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Product engineering · AI integration · Security assurance
From business challenge to production software.
ExpediApp discovers the opportunity, builds the system, hardens the application, and helps operate what comes next — managed through one operating model.
The ExpediApp OS lifecycle
- Web applications
- Mobile applications
- AI integration
- Automation
- Enterprise integration
- Security assurance
- Production deployment
ExpediApp OS
One operating model, five connected stages.
Most work fails at the seams — between the strategy and the build, or between launch and everything after it. ExpediApp OS is how we keep those seams closed.
- 01
Discover
Understand the business before proposing software. We map how work actually flows, where decisions stall, and which opportunities justify building anything at all.
- Business analysis
- Process mapping
- Opportunity identification
- Technical assessment
- Product strategy
- 02
Design
Turn the opportunity into something buildable — the experience people will use, the architecture underneath it, and a sequence that delivers value early.
- User experience
- System architecture
- Prototypes
- Workflow design
- Implementation planning
- 03
Build
Production engineering, not prototypes. Web and mobile applications, AI-enabled products, integrations and the internal platforms that connect them.
- Web applications
- Mobile applications
- AI-enabled products
- Integrations
- Automation
- Internal platforms
- 04
Secure
Independent validation of what was built — by us or by anyone else. Access control, data exposure, secrets and dependencies reviewed, then remediated and re-tested.
- Security assessment
- Access-control review
- Database hardening
- API protection
- Secrets management
- Dependency review
- Remediation
- 05
Operate
Software is not finished at launch. Deployment, monitoring, governance and portfolio visibility keep it working and keep improving it.
- Deployment
- Monitoring
- Analytics
- Continuous improvement
- Governance
- Portfolio visibility
Engagements can start at any stage. Some clients arrive with a problem and no system; others arrive with a system that needs independent review.
Explore the full model
What we build
Software that carries real operational weight.
Not demos and not internal experiments — systems that a business depends on once they ship.
Operational systems
The scheduling, quoting, tracking and approval systems a business runs on — replacing spreadsheets and email threads.
AI-assisted workflows
AI applied to a specific, bounded task with a human approval step, rather than a general assistant bolted onto everything.
Mobile applications
iOS and Android products where the phone is genuinely the right surface — field work, community and on-the-go capture.
Integration layers
Connective tissue between systems that were never designed to talk to each other, so data stops being re-keyed by hand.
Modernization programs
Staged replacement of ageing platforms, sequenced so the business keeps running throughout.
ExpediApp Security Assurance
Speed can create security debt no one has reviewed.
Rapid-development and AI-assisted tools can produce functional applications before security architecture, access controls, data policies and operational safeguards have been independently validated. ExpediApp closes that gap.
This is not a criticism of those tools — they do what they promise. The gap is that shipping quickly and validating independently are two different activities, and the second one is easy to skip.
Access and identity
- Authentication and session assessment
- Authorization and protected-route validation
- Rate limiting and abuse controls
Data and storage
- Database permissions and row-level security
- Audit-trail and data-integrity validation
- Mobile API and storage review
Application surface
- API exposure analysis
- Input validation and injection defenses
- File-upload and email security
Supply chain and platform
- Secrets and environment-variable review
- Dependency and supply-chain checks
- Cloud deployment configuration
Findings from our own assurance process
We run this process against our own systems too. These findings came from our internal RFP platform; every fix was verified against the running production system rather than asserted from code review.
This is an internal case study, not an independent certification or third-party audit.
| Area | Before | After hardening | Verified by |
|---|---|---|---|
| Session integrity | Presence of a cookie was treated as proof of authentication. | Cryptographically signed sessions with a bounded lifetime. | Forged and expired sessions rejected in production checks. |
| Endpoint authorization | Sensitive endpoints were not covered by the route matcher. | Middleware plus an independent handler-level authorization check. | Handlers deny unauthenticated calls even when invoked directly. |
| Database exposure | Public database role held broad read and write privileges. | Anonymous privileges revoked; access moved server-side only. | Anonymous access confirmed denied against the live database. |
| Write scope | A draft endpoint accepted arbitrary fields from the request body. | Explicit allowlist of writable fields. | Protected fields provably unchanged after an override attempt. |
| Response freshness | Authenticated responses could be served from cache. | Dynamic, no-store responses on every authenticated route. | State transitions observed reflected immediately after commit. |
| Duplicate side effects | Repeating a submission repeated its outbound notifications. | Atomic processing claim plus a durable, idempotent delivery record. | Repeated retries produced no additional delivery. |
| Silent failure | A document-generation failure was caught and discarded. | Classified failure stored and surfaced in the administrative trail. | Failure visible to operators instead of reported as success. |
| Evidence | Security posture was asserted from code inspection. | Behavioral test suite covering each control. | Each control re-verified against the running system. |
How an engagement is structured
- 01
Security Snapshot
A time-boxed independent assessment of one application, delivered as a prioritized findings report you own.
- 02
Security Hardening Sprint
We remediate the validated findings and provide before-and-after evidence for each one.
- 03
Continuous Security Assurance
Ongoing review as the application changes: dependency monitoring, deployment checks and regression testing.
- 04
Enterprise Application Governance
Portfolio-wide visibility for teams responsible for many internal, vendor-built or AI-assisted applications.
Selected proof
Work across operations, consumer products and security.
Client names and commercial details stay confidential. What follows describes the kind of work and the sectors it was delivered in.
Operational platforms
Systems that run day-to-day work
Delivery engagements spanning manufacturing, transportation, real estate and distribution — quoting, tracking, scheduling and field workflows.
Consumer & community
Mobile products with real users
Cross-platform applications across social, leisure, food and beverage, and safety, taken through app-store release.
Security assurance
Independent hardening, with evidence
A sanitized internal case study covering session integrity, database exposure, authorization and idempotent delivery — each fix validated in production.
Engagement model
How working together actually goes.
- 01
Assess
Understand the systems, the constraints and the real problem.
- 02
Roadmap
Agree what gets built, in what order, and what success means.
- 03
Build / Remediate
Deliver working software, or fix what already exists.
- 04
Validate
Prove it behaves correctly and securely, with evidence.
- 05
Operate
Run, monitor and keep improving it.
Tell us what you are trying to fix.
Whether that is an application you want built, a platform that has outlived its design, or software already in production that has never been independently reviewed.