Dadmin88/hermes-agency - Page 10

performance-profiling

Profile system performance using representative workloads, time/resource attribution, traces, profilers, query plans, and repeatable evidence to locate where execution cost actually accumulates.

developer-experience

Improve developer experience by measuring the path from intent to working change, locating friction, reducing unnecessary cognitive load, and validating improvements with real users and delivery evidence.

golden-path

Create and maintain a paved or golden path that turns an approved common workload pattern into a secure, observable, supportable, self-service default without blocking justified exceptions.

internal-platform-design

Design an internal platform around repeated consumer needs, explicit service boundaries, self-service contracts, tenancy, policy, lifecycle, reliability, and sustainable ownership.

platform-adoption

Drive and evaluate internal platform adoption through consumer segmentation, migration paths, enablement, incentives, feedback, support data, and evidence that the platform produces better outcomes than existing alternatives.

platform-capability

Design and deliver an internal platform capability with a clear consumer contract, paved path, self-service interface, reliability expectations, and operational ownership.

platform-observability

Make an internal platform observable from the consumer and operator perspectives by connecting platform requests, provisioning, policy, runtime health, dependencies, errors, and adoption signals.

service-template

Design a maintainable service or workload template that captures approved defaults without freezing consumers to stale generated code, hidden infrastructure assumptions, or unsafe credentials.

consent-preference-engineering

Design and validate consent or preference controls with explicit purpose, state, provenance, propagation, revocation, and downstream enforcement.

data-minimization-review

Reduce personal-data collection and persistence to what is necessary for approved product purposes while preserving required functionality and evidence.

privacy-data-flow-map

Map personal and sensitive data from collection through use, storage, logs, analytics, sharing, export, backup, retention, and deletion with purpose and ownership.

privacy-threat-model

Threat-model privacy harms including overcollection, linkage, inference, unauthorized secondary use, excessive retention, disclosure, re-identification, and abusive insider/tool access.

retention-deletion-engineering

Implement retention and deletion across primary stores, derived data, indexes, logs, queues, caches, exports, backups, and external processors with verifiable completion.

negotiation-prep

Prepare a procurement negotiation from objectives, leverage, evidence, alternatives, tradeable terms, approval limits, and fallback positions without inventing authority.

procurement-risk

Assess procurement risk across vendor viability, security, privacy, legal terms, concentration, implementation, continuity, data portability, support, and exit conditions before commitment.

rfp

Build a request for proposal that defines business need, scope, requirements, response format, evaluation criteria, evidence, commercial context, timeline, and process so vendors compete on comparable outcomes.

total-cost-analysis

Compare procurement options using total lifecycle cost across price, implementation, integration, migration, training, support, infrastructure, usage growth, switching, exit, and internal operating effort rather than sticker price alone.

vendor-evaluation

Evaluate vendors or tools against requirements, total cost, security, operational fit, contractual constraints, and switching risk.

accessibility-design

Design product experiences with accessible information hierarchy, semantics, input methods, focus behavior, visual adaptations, content alternatives, and recovery patterns before implementation.

developer-handoff

Hand product design to engineering with complete flows, states, responsive and accessibility behavior, component intent, assets, content, constraints, and explicit open decisions while preserving implementation ownership.

interaction-design

Design interaction behavior for a product feature by mapping user intent, controls, feedback, navigation, direct manipulation, interruptions, errors, and platform conventions into a coherent usable flow.

product-flow-design

Design an end-to-end product flow from user goal through information architecture, states, interactions, errors, accessibility, and implementation handoff.

prototype-plan

Plan a prototype around a specific design or product uncertainty, selecting the minimum fidelity, scope, participants, scenarios, evidence, and success criteria needed to inform a decision.

state-design

Design complete product UI states and transitions for normal, empty, loading, permission, validation, error, offline, interrupted, and recovery conditions so the experience remains coherent beyond the happy path.

acceptance-criteria

Define acceptance criteria as observable product behavior, states, permissions, boundaries, errors, and outcomes that design, engineering, and QA can interpret consistently without prescribing unnecessary implementation.

prioritization

Prioritize competing product work using explicit outcomes, evidence, urgency, confidence, effort and opportunity cost without treating scoring frameworks as objective truth.

product-discovery

Reduce product uncertainty before major commitment by framing the problem, identifying risky assumptions, gathering user and market evidence, testing solution hypotheses, and deciding what to build or learn next.

product-requirements

Turn a product problem into scoped requirements, user outcomes, constraints, acceptance criteria, exclusions, and decision-ready tradeoffs.

release-scope

Define the smallest coherent product scope for a release by protecting the intended outcome, separating must-have behavior from follow-up work, and making exclusions, dependencies, risks, and acceptance explicit.

roadmap-decision

Make roadmap decisions by connecting product outcomes, evidence, sequencing, dependencies, capacity, uncertainty, and explicit commitments.

competitive-battlecard

Produce a concise competitive battlecard focused on customer decision criteria, verified differences, proof, traps to avoid, and honest fit boundaries.

icp-use-case-definition

Define an ideal customer profile and prioritized use cases from verified customer problems, buying context, alternatives, and product capability.

launch-messaging-package

Build a launch messaging package that turns shipped capability into audience-specific narrative, proof points, FAQs, objections, and channel-ready message hierarchy.

product-positioning-brief

Create a product positioning brief that distinguishes target customer, category/frame, problem, differentiated value, proof, alternatives, and intentional tradeoffs.

sales-enablement-kit

Create sales and solutions enablement with discovery cues, value narrative, technical proof, objection responses, competitive context, and qualification boundaries.

product-decision-records

Maintain product decision records with problem, evidence, options, owner, rationale, expected outcome, dependencies, revisit conditions, and downstream communication.

product-feedback-operations

Operate a feedback loop that aggregates qualitative and quantitative product signals, preserves provenance, identifies recurring themes, and routes them into discovery/decision processes.

product-intake-system

Design a product intake system that captures requests/feedback with source, problem, evidence, affected users, urgency, duplication, owner, and disposition without turning every request into roadmap work.

product-operating-rhythm

Design a product operating rhythm that coordinates discovery, prioritization, delivery review, launches, metrics, feedback, and decision follow-through with minimal ceremony.

product-process-health

Measure and improve product-process health through intake age, decision latency, discovery evidence, roadmap churn, launch readiness, feedback closure, and cross-team rework.