START WITH THE WORK · NOT THE SOFTWARE CATEGORY
Which workflow is your team tired of reconstructing?
Find the people doing the work, the pain they recognize immediately, and the result they need. Then open the Dextra platform that keeps the complete lifecycle in one guided, secure, historically aware operating plane.
Fit before feature volume. A credible starting case names the users, triggering event, current systems, accountable authority, costly friction, and measurable result.
Four problem families
Open the domain that sounds like your team.
Each row stays compact until you choose to inspect its specific workflows.
01AssuranceOpsSecurity, compliance, procurement, engineering, and accountable business owners
Security assurance has become reconstruction work.
01Close a buyer security review
- For
- Software, AI, and service suppliers with a deal, onboarding, or renewal at risk
- What hurts
- The hard questions outrun the approved evidence library, while scanner, pentest, remediation, and engineering records remain disconnected from the answer.
- What changes
- A buyer-format response with cited evidence, explicit limitations, owned remediation, accountable approval, and change-aware reuse.
02Decide supplier and AI-vendor risk
- For
- Procurement, TPRM, security, AI governance, legal, and accountable business owners
- What hurts
- The supplier, intended use, data and agent access, evidence, test results, conditions, contract, and renewal decision drift apart across systems.
- What changes
- One use-specific decision with evidence, conditions, accountable authority, downstream actions, expiry, and reassessment history.
03Operate federal vulnerability and authorization evidence
- For
- Cloud-provider and program security, engineering, compliance, control-owner, and authorization-support teams
- What hurts
- Findings, provider evaluation, remediation, retest, authorization artifacts, reporting, and the governing record diverge across operational and compliance systems.
- What changes
- A provider-owned, evidence-linked response and package path that preserves assessor, certification, agency, and authorizing-official authority.
Explore AssuranceOps end to end02TRACETechnical publications, maintenance engineering, configuration, data management, validation, and release teams
The publication is not the workflow.
Traceable Records, Applicability, Change, and Execution
01Defense technical publications
- For
- Program offices, technical publications, maintenance engineering, configuration, validation, and release authorities
- What hurts
- Contract requirements, technical content, configuration, validation, markings, rights, delivery, and recipient feedback separate across baselines.
- What changes
- A profile-driven lifecycle from lawful source through controlled candidate, review, handoff, recipient result, correction, and sustainment.
02Maintenance manuals, QRGs, and illustrated parts
- For
- Aviation, field service, maintenance, provisioning, and training teams
- What hurts
- Procedures, quick-reference guidance, figures, parts, configuration, and feedback drift into contradictory versions at the point of work.
- What changes
- Configuration-aware content and quick-reference outputs tied to source, applicability, review, and the exact released version.
03Controlled procedures and operational content
- For
- Quality, operations, cyber, enterprise IT, safety, and regulated service teams
- What hurts
- Runbooks and work instructions are copied between systems without a dependable path from triggering change through approval and outcome verification.
- What changes
- A controlled instruction lifecycle with accountable change, publication, acknowledgement, feedback, and historical traceability.
Explore TRACE end to end03SyntheSysChief engineers, system architects, MBSE leads, domain experts, model authorities, and program integrators
Your documents and models describe different systems.
01Whole-system understanding and architecture
- For
- Chief engineers, architects, domain experts, and review authorities
- What hurts
- The source corpus contains contradictions and assumptions that are hidden when teams jump directly into diagrams.
- What changes
- A source-linked, corrected, reviewable understanding that establishes what downstream architecture work means.
02Requirements, models, and synchronized views
- For
- Systems engineering, MBSE, interface, analysis, and verification teams
- What hurts
- Requirements and views are generated from different assumptions and become disconnected exports.
- What changes
- Dependency-ordered outputs tied to one semantic identity, with visible status from blocked through accepted or stale.
03Change impact and modeling-tool handoff
- For
- Configuration, model-management, integration, and downstream tool teams
- What hurts
- A source or design change silently invalidates models, diagrams, reports, and exchange packages.
- What changes
- Targeted stale propagation, regeneration, review history, and governed exchange into selected modeling environments.
Explore SyntheSys end to end04SentinelAutonomy developers, unmanned-systems integrators, operators, test teams, safety and security engineers, and mission authorities
The action path is split when it matters most.
01Mission preparation and assurance testing
- For
- Autonomy engineers, test teams, integrators, and safety or security reviewers
- What hurts
- Mission, policy, platform capability, expected outcome, and edge-case evidence are assembled in separate tools and review artifacts.
- What changes
- One testable mission-assurance case that connects intent, constraints, scenarios, findings, corrections, and readiness decisions.
02Governed action execution
- For
- Operators, mission authorities, autonomy systems, and vehicle integrators
- What hurts
- A planner proposal can cross policy, identity, state, approval, dispatch, and acknowledgement boundaries without one accountable record.
- What changes
- An attributable proposal-to-result path that fails closed when required identity, policy, state, authority, or acknowledgement is missing.
03Degraded operations and after-action review
- For
- Operations, incident response, mission assurance, safety, and engineering teams
- What hurts
- Teams cannot reconstruct what the system knew, which restrictions applied, who authorized action, or how recovery changed the mission state.
- What changes
- Restrictive degraded behavior, visible uncertainty, controlled recovery, and one reconstructable after-action evidence record.
Explore Sentinel end to endA strong starting case
Bound one painful workflow without shrinking the product destination.
01Named users
Who performs, reviews, approves, receives, and later revisits the work?
02Visible break
Which handoff, missing context, duplicate step, delay, or error costs the team the most?
03Controlling authority
Which person, policy, contract, standard, or receiving system determines whether the result is valid?
04Measurable result
What should become faster, clearer, safer, more complete, or easier to reconstruct?
Describe the workflow—not the sensitive evidence
Tell us where the work starts, where it breaks, and what must be true when it is finished.
Share the organization, role, domain, systems involved, governing requirement or deadline, approximate case volume, decision owner, and desired outcome. Do not email CUI, credentials, personal data, regulated records, source content, mission data, or sensitive customer architecture.
Discuss the workflow