Identity and authorization
Integrate modern identity providers and single sign-on. Model roles and permissions around responsibilities, enforce authorization on the server, and apply least privilege to users and services.
CapabilitiesSecure Systems Engineering
Accountability, built into the architecture.
Identity, permissions, and traceability. Part of the system from the first decision.
04 / The operational problem
Begin with the work.
Security is shaped by routine design decisions: who can see a record, which service can change it, and whether a decision can be reconstructed later. We treat these questions as part of software architecture and delivery, with controls matched to the project’s actual requirements.
- 01Institutional identity
- 02Least-privilege roles
- 03Authorized workflow
- 04Recorded decisions
- 05Operational review
Technical capabilities
From requirements
to working software.
Traceable system activity
Design audit events for meaningful changes and decisions. Define what is recorded, who can access it, and how long it is retained, without copying sensitive payloads into general application logs.
Secure application delivery
Use code review, dependency checks, environment separation, automated validation, and controlled releases. Track vulnerabilities through remediation and document the responsibility for ongoing maintenance.
Data and service boundaries
Plan encryption in transit and at rest, secrets management, network access, and environment isolation using appropriate platform capabilities. Make configuration and operational responsibilities explicit.
Representative use cases
Where this can help.
Examples of the work this approach can support. These are application scenarios, not claims of past performance.
Role-based approval systems
Separate preparation, review, and approval permissions, and preserve the history needed to understand each decision.
Institutional identity integration
Connect staff access to an existing identity provider with defined provisioning, offboarding, and service accounts.
Controlled application deployment
Create a repeatable release path with separate environments, configuration management, and a documented rollback.
Engineering approach
Make the important decisions explicit.
Understand the boundary
Identify data sensitivity, actors, trust boundaries, contractual requirements, and likely failure or abuse cases.
Make controls testable
Translate requirements into authorization rules, audit events, deployment controls, and verifiable acceptance criteria.
Plan for maintenance
Agree who owns updates, access reviews, vulnerability remediation, operational alerts, and recovery exercises.
Integration considerations
Part of your environment.
Controls must extend across system boundaries. Identity claims, service credentials, logs, third-party dependencies, and data exchanges all need an owner. Deployment in a particular environment does not, by itself, establish authorization or compliance.
Public-sector requirements
Built around responsibility.
This is software security engineering. Project-specific certification, independent assessment, or authorization must be separately scoped and evidenced. We do not present general engineering principles as FedRAMP, CMMC, SOC 2, or ISO certification.
Read our engineering principlesConnected capabilities
Let’s build what matters
Bring the operational problem. Let’s define the system.
Start with the work. We’ll help define the right technology.