AI adoption diagnostics
We identify real opportunities, data constraints, risks, and cases where AI can create measurable value.
We use scientific research as the engine for technical judgment, applied R&D as the commercial interface, and operational governance as the framework for safe adoption.
We work with teams that need to move models into real processes: define use cases, measure impact, integrate workflows, and reduce operational risk.
Scientific research remains visible and protected. It keeps us focused on evaluation, falsification, traceability, and systems that can support technical decisions.
Research does not sit outside the applied offer. It informs better diagnostics, better tests, and stronger technical decisions.
Engine for technical authority, judgment, and differentiation.
Commercial interface for turning hypotheses into prototypes and workflows.
Framework for operating AI with controlled risk, traceability, and human approval.
Companies already have access to models. The difference is choosing real use cases, measuring results, governing risks, and integrating workflows that teams can sustain.
We identify real opportunities, data constraints, risks, and cases where AI can create measurable value.
We design policies, controls, risk matrices, traceability, and human approval criteria.
We build assistants over documents, processes, and internal knowledge with permissions, sources, and evaluation.
We test prompt injection, data leakage, tool abuse, RAG poisoning, and automation failures.
We integrate models into real workflows with metrics, logs, evaluation, and human fallback.
Not every case needs a full implementation on day one. We package the work to evaluate, govern, security-test, or build a measurable prototype.
Initial diagnostic to decide whether an organization is ready to use generative AI in a specific process.
Design of rules, controls, and evidence for adopting generative AI with operational responsibility.
Security and failure testing for copilots, RAG systems, agents, and model-driven automations.
Measurable prototype to validate utility, adoption, and risk before scaling into operation.
We combine scientific AI research, experimental evaluation, and technical implementation to turn generative AI into traceable internal workflows.
We define the problem, available data, risks, and utility metric before building.
We design controls, usage limits, owners, and approval criteria.
We build measurable tests with users, sources, metrics, and expected failures.
We integrate workflows that internal teams can use, audit, measure, and maintain.
We test each solution against objectives, risks, available data, and failure cases. When a test fails, we refine, narrow, or discard it.
Experimental products show technical capability, but the core offer is Amawta as an expert applied generative AI R&D unit.
Diagnostics, prototypes, and generative AI workflows for real internal processes.
Controls, traceability, LLM red team, and criteria for safe adoption.
EigenDB, EigenKV, and EigenWeights as technical evidence of proprietary applied research.
Do you have a generative AI use case that needs evaluation, governance, or implementation?
From Santiago, Chile, we work as an external applied GenAI R&D partner. We combine scientific research, experimental evaluation, and technical implementation with internal teams.