AI Cybersecurity

AI Solutions

We design, train, and deploy AI models in controlled enterprise environments where highly sensitive corporate data stays protected. Local training pipelines, private inference, and strict security controls reduce leakage risk while enabling measurable process optimization.

AI platform dashboard interface
Pricing

Separate AI Pricing for Inference and LoRA Training

Clear token-based pricing in a tabular format, plus dedicated compute rates for training workloads.

Interference API

Interference API Pricing by Model

Models: GPT-OSS120B and a second model.

Type Price
GPT-OSS120B Input Token $0.15 / 1M tokens
GPT-OSS120B Output Token $0.50 / 1M tokens
Second Model Input Token On request
Second Model Output Token On request

All costs are billed per 1 million tokens.

Fine-Tuning with LoRA

LoRA Training Pricing by Model

Models: GPT-OSS120B and a second model.

Pricing is based purely on dedicated GPU time, model size, training tokens processed, and engineering/deployment overhead.

  • Dedicated GPU time
  • Model size (for example GPT-OSS120B base)
  • Training tokens processed
  • Engineering and deployment overhead

GPT-OSS120B Base Compute Rate: $2.00 per dedicated GPU hour

Second model base compute rate: On request

Type Price
GPT-OSS120B Input Training Token $0.80 / 1M tokens
GPT-OSS120B Output Training Token $1.80 / 1M tokens
Second Model Input Training Token On request
Second Model Output Training Token On request

Token pricing is billed per 1 million training tokens.

Enterprise and Large-Scale Training Requests

For enterprise training programs and larger training volumes, please submit a request through our contact form. Final pricing can vary depending on scope, infrastructure needs, and deployment requirements.

Request Enterprise Pricing

Business outcomes and delivery value

Local AI training and private model deployment for process optimization with high-sensitivity data protection.

  • Secure AI adoption without exposing highly sensitive enterprise data
  • Reduced leakage risk through local training and private model operation
  • Process optimization in critical workflows with domain-adapted models

Built for business and engineering teams that need AI value while keeping high-sensitivity enterprise information protected.

Trust and proof elements

  • Data Protection: Local training and private inference boundaries
  • Leakage Control: Segregated architecture with auditable access controls
  • Deployment: Secure model rollout for high-sensitivity process optimization

Reserved for customer references, standards alignment, and approved proof assets.

Capability Scope

Core capabilities

  • Local model training in customer-controlled environments (on-premises or private cloud)
  • Private model deployment for high-sensitivity information processing
  • Enterprise data integration with strict segregation and governance controls
  • Security architecture to prevent unintended data leakage
  • Performance analytics and continuous optimization for business processes
Ideal Fit

Typical operating contexts

  • Organizations processing confidential or highly sensitive enterprise data
  • Teams that require AI in controlled, non-public environments
  • Enterprises optimizing critical processes under strict governance requirements
Visual Context

Product and delivery snapshots

Delivery

Four-phase execution for predictable outcomes

Assessment

We evaluate risk exposure, operating maturity, and technical dependencies to establish a defensible baseline.

Roadmap

We prioritize initiatives by impact and effort, with explicit owners, milestones, and measurable targets.

Implementation

We execute technical and organizational changes through controlled rollout and documented standards.

Monitoring

We continuously track performance, risk signals, and improvement opportunities to sustain outcomes.