See Your Cryptographic
Exposure Clearly.
MigrationOS scans an agreed code and configuration scope, then gives security and engineering teams a redacted CBOM, risk-ranked report, and reproducible run record.
No public signup or hosted account. Engagements begin with a scoped conversation.
Built for:
Measured discovery · Customer controlled · Redacted
3
Generated Artifacts
CBOM, report, manifest
10
Business Days
After prerequisites are ready
Read-only
Execution Model
Target-tree changes are not permitted
No-egress
Customer Option
Enforced by the customer environment
The Challenge
Why Start With Visibility
Migration planning begins with evidence about the agreed scope, what was inspected, and what still needs context.
Scope
Dependencies Accumulate Quietly
Applications, certificates, partner APIs, and infrastructure code can introduce cryptographic dependencies without one accountable inventory.
3 files
Evidence Needs Boundaries
A CBOM, risk-ranked report, and run manifest connect findings to scope, provenance, redaction, exclusions, and known limitations.
PQC
Harvest Now, Decrypt Later
Post-quantum migration starts with inventory. MigrationOS produces a crypto bill of materials and a risk-ranked migration queue.
The Platform
One Available Offer. Two Clearly Labelled Programs.
Start with the customer-facing crypto exposure assessment. Execution remains subject to an engagement-specific release gate; the broader product family remains in prototype and validation.
Start post-quantum planning with an inspectable inventory
The current customer-facing offer is a scoped, read-only assessment that inventories supported cryptographic patterns and produces a prioritized report. Execution remains subject to an engagement-specific release gate.
- Scoped discovery of supported crypto patterns
- Risk-ranked migration queue
- Reproducible run manifest
- Customer-controlled, no-egress delivery option
Test policy decisions before agents reach production
A pre-production MCP security prototype for evaluating tool requests, server trust, and attack classes. Current performance claims come from synthetic benchmarks, not customer production traffic.
- Prototype MCP trust registry
- Synthetic tool-mutation attack replay
- Policy mapping informed by OWASP guidance
- Inspectible allow and deny decisions
Evaluate post-quantum algorithm paths
Prototype support for algorithms standardized in NIST FIPS 203/204/205. No certification or cryptographic-module validation is claimed.
- HNDL risk scoring per asset
- Prototype ML-KEM key exchange paths
- Prototype ML-DSA signing paths
- CNSA 2.0 planning references, not certification
How it Works
From Scope to Decision in Four Steps
A bounded engagement: scope, assess, prioritize, and decide what comes next.
Scope
Agree the supported repositories, paths, exclusions, and data boundaries.
Assess
Run read-only discovery in a customer-controlled environment.
Prioritize
Review evidence and rank migration work by risk and context.
Decide
Use the readout to scope remediation or stop with a clear record.
Customer delivery
Founder-led and deliberately bounded.
Each assessment begins with a direct scope review, stays inside agreed data boundaries, and ends with an engineering readout and an explicit decision on whether to continue.
Review the design-partner pathWhy Latticis
Evidence Before Expansion
One current customer offer, with broader prototypes clearly separated.
Inspectible MCP Prototype
AgentShield evaluates MCP tool decisions in a synthetic test harness; production suitability is not represented.
Inventory Before Migration
MigrationOS starts with observable cryptographic patterns and a risk-ranked review queue, without claiming complete coverage.
Drift Detection Research
Prototype behavioral fingerprinting and weighted drift scoring, evaluated with synthetic sessions. Production response integrations are not yet offered.
Engineering references, not certifications:
Proof Pack
Show the System, Not Just the Slide
Prospects can inspect synthetic demo outputs, validation limits, and the exact assessment format before a technical call.
Review the synthetic reference scope
Representative code, configuration, certificates, and infrastructure files demonstrate the bounded discovery workflow without using customer data.
SYNTHETIC REFERENCE ESTATE — NOT CUSTOMER DATAInspect the sample assessment
Review the three assessment artifacts produced from a synthetic target, with explicit limitations.
/sample-assessmentMake a bounded decision
Use the findings readout to validate a sample, assign owners, and decide whether a broader design partnership has measurable value.
ASSESS → VALIDATE → DECIDEIndustry Pathways
One Bounded Offer, Six Starting Points
Illustrative sector patterns help define the first scope. They are not a customer list, customer results, or compliance claims.
Insurance
Build a cryptographic baseline across selected policy, claims, mobile, certificate, payment, and partner-API paths.
Explore pathwayBanking, NBFC & fintech
Prioritize cryptographic dependencies across selected payment, identity, mobile, lending, and partner-integration code.
Explore pathwayHealthcare & life sciences
Inventory cryptographic references around selected applications, research platforms, integrations, and long-lived data.
Explore pathwayAI & software platforms
Start with crypto discovery across product code and configuration, then qualify tool-using agent risk separately.
Explore pathwayGovernment & critical infrastructure
Keep bounded cryptographic discovery inside an approved, customer-controlled execution boundary.
Explore pathwayEnterprise technology & services
Make repeated cryptographic dependencies visible across a selected product, platform, or delivery template.
Explore pathwayThe Sequence
Migration Planning Takes More Than a Scan
Inventory is the first evidence layer. Validation, ownership and remediation remain customer decisions.
NOW
Agree the system boundary and produce a current cryptographic inventory.
NEXT
Validate high-risk findings with the teams that own the affected systems.
THEN
Sequence migration work by exposure, dependency and operational context.
LATER
Rerun the inventory and track evidence under a separately agreed scope.
Start With the 10-Day Assessment
A fixed-scope, read-only crypto exposure assessment delivers a CycloneDX CBOM, risk-ranked report, run manifest, and engineering readout.