of theoretical mathematics and production engineering — writing code that protects the world's most sensitive transactions. Here is what that looks like.
$150k billing.
A single FIPS 140-3 validation engagement bills $50k–$150k. A confidential computing architecture design: $30k–$80k. A PQC migration roadmap: $40k–$80k. The ~$85k stack cost can be recovered from one project.
Clients across every sector
Every regulated industry that stores sensitive data is a prospect. The quantum threat and expanding compliance mandates make the sales cycle shorter every year.
Engagement Pricing
Three tiers from a single compliance audit to a full cryptographic platform deployment. All tiers include documentation, key ceremony procedures, and a FIPS compliance roadmap as standard deliverables.
Year 1 Budget Summary
Full cryptographic engineering and security assessment laboratory. Largest capital items: HSM Dev Kit ($30k) and Crypto Workstations ($17.3k). Total Year 1: ~$85,290.
| Category | Tool / Item | Annual Cost (USD) | Notes |
|---|---|---|---|
| 01 — HSM Dev Kit | Thales Luna PCIe HSM 7 | $30,000 | Largest capital item; cloud HSM rental ~$500/mo alternative |
| 02 — Key Management | HashiCorp Vault Enterprise (Annual, 5 Nodes) | $25,000 | Primary recurring software expense; HSM auto-unseal included |
| 03 — Post-Quantum | wolfSSL Commercial License (Annual) | $8,000 | OQS provider free OSS; wolfSSL for production support |
| 04 — Secure Enclave | Intel SGX SDK + Gramine | $0 | Fully open source; compute via Intel TDX cloud VMs |
| 05 — Code Signing | GitHub Advanced Security (5 Users, Annual) | $2,940 | Sigstore/Cosign free; GH Adv Security for secret scanning |
| 06 — TLS Lab | F5 BIG-IP VE Lab + Wireshark | $0 | Both free for lab use; F5 production licences client-funded |
| 07 — Compliance | NIST ACVP + Cryptosense Community | $0 | Both free tiers sufficient for assessment use |
| 08 — Secure Comms | Signal Protocol + Matrix (Open Source) | $0 | Server hosting billed to client; dev tooling free |
| 09 — TPM Eval | Infineon OPTIGA TPM 2.0 Eval Board | $50 | Low-cost entry; production chips ~$5 each at volume |
| 10 — Workstations | 2× System76 Thelio Major + YubiKey FIPS | $17,300 | One-time; 64-core Threadripper Pro + 256GB ECC per unit |
| Miscellaneous Lab | Network switches, cables, power, cooling | $2,000 | Lab networking for HSM + TPM eval bench |
| Total Year 1 | Full Stack — 5 Engineers | ~$85,290 | ~$35,940/yr recurring · ~$49,350 one-time hardware |
Why the numbers work.
Cryptography is the highest-trust, highest-margin domain in all of security engineering. One validated module, one compliance audit, one quantum migration — each justifies the entire lab investment.
Regulatory Compliance & Export Control
LomE Cyber-Encryption operates under strict export control regulations (EAR / ITAR) for cryptographic products and HSM hardware. All client engagements are subject to jurisdiction review before commencement. FIPS 140-3 validation services are performed in coordination with NIST-accredited Cryptographic and Security Testing (CST) laboratories. For compliance and export enquiries, contact crypto-compliance@lome.io. LomE is not affiliated with NIST, NSA, Thales, or Entrust — we are an independent integrator and consultancy.